Harmonic proview 7100 инструкция на русском

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Возможности Harmonic ProView 7100:

• Прием четырех сигналов DVB-S/S2 (опция), два порта ASI, два порта  GbE (опция);
• дескремблирование исходной кодировки вещателя. Имеются четыре СI слота для однопрограммных и/или многопрограммных САМ модулей (опция);
• деинкапсуляторы T2-MI (опция) и MPE (опция);
• формирование новых транспортных потоков (опция). До 16 новых TS;
• изменение PID, восстановление меток PCR и формирование сервисных таблиц;
• до двух декодеров (опция) MPEG-2, AVC(MPEG-4), до HEVC  форматов HD  4:2:2;
• аудиодекодер двух стереопар на видео MPEG-1 L2, AC-3 2.0 Decoding, 5.1 Down mixing to 2.0 и/или DD 5.1 Passthrough. Опционально AAC (MPEG-2, MPEG-4/HE v1,2 , MPEG-4/LC) четыре  стерепары и Dolby E/Linear PCM Passthrough – две стереопары
• опционально транскодер до 8 программ;
• резервирование выходного транспортного потока;
• 4 выхода ASI и два GbE в дуплексном режиме;
• В опции с одним декодером выходы CVBS c SECAM соответствующим ГОСТ, SDI, HDMI, RGB, AES/EBU.

Информация для заказа

PVR-7100-CHS-AC-UPG базовое шасси без тюнеров, 4*ASI вход, 2*GbE, 4 ASI выхода, 4 CI;

PVR-7100-S2X-B-0004— опция четырех демодуляторов DVB-S2, S2X;

PVR-7K-DEC-GEN-4AES-UPG – однопрограммный декодер видео 4:2:0 с 4-мя аудио и GENLOCK.

PVR-7K-DEC-422-UPG – однопрограммный декодер 4:2:2;

PVR-7K-DEC-GEN-4AES-0002-UPG – двухпрограммный декодер с 4-мя аудио;

PVR-7K-XCODE-0004-UPG – карта транскодера 4-ех канальная, внутренняя. Требует дополнительных опций в зависимости от источников MPEG-2/4.

Программные опции Harmonic ProView 7100:

FW-PVR-7K-DVBS2X-8PSK –демодуляция сигналов DVB-S2;

FW-PVR-7K-4LNB – опция управления LNB по каждому их 4 входов;

FW-PVR-7K-DESCR-0001 – опция многопрограммного дескремблера для работы с профессиональными CАМ;

FW-PVR-7K-IPIN – опция IP входа;

FW-PVR-7K-IPIN-FEC – опция FEC кодирования на IP входе;

FW-PVR-7K-INDEPENDENT-GBE — опция второго независимого IP порта;

FW-PVR-7K-LOWDELAY – опция малой задержки при декодировании;

FW-PVR-7K-VDEC-HEVC-HD — опция HEVC декодера;

FW-PVR-7K-ADEC-4AES – опция декодера 3-ей и 4-ой стерепары;

FW-PVR-7K-ADEC-AAC-0001 –опция декодера AAC на одну стереопару;

FW-PVR-7K-ADEC-DOLBE-0001 – опция транзита Dolby-E b и Linear PCM;

FW-PVR-7K-PROG-REDUNDANCY — опция резервирование выходной программы между сервисами в различных портах;

FW-PVR-7K-XCODE-AVC-0001 – опция транскодера для одной программы MPEG-4 AVC для одновременного выхода HD-SDI и SD-SDI;

FW-PVR-7K-XCODE-HD-0001 – опция транскодера для одного канала MPEG-2 HD для одновременного выхода HD-SDI и SD-SDI;

FW-PVR-7K-SEAMLESS-SWITCH – опция «бесшовного» переключения на резервный источник;

SW-LIC-10 – опция подключения с системе управления NMX;

DMS-LIC-PV7K – опция подключения к системе управления DMS;

FW-PVR-7K-T2MI-2-TS – опция деинкапсулятора T2-MI;

FW-PVR-7K-MPE – опция деинкапсулятора МРЕ;

FW-PVR-7K-NULL-STRIPPING – опция удаления нулей из TS для VBR;

FW-PVR-7K-2TS — опция мультиплексора на 2 вх и 2 вых TS;

FW-PVR-7K-4TS — опция мультиплексора на 4 вх и 4 вых TS;

FW-PVR-7K-8TS — опция мультиплексора на 8 вх и 8 вых TS;

FW-PVR-7K-16TS — опция мультиплексора на 8 вх и 16 вых TS.

FW-PVR-7K-VDEC-HD-0001 – опция HD декодера 4:2:0 MPEG-2/4;

FW-PVR-7K-VDEC-MP2-HD-422 — опция HD декодера 4:2:2 MPEG-2;

FW-PVR-7K-VDEC-AVC-SD-422-108 — опция SD декодера 4:2:2 MPEG-2/4;

FW-PVR-7K-VDEC-AVC-HD-422-108 — опция SD/HD декодера 4:2:2 MPEG-2/4;

FW-PVR-7K-VDEC-HEVC-HD — опция HD декодера 4:2:0 HEVC;

FW-PVR-7K-VDEC-HEVC-HD-422 — опция HD декодера 4:2:2 HEVC.

SLA125 – опция годовой тех. Поддержки, включающей предоставления подменного оборудования. Стоимость опции зависит от общей стоимости оборудования и опций.

ProView 7000/7100™
Multifunctional Receiver
User Guide
VERSION 2.6
Rev. E
Manual Part No. MAN-PVR-7K-2.6
Disclaimer
Harmonic reserves the right to alter the equipment specifications and descriptions in this publication without prior notice. No part of
this publication shall be deemed to be part of any contract or warranty unless specifically incorporated by reference into such
contract or warranty. The information contained herein is merely descriptive in nature, and does not constitute a binding offer for
sale of the product described herein. Harmonic assumes no responsibility or liability arising from the use of the products described
herein, except as expressly agreed to in writing by Harmonic. The use and purchase of this product do not convey a license under
any patent rights, copyrights, trademark rights, or any intellectual property rights of Harmonic. Nothing hereunder constitutes a
representation or warranty that using any products in the manner described herein will not infringe any patents of third parties.
Trademark Acknowledgments
Harmonic and all Harmonic product names are trademarks of Harmonic Inc. All other trademarks are the property of their respective
owners.
Compliance and Approval
This equipment generates, uses, and can radiate radio frequency energy. It may cause harmful interference to radio communications
if it is not installed and used in accordance with the instructions in this manual. Operation of this equipment in a residential area is
likely to cause harmful interference. If this occurs, the user will be required to correct the interference at his or her own expense.
This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to Part 15, Subpart B of the
Federal Communications Commission (FCC) rules.
These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a
commercial environment.
This device complies with Part 15 of the FCC rules. Operation is subject to the following two conditions: (1) this device may not
cause harmful interference, and (2) this device must accept any interference received, including interference that may cause
undesired operation.
Connections between the Harmonic equipment and other equipment must be made in a manner that is consistent with maintaining
compliance with FCC radio frequency emission limits. Modifications to this equipment not expressly approved by Harmonic may
void the authority granted to the user by the FCC to operate this equipment.
WEEE/RoHS Compliance Policy
Harmonic Inc. intends to comply fully with the European Union’s Directive 2002/96/EC as amended, on Waste Electrical and
Electronic Equipment, also known as “WEEE,” and Directive 2002/95/EC, as amended, on the Restriction of use of Hazardous
Substances, also known as “RoHS.”
Harmonic will ensure that product which cannot be reused will be recycled in compliance with the WEEE Directive. To that end,
users are advised that (1) Harmonic equipment is not to be discarded in household or office garbage, (2) Harmonic Inc. will pay the
freight for shipment of equipment to be disposed of if it is returned to Harmonic, (3) customers should call the normal RMA
telephone numbers to arrange for such shipment, and (4) for additional and updated information on this process customers may
consult the Harmonic website: http://harmonicinc.com/pa_weee_recycle.cfm.
Harmonic will ensure that its products will be either reused or recycled in compliance with the WEEE Directive. For the latest
information concerning Harmonic’s WEEE/RoHS Compliance Policy and its Recycling and Take-Back process, please visit our web
site.
© 2012 Harmonic Inc. All rights reserved.
产品中的有毒有害物质或元素的名称及含量表
Names and Contents of the Toxic and Hazardous Substances or Elements in the
Products if the Part is Present
该表显示哈雷公司产品中可能含有的有毒有害物质元配件的信息，除了来源于元配件供应商的物料成分资料，
亦来自其它相关的机构与资料。哈雷产品不一定使用这些元配件。
This table shows those components where hazardous substances may be found in Harmonic products based on, among other
things, material content information provided by third party suppliers. These components may or may not be part of the product.
除非特殊注明，哈雷公司产品的环保使用期限 均为 20 年。该环保使用期限的有效条件为：必须遵循该产品使
用手册的规定，对该产品进行使用或存储。
The Environmental Protective Use Period for Harmonic products is 20 years unless displayed otherwise on the product. The EPUP
period is valid only when the products are operated or stored as per the conditions specified in the product manual.
有毒有害物质或元素 (Hazardous Substance)
部件名称 (Part name)
铅
(PB)
汞
(Hg)
镉
(Cd)
六价铬
(CrVI)
多溴联苯
(PBB)
多溴二苯醚
(PBDE)
X
O
O
O
O
O
X
O
O
O
O
O
X
O
O
O
O
O
电源
X
O
O
O
O
O
缆线 / 线束
X
O
O
O
O
O
X
O
O
O
O
O
O
O
O
O
O
O
塑料 / 发泡材料
(Plastics, foams)
O
O
O
O
O
O
电池
X
O
O
O
O
O
印刷线路板
(Printed Circuit Assemblies)
机械组件
(Mechanical Subassemblies)
光学组件
(Optical Subassemblies)
(Power Supplies)
(Cables, harnesses)
屏幕 / 显示器
(Screens, Monitors)
金属零件
(Metal Parts)
(Batteries)
O: 表示在该部件的所有均质材料中，此类有毒有害物质的含量均小于 SJ/T11363-2006 标准所规定的限量。
O: Indicates the content of the toxic and hazardous substances at the homogeneous material level of the parts is below the limit
defined in SJ/T11363 2006 standard.
X: 表示至少在该部件的某一均质材料中，此类有毒有害物质的含量超出 SJ/T11363-2006 标准规定的限量。
X: Indicates that the content of the toxic and hazardous substances in at least one of the homogeneous materials of the parts is
above the limit defined in SJ/T11363 2006 standard.
© 2012 Harmonic Inc. All rights reserved.
Korean Compliance
Standards and Agency Approval
The following tables list regulatory standards and agency approvals:
North America
Standards
Agency Approval
EMI: FCC Part 15, Subpart B, ICES-003, Issue 2, Class A
FCC
Safety: UL 60950-1, CSA 60950-1
cTUV-us Mark
Europe
Standards
Agency Approval
EMI/EMC: EN55022, Class A, EN55024
CE
Safety: EN 60950-1, EN60825-1
TUV-GS or T-Mark, CE
Japan
Standards
EMI: VCCI V-3 2009
Agency Approval
VCCI
Australia and New Zealand
Standards
EMI: AS/NZS CISPR22:2006
Agency Approval
N/A
Korea
Standards
EMC: KN22 and KN 24
© 2012 Harmonic Inc. All rights reserved.
Agency Approval
KCC
Documentation Conventions
This manual uses some special symbols and fonts to call your attention to important information. The
following symbols appear throughout this manual:
DANGER: The Danger symbol calls your attention to information that, if ignored, can cause physical harm
to you.
CAUTION: The Caution symbol calls your attention to information that, if ignored, can adversely affect
the performance of your Harmonic product, or that can make a procedure needlessly difficult.
LASER DANGER: The Laser symbol and the Danger alert call your attention to information about the
lasers in this product that, if ignored, can cause physical harm to you.
NOTE: The Note symbol calls your attention to additional information that you will benefit from heeding.
It may be used to call attention to an especially important piece of information you need, or it may provide
additional information that applies in only some carefully delineated circumstances.
TIP: The Tip symbol calls your attention to parenthetical information that is not necessary for performing
a given procedure, but which, if followed, might make the procedure or its subsequent steps easier,
smoother, or more efficient.
NOTE: You require Adobe Reader or Adobe Acrobat version 6.0 or later to open the PDF files. You can
download Adobe Reader free of charge from www.adobe.com.
© 2012 Harmonic Inc. All rights reserved.
Table of Contents
Table of Contents
Chapter 1 Introduction
1.1
1.2
1.2.1
1.2.2
1.3
1.3.1
1.3.2
1.3.3
1.4
1.4.1
1.4.2
1.4.3
1.5
General Information . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11
Main ProView 7000™/7100 Applications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12
TS Descrambling Applications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12
Decoding Applications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12
ProView 7000™ Platform Main Features and Configurations . . . . . . . . . . . . . . . . 12
Multi-Transport Stream Descrambler . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13
Multi-Format Decoder . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14
DMS (Distribution Management System) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16
ProView 7000™ Mechanical Structure. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 17
ProView 7000™ Enclosure. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 17
ProView 7000™/7100 Front Panel . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 17
ProView 7000™ Rear Panel. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 17
ProView 7000™ Management. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 18
Chapter 2 Quick Start
2.1
2.1.1
2.1.2
2.1.3
2.2
2.3
2.4
2.4.1
2.4.2
2.4.3
Installation and Cable Connection. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 19
Installation. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 19
Electrical connection. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 19
Cable Connections. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 20
Switching On . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 20
Configuring the IP Parameters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 20
Configuring and Monitoring. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 21
A Typical ProView 7000™ Configuration Using the Front Panel . . . . . . . . . . . . . . 21
EMS Initial Setup. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 25
A Typical ProView 7000™ Configuration Using EMS . . . . . . . . . . . . . . . . . . . . . . . 27
Chapter 3 Front Panel Overview
3.1
3.2
3.2.1
3.2.2
3.2.3
3.2.4
Main Elements and Structure. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 32
Front Panel Display . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 33
Menu Pages . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 34
Parameter Pages . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 34
Edit Value Pages . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 35
Radio Select Pages . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 35
Chapter 4 Device Configuring Using the Front Panel
4.1
4.2
4.2.1
4.2.2
4.2.3
4.2.4
4.2.5
© 2012 Harmonic Inc.
Configuring the DVB-S/S2 Input Port Properties . . . . . . . . . . . . . . . . . . . . . . . . . . 36
Configuring the Decoding. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 39
Service Selection Mode. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 40
Video Configuration . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 41
PCR Configuration . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 43
Audio 1 / 2 Configuration . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 44
VBI/VANC Configuration . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 45
6
ProView 7000 v.2.6, Rev. E
Table of Contents
4.2.6
4.3
4.4
4.5
4.5.1
4.5.2
4.5.3
4.5.4
4.5.5
4.5.6
4.6
4.6.1
4.6.2
4.6.3
4.6.4
4.6.5
4.6.6
4.6.7
4.6.8
4.6.9
4.6.10
4.6.11
4.7
DPI to GPI. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 46
Routing and Descrambling . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 46
Configuring the GbE Ports, Sockets and Routing Table . . . . . . . . . . . . . . . . . . . . . 50
CA Definitions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 53
BISS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 53
CAM 1/2 Sub Menu . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 53
CAM Association . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 53
Selecting All Elementary Streams . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 53
Configuring Only Relevant Elementary Streams . . . . . . . . . . . . . . . . . . . . . . . . . . . 54
Accessing the CAM MMI Menu . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 54
Unit Menu . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 54
Management Port Menu. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 54
SW Version Menu . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 55
HW Inventory Menu . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 55
Date/Time Menu . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 56
Set Active Version . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 56
License . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 56
BOOTP Menu . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 56
LCD Contrast Menu . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 56
GPI Menu. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 56
Reset Unit Menu . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 56
Restore to Defaults Menu. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 57
Presets . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 57
Chapter 5 Monitoring Using the Front Panel
5.1
5.1.1
5.1.2
5.2
5.3
Device Monitoring . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 58
Status OK . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 58
Alarms . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 59
Monitoring the DVB-S/S2 Input Port Properties. . . . . . . . . . . . . . . . . . . . . . . . . . . 61
Monitoring the Decoding . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 62
Chapter 6 Remote Management using EMS
6.1
6.2
6.3
6.4
6.5
6.6
6.7
6.8
6.9
6.10
6.11
6.12
6.13
6.14
6.14.1
© 2012 Harmonic Inc.
Configuring the IP Parameters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 63
EMS System Requirements . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 64
Installing EMS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 64
Launching EMS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 65
Adding a Device. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 65
Changing a Device’s Connection Settings . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 66
Connecting a Device . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 67
Checking Device Connectivity . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 67
Disconnecting a Device . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 68
Removing a Device . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 69
Displaying the Device Explorer . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 69
EMS GUI Structure . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 69
Manipulating EMS GUI Components . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 70
Refreshing the EMS Screen . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 70
EMS Device Explorer . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 72
7
ProView 7000 v.2.6, Rev. E
Table of Contents
Chapter 7 Device Configuring Using EMS
7.1
7.1.1
7.1.2
7.1.3
7.1.4
7.1.5
7.1.6
7.2
7.2.1
7.2.2
7.2.3
7.2.4
7.2.5
7.2.6
7.2.7
7.2.8
7.2.9
7.3
7.3.1
7.3.2
7.3.3
7.3.4
7.3.5
7.3.6
7.3.7
7.3.8
7.4
7.4.1
7.4.2
7.5
7.6
7.6.1
7.6.2
7.6.3
7.7
7.7.1
7.7.2
7.8
7.8.1
7.8.2
7.9
7.9.1
7.10
7.10.1
7.10.2
7.10.3
© 2012 Harmonic Inc.
Physical Input Ports and Slots . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 74
ASI Input Port Properties . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 75
DVB-S/S2 Input Port Properties . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 75
GbE Ports for Input . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 80
CAM Slots. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 85
CAM Properties . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 87
BISS Table Management . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 88
Multiplex Inputs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 89
Input Programs Management. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 90
Input Tables Management . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 91
Input Unreferenced PIDs Management . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 92
Multiplex In Port Properties . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 92
Input Program Properties . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 95
Input Elementary Stream Properties . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 96
Input Conditional Access Messages Properties . . . . . . . . . . . . . . . . . . . . . . . . . . . . 96
Input Tables Properties . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 97
Input Unreferenced PID Properties. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 98
Multiplex & Decoding Outputs. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 98
Multiplex Output . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 99
Multiplex Output Properties . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 105
Transport Stream Port Route Properties dialog. . . . . . . . . . . . . . . . . . . . . . . . . . . 106
Output Multiplex Program Properties . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 107
Output Multiplex Elementary Stream Properties . . . . . . . . . . . . . . . . . . . . . . . . . 108
Output Tables Properties. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 109
Output Unreferenced PID Properties . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 111
Decoding Channel Properties . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 112
Physical Outputs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 123
ASI Output Port Properties . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 124
GbE Ports for Output. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 125
Element Properties . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 128
Cross Connections . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 129
Setting Multiplex Cross Connections. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 129
Input to Decoder Channel Connection . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 137
Editing and Deleting . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 138
CAM Slot Management. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 138
Descrambling a Cross Connected Program . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 139
Descrambling a Decoded Program . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 140
EMS Connection Wizard . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 140
Setting Program Cross-Connection using the Connection Wizard . . . . . . . . . . . 141
Setting Decoding Channel using the Connection Wizard . . . . . . . . . . . . . . . . . . 142
Low Delay Mode . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 143
Selecting Low Delay Mode . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 144
Device Management . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 145
HDMI and DVI Output . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 146
Reboot Device . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 146
Device Identification . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 146
8
ProView 7000 v.2.6, Rev. E
Table of Contents
7.10.4
7.10.5
7.10.6
7.10.7
7.10.8
7.10.9
7.11
7.11.1
7.11.2
7.11.3
7.11.4
7.11.5
7.11.6
7.11.7
7.11.8
Reset CAM Slot . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 146
Log-In / Log-Out Control of the Device. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 147
Setting Up/Changing the Device Log-in Password . . . . . . . . . . . . . . . . . . . . . . . . 147
Managing Presets . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 147
Backing Up/Restoring the Device Configuration. . . . . . . . . . . . . . . . . . . . . . . . . . 150
Restoring the Factory/Default Device Access Passwords . . . . . . . . . . . . . . . . . . . 152
Device Properties . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 153
Network Properties . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 153
Hardware Properties . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 155
Device Communication Properties . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 160
Device Users’ Access Properties . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 162
Device Software Upgrade Properties . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 163
Device License Properties . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 164
Device Date and Time Properties . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 165
GPI Properties . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 165
Chapter 8 Monitoring using EMS
8.1
8.2
8.2.1
8.3
8.4
8.5
8.6
8.7
Device Communication Status . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 167
Alarms . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 168
Alarm Properties . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 169
Alarm History. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 169
Refreshing the EMS Screen . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 170
DVB-S/S2 Input Port Properties Status . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 171
Decoding Channel Properties Status . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 172
Decoding Channel Properties Monitoring . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 174
Chapter 9 Contacting Harmonic Support
Appendix A Characteristics and Specifications
A.1
A.2
A.3
A.4
A.5
A.6
A.7
A.8
A.9
A.9.1
A.9.2
A.10
A.11
DVB-S/S2 RF Input Interfaces . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 177
Transport Stream Input Interfaces . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 177
Transport Stream Output Interfaces . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 178
Transport Stream Processing . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 178
Conditional Access (DVB-CI) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 178
Video and Audio Decoding . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 179
Video and Audio Interfaces . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 180
Control and Monitoring . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 180
Compliance . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 181
EMC . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 181
Safety . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 181
Environment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 181
Physical and Electrical Characteristics . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 181
Appendix B Connectors and Front End Card Options
B.1
B.2
B.3
B.4
© 2012 Harmonic Inc.
Overview of Rear Panel Ports and Connectors . . . . . . . . . . . . . . . . . . . . . . . . . . . 182
RGB Port Pin Configuration . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 185
ProView 7000™ GPI Port Pin Configuration . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 186
ProView 7100™ GPI Port Pin Configuration . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 187
9
ProView 7000 v.2.6, Rev. E
Table of Contents
B.5
B.6
GPI Relay Position Names . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 188
Front End Card Features . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 189
Appendix C Device Explorer Icons
Appendix D Front Panel Menu Tree
Appendix E ProView 7000™ Alarm List
Appendix F Software Management
F.1
F.2
F.2.1
F.2.2
Active Version Management . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 199
Software Upgrade Manager . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 200
Upgrading the Firmware of ProView 7000s . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 201
Viewing the Software Upgrade Log . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 201
Glossary
© 2012 Harmonic Inc.
202
10
ProView 7000 v.2.6, Rev. E
Chapter 1
Introduction
Thank you for choosing the ProView 7000™1 multifunctional receiver.
The ProView 7000/7100™ multifunctional receiver platform provides an ideal solution for
digital turn around processing (DTA), descrambling and decoding applications.
Topics:
1.1
■
General Information
■
Main ProView 7000™/7100 Applications
■
ProView 7000™ Platform Main Features and Configurations
■
ProView 7000™ Mechanical Structure
■
ProView 7000™ Management
General Information
The Harmonic ProView 7000™ is a single rack unit (1RU) scalable receiver, DVB descrambler,
multi-format video decoder and MPEG stream processor. The modular ProView 7000™
addresses the full spectrum of content reception applications from decoding to descrambling
and re-multiplexing of multiple transport streams.
1.
All references to the ProView 7000™ include the ProView 7100™ unless the ProView 7100™ is specified.
© 2012 Harmonic Inc.
11
ProView 7000 v.2.6, Rev. E
Chapter 1 Introduction
Main ProView 7000™/7100 Applications
1.2
Main ProView 7000™/7100 Applications
1.2.1
TS Descrambling Applications
The ProView 7000™/7100 is designed to economically meet the needs of digital turn around
operators. Using its on-board quad DVB common interfaces, the ProView 7000™/7100
descrambles and re-multiplexes selected services from up to four2 transport streams
(ProView 7000 can descramble two TSs). The ProView 7000™/7100 enables operators to
create new SPTS or MPTS transport streams comprised of re-multiplexed services from the
original stream(s). Programs can be output over IP or ASI.
1.2.2
Decoding Applications
The Harmonic ProView 7000™/7100 professional receiver decoder is specifically designed to
provide a multi-format and multi-standard solution for the primary and secondary
distribution markets. It is equipped with industry standard digital and analog outputs,
including analog video and audio, AES/EBU, SD-SDI and HD-SDI. The unit also performs HD
down-conversion and aspect ratio adaptation of HD programs to generate professional
quality baseband analog video and audio outputs for easy integration with existing cable
network infrastructures.
1.3
ProView 7000™ Platform Main Features and Configurations
The ProView 7000™ platform’s wide range of features includes the following:
■
Variety of inputs including DVB-S/S23, ASI and GbE inputs4
■
Any to any Port redundancy
■
Integrated DVB-CI slots providing descrambling of multiple transport streams
ProView 7000™ is equipped with 2 DVB-CIs to descramble 2 full TSs
❑
ProView 7100™ is equipped with 2 DVB-CIs to descramble 4 full TSs
■
BISS descrambling – up to full TS
■
MPEG-4 AVC/MPEG-2 SD/HD single/dual5 decoding
■
2.
3.
4.
5.
6.
7.
❑
MPEG-1 Layer II (Musicam), Dolby Digital6, Dolby Digital Plus, AAC LC7, HE AAC7, Dolby E7 /
Linear PCM Pass Through7
■
Broadcast quality video and audio outputs
■
HD-SDI, SD-SDI, HDMI5 and analog video outputs
■
Balanced and unbalanced digital audio outputs5
■
Balanced analog audio outputs
■
ASI and GbE outputs
A license is required for more than one transport stream.
Requires a license with some hardware configurations, see B.6 Front End Card Features for details.
IP data in requires a license.
Only with certain hardware configurations.
Dolby and Dolby Digital are registered trademarks of Dolby Laboratories.
Requires a license.
© 2012 Harmonic Inc.
12
ProView 7000 v.2.6, Rev. E
Chapter 1 Introduction
ProView 7000™ Platform Main Features and Configurations
■
MPE decapsulation for offline data delivery7
■
Re-multiplexing capabilities with up to four multiplexes8
■
The ProView 7000™ can generate up to four (4) TS outputs from one (1) TS input
■
Re-generation of DVB and MPEG PSI/SI
■
Low Delay decoding mode
■
EMS graphical user interface providing easy drag-and-drop management
■
SNMP monitoring
■
Closed caption (CEA-608 and CEA-708) re-insertion into VANC in SD/HD-SDI output
■
On screen display of DVB subtitles in SD and HD resolutions
■
Automatic service selection of the first service in the PAT
■
Genlock
■
DSR support7 (requires a Harmonic ProStream 1000)
The ProView 7000™ platform is offered in two different application oriented configurations:
1.3.1
■
Multi-Transport Stream Descrambler
■
Multi-Format Decoder
Multi-Transport Stream Descrambler
The ProView 7000™ Multi-Transport Stream Descrambler is an ideal and cost effective
receiver solution for digital headend turn around applications.
The platform’s DVB-S/S210, ASI and IP inputs, along with powerful descrambling and
multiplexing capabilities, fully addresses the headend reception application requirements.
The basic configuration includes:
■
1 x ASI input
■
2 x GbE outputs with virtual IP on the output stream
■
2 x ASI outputs (4 x ASI outputs on ProView 7100™)
■
Re-multiplexing capabilities with up to four multiplex outputs9
■
Regeneration of DVB and MPEG or PSI/SI
■
Highly accurate PCR re-stamping
■
Conditional access:
❑
Full transport stream descrambling10
❑
Multi-program BISS descrambling – The ProView 7000 can descramble up to 12
programs / 24 PIDs.
❑
2 or 4 x DVB-CI slots
❑
CA methods: Multicrypt, Simulcrypt
❑
CAS (partial list): Viaccess®, Irdeto®, Conax®, Nagravision®
8. A license is required for more than one multiplex. When using IP In, the multiplex limit is 2.
9. A license is required for more than one multiplex.
10. Requires a license with some hardware configurations, see B.6 Front End Card Features for details.
© 2012 Harmonic Inc.
13
ProView 7000 v.2.6, Rev. E
Chapter 1 Introduction
ProView 7000™ Platform Main Features and Configurations
Hardware options:
■
1 x DVB-S/S2 or 4 x DVB-S/S2 inputs
■
Single or dual decoder
License options:
1.3.2
■
Multiple programs descrambling license (up to four TS descrambling, one channel
descrambling is license free)
■
DVB-S2 (requires DVB-S2 card)
■
2 or 4 Transport streams routing
■
IP input
Multi-Format Decoder
The ProView 7000™/7100 can be configured as a multi-format video decoder. The
ProView 7000/7100 is for both Standard Definition (SD) and High Definition (HD) resolutions
for MPEG-2 and MPEG-4 AVC decoding.
Its wide choice of input options and video/audio interfaces ensures compatibility to all
reception and decoding application environments.
Basic configuration includes:
■
TS I/Os:
❑
1 x DVB-S/S211 input
❑
2 or 4 x ASI inputs
❑
2 x GbE inputs12/outputs (virtual IP on the output stream)
❑
2 x ASI outputs (4 x ASI outputs on ProView 7100™)
■
2 or 4 x CI slots enabling single program descrambling
■
Decoder module video outputs (ability to configure up to two modules per unit):
■
❑
2 x CV interfaces (2 outputs per video channel)
❑
2 x SD/HD-SDI with embedded audio (2 outputs per video channel)
❑
1 x analog video RGB-HD (15 pin connector)
❑
1 x HD monitor interface (HDMI)
Decoder module audio outputs:
❑
2 x balanced analog audio stereo output pairs (15 pin D-Sub connector)
❑
2 x balanced AES/EBU digital audio outputs (15 pin D-Sub connector)
❑
2 x unbalanced AES/EBU digital audio outputs (2 x BNC connector)
Hardware options:
■
1 x DVB-S or 4 x DVB-S inputs
■
Genlock input (only with single decoder configuration)
■
Single or dual decoder
11. Requires a license with some hardware configurations, see B.6 Front End Card Features for details.
12. IP video input requires a license.
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ProView 7000 v.2.6, Rev. E
Chapter 1 Introduction
ProView 7000™ Platform Main Features and Configurations
License options:
■
HD MPEG-2 / MPEG-4 AVC decoding
■
DVB-S2 upgrade (requires DVB-S2 card)
■
2 or 4 Transport Stream routing
■
IP input
■
AAC decoding
■
Low Delay Decoding
■
Dolby E13 / Linear PCM Pass Through
Video decoding formats:
■
MPEG-2 SD 4:2:0 [email protected]
■
MPEG-2 HD 4:2:0 [email protected]
■
MPEG-4 AVC SD [email protected]
■
MPEG-4 AVC HD [email protected] / [email protected]
Maximum video rate:
■
MPEG-2 SD – 15 Mbps
■
MPEG-2 HD – 50 Mbps
■
MPEG-4 AVC SD – 10 Mbps
■
MPEG-4 AVC HD – 20 Mbps (MP), 25 Mbps (HP)
Video formats:
1080i @ 29.97, 30, 25 fps
■
720p @ 59.94, 50, 60 fps
■
480i @ 29.97 fps
■
576i @ 25 fps
■
480p @ 59.94 fps
■
Analog video output – PAL-B/G/I/M/N/D, NTSC, French SECAM, Russian SECAM
Audio Decoding:
■
2 x Stereo pairs audio decoding
■
Stereo down-mix
■
MPEG-1 Layer-II (Musicam)
■
Dolby Digital®
■
❑
Dolby Digital® 2.0
❑
Dolby Digital® 5.1 pass through (AC-3 only)
❑
Dolby Digital® 5.1 down-mix to 2.0
Dolby E® / Linear PCM pass through
13. Dolby, Dolby E and Dolby Digital are registered trademarks of Dolby Laboratories.
© 2012 Harmonic Inc.
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ProView 7000 v.2.6, Rev. E
Chapter 1 Introduction
■
■
ProView 7000™ Platform Main Features and Configurations
AAC LC
❑
AAC LC 2.0 audio
❑
AAC LC 5.1 audio down-mix to 2.0 audio
HE AAC v1 and v2 audio
❑
HE AAC 2.0 audio
❑
HE AAC v1 5.1 audio down-mix to 2.0 audio
Video Processing:
1.3.3
■
HD video down-converted to SD
■
Aspect ratio conversion 16:9 to 4:3
■
VBI reinsertion in video
■
CEA-608/CEA-708 CC support in CV and SDI VANC
DMS (Distribution Management System)
DMS from Harmonic is a management system for video distribution networks over satellite or
IP. It provides in-band / Over-The-Air (OTA) control of multiple ProView 7000™/7100 devices
installed in remote locations.
DMS can perform the following commands on ProView 7000™/7100 receivers:
■
Upgrade Firmware
■
Activate Firmware
■
Reboot Devices
■
Update Configuration
■
Download Configuration File
■
Roll Back Configuration
■
Upgrade Licenses
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ProView 7000 v.2.6, Rev. E
Chapter 1 Introduction
ProView 7000™ Mechanical Structure
1.4
ProView 7000™ Mechanical Structure
1.4.1
ProView 7000™ Enclosure
The ProView 7000™ platform is housed in a 19" 1RU mount ready enclosure. See Figure 1–1.
It includes fans for right to left air passage for side-to-side heat dissipation, the
ProView 7000™ may be installed in a rack without spacing between units. This allows
increased flexibility for installation of a large number of units in limited space environments
and integration with additional DVB equipment.
1.4.2
ProView 7000™/7100 Front Panel
The front panel of the ProView 7000™/7100 platform provides an interface to locally manage
and operate the unit.
Figure 1–1: ProView 7000™ Platform General View
Figure 1–2: ProView 7100™ Platform General View
The front panel includes, a large LCD display for menus and statuses, four direction buttons,
an <ENTER> key an <Esc> key and two F keys.
Two LEDs show the WARNING and PWR/FAIL statuses.
A two or four slot DVB-CI (DVB Common Interface/smart card interface) enables using up to
two Conditional Access Modules (CAMs) for stream descrambling.
See 3.1 Main Elements and Structure for a description of the front panel.
1.4.3
ProView 7000™ Rear Panel
The rear panel of the ProView 7000™ platform includes all of the required professional input
and output connectors. The AC connector and power switch are also located on the rear
panel as well as the GND lug for grounding the unit when installed in a rack. The rear panel is
provided in various configurations as required for different applications. See B.6 Front End
Card Features for a description of the ports and connectors.
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ProView 7000 v.2.6, Rev. E
Chapter 1 Introduction
1.5
ProView 7000™ Management
ProView 7000™ Management
The ProView 7000™ Platform provides a wide range of methods for local and remote
monitoring and management:
Front Panel Control
The ProView 7000™/7100 front panel provides an easy to use management interface using
the large LCD screen and intuitive controls.
Remote Element Management System (EMS)
The ProView 7000™/7100 EMS provides an extensive GUI for managing the device over a
LAN.
Network Management System
The ProView 7000™/7100 platform provides monitoring access to Network Management
Systems using its SNMP agent.
ProView 7000™/7100 Redundancy
Use NMX management for redundancy to ensure continued service in the event that a device
malfunctions. You can use a single or multiple backup ProView 7000™/7100s to ensure
continued service with a single or multiple primary ProView 7000™/7100s. This feature is
limited to the management of up to 2 output ports, ASI or SDI.
NOTE: The devices must be identical in hardware configuration, port structure and license.
See the Harmonic NMX Installation/Setup Guide for operating instructions.
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ProView 7000 v.2.6, Rev. E
Chapter 2
Quick Start
This chapter provides instructions for quick initial setup of the ProView 7000™.
Topics:
2.1
■
Installation and Cable Connection
■
Switching On
■
Configuring the IP Parameters
■
Configuring and Monitoring
Installation and Cable Connection
Refer to the ProView 7000™ Hardware Installation Guide for detailed information on
installation and cable connection.
2.1.1
Installation
The ProView 7000™ can be installed in a 19" rack using mounting slides.
2.1.2
Electrical connection
The ProView 7000™ is powered by an AC power supply. Grounding of the ProView 7000™ is
provided when the AC power cable is connected to the unit AC connector.
Grounding Jackscrew
When the ProView 7000™ is rack-mounted, the device’s grounding jackscrew must be
connected to the rack housing, which must be correctly grounded.
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ProView 7000 v.2.6, Rev. E
Chapter 2 Quick Start
2.1.3
Switching On
Cable Connections
Connect the remaining cables:
2.2
■
DVB-S/S2
■
ASI
■
LAN
■
Video output
■
Video monitor
Switching On
Switch the unit on with the rear power switch.
Once the boot process is completed (after 2-3 minutes) the Status OK message displays on
the front panel LCD.
No Service Selected
Status OK
No Service Selected
2.3
Configuring the IP Parameters
To configure the IP parameters of a ProView 7000™:
1. Press <ENTER> on the keypad.
The root menu displays.
2. Navigate Unit > Management Port > IP Configuration.
IP Configuration
1 IP Address
127.000.000.010
2 Subnet Mask
255.255.255.000
3 Default Gateway
000.000.000.000
3. Set the IP Address, Subnet Mask and Default Gateway for the port.
4. After any change in the IP configuration, the Apply port changes item is added to the IP
Configuration sub-menu to allow confirmation of the port setup.
5. Select Apply port changes.
6. Select Apply Changes.
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ProView 7000 v.2.6, Rev. E
Chapter 2 Quick Start
2.4
Configuring and Monitoring
Configuring and Monitoring
You can configure the ProView 7000™ using the front panel or remotely using EMS over the
LAN.
The ProView 7000™ EMS application provides a GUI for easy remote management of
ProView 7000™s. For EMS system requirements see 6.2 EMS System Requirements on
page 64.
To configure the ProView 7000™ using the front panel, see Front Panel Overview on page 32
and Device Configuring Using the Front Panel on page 36.
To monitor the ProView 7000™ using the front panel, see Monitoring Using the Front Panel
on page 58.
To configure the ProView 7000™ using EMS, see Remote Management using EMS on page 63
and Device Configuring Using EMS on page 74.
To monitor the ProView 7000™ using EMS, see Monitoring using EMS on page 167.
Related topics:
2.4.1
■
A Typical ProView 7000™ Configuration Using the Front Panel
■
EMS Initial Setup
■
A Typical ProView 7000™ Configuration Using EMS
A Typical ProView 7000™ Configuration Using the Front Panel
The ProView 7000™ has four logical multiplexes. A license is required for using more than one
multiplex. Some hardware configurations support up to four satellite RF inputs.
The basic order of configuring the ProView 7000™ is:
1. Configure a DVB-S/S2 input port.
2. Descramble selection – Associate a CAM slot to a multiplex in port and enable
descrambling mode.
3. DVB-S/S2 Input Port association – The DVB-S/S2 In ports in are associated by default to
multiplex ins according to their index numbers (1–4), therefore DVB-S/S2 In Port 1 is
associated to DVB Multiplex In 1. You can associate different ports or additional ports to
Multiplex Ins.
NOTE: If the input is MPEG then change the table extraction of either a multiplex in or a multiplex out to
PSI Only before you associate the respective multiplex, see 7.2 Multiplex Inputs and 7.3 Multiplex &
Decoding Outputs.
4. Stream and Program Routing – Associate input streams to device outputs.
5. Select programs for descrambling.
6. Decoder configuration.
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ProView 7000 v.2.6, Rev. E
Chapter 2 Quick Start
Configuring and Monitoring
To configure the ProView 7000™ using the Front Panel:
1. If the input stream is received from a satellite, navigate
Root > Reception > SAT (no.) > Configuration and configure the receiver parameters
according to your satellite parameters, see 4.1 Configuring the DVB-S/S2 Input Port
Properties for details.
2. If the input stream is received from IP, perform the following to configure the GbE port:
a
Navigate Root > GbE > GbE Port (1 or 2) > IP Configuration.
b
Configure the IP Address and Subnet Mask.
c
Select Apply Port Changes.
d
Select Apply Changes.
e
Navigate Root > GbE > GbE Port (1 or 2) > Admin Status.
f
Set the Admin Status to Up.
g
Navigate Root > GbE > Socket Configuration > Socket In > Socket (no.) >
Traffic Parameters.
h
Configure the IP Address Type, UDP Port and IP Address if you are using Multicast.
i
Navigate Root > GbE > Socket Configuration > Socket In > Socket (no.).
j
Configure the Socket De-Jittering Mode, SSM and Socket Admin Status.
3. If the output stream is sent to IP, perform the following to configure the GbE port:
a
Navigate Root > GbE > GbE Port (1 or 2) > IP Configuration.
b
Configure the IP Address, Subnet Mask and Default Gateway.
c
Select Apply Port Changes.
d
Select Apply Changes.
e
Navigate Root > GbE > GbE Port (1 or 2) > Admin Status.
f
Set the Admin Status to Up.
g
Navigate Root > GbE > Socket Configuration > Socket Out > Socket (no.).
h
Configure the Destination IP Address and the Destination UDP Port.
i
Set the Socket Status to Up.
4. If you wish to descramble, you must associate the CAM to the multiplex:
a
Navigate Root > CAM > CAM (1–4) > CAM Association.
b
Select a multiplex, TS1, TS2, TS3 or TS4.
The descrambling mode default is Selective, you can change the mode to Full.
5. To access the CAM MMI menu, select CAM MMI.
6. Select a DVB-S/S2 input port:
a
Navigate Root > Routing and Descrambling > TS (no.) > Input Selection.
b
Select an input port for the received transport stream (Options: SAT (1–4), ASI (1–4)).
7. Select Input Type, (Options: MPEG and DVB). This also sets the respective PSI/SI tables for
the output stream.
NOTE: The default option for stream type is DVB. For ATSC systems, set the stream type to MPEG.
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ProView 7000 v.2.6, Rev. E
Chapter 2 Quick Start
Configuring and Monitoring
8. To configure the multiplex output:
a
Navigate Root > Routing and Descrambling > TS (no.) > Output Selection.
b
Select one or more outputs for the received transport stream (Options: ASI (1–2),
Socket (1–4).) The four sockets are virtual and must be associated to a physical GbE
port.
c
Select Enable in each output sub-menu that you select.
NOTE: In this mode, stream information is not processed and output bit rate is identical to input bit rate.
d
Navigate Root > Routing and Descrambling > TS (no.) > Activation.
e
Select Enable.
9. To select a program for descrambling:
a
Navigate Root > Routing and Descrambling > TS (no.) > Descrambling.
A list of all input programs received displays.
Program name, program ID, program type and program scrambling state display.
Name
Id
Device
Mode
1 BBC
ID:4301
TV
CAS
2 CNN
ID:4302
TV
CAS
3 IBA 2
ID:4308
AUDIO
FTA
4 MI-TV
ID:8025
TV
FTA
b
Select a program for descrambling.
c
Select CAM Selection.
d
Select CAM 1, 2, 3 or 4 to associate the program to it.
Repeat steps 6 to 9 for each multiplex that you wish to use (1–4).
10. Navigate Root > Decoding > Decoder (no.) > Configuration> Input Selection.
If you only have a single decoder then their is no Decoder (no.) menu.
11. Select a multiplex, 1, 2, 3 or 4, for input.
12. Set the Service Selection Mode:
a
Navigate
Root > Decoding > Decoder (no.) > Configuration > Service Selection Mode.
If you only have a single decoder then their is no Decoder (no.) menu.
b
Select Program Selection.
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ProView 7000 v.2.6, Rev. E
Chapter 2 Quick Start
Configuring and Monitoring
13. Navigate Root > Decoding > Decoder (no.) > Configuration> Programs.
If you only have a single decoder then their is no Decoder (no.) menu.
Name
ID
Type
Mode
1 ƒ BBC
4301
TV
CAS
2 ‚ CNN
4302
TV
CAS
3 ‚ IBA 2
4308
AUDIO
FTA
The Programs menu displays a list of programs available on the input transport stream
and enables you to select the program to be decoded.
The screen displays the program name if the input stream provides an SDT table, the
program ID (decimal number), the program type (TV or Radio) and the program mode
(CAS/scrambled or FTA/free to air).
Only one program can be selected (radio button selection).
14. Navigate
Root > Decoding > Decoder (no.) > Configuration> Descrambling > CAM Selection.
If you only have a single decoder then their is no Decoder (no.) menu.
15. Select the CAM slot.
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ProView 7000 v.2.6, Rev. E
Chapter 2 Quick Start
2.4.2
Configuring and Monitoring
EMS Initial Setup
Before you can manage a ProView 7000™ remotely, you must configure the IP parameters,
see 2.3 Configuring the IP Parameters on page 20.
Topics:
2.4.2.1
■
Installing EMS
■
Launching EMS
■
Adding a Device
Installing EMS
The ProView 7000™ EMS is stored in the ProView 7000™ for easy installation using a web
browser.
To install the ProView 7000™ EMS:
1. Run a web browser and enter the ProView 7000™ IP address.
The initial ProView 7000™ dialog displays.
NOTE: The EMS application is a Java-based program which requires Java Runtime Environment version
1.6. If needed, install Java Runtime Environment 1.6, using the link provided on the Java Web start page
To check the ProView 7000™ EMS Java version:
a
Run cmd in Windows.
b
Enter Java -version and press Enter to check which version is currently on your
station. Update if necessary from the Java Web start page.
2. Click Launch ProView 7000 EMS on the ProView 7000™ web page to install the EMS.
The EMS application installs. Shortcuts are added to the desktop
menu.
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ProView 7000 v.2.6, Rev. E
Chapter 2 Quick Start
2.4.2.2
Configuring and Monitoring
Launching EMS
Prerequisites:
The device IP address must be configured using the ProView 7000™ front panel, see
2.3 Configuring the IP Parameters.
To launch the ProView 7000™ EMS:
❖ Double-click the Harmonic ProView 7000™ EMS launch icon
to launch EMS.
The EMS GUI displays.
2.4.2.3
Adding a Device
The IP Address is the same one you configured in 2.3 Configuring the IP Parameters on
page 20. For details on usernames and passwords see 7.10.5 Log-In / Log-Out Control of the
Device on page 147 and 7.11.4 Device Users’ Access Properties on page 162.
To add a device:
1. Click
Add Device on the EMS toolbar
—or—
select Administration > Add ProView 7000.
Figure 2–1: Add Device dialog
The EMS displays the Add ProView 7000™ Device dialog.
2. Enter a name for the new ProView 7000™ device.
3. Enter the IP Address of the new ProView 7000™ device.
4. For automatic connection when launching the EMS, mark the  Connect Device
checkbox.
5. Click Add.
The Log In dialog displays.
6. Select a username from the drop down menu, configure or monitor, the password is the
same as the username by default.
The device connects automatically.
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ProView 7000 v.2.6, Rev. E
Chapter 2 Quick Start
Configuring and Monitoring
If the device fails to connect, perform the following:
2.4.3
a
Right-click the device icon in the Device box and select Ping in the device context
menu.
b
Click Ping in the Ping dialog box.
c
If the ping fails, check your network connections and settings.
d
Right-click the device icon in the Device box and select Connect in the device context
menu.
A Typical ProView 7000™ Configuration Using EMS
The ProView 7000™ has four logical multiplexes. A license is required for using more than one
multiplex. Some hardware configurations support up to four satellite RF inputs. All
ProView 7000™s have 2 GbE data ports.
The EMS enables building your own decoded output stream, by selecting specific elementary
stream from a program. Drag and drop the ES icon from the input program branch onto the
Output decoding icon. The ES Decoding Properties dialog displays, allowing you to set the
relevant parameters. Do not use ESs from different programs.
TIP: Descrambling Set-Up TIP:
When setting a program or an ES for decoding, the decoder properties menu enables the user to
descramble the program and to select the CAM slot for the descrambling process.
For a detailed description of the options provided by the Decoding Channel Properties dialog see
7.3.8 Decoding Channel Properties.
The basic order of configuring the ProView 7000™ is:
1. Configure a DVB-S/S2 input port.
2. Descramble selection – The CAM Slot Properties dialog monitors and manages the
selected CAM slot element. It enables you to associate a CAM slot to a multiplex in port
and enable descrambling mode.
3. Descrambling a Program – Select individual programs to descramble.
4. Input Port association – The DVB-S/S2 In ports in the Physical Input box are associated by
default to multiplex ins in the Multiplex Input box according to their index numbers (1–4),
therefore DVB-S/S2 In Port 1 is associated to DVB Multiplex In 1. You can associate
different ports or additional ports to Multiplex Ins.
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ProView 7000 v.2.6, Rev. E
Chapter 2 Quick Start
Configuring and Monitoring
NOTE: If the input is MPEG then change the table extraction of either a multiplex in or a multiplex out to
PSI Only before you associate the respective multiplex, see 7.2.4 Multiplex In Port Properties and
7.3.2 Multiplex Output Properties.
5. Stream and Program Routing – Drag-and-drop routing of input streams to device outputs.
6. Decoder Configuration.
To configure the ProView 7000™ using EMS:
1. If the input stream is received from satellite, perform the following to display and
configure a DVB-S/S2 input port:
a
Expand the device tree in the Physical Input box to reveal the DVB in ports.
b
Select the required DVB-S/S2 in port icon in the Physical Input box.
c
Click Properties on the EMS toolbar.
d
Click Show Status in the bottom left corner of the properties dialog.
The displayed properties are divided into two sections; the section on the left
displays editable properties and the section on the right provides informative/status
properties that cannot be edited by the EMS user.
e
Configure the properties in the left section and click Apply.
2. If the input stream is received from IP, perform the following to display and configure the
GbE port:
a
Select the device in the Devices box.
b
Expand the device tree in the Physical Input box to reveal the GbE ports.
c
Select the required GbE port icon in the Physical Input box.
d
Click Properties on the EMS toolbar.
e
Configure the GbE port, see 7.1.3 GbE Ports for Input for details.
f
Select a socket in the GbE branch in the Physical Input box.
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ProView 7000 v.2.6, Rev. E
Chapter 2 Quick Start
Configuring and Monitoring
g
Click Properties on the EMS toolbar.
h
Configure the socket, see 7.1.3.2 GbE Socket Properties for details.
3. If the output stream is sent to IP, perform the following to configure the GbE port:
a
Select the device in the Devices box.
b
Expand the device tree in the Physical Output box to reveal the GbE ports.
c
Select the required GbE port icon in the Physical Output box.
d
Click Properties on the EMS toolbar.
e
Configure the GbE port, see 7.1.3 GbE Ports for Input for details.
f
Select a socket in the GbE branch in the Physical Output box.
g
Click Properties on the EMS toolbar.
h
Configure the socket, see 7.4.2.2 GbE Socket Properties for details.
4. To associate a multiplex in port to a CAM Slot:
a
Select the required CAM Slot name in the Physical Input box.
b
Click Properties on the EMS toolbar.
The dialog displays with the programs descrambled by the slot.
c
Select a multiplex in port to connect to the CAM slot.
5. To descramble a program:
a
Right-click a program in the Multiplex & Decoding Output box.
b
Select Properties.
The Program Properties dialog displays.
c
Mark the Descramble with checkbox.
d
Select a CAM slot.
e
Click Apply.
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ProView 7000 v.2.6, Rev. E
Chapter 2 Quick Start
Configuring and Monitoring
6. To associate a different port or additional ports to a Multiplex In:
a
Drag a Port from the Physical Input box to a Multiplex In in the Multiplex Input box.
A confirmation dialog displays.
b
Click Yes to create the association.
7. To cross-connect an input transport stream, a program, an EMM in a conditional access
table (CAT) or even an unreferenced PID:
a
Drag the item from the Multiplex Input box and drop it into the Multiplex & Decoding
Output box.
The Cross-Connect configuration dialog displays for you to configure the parameters
of the routed element.
b
© 2012 Harmonic Inc.
Configure the desired parameters and click Create to create the cross-connect.
30
ProView 7000 v.2.6, Rev. E
Chapter 2 Quick Start
Configuring and Monitoring
8. To decode a program:
a
Drag the program name from the Multiplex Input box and drop it on a decoding
channel in the Multiplex & Decoding Output box.
The Decoder Channel Properties dialog displays.
b
Configure the desired parameters or accept the defaults.
c
Click OK to confirm the decoding set-up.
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ProView 7000 v.2.6, Rev. E
Chapter 3
Front Panel Overview
The front panel of the ProView 7000™ multifunctional receiver platform provides a managing
interface for local monitoring and configuring the operation of the ProView 7000™ unit. This
chapter describes the operation of the front panel interface.
Topics:
3.1
■
Main Elements and Structure
■
Front Panel Display
Main Elements and Structure
The ProView 7100™ and ProView 7000™ front panels display information regarding the input
streams and output streams and to perform basic operations. Figure 3–2 and Figure 3–1
illustrate the front panels.
WARNING, PWR/FAIL
LEDs
Alpha-Graphic LCD
Four direction
touch-pads
ESC and ENTER
control keys
Alphanumeric
keypad
DVB-CI
Function keys
Figure 3–1: ProView 7100™ front panel
Four direction
touch-pads
WARNING, PWR/FAIL
LEDs
Alpha-Graphic LCD
ESC and ENTER
control keys
DVB-CI
Function keys
Figure 3–2: ProView 7000™ front panel
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ProView 7000 v.2.6, Rev. E
Chapter 3 Front Panel Overview
Front Panel Display
The ProView 7100™ and ProView 7000™ front panels comprise the following:
3.2
■
Large LCD display – The large LCD display provides enhanced menus with graphical
interface such as charts, radio buttons, tables and icons.
■
Warning and Pwr/Fail indicators – LED status indicators.
■
Arrow keys – Use the four direction arrow keys to navigate the menu items. Use the up and
down arrow keys to select characters for parameters.
■
<ENTER> – Use the <ENTER> key to approve selections and set-ups.
■
<Esc> – Use the <Esc> key to revert selections and set-ups.
■
Function Keys – The <F1> key lists the decoder services and the <F2> key displays the
satellite status report.
■
Alphanumeric keypad (ProView 7100™ only) – Use this keypad to enter digits and
hexadecimal letters. Hold the <Shift> key to enter blue characters. Use the <Clr> key
without <Shift>.
■
Up to four DVB-CI slots – enables you to use up to four Conditional Access Modules (CAMs)
for stream descrambling.
Front Panel Display
The ProView 7000™ front panel display has four types of pages:
■
Menu
■
Parameter
■
Edit value
■
Radio select
The front panel screen can display up to four items at a time. Additional items can be
accessed using the <up> and <down> arrow keys. To differentiate between the visible and
hidden menu items, two types of screen figures are used in the manual; the dark grey (or
green) displays the first four visible items, an up-and-down icon (
holding all the additional hidden items.
) and a light grey screen
The following paragraphs describe the various front panel screen page types and how to use
them in menu navigation and managing the device features.
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Chapter 3 Front Panel Overview
3.2.1
Front Panel Display
Menu Pages
Menu pages display sub-menus and menu items.

Reception
SAT 1
SAT 2
SAT 3
SAT 4
Use the <up> and <down> arrow keys to move between the branches of the tree and press
<ENTER> to select and display the next lower level in the menu tree.
The front panel root menu of the ProView 7000™ is a simple menu screen.
To display the ProView 7000™ root menu:
❖ Press <ENTER> on the front panel default page.
See Appendix D, Front Panel Menu Tree for a diagram of the front panel menu tree.
3.2.2
Parameter Pages
The parameter pages displays the parameters of the element in the menu tree. They
comprise on the left side, a list of the parameter names and on the right side, parameter
values. Editable parameters have a pencil icon next to them. Parameters without the pencil
icon are read-only.
Configuration
Universal Band Frequency
L Band Frequency
10.750000[GHz]
1.000000[GHz]
Symbol Rate
27500000[Baud]
Modulation Standard
DVB-S
Use the <up> and <down> arrow keys to move between the parameters and press <ENTER>
to select an editable parameter to set-up. After pressing <ENTER>, an Edit Value or a Select
Value Screen is displayed to configure new values for the parameter.
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Chapter 3 Front Panel Overview
3.2.3
Front Panel Display
Edit Value Pages
Use Edit Value pages to edit parameter values. The parameter value can be a number or a
string.
Universal
10.750000 [GHz]
<10.700000 - 11.900000>
Use the <left> and <right> arrow keys to select a digit and the <up> and <down> arrow keys
to change the value of the parameter. On the ProView 7100™ you can enter values using the
alphanumeric keypad. Press <ENTER> to confirm the change or <ESC> to revert to the original
value.
3.2.4
Radio Select Pages
Radio select pages display a list of items for selection (ƒ = currently active, ‚ = currently
inactive):
Modulation Standard
‚ DVB-S
‚ DVB-S2
ƒ Automatic
Use the <up> and <down> arrow keys to move between the items and press <ENTER> to
select the required option. After pressing <ENTER>, the selected option is activated.
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Chapter 4
Device Configuring Using the Front Panel
Topics:
4.1
■
Configuring the DVB-S/S2 Input Port Properties
■
Configuring the Decoding
■
Routing and Descrambling
■
Configuring the GbE Ports, Sockets and Routing Table
■
CA Definitions
■
Unit Menu
■
Presets
Configuring the DVB-S/S2 Input Port Properties
To configure the ProView 7000™ reception parameters:
1. Navigate Root > Reception.
2. If your device has more than one demodulator, select a satellite input menu, SAT 1–4.
3. Select Configuration.
Each menu item displays a value setup page.
The Configuration menu comprises the following:
■
Universal/Wide Universal/Ku/C Band Frequency (DVB-S and DVB-S2) – Sets the receiving
frequency according to the satellite LNB transmitting frequency. The receiver controls the
LNB band by sending a 22 kHz signal. When the signal is sent, the LNB uses its High Band
Local Oscillator (L.O.). When the signal is not sent, the LNB uses its Low Band L.O.
Two local oscillators exist, Universal and Universal Wide one for each band to leverage full
spectrum.
❑
Universal Band valid range:
• 22 kHz Low tone range – 10,700,000 – 11,900,000 [kHz]
• 22 kHz High tone range – 11,550,000 – 12,750,000 [kHz]
❑
Wide Universal Band valid range:
• 22 kHz Low tone range – 10,700,000 – 11,900,000 [kHz]
• 22 kHz High tone range – 11,700,000 – 12,750,000 [kHz]
❑
Ku Band valid range (22 kHz Low and High tone) – 9,500,000 – 14,000,000 [kHz]
❑
C Band valid range (22 kHz Low and High tone) – 4,000,000 – 5,000,000 [kHz]
■
L Band Frequency (DVB-S and DVB-S2) – Sets the L-band frequency
Valid range – 950,000 to 21,150,000 [kHz].
■
Symbol Rate – DVB-S and DVB-S2. Sets the L-band symbol rate.
Valid range – 1,000,000 – 45,000,000 [baud].
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Chapter 4 Device Configuring Using the Front Panel
■
■
Configuring the DVB-S/S2 Input Port Properties
Modulator Standard – DVB-S and DVB-S2. Selects the L-Band modulation standard.
Options:
❑
DVB-S
❑
DVB-S21
❑
Automatic1
MODCOD – DVB-S and DVB-S2. Selects the modulation type and coding rate, according to
the modulation standard selected.
❑
DVB-S options:
• QPSK 1/2
• QPSK 2/3
• QPSK 3/4
• QPSK 5/6
• QPSK 7/8
• Auto – automatic selection of MODCOD
❑
DVB-S2 options:
• VCM1 – Variable Coding Modulation format / Automatic1
• QPSK 1/41
• QPSK 1/31
• QPSK 2/51
• QPSK 1/2
• QPSK 3/5
• QPSK 2/3
• QPSK 3/4
• QPSK 4/5
• QPSK 5/6
• QPSK 8/9
• QPSK 9/10
• 8PSK 3/5
• 8PSK 2/3
• 8PSK 3/4
• 8PSK 5/6
• 8PSK 8/9
• 8PSK 9/10
• 16APSK 2/32
• 16APSK 3/42
1.
2.
Only available with certain hardware configurations, see B.6 Front End Card Features.
A license is required for 16APSK modulation. Only available with certain hardware configurations, see B.6 Front End Card
Features.
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Chapter 4 Device Configuring Using the Front Panel
Configuring the DVB-S/S2 Input Port Properties
• 16APSK 4/52
• 16APSK 5/62
• 16APSK 8/92
• 16APSK 9/102
■
■
■
■
❑
Automatic3
❑
20%
❑
25%
❑
35%
Pilot – DVB-S2 only. The Pilot feature should only be on when the signal has Pilot symbols,
otherwise the demodulator will not lock onto the signal. Options:
❑
Automatic3
❑
On
❑
Off
Spectral Inversion – DVB-S and DVB-S2. Selects the mode of operation for the spectral
inversion function. Options:
❑
Automatic3 – only in DVB-S and is the DVB-S default.
❑
Normal3 – default for DVB-S2.
❑
Inverted
Frame Size3 – DVB-S2 only. Selects the frame size. Options:
❑
Normal – 64,800 bits frame
❑
Short – 16,200 bits frame
■
Scrambling Seed – DVB-S2 only. sets the value for the physical layer scrambling seed. Valid
Range – 0 – 262141.
■
Polarization – DVB-S and DVB-S2. Selects the polarization of the antenna in the satellite
LNB. Default is Off. Options:
■
3.
Roll Off – Selects the roll factor. DVB-S2 only. Options:
❑
Vertical (13V)
❑
Horizontal (18V)
❑
Off
LNB Frequency Band – DVB-S and DVB-S2. Selects the receiver frequency band according
to the satellite Low Noise Block (LNB) transmitting frequency band. Options:
❑
Universal (Low: 9.75, High: 10.6)
❑
Universal Wide (Low: 9.75, High: 10.75)
❑
Ku Band
❑
C Band
Only available with certain hardware configurations, see B.6 Front End Card Features.
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Chapter 4 Device Configuring Using the Front Panel
■
■
Configuring the Decoding
LO Frequency – DVB-S2 only. Manages the Local Oscillator (LO) frequency, depending on
the LNB LNB Frequency band selected:
❑
Displays the Local Oscillator (LO) frequency for Universal and Universal Wide bands.
❑
Enables setting the LO frequency for Ku band. Range 8.5 MHz – 13 MHz
❑
Enables setting the LO frequency for C band. Range 5 MHz – 6 MHz
22 kHz Tone – DVB-S2 only. Selects the low of high frequency band to be used when
receiving from an LNB configured to Universal and Universal Wide band. Options:
❑
Low (no tone, selects the 9.75 GHz band)
❑
High (selects the 10.6 GHz or 10.75 GHz band)
NOTE: When using Ku or C band, the 22 kHz function has no influence.
■
Acquisition Mode – DVB-S and DVB-S2. Sets the frequency scanning span of the receiver
when searching for the satellite carrier frequency (lock acquisition search range). Options:
❑
Wide Search
❑
Narrow Search
NOTE: Wide search is the normal operation mode of the receiver frequency acquisition scan.
Narrow Search mode should be used when symbol rate of the input is lower than 5 Mbauds.
■
❑
On
❑
Off
■
Attenuation4 – Internal attenuation for saturated signals (0 – 30 dB).
■
Gain4 – Internal gain to improve signal strength.
■
4.2
Drift Compensation – Compensate for LNB frequency drift. With the single and quad
demodulator boards it functions from 8 MBd and up. With the DVB-S/S2 demodulator
board it functions from 5 MBd and up, see B.6 Front End Card Features for board details.
Options:
ISI (Multiple Input Stream) – Input Stream Identifier in hexadecimal. Use this parameter to
select a specific transport stream from a multi-transport carrier.
Configuring the Decoding
The decoder type and modes of operation depend on the hardware configuration and are
license dependant. The Decoding Main menu is enabled only when the required hardware is
installed in the ProView 7000™ device.
To configure the ProView 7000™ decoding parameters:
❖ Navigate Root > Decoding > Decoder (no.) > Configuration.
If you only have a single decoder then their is no Decoder (no.) menu.
The Decoding Configuration menu comprises:
4.
■
Service Selection Mode – (for details see 4.2.1 Service Selection Mode)
■
Input Selection – Select the transport stream (1–4).
Only available with certain hardware configurations, see B.6 Front End Card Features.
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Chapter 4 Device Configuring Using the Front Panel
4.2.1
Configuring the Decoding
■
Programs – displays a list of the programs available at the multiplex input and select the
program to be decoded. The screen provides the program name (if the input stream
provides the SDT table), program identification (decimal number of the program number),
the program type (TV or Radio) and the program mode (CAS/scrambled or FTA/free).
Selecting a program, deselect the previous one (radio buttons selection).
■
PID Selection – this menu only displays when the Service Selection Mode is configured to
PID Selection. Use this menu to select a PID.
■
Descrambling – this menu only displays when a CAM is mapped to Multiplex Input 1 and
Service Selection Mode is not configured to No Decoding. Select the descrambling device
for the modulated program.
Options:
❑
BISS
❑
CAM 1
❑
CAM 2
❑
CAM 3
❑
CAM 4
❑
None
■
Video – sets up the video modulation parameters, depending on the video codecs and
format (for details, see 4.2.2 Video Configuration).
■
PCR – selects the clock source for the decoded program and sets up the a/v sync
parameters (for details, see 4.2.3 PCR Configuration).
■
Audio1/2 – sets-up the audio decoding parameters for each one of the two audio channels
in the program (for details, see 4.2.4 Audio 1 / 2 Configuration).
■
VBI/VANC – sets-up the VBI/VANC parameters for the various program related functions
(for details, see 4.2.5 VBI/VANC Configuration).
■
DPI to GPI – use this menu to configure alarms to switch GPI relays (for details see
4.2.6 DPI to GPI.
Service Selection Mode
Use the Service Selection Mode menu to select a service selection mode.
The Service Selection Mode menu comprises:
■
Automatic Mode – Use this mode for ProView 7000 to automatically decode the first
program in the TS (first PMT).
■
Program selection – Use this mode to set the decoder to manual program selection.
■
PID Selection – Use this mode to set the decoder to manual PID selection.
■
No Decoding – Use this mode to disable decoding.
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Chapter 4 Device Configuring Using the Front Panel
4.2.2
Configuring the Decoding
Video Configuration
Use the Video Configuration menu to set up the decoded video stream parameters for the
modulated program. The Video configuration menu is dependant on the video codec
(MPEG-2 or MPEG-4 AVC (H.264)) and format (SD or HD) of the video stream.
The video configuration menu provides access to sub-menus defined by the video format
selected (SD or HD).
4.2.2.1
Codec and Format Sub-Menu:
The Codec and Format sub-menu provides access to the common video output parameters,
setting up the operation of the video stream modulation.
To access the Video General sub-menu:
❖ Navigate Root > Decoding > Decoder (no.) > Configuration > Video > Codec
and Format.
The screen provides access for setting-up the following parameters:
■
■
Decoding Codec – selects the video decoding mode. Options:
❑
Automatic
❑
MPEG-2
❑
H.264
Display Format – selects the video display format. Options:
❑
SD
❑
HD
❑
Automatic Resolution
NOTE: Changing the display format may take a few seconds. During this time the FP display freezes. The
Aspect Ratio Conversion feature is performed if the aspect ratio of the video in the incoming transport
stream is not the same as the configured aspect ratio for the output stream.
■
4.2.2.2
Buffer Mode – See 7.9.1 Selecting Low Delay Mode for details on Low Delay. Options:
❑
Normal
❑
Low Delay
Digital and Analog Outputs Sub-Menu:
The Digital and Analog Outputs sub-menu displays when the video display format is set to
Standard Definition (SD).
The page provides access for setting-up the following parameters:
■
Video Format – selects the video format.
Options: NTSC, PAL-B/G, -I, -D, -M, -N, French SECAM.
■
Aspect Ratio Conversion – selects the aspect ratio conversion for the output stream.
Options (related to selected aspect ratio):
❑
4:3 Aspect ratio
• Center-cut
• Letterbox
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Chapter 4 Device Configuring Using the Front Panel
Configuring the Decoding
• Full Screen
❑
16:9 Aspect ratio
• Center-cut
• Pillarbox (Side-bars)
• Full Screen
• AFD
■
Aspect ratio – selects the aspect ratio.
Options:
• 4:3
• 16:9
4.2.2.3
Digital Output Sub-Menu:
The Digital Output sub-menu is provided when the video display format is set to High
Definition (HD).
The screen provides access for setting-up the following parameters:
4.2.2.4
■
Video Format – selects the video format.
Options: [email protected], [email protected], [email protected], [email protected], [email protected], [email protected]
■
Aspect ratio Conversion – selects the aspect ratio conversion.
Options: Center-cut, Pillarbox (Side-bars), Full Screen.
Composite Monitor Output Sub-Menu:
The Composite Monitor sub-menu controls the parameters of the analog (CV) video stream
provided for monitoring the HD video stream on the output program.
The screen provides access for setting-up the following parameters:
■
■
■
Video Format – selects the video format.
Options:
❑
NTSC
❑
PAL-B/G, -I, -D, -M, -N
❑
French SECAM
Aspect Ratio Conversion – selects the aspect ratio conversion. These options change when
you change the aspect ratio.
Options:
❑
Center-cut
❑
Letterbox
❑
Full Screen
Aspect ratio – selects the aspect ratio.
Options:
❑
4:3
❑
16:9
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Chapter 4 Device Configuring Using the Front Panel
4.2.3
Configuring the Decoding
PCR Configuration
Use the PCR Configuration menu to set up the clock synchronization parameters for the
modulated program.
The PCR Configuration menu provides the following options:
■
■
Clock Source – selects the clock source for the synchronization of the modulation of the
audio and video streams in the program. You cannot change the clock source when A/V
Sync is set to 5 ms. Options:
❑
Original PCR
❑
Decoder Clock
❑
Genlock5
A/V Sync – selects the audio to video synchronization parameter. Options:
❑
Frame – Select this parameter to limit the audio/video sync jitter to 1 frame.
❑
5 ms – Select this parameter to limit the audio/video sync jitter to 5ms when the clock
source is set to Original PCR.
❑
Off
■
A/V Offset Compensation – This menu only displays when A/V Sync is set to 5 ms. The
range is -20 to 20 ms. The default is 0.
■
Genlock Type – This menu only displays when Clock Source is set to Genlock. Use this
menu to sync with the incoming signal. The options are:
❑
Analog – Analog genlocking supports PAL B/G, NTSC, 720P (50, 59, 60 Hz) and
1080i (50, 59, 60 Hz). The main output must be configured to PAL B/G or NTSC. The
configuration options are under the Analog Genlock Configuration menu.
❑
Digital – Digital genlocking supports PAL B/G, NTSC, 720P (50, 59, 60 Hz) and 1080i (50,
59, 60 Hz). The main output must be configured to PAL B/G, NTSC, 720P (50, 59, 60 Hz)
or 1080i (50, 59, 60 Hz).
The default is Digital.
■
5.
Analog Genlock Configuration – this menu only displays when Genlock Type is set to
Analog. Options:
❑
Horizontal Delay – The range is 0 – 1728 in 37 ns or 27 MHz ticks. The default is 0.
❑
Vertical Delay – The range is -7 – 6. The default is 0.
❑
SCH Phase Delay – The range is 0° – 360°. The default is 0°.
Only available with certain hardware configurations, see B.6 Front End Card Features.
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Chapter 4 Device Configuring Using the Front Panel
4.2.4
Configuring the Decoding
Audio 1 / 2 Configuration
Use the Audio 1 and Audio 2 Configuration menus to set up the audio decoding parameters
for the two audio channels in the modulated program.
The Audio Configuration menu provides the following options:
■
Decoding Codec – selects the audio decoding mode. Options:
❑
Automatic
❑
Musicam
❑
DD (AC-3) – Dolby Digital6 (AC-3)
❑
DD (AC-3) PT – Dolby Digital (AC-3) Pass Through
❑
DD Plus (E-AC-3) – Dolby Digital Plus (E-AC-3) (Audio 1 channel only)
❑
DD+ (E-AC-3) to DD (AC-3) Pass Through – (Audio 1 channel only)
❑
AAC LC – (Audio 1 channel only)
❑
HE AAC – (Audio 1 channel only)
❑
Dolby E / PCM PT6 – Dolby E / PCM Pass Through (Audio 2 channel only)
NOTE: Changing between audio Codecs takes up to one minute. During this time the FP display freezes.
■
Volume – sets the audio volume. Range: −64 – 0 dB
■
Analog Mixer – selects the mixing L/R inputs to outputs.
Options:
■
■
■
6.
❑
Stereo
❑
Mono
❑
Both Right
❑
Both Left
AC-3 Downmixing – selects the mixing mode for the output.
Options:
❑
LoRo
❑
LtRt
AC-3 Operational Mode – selects the mode of operation for the Dolby processing.
Options:
❑
Custom 0
❑
Custom 1
❑
Line Out
❑
RF Remod
Digital Format
❑
Professional
❑
Consumer
Dolby, Dolby E, Dolby Digital and Dolby Digital Plus are registered trademarks of Dolby Laboratories.
© 2012 Harmonic Inc.
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Chapter 4 Device Configuring Using the Front Panel
■
4.2.5
Configuring the Decoding
SDI Groups – Audio 1 is always the first pair of channels in a group and Audio 2 is always
the second pair of channels in a group. Options:
❑
Group – There are four groups to choose from. The default is group 1.
❑
Pair – The pair cannot be changed.
VBI/VANC Configuration
The VBI/VANC menu enables you to insert VBI/VANC data into the decoded video. You can
insert several VANC datum items into the same line but you cannot insert several VBI items
into the same line and you cannot insert VBI and VANC into the same location.
Each type has a sub-menu to configure the video source and insertion location. The submenus are:
■
AMOL (Automatic Measurement Of Line-Ups)
Source: VBI ES
■
CC (Closed Captions)
Source: Video ES
■
TVG (TV Guide)
Source: VBI ES
■
WSS (Wide Screen Signalling)
Sources:
■
❑
Decoder
❑
VBI ES
❑
Video ES
❑
WSS-AFD (when using AFD)
TTX (Teletext EBU)
Source: VBI ES
■
VPS (Video Program System)
Source: VBI ES
■
VITS (Vertical Interval Test Signals)
Source: Decoder
■
■
■
VITC (Vertical Interval Time Code)
Sources:
❑
Decoder
❑
VBI ES
❑
Video ES
VI/AFD (Video Index)
Sources:
❑
VBI ES
❑
Video ES
M422 (Monochrome 2:4:4)
Source: VBI ES
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Chapter 4 Device Configuring Using the Front Panel
4.2.6
Routing and Descrambling
DPI to GPI
Use this menu to configure SCTE 35 commands to toggle GPI relays for Digital Program
Insertion. It comprises the following sub-menus:
4.3
■
Pre-Roll – Use to configure the pre-roll.
■
OON Trigger GPI Port – Use to configure the Out Of Network alarm switch.
■
RTN Trigger GPI Port – Use to configure the Return to Network alarm switch.
Routing and Descrambling
Use the Routing and Descrambling menu to configure input redundancy on a multiplex input,
select physical input and output ports, redundancy triggers and input type.
Redundancy
Only one port is active while the other one is in standby mode, by default the Primary Input
port is active and the Backup Input port is on standby. The port on stand by does not pass
data. The Redundancy Triggers section is used to configure triggers that will switch to the
backup port. The default Redundancy Mode is Off.
To use Input Redundancy you must configure the Primary Input port and the Backup Input
port.
There are 5 modes:
■
Off
■
Manual – you can manually switch between the primary and the backup ports.
■
Manual Revert – the device switches from the primary port to the backup port when the
primary port fails on one of the redundancy triggers and the backup port has no active
alarms. You can revert from the backup port to the primary port manually using the Active
Input menu.
■
Automatic – the device switches to the standby port whenever the active port fails on one
of the redundancy triggers and the standby port has no active alarms.
■
Automatic Revert – the device switches from the primary port to the backup port when the
primary port fails on one of the redundancy triggers and the backup port has no active
alarms. The device reverts to the primary as soon as the primary port has no active alarms.
You must enable at least one redundancy trigger under the Redundancy Triggers menu.
To configure the Routing and Descrambling parameters:
❖ Navigate Root > Routing and Descrambling.
The Routing menu has from 1 to 4 multiplexes7, namely:
7.
■
TS1
■
TS2
■
TS3
■
TS4
A license is required for more than one multiplex.
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Chapter 4 Device Configuring Using the Front Panel
Routing and Descrambling
You can use any multiplex for routing.
Each multiplex menu comprises the following sub-menus:
■
■
❑
Enable – Enable the multiplex and automatically create a TS cross connect to the
corresponding multiplex out. If the corresponding multiplex out already has a program
on it, it is removed. If the corresponding multiplex out already has a TS on it, the
multiplex in cross connects with the first available multiplex out.
❑
Disable – Only removes the TS cross connect from the multiplex out, the multiplex
remains enabled.
Redundancy Mode
❑
Off
❑
Manual
❑
Manual Revert
❑
Automatic
❑
Automatic Revert
■
Active Input – Use this menu to display or change the active input port.
■
Primary Input – When using multiplex input port redundancy use this menu to select one of
the following physical input ports for the primary input, Redundancy Mode must be set to
any mode but Off:
■
8.
9.
Activation
❑
SAT 1
❑
SAT 28
❑
SAT 3
❑
SAT 4
❑
ASI 1
❑
ASI 2
❑
ASI 39
❑
ASI 49
❑
Socket 1
❑
Socket 2
❑
Socket 3
❑
Socket 4
Backup Input– When using multiplex input port redundancy use this menu to select one of
the following physical input ports for the backup input, Redundancy Mode must be set to
any mode but Off:
❑
SAT 1
❑
SAT 28
❑
SAT 3
❑
SAT 4
The number of RF satellite inputs depends on your hardware configuration.
ProView 7000™
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Chapter 4 Device Configuring Using the Front Panel
■
■
■
❑
ASI 1
❑
ASI 2
❑
ASI 39
❑
ASI 49
❑
Socket 1
❑
Socket 2
❑
Socket 3
❑
Socket 4
Routing and Descrambling
Input Selection – This menu only displays when Redundancy Mode is set to Off. Use this
menu to select one of the following physical input ports:
❑
SAT 1
❑
SAT 210
❑
SAT 3
❑
SAT 4
❑
ASI 1
❑
ASI 2
❑
ASI 311
❑
ASI 49
❑
Socket 1
❑
Socket 2
❑
Socket 3
❑
Socket 4
❑
None
Output Selection – This menu only displays when Redundancy Mode is set to Off. Use this
menu to individually enable or disable the following physical outputs:
❑
ASI 1
❑
ASI 2
❑
ASI 3
❑
ASI 4
❑
Socket 1
❑
Socket 2
❑
Socket 3
❑
Socket 4
Descrambling – Select a program then select one of the following CAM options:
❑
BISS
❑
CAM 1
10. The number of RF satellite inputs depends on your hardware configuration.
11. ProView 7000™
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■
❑
CAM 2
❑
CAM 312
❑
CAM 412
❑
None
Routing and Descrambling
Redundancy Triggers
❑
Sync Loss – Enable or disable, default is Enable.
❑
CC Errors – Enable or disable, default is Enable.
❑
PID Missing – Enable or disable, default is Enable.
❑
Thresholds
• Sync Loss
· Primary Duration – set the period that the state must exist to trigger redundancy
· Backup Duration – set the period that the state must exist to trigger redundancy
• CC Errors
· Primary Duration – set the period that the number of CC errors must occur within
to trigger redundancy
· Primary Counter – set the number of CC errors that must occur within a period to
trigger redundancy
· Backup Duration – set the period that the number of CC errors must occur within to
trigger redundancy
· Backup Counter – set the number of CC errors that must occur within a period to
trigger redundancy
• PID Missing
· PID– set the PID number
· Primary Duration – set the period that the PID must be missing for to trigger
redundancy
· Backup Duration – set the period that the PID must be missing for to trigger
redundancy
■
Input Type – Use this menu to select the input type MPEG or DVB.
12. ProView 7100™
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4.4
Configuring the GbE Ports, Sockets and Routing Table
Configuring the GbE Ports, Sockets and Routing Table
Use the GbE menu to configure the GbE ports, MPE PID, sockets and routing table.
To access the GbE menu:
❖ Navigate Root > GbE.
The GbE menu has the following sub-menus:
■
GbE Port 1/2 – Use these menus to configure the following:
❑
IP Configuration – Use this menu to configure the following:
• IP Address – The default is 127.127.0.X (X is the port number). Each port must have a
unique IP address.
• Subnet Mask – The default is 255.255.255.0.
• Gateway – Output only. The default is 127.127.0.1.
❑
MAC Address – Use this menu to view the MAC address for this port.
❑
Admin Status – Use this menu to view or set the Admin Status to one of the following:
• Up – Enable
• Down – Disable
If Admin Status is set to Up and no link is detected, a no link alarm is raised. The default
is Down.
❑
Auto Negotiation – Use this menu to view the Auto Negotiation status or set it to one of
the following:
• On
• Off
The default is On.
❑
PHY Speed – Use this menu to view the PHY speed. When Auto Negotiation is off you can
change PHY Speed to one of the following:
• 100
• 1000
The default is 1000.
❑
■
Duplex Mode – Only Full Duplex Mode is supported.
MPE13 – Use the MPE menu to configure one MPE PID source for GbE out. There are three
service selection modes, Program, PID and Disabled.
The MPE menu comprises the following sub-menus:
❑
Mode:
• Program – Use this mode to configure an MPE PID by entering the program ID. The PID
is configured automatically.
• PID – Use this mode to configure an MPE PID by entering the PID.
• Disabled
❑
Input Port – Use this menu to select the multiplex input.
❑
Program Number – This menu only displays in Program mode.
13. Requires a license.
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■
Configuring the GbE Ports, Sockets and Routing Table
❑
PID – This menu only displays in PID mode.
❑
Status
Socket Configuration – Socket Out – Use this menu to configure the 4 socket outs, namely:
• Socket 1
• Socket 2
• Socket 3
• Socket 4
All 4 sockets are associated to both IP ports. The sockets support IGMP v1, v2 and v3 and
automatically detect the version.
In each socket menu you can configure the following (GbE out):
• Destination IP Address – Only multicast IP addresses are supported. The default
address is 255.1.1.X (X is the socket number).
• Destination UDP Port – The range is 0 – 65535. The default is 1000.
• Source UDP Port – The range is 0 – 65535. The default is 1024.
• Socket Status – Up or Down
In each socket menu you can configure the following (GbE in):
• Socket Admin Status – The options are:
· Up
· Down
• Traffic Parameters
· IP Address Type – The options are: Unicast, Multicast. The default is Multicast.
· IP Address – (Only displays if IP Address Type is Multicast.) You can configure the
same Destination IP Address and UDP Port for several sockets if you define the
Source Specific Multicast and the Source IP Addresses are different. When the IP
Address Type is Unicast, the ProView 7000™ uses the active port IP address. When
the IP Address Type is Multicast, you must enter the multicast IP address. The
default is 238.1.1.X (X is the socket number).
· UDP Port – The range is 0 – 65535. The default is 1000.
• Socket De-Jittering Mode – The default is Normal. The options are:
· Low – Low Delay
· Normal – Network jitter less than 50 msec.
· High – Network jitter less than 300 msec.
• Socket De-Jittering Status – Status display only.
• SSM – Options:
· Enable – You can configure one source IP address. Only packets with this source
address are processed.
· Disable – The device accepts all packets with destination IPs and ports that match
the socket regardless of their source IP.
■
Active Port – Use this menu to select the active port when the mode is set to In. The
default is port 1.
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■
Configuring the GbE Ports, Sockets and Routing Table
Redundancy – Use the Redundancy menu to manage GbE PHY redundancy. GbE Port 1 is
always the primary port. GbE Port 2 is always the backup port. The primary port
(GbE Port 1) is the active port and the backup port is the standby port by default.
There are 4 modes:
■
Manual – you can manually switch between the primary port and the backup port
regardless of their link status.
■
Manual Revert – the device switches from the primary port to the backup port when the
primary port fails on one of the redundancy triggers and the backup port has no active
alarms. You can revert from the backup port to the primary port manually.
■
Automatic – the device switches to the standby port whenever the active port fails on one
of the redundancy triggers and the standby port has no active alarms.
■
Automatic Revert – the device switches from the primary port to the backup port when
the primary port fails on one of the redundancy triggers and the backup port has no active
alarms. The device reverts to the primary as soon as the primary port has no active alarms.
■
Routing Table – Use the Routing Table menu to manage up to five routing destinations for
GbE input when the IP address is on a different network. The Routing Table menu
comprises 5 entry sub-menus.
In each Entry sub-menu you can configure the following:
❑
Destination Type – The options are:
• Network
• Host
❑
IP Address
❑
Subnet Mask
❑
Gateway – Enter the GbE IP address that corresponds to the GbE port selected under
Interface.
❑
Interface – The options are:
• GbE 1
• GbE 2
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4.5
CA Definitions
CA Definitions
Use the CA Definitions menu to configure BISS and associate multiplexes to CAMs and select
individual programs.
To access the CA Definitions menu:
❖ Navigate Root > CA Definitions.
The CA Definitions menu comprises configuration sub menus.
4.5.1
BISS
Use the BISS menu to disable BISS descrambling, to define BISS keys or to clear BISS keys.
Sub menus:
4.5.2
■
Activation
■
Key Configuration
CAM 1/2 Sub Menu
The CAM slot sub-menus each comprise:
■
CAM Association – Use to associate the CAM slot with a multiplex in.
■
Max CAM Bitrate – 72 or 96 Mbps depending on hardware configuration. The default is 72.
■
CAM De-Jittering – Enable or disable.
■
Automatic Recovery Policy – Use to configure the ProView 7000™ to reset the CAM when
one of the following alarms is raised:
■
4.5.3
❑
CAM Descrambling Failure
❑
CAM Processing Failure
❑
Packet Loss after Descrambling
CAM MMI – Use to access the MMI (Man Machine Interface).
CAM Association
To associate a CAM with a multiplex:
1. Navigate Root > CA Definitions > CAM (1–4).
2. Select CAM Association.
3. Select a multiplex, TS1, TS2, TS3 or TS4.
4.5.4
Selecting All Elementary Streams
To select all elementary streams for configuring:
1. Navigate Root > CA Definitions > CAM (1–4) > Descrambling Mode.
2. Select Full.
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4.5.5
Unit Menu
Configuring Only Relevant Elementary Streams
The descrambling mode default is Selective.
To set the CAM to Selective mode to configure only relevant elementary streams:
1. Navigate Root > CA Definitions > CAM (1–4) > Descrambling Mode.
2. Select Full.
4.5.6
Accessing the CAM MMI Menu
To access the CAM MMI menu:
❖ Navigate Root > CA Definitions > CAM (1–4) > CAM MMI.
4.6
Unit Menu
Use the following Unit menu items to configure and monitor ProView 7000™s:
4.6.1
■
Management Port Menu
■
SW Version Menu
■
HW Inventory Menu
■
Date/Time Menu
■
Set Active Version
■
License
■
BOOTP Menu
■
LCD Contrast Menu
■
GPI Menu
■
Reset Unit Menu
■
Restore to Defaults Menu
Management Port Menu
Use the Management Port menu to configure the management port.
To access the Management Port menu:
❖ Navigate Root > Unit > Management Port.
Each option in the menu leads to value setup screen (i.e., selecting the option displays either
an edit value screen - to set a new value or a select value screen with radio button options).
The Management Port configuration menu provides the following options:
■
■
IP Configuration – manages the IP configuration of the GbE port. The sub-menu manages
the following parameters:
❑
IP Address – sets the IP address of the port.
❑
Subnet mask – sets the network subnet mask address for the port.
❑
Default Gateway – sets the network default gateway address. This is the address of a
local IP router on the same network as the ProView 7000™, which is used to forward
traffic beyond the local network.
MAC Address – displays the media access control (MAC) address for the device.
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Chapter 4 Device Configuring Using the Front Panel
4.6.2
Unit Menu
■
Auto Negotiation – activates the port auto negotiation capability.
Radio Button options: On and Off (Selection is not enabled. Always On).
■
PHY Speed – selects the physical layer speed.
Radio Button options: 100 and 1000 [Mbps] (Selection is not enabled. Set to 100 Mbps).
SW Version Menu
Use the SW Version menu to display the current version of the ProView 7000™ software.
4.6.3
HW Inventory Menu
Use the HW Inventory menu to display the part and version numbers of hardware modules
installed in the unit.
To access the ProView 7000™ Version Status menu:
❖ Navigate Root > Unit > HW Inventory.
The Hardware Inventory sub-menu contains the following items:
■
■
■
■
Platform – The Platform Properties sub-menu displays the following information:
❑
Part Number
❑
Serial number
Main Board – The Main Board Properties sub-menu displays the following information:
❑
Part Number
❑
Serial Number
❑
Main FPGA Version
❑
Auxiliary FPGA Version
Front End Card – The Front End Card properties sub-menu displays the following
information on the front end unit installed in the device:
❑
Part Number
❑
Revision Number
❑
Serial Number
❑
FPGA Version
❑
DVB-S2 Demodulator Version
❑
DVB-S Demodulator Version
Bottom Option Card – The Bottom Options card properties sub-menu displays the
following information:
❑
Part Number
❑
Revision Number
❑
Serial Number
❑
Decoder SW Version
NOTE: The Top Card and/or Bottom Card information is displayed only when the respective optional card
is installed.
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Chapter 4 Device Configuring Using the Front Panel
4.6.4
Unit Menu
Date/Time Menu
You can view or configure the current date and time using the front panel or the unit can
synchronize its clock with an NTP server using SNTP/NTP v2 or v3.
The Date/Time menu comprises:
■
Date
■
Time
■
NTP
NTP is disabled by default.
4.6.5
Set Active Version
The ProView 7000™ keeps the current and last software versions. The EMS enables you to
choose the active software version. The process of changing the active software version takes
several minutes and requires a reboot.
To change the device software version:
1. Navigate Root > Unit Set Active Version.
2. Select the second version and press Enter.
3. Press Enter.
4.6.6
License
Use this menu to display the ProView 7000™ licenses.
4.6.7
BOOTP Menu
Use to enable BOOTP software to update the unit.
4.6.8
LCD Contrast Menu
Use to set the front panel LCD contrast. You can use the up and down arrow buttons or enter
a value (ProView 7100™). Valid range is 01 – 31, where 1 is lowest and 31 is highest contrast.
4.6.9
GPI Menu
Use the GPI menu to configure alarms to toggle GPI relays for any automation system on-site
or to manually switch relays. It comprises the following sub-menus:
■
■
4.6.10
Mode – there are three modes for each GPI relay, namely:
❑
On – Use this mode to manually switch the relay on.
❑
Off – Use this mode to manually switch the relay off, this is the default.
❑
Alarms – Use this mode to select individual alarms to toggle the relay.
Alarm Triggers – List of alarms to enable for the Alarms mode.
Reset Unit Menu
Use to perform a warm reset on the ProView 7000™.
Selecting the Reset Device option, starts a three step procedure which, when completed,
reboots the device.
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4.6.11
Presets
Restore to Defaults Menu
Use this menu to restore the default configuration. IP management addresses are not
changed.
4.7
Presets
Use the Presets menu to create several configurations. If you use several satellites, you can
save each satellite configuration as a preset. The first time you use it, there is only one menu
item, namely Create, as there are no presets yet.
To display the Presets menu:
❖ Navigate Root > Presets.
After you create a configuration more menu items display, the full menu list comprises:
■
Activate – Select a preset to activate. Activation reboots the device.
■
Create – Once you have created one preset, there are 2 menu options:
❑
Overwrite a Preset – You can overwrite a preset.
❑
New Preset – You can save the current configuration as a preset. Use the four direction
buttons to enter a preset name. The name length limit is 32 characters. You can save up
to 20 different presets.
■
Delete – Select the preset to delete.
■
Rename – Select a preset to rename.
■
Delete All – You can delete all the presets.
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Chapter 5
Monitoring Using the Front Panel
Topics:
5.1
■
Device Monitoring
■
Monitoring the DVB-S/S2 Input Port Properties
■
Monitoring the Decoding
Device Monitoring
How to monitor the correct operation of the ProView 7000™ device.
Related topics:
5.1.1
■
Status OK
■
Alarms
Status OK
When there are no alarms the message STATUS OK displays on the LCD and the two front
panel LEDs are green.
BBC
Status OK
ID: 4301
TV
CAS
No Service Selected
The following program information displays on the LCD:
■
The DVB program selected when SDT is received with the following, name, ID, type and
scrambling status.
■
The MPEG service selected with the ID and scrambling status.
Video picture displays on the monitor.
Audio channels left and right give correct sound, synchronized to the displayed picture.
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Chapter 5 Monitoring Using the Front Panel
5.1.2
Device Monitoring
Alarms
Alarms alert the user to conditions that may require attention. The LCD and Warning LED is
used to indicate alarms. The Warning LED on the front panel changes color according to the
highest alarm severity, red, orange or yellow. Red is the highest severity.
Concerning multiplex input redundancy, alarms on the backup source port of a multiplex in
port display if the relevant redundancy trigger is enabled and the threshold matches the
Redundancy Triggers configuration, see 4.3 Routing and Descrambling.
5.1.2.1
Home Screen
The active alarm count and the number of alarms at highest severity display on the home
screen of the LCD. Alarm details display on the Alarms Table menu.
BBC
Active Alarms (1)
Major (1)
ID: 4301
TV
CAS
No Service Selected
5.1.2.2
Alarms Table
The Alarms Table displays all the active alarm messages raised on the ProView 7000™. The
alarm severity level, a brief description and the time the alarm was triggered display.
The Alarm detailed screen provides the following information:
■
The Alarm brief description
■
The Alarm severity level and the full date and time the alarm was triggered
■
A detailed description of the alarm
■
Suggested corrective action option – select this option to display suggested corrective
action
See Appendix E, ProView 7000™ Alarm List for the alarm list with corrective actions.
To read the alarm messages:
1. Navigate Root > Alarms Table.
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Severity
Alarm
Time
1 Major
Link down
2 Critical
Voltage Error
59
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Chapter 5 Monitoring Using the Front Panel
Device Monitoring
2. Select an alarm from the list to display its details.
Link down
Major, 12 Apr, 14:59:10
Link down on GbE Port 2.
Alarm Corrective Action
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5.2
Monitoring the DVB-S/S2 Input Port Properties
Monitoring the DVB-S/S2 Input Port Properties
To monitor the ProView 7000™ reception parameters:
1. Navigate Root > Reception.
2. If your device has more than one demodulator, select a satellite input menu, SAT 1–4.
3. Select Status.
The reception status displays whether the physical port is connected or not to the DVB
Multiplex In.
NOTE: Some of the parameters apply to DVB-S or DVB-S2 modes only. They are displayed according to the
mode used.
The Status menu comprises the following:
■
C/N – displays the measured carrier to noise ratio [dBc]
■
Eb/N0 – displays the measured energy per bit to noise power spectral density ratio [dB]
■
Link Margin – displays the measured link margin level [dB]
■
BER – DVB-S only. Display the bit error rate detected.
■
PER Value – DVB-S2 only. Display the packet error rate detected. The BER/PER error rate is
a decimal number x 10-X (therefore, a.b E-X).
■
Carrier Locked – displays the carrier locking status: Locked (Yes) / Unlocked (No)
■
Demodulator Locked – displays the demodulator locking status: Locked (Yes) / Unlocked
(No)
■
Tuned Frequency – displays the reception tuned frequency [MHz]
■
Frequency Offset – displays the reception frequency offset from configured frequency
[MHz]
■
Spectral Inversion – displays the spectral inversion function operational status. Options:
Normal or Inverted
■
Modulation – Displays the reception modulation type
■
FEC Rate – displays the coding rate of the input modulation
■
Pilot – DVB-S2 only. Displays the pilot signals injection status (On/Off)
■
Frame Size – DVB-S2 only. Displays the size of the received frame.
Options: Normal (64,800 bits frame) or Short (16,200 bits frame)
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5.3
Monitoring the Decoding
Monitoring the Decoding
The decoder type and modes of operation depend on the hardware configuration and are
license dependant. The Decoding Main Menu is enabled only when the required hardware is
installed in the ProView 7000™ device.
The Decoding Status page comprises the following:
■
CC Errors – displays the number of errors counted by the continuity counter (CC).
■
Video Information – displays the status of the following video source parameters:
❑
Video Codec
❑
Aspect Ratio – 4x3, 16x9
❑
Scan Type
❑
Frame Rate (baud)
■
Audio 1 / 2 Information – displays the status of the Audio Codec and Audio Sample rate for
audio 1 (or audio 2) in kHz.
■
Service Information – displays the PID of the following decoded elementary streams:
❑
Video
❑
PCR
❑
Audio 1 and 2
❑
VBI
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Chapter 6
Remote Management using EMS
The ProView 7000™ EMS application provides a GUI for easy remote management of
ProView 7000™s.
Topics:
6.1
■
Configuring the IP Parameters
■
EMS System Requirements
■
Installing EMS
■
Launching EMS
■
Adding a Device
■
Connecting a Device
■
Checking Device Connectivity
■
Disconnecting a Device
■
Removing a Device
■
Displaying the Device Explorer
■
EMS GUI Structure
■
Manipulating EMS GUI Components
■
Refreshing the EMS Screen
Configuring the IP Parameters
Before you can manage a ProView 7000™ remotely, you must configure the IP parameters.
To configure the IP parameters of a ProView 7000™:
1. Press Enter on the keypad.
The root menu displays.
2. Navigate Unit > Management Port > IP Configuration.
IP Configuration
1 IP Address
127.000.000.010
2 Subnet Mask
255.255.255.000
3 Default Gateway
000.000.000.000
3. Set the IP Address, Subnet Mask and Default Gateway for the port.
4. After any change in the IP configuration, the Apply port changes item is added to the IP
Configuration sub-menu to allow confirmation of the port setup.
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EMS System Requirements
5. Select Apply port changes.
6. Select Apply Changes.
6.2
EMS System Requirements
Minimum platform requirements for EMS:
6.3
■
P4 or equivalent processor @ 2 GHz or higher
■
1 GB of RAM (2 GB highly recommended)
■
Windows XP, Windows Vista, or Windows 7 operating system
■
Internet or LAN connection
Installing EMS
The ProView 7000™ EMS is stored in the ProView 7000™ for easy installation using a web
browser.
To install the ProView 7000™ EMS:
1. Run a web browser and enter the ProView 7000™ IP address.
The initial ProView 7000™ dialog displays.
NOTE: The EMS application is a Java-based program which requires Java Runtime Environment version
1.6. If needed, install Java Runtime Environment 1.6, using the link provided on the Java Web start page
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Launching EMS
To check the ProView 7000™ EMS Java version:
a
Run cmd in Windows.
b
Enter Java -version and press Enter to check which version is currently on your
station. Update if necessary from the Java Web start page.
2. Click Launch ProView 7000 EMS on the ProView 7000™ web page to install the EMS.
The EMS application installs. Shortcuts are added to the desktop
menu.
6.4
and the start
Launching EMS
Prerequisites:
The device IP address must be configured using the ProView 7000™ front panel, see
6.1 Configuring the IP Parameters.
To launch the ProView 7000™ EMS:
❖ Double-click the Harmonic ProView 7000™ EMS launch icon
to launch EMS.
The EMS GUI displays.
6.5
Adding a Device
To add a device:
1. Click
Add Device on the EMS toolbar
—or—
select Administration > Add ProView 7000.
Figure 6–1: Add Device dialog
The EMS displays the Add ProView 7000™ Device dialog.
2. Enter a name for the new ProView 7000™ device.
3. Enter the IP Address of the new ProView 7000™ device.
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Changing a Device’s Connection Settings
4. For automatic connection when launching the EMS, mark the  Connect Device
checkbox.
5. For SNMP settings click Advanced.
6. Enter a Timeout value for defining the maximum time period for one connection attempt.
This parameter is set to 20000 (msec) by default.
7. Enter a Retry value for setting the number of connections attempts in case of a
connection failure. This parameter is set to 2 tries by default.
8. Click OK to save advanced parameters.
The Advanced dialog closes and the EMS returns to the Add ProView 7000™ Device
dialog.
9. Click Add.
6.6
Changing a Device’s Connection Settings
You can change the identification, automatic connection and SNMP settings of devices
already added to EMS.
To change a device’s connection settings:
1. Right-click the device in the Devices box.
2. Select Preferences.
3. Edit the name or IP address.
4. For automatic connection when launching the EMS, mark the  Connect Device
checkbox.
5. For SNMP settings click Advanced.
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6.7
Connecting a Device
Connecting a Device
Connect a ProView 7000™ device to enable the EMS to monitor and control the device. A
disconnected ProView 7000™ device is marked in the device list by a grayed device icon.
To connect a ProView 7000™ device to the EMS:
1. Right-click the ProView 7000™ device icon in the Devices box.
A device context menu displays.
2. Select
Connect.
If the device fails to connect, the device LEDs in the Devices box are red, perform the
procedure in 6.8 Checking Device Connectivity.
If the ping fails and the device fails to connect, check your network connections and
settings.
Once connection is established, the device icon LEDs are green.
6.8
Checking Device Connectivity
You can ping any ProView 7000™ device managed by the EMS disregarding its status.
To test the device connectivity:
1. Right-click the icon of the ProView 7000™ device in the Devices box.
A Device context menu displays.
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2. Select
Disconnecting a Device
Ping… in the menu.
The Ping test dialog displays with the IP address of the device.
3. Click Ping.
A message displays the response of the device to the test.
4. Click OK to confirm the test result.
5. Click Close to complete the ping test.
6.9
Disconnecting a Device
A connected ProView 7000™ device is communicating with the ProView 7000™ EMS and is
marked in the device list by a fully colored device icon. The icon is displayed in the Device box,
and, if activated, it is also displayed in the Physical Input and Physical Output boxes.
Disconnecting a device closes the tab and all relevant information displayed on the Device
Explorer tab for the device.
To disconnect a connected ProView 7000™ device from the EMS:
1. Right-click the icon of the connected ProView 7000™ device in the Device box.
A device context menu displays.
2. Select
Disconnect in the menu.
The ProView 7000™ device disconnects.
The colors of the ProView 7000™ device icon fade to the disconnected shades (gray).
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6.10
Removing a Device
Removing a Device
Removing, or Deleting a ProView 7000™ device from the EMS management, disconnects all
communication between the device and EMS and the device is no longer available via EMS.
To regain access to the device using EMS, add the device to EMS, see 6.5 Adding a Device for
details.
Removing a device from the EMS management can be performed on any ProView 7000™
device (i.e., listed in the Device box), regardless of its status; connected (full color icon),
disconnected (gray icon) or even a not responding device (red marked icon).
To remove a device:
1. Select the device which needs to be removed.
2. Click
Remove on the EMS toolbar
—or—
select Action > Remove
—or—
press <Delete>.
A confirmation dialog displays.
3. Select OK.
The device is removed from the device list.
6.11
Displaying the Device Explorer
Prerequisites:
■
Device must be added to the Devices box
■
Device must be connected
To display the Device Explorer
1. Select the device in the Devices box of the EMS window.
2. Click Device Explorer in the EMS toolbar to display input and output stream trees.
6.12
EMS GUI Structure
The ProView 7000™ Element Management System (EMS) is an intuitive graphical user
interface (GUI) which enables you to manage ProView 7000™s over a LAN. The main EMS
components are:
■
Pull-down menus
■
Toolbar
■
The Devices box
■
The Device Explorer tabs
■
The Alarms tab
■
The Alarm History tab
See Figure 6–2 for EMS component names.
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6.13
Manipulating EMS GUI Components
Manipulating EMS GUI Components
The EMS GUI displays the graphical information in boxes. These boxes can be collapsed when
not needed or expanded to fill all available screen space.
6.14
■
Use the triangles to expand or collapse boxes, see Figure 6–2.
■
Click and drag box borders to resize boxes, see Figure 6–2.
Refreshing the EMS Screen
The EMS supports a user-driven screen refresh function. This function can refresh the
following:
■
Element – Updates a branch or specific element in the stream, either at the multiplexed
input or the multiplexed output.
■
Device – Updates the currently managed ProView 7000™ device.
To refresh an element or device:
1. Select an element or device.
2. Select File > Refresh > [device|element]
—or—
click Refresh on the EMS Toolbar.
You can also perform a refresh by right-clicking the element icon and selecting the Refresh
item in the displayed element drop-down menu.
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Physical Input port box
Multiplex Input box
Multiplex and
decoding Output box
Physical Output port box
EMS Menu
EMS Toolbar
Box expand/
collapse control
Device box
Box border
Device stream tab
Alarm report tab
Alarm history tab
Status bar
Figure 6–2: ProView 7000™ EMS Graphical User Interface
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6.14.1
Refreshing the EMS Screen
EMS Device Explorer
The Device Explorer tabs display the input and output stream parameters for the selected
device. The tab is divided into four management boxes, namely:
■
The Physical Input box
■
The Multiplex Input box
■
The Multiplex & Decoding Output box
■
The Physical Output box
Use these parameters to monitor and configure the device.
You can manage several devices with the EMS. Each device stream tab is labeled with the
same device name that displays in the Devices box. The selected device stream tab label
displays in white. All other tab labels display in gray.
To display the Device Explorer tab:
❖ Select File > Open Device Explorer and select a device from the displayed device list.
—or—
1. Right-click the icon of the ProView 7000™ device in the Device Management box.
The Device context menu displays.
2. Select
Open Device Explorer for {ProView 7000™ Name} in the menu.
The Device Explorer tab for the selected device displays.
To bring device stream tab to the top:
❖ Click a tab label
—or—
Double-click the icon of the device in the Devices box.
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The Device Explorer tab displays a hierarchy-map of the input and output ports, transportstreams, programs, elementary streams, PIDs, Tables, CAMs and decoders that are currently
connected and cross-connected by the ProView 7000™ selected for management on the
EMS.
Physical Input
Multiplex Input
Multiplex & Decoding Output
Physical Output
Device Explorer tab
Figure 6–3: Device Explorer tab
■
The Device Explorer tab is divided into four boxes, see Figure 6–3. It comprises:
❑
Physical Input ports box, deals with the features of the device input physical interfaces
(see 7.1 Physical Input Ports and Slots).
❑
Multiplex Input box, deals with the multiplexing features of the input stream (see
7.2 Multiplex Inputs).
❑
Multiplex & Decoding Output box, deals with the multiplexing and decoding features of
the output stream (see 7.3 Multiplex & Decoding Outputs).
❑
Physical Output ports box, dealing with the features of the device output physical
interfaces (see 7.4 Physical Outputs).
The ProView 7000™ EMS GUI uses a wide range of icons to identify elements displayed on the
Device Explorer tab, see Appendix C, Device Explorer Icons.
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Topics:
7.1
■
Physical Input Ports and Slots
■
Multiplex Inputs
■
Multiplex & Decoding Outputs
■
Physical Outputs
■
Element Properties
■
Cross Connections
■
CAM Slot Management
■
EMS Connection Wizard
■
Low Delay Mode
■
Device Management
■
Device Properties
Physical Input Ports and Slots
The Physical Input box on the Device Explorer tab presents a hierarchical tree-structure of the
ProView 7000™ physical inputs, see Figure 6–2 for the box location.
Use the Device Explorer tabs to manage streams, physical ports, multiplexes and CAMM slots.
The ProView 7000™ has the following inputs:
■
ASI input ports.
■
DVB-S/S21 RF modulated inputs.2
When the DVB-S/S2’s carrier and demodulator are locked, the icon LEDs are green, when
they are not locked the icon LEDs are red. See Figure 7–34.
■
GbE ports3.
■
CAM slots, responsible for the descrambling process.
To display the context menu:
❖ Right-click an element.
1.
2.
3.
Requires a license with some hardware configurations, see B.6 Front End Card Features for details.
Not all hardware configurations support 4 demodulator ports, see B.6 Front End Card Features.
GbE in requires a license.
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Physical Input Ports and Slots
Related Topics:
7.1.1
■
ASI Input Port Properties
■
DVB-S/S2 Input Port Properties
■
GbE Ports for Input
■
CAM Slots
■
CAM Properties
■
BISS Table Management
ASI Input Port Properties
The ASI Input Port Properties dialog displays the basic features of the selected ASI Input Port
element.
To display the ASI Input Port properties:
1. Select the required ASI Input Port icon in the Input Physical box in the Stream Managing
tab.
2. Click Properties on the EMS toolbar.
The displayed properties are informative only and consist of the description of the ASI Input
Port and the description of the Input Multiplex Port.
7.1.2
DVB-S/S2 Input Port Properties
The DVB-S/S2 Input Port properties dialog displays the basic features of the selected DVB-S/
S2 Input Port element.
To display the DVB-S/S2 Input Port properties:
1. Select the DVB-S/S2 Input Port icon in the Physical Input box.
2. Click Properties on the EMS toolbar.
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Figure 7–1: DVB-S/S2 Input Port Properties
The editable properties comprise of the following:
■
Modulation Standard – Options:
❑
Automatic4
❑
DVB-S
❑
DVB-S24
NOTE: Some of the following properties are relevant for only one modulation standard (DVB-S or DVB-S2)
and displayed accordingly.
4.
■
Symbol Rate – Sets the symbol rate value. Range 1,000,000 – 45,000,000 Bd, adjustable in
100 Bd steps.
■
Spectral Inversion – Sets the mode of operation for the spectral inversion function.
Options:
❑
Automatic – Default for DVB-S.4
❑
Normal – Default for DVB-S2.4
❑
Inverted
Only available with certain hardware configurations, see B.6 Front End Card Features.
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■
Physical Input Ports and Slots
Modulation and FEC – Sets the modulation scheme and forward error correction for the
receiver.
❑
DVB-S options:
• Automatic – modulation and FEC set by the device
• QPSK 1/2
• QPSK 2/3
• QPSK 3/4
• QPSK 5/6
• QPSK 7/8
❑
DVB-S2 options:
• VCM4 – Variable Coding Modulation format / Automatic4
• QPSK 1/44
• QPSK 1/34
• QPSK 2/54
• QPSK 1/2
• QPSK 3/5
• QPSK 2/3
• QPSK 3/4
• QPSK 4/5
• QPSK 5/6
• QPSK 8/9
• QPSK 9/10
• 8PSK 3/5
• 8PSK 2/3
• 8PSK 3/4
• 8PSK 5/6
• 8PSK 8/9
• 8PSK 9/10
• 16APSK 2/35
• 16APSK 3/45
• 16APSK 4/55
• 16APSK 5/65
• 16APSK 8/95
• 16APSK 9/105
5.
A license is required for 16APSK modulation. Only available with certain hardware configurations, see B.6 Front End Card
Features.
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■
■
Physical Input Ports and Slots
Frame Size6 – DVB-S2 only. Options:
❑
Normal frame (64,800 bits)
❑
Short frame (16,200 bits)
Pilot Symbols – DVB-S2 only. Options:
❑
Automatic6
❑
On – the demodulator expects to find pilot symbols in the stream.
❑
Off – the demodulator does not expect not to find pilot symbols.
NOTE: Not finding pilot symbols when expected, or finding them when not expected, prevents
demodulator lock.
■
Physical Layer Scrambling Seed – Enables the user to set the value for the scrambling seed.
DVB-S2 only. Range: 0 – 262,141.
■
Roll-Off Factor – DVB-S2 only. Options:
■
❑
Automatic6
❑
20%
❑
25%
❑
35%
Acquisition Mode7 – Sets the frequency scanning span of the receiver when searching for
the satellite carrier frequency (lock acquisition search range). Options:
❑
Narrow
❑
Wide
NOTE: Wide search is the normal operation mode of the receiver frequency acquisition scan.
Narrow Search mode should be used when symbol rate of the input is lower than 5 MBd.
■
❑
On
❑
Off
■
BER Threshold (DVB-S only) – Sets the threshold limit to raise the Bit Error Rate alarm.
Range: 0.00001 (0.1x10-4) – 0.1.
■
PER Threshold (DVB-S2 only) – Sets the threshold limit to raise Packet Error Rate alarm.
Range: 0.00000001 (0.1x10-7) – 0.1.
■
Attenuation Level7 – Internal attenuation for saturated signals (0 – 30 dB).
■
Gain7 – Internal gain to improve signal strength.
■
6.
7.
Frequency Drift Compensation – Compensate for LNB frequency drift, see B.6 Front End
Card Features for board details. Options:
ISI (Hex) (0-FF) – Input Stream Identifier in hexadecimal. Use this parameter to select a
specific transport stream from a multi-transport carrier. If you have a quad port
demodulator card then you can select up to 4 transport streams from 4 single or a multitransport stream carrier.
Only available with certain hardware configurations, see B.6 Front End Card Features.
Only available with certain hardware configurations, see B.6 Front End Card Features.
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■
■
Physical Input Ports and Slots
Carrier Frequency properties – Radio buttons selection, therefore only one is selected at a
time. Changing the value on one option, changes the other one automatically:
❑
L-Band Frequency Range – Sets the L-Band frequency of the receiver local oscillator.
Range: 950,000 – 2,150,000 (in kHz), adjustable in 125 kHz steps.
❑
Frequency for the band selected in LNB – Sets the frequency of the satellite, according
to the satellite transmitting frequency, adjustable in .125 kHz steps.
LNB (Low Noise Block) Properties:
❑
Polarization – Antenna polarization. Options:
• 13V (Vertical)
• 18V (Horizontal)
• Off
❑
LNB Frequency Band – The default is Universal. Options:
• Universal (9.75, 10.6)
• Universal Wide (9.75, 10.75)
• Ku
• C
❑
LNB Local Oscillator Frequency (kHz) –
For Universal and Universal Wide satellite frequencies, the LNB Local Oscillator
Frequency is set according to the 22 kHz Tone setting.
For Ku band, adjustable, in the 8.5 GHz – 13 GHz range, in 125 kHz steps.
For C band, adjustable, in the 5 GHz – 6 GHz range, in 125 kHz steps.
❑
22 kHz Tone – Low Band or High Band selectable for Universal and Universal Wide
satellite frequencies (not applicable for Ku band and C band frequencies and not
displayed when Ku or C band are selected)
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7.1.3
Physical Input Ports and Slots
GbE Ports for Input
The GbE branch comprises four sockets and two GbE ports. All sockets are associated to both
GbE ports by default.
Related topics:
7.1.3.1
■
GbE Port Properties
■
GbE Socket Properties
■
GbE PHY Redundancy
GbE Port Properties
Use the GbE Port Properties dialog to view and configure the selected GbE port.
NOTE: Changing GbE port properties reflects in the Physical Input and Physical Output boxes.
To display the GbE Port properties:
1. Select the required GbE Port icon in the Physical Input box on the Device Explorer tab.
2. Click Properties on the EMS toolbar.
The GbE Port Properties dialog displays.
The GbE Port Properties dialog comprises of a General and an Advanced tab.
GbE Port General properties tab:
■
Enabled – You can enable either or both GbE ports. This parameter only works when the
redundancy mode is manual, see 7.1.3.3 GbE PHY Redundancy. If both ports are enabled
then only one port is active while the other one is in standby mode, by default Port 1 is
active and Port 2 is on stand by. The port on stand by does not pass data. When the port is
enabled and no link is detected, the device reports a link down alarm. Disable the port to
mask this alarm. The default is Disabled.
■
Redundancy Mode – Set one port as the active one and set the others to standby. This
parameter only works when the rendundancy mode is manual, see 7.1.3.3 GbE PHY
Redundancy.
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■
Physical Input Ports and Slots
IP Profile – Enables you to configure the following:
❑
IP Address – Each port must have a different IP Address. The default is 127.127.0.X,
where X is the port number.
❑
Mask – The IP mask. The default is 255.255.255.0.
❑
MAC Address – Each port has its own MAC Address. They are factory set and cannot be
changed.
Figure 7–2: GbE Port Properties dialog - General tab
GbE Port Advanced properties tab:
■
Autonegotiation Enabled – You can enable and disable Autonegotiation. The default is Yes.
■
Duplex Mode – You cannot change the Duplex Mode. It is fixed at Full Duplex.
■
Speed – You can configure the PHY speed when Autonegotiation is disabled. The default is
1000.
Figure 7–3: GbE Port Properties dialog - Advanced tab
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7.1.3.2
Physical Input Ports and Slots
GbE Socket Properties
Use the GbE Socket Properties dialog to view and configure the selected GbE port. By default
all sockets are associated with both GbE ports.
To display the GbE Socket properties:
1. Select the required GbE Socket icon in the Physical Input box on the Device Explorer tab.
2. Click Properties on the EMS toolbar.
The GbE Socket Properties dialog displays.
The GbE Socket Properties dialog comprises of a General and an Advanced tab.
GbE Socket General properties tab:
■
Enabled – You can enable or disable each socket.
■
General parameters box:
❑
Unicast / Multicast – You can select either Unicast or Multicast.
❑
Destination IP Address – You can configure the same Destination IP Address and UDP
Port for several sockets if you define the Source Specific Multicast and the Source IP
Addresses are different. When the IP Address Type is Unicast, the ProView 7000™ uses
the active port IP address. When the IP Address Type is Multicast, you must enter the
multicast IP address. The default is 238.1.1.X (X is the socket number).
❑
UDP Port – You can configure the same IP Address and UDP Port for several sockets if
you define the Source Specific Multicast and the Source IP Addresses are different. The
source UDP range is 0 – 65535. The default is 1024.
❑
Source Specific Multicast (SSM) – You can configure Source Specific Multicast when
using Multicast addresses to accept only data packets with a matching source address.
When SSM is disabled, the device accepts all packets with destination IPs and ports that
match the socket regardless of their source IP.
❑
Source IP Address – Enable Source Specific Multicast to enter an SSM source IP address.
■
Connectivity box – Displays the multiplex ins and physical GbE ports associated with the
socket.
■
Status box
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Figure 7–4: Socket Properties dialog - General tab
GbE Socket Advanced properties tab:
■
Encapsulation Mode – Displays the current encapsulation state.
■
De-Jitter Mode – All input sockets are de-jittered. The options are:
❑
No De-Jitter
❑
Low Delay Mode
❑
Normal Network Jitter (Less than 50 ms)
❑
High Network Jitter (Up to 300 ms)
❑
SFN De-Jitter
Figure 7–5: Socket Properties dialog - Advanced tab
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7.1.3.3
Physical Input Ports and Slots
GbE PHY Redundancy
GbE Port 1 is always the primary port. GbE Port 2 is always the backup port. The primary port
(GbE Port 1) is the active port and the backup port is the standby port by default.
There are 4 modes:
■
Manual – you can manually switch between the primary port and the backup port
regardless of their link status.
■
Manual Revert – the device switches from the primary port to the backup port when the
primary port fails on one of the redundancy triggers and the backup port has no active
alarms. You can revert from the backup port to the primary port manually.
■
Automatic – the device switches to the standby port whenever the active port fails on one
of the redundancy triggers and the standby port has no active alarms.
■
Automatic Revert – the device switches from the primary port to the backup port when
the primary port fails on one of the redundancy triggers and the backup port has no active
alarms. The device reverts to the primary as soon as the primary port has no active alarms.
To set the GbE redundancy mode:
1. Right-click a GbE port in the Physical Input box.
2. Select Redundancy Configuration.
3. Select a mode
—or—
1. Select Tools > Redundancy Configuration.
2. Select a mode.
To set a port as the active port:
1. Right-click the port in the Physical Input box.
2. Select Set Active
—or—
use the port properties dialog, see 7.1.3.1 GbE Port Properties.
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7.1.4
Physical Input Ports and Slots
CAM Slots
The ProView 7000™ has two PCMCIA slots and the ProView 7100™ has four PCMCIA slots on
the front panel that can each accommodate a DVB-CI module with a smart card to
descramble incoming video, see Figure 3–2 on page 32 for the location.
7.1.4.1
Inserting a CAM
1. Insert the smart card into a DVB-CI module with the contacts facing up and towards the
front end.
2. Insert the DVB-CI module into one of the two PCMCIA slots with the up arrow pointing
upwards and in the direction of insertion.
CAUTION: Do not remove or insert the DVB-CI module or the smart card while the ProView 7000™ is
powering up or initializing.
Figure 7–6: ProView 7000™ with the DVB-CI module and Smart Card
When installed, the card is detected automatically by the ProView 7000™ and enabled if the
following conditions are met:
■
The installed card must be EN50221 compatible
■
Services have been selected
■
A valid card license
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7.1.4.2
Physical Input Ports and Slots
CAM Slot Properties
Use the CAM Slot properties dialog to monitor and manage individual CAM slots.
To display the properties dialog for a CAM slot:
1. Select a CAM slot in the Physical Input box on the Device Explorer tab.
2. Click Properties on the EMS toolbar.
Figure 7–7: CAM Slot Properties dialog
The CAM Slot Properties dialog includes the following:
■
Mapped to Input Multiplex Port – Displays the current association status of the CAM slot
and enables you to re-associate the CAM slot to an available multiplex input. You can only
re-associate the CAM when no services are configured for the CAM.
■
CAM Vendor Card – Provides the following information for the CAM card in the slot:
❑
Vendor name
❑
Number of descrambled programs
❑
Number of descrambled elementary streams
■
Descrambled Programs – Displays the program PIDs descrambled by the CAM.
■
CAM Automatic Recovery Policy – You can configure the ProView 7000™ to reset the CAM
when one of the following alarms is raised:
■
❑
CAM Descrambling Failure – Enabled by default.
❑
CAM Processing Failure – Enabled by default.
❑
Packet Loss after CAM – Disabled by default.
Advanced
❑
CAM De-Jittering – Enable or disable.
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7.1.5
Physical Input Ports and Slots
CAM Properties
The CAM Card Properties dialog displays the properties of the selected CAM element.
To display the CAM properties:
1. Select the required CAM icon in the Input Physical box on the Device Explorer tab.
2. Click Properties on the EMS toolbar.
Figure 7–8: CAM Card properties dialog
The information displayed by the CAM Card Properties dialog includes the following:
■
CAM application type
■
CAM manufacturer name, number and code
■
Conditional Access System IDs
■
CAM operational status
■
Number of descrambled programs and elementary streams
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To display the CAM MMI menu:
❖ Click CAM MMI….
The CAM MMI dialog displays.
Figure 7–9: Sample CAM MMI dialog
Different CAMs have different options.
7.1.6
BISS Table Management
By default the Multiplex In 1 passes through the BISS descrambler, you cannot associate other
multiplex ins but you can bypass the BISS descrambler.
Related topics:
■
To Bypass the BISS Descrambler
■
BISS Table Management dialog
■
To Configure a BISS Key
■
To Clear a BISS Key
To Bypass the BISS Descrambler
Bypassing the BISS descrambler:
1. Right-click the BISS icon in the Physical Input box.
2. Select Disable BISS.
BISS Table Management dialog
Use the BISS Table Management dialog to configure or remove keys.
Displaying the BISS Table Management dialog:
1. Expand the device tree in the Physical Input box to display the Descrambling branch with
the BISS node.
2. Right-click BISS.
3. Select Properties.
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Multiplex Inputs
To Configure a BISS Key
Configuring a key:
1. Select a key.
2. Click Edit.
3. Enter the new values.
4. Click OK.
To Clear a BISS Key
You cannot clear a key that is in use.
Clearing a key:
1. Select a key.
2. Click Clear.
7.2
Multiplex Inputs
The Multiplex Input box of the Device Explorer tab presents a hierarchical tree-structure of
the multiplex inputs of the ProView 7000™, see Figure 6–2 for the box location.
It provides monitoring and configuring options for the features of each element in the tree:
■
Input programs and elementary streams related to the multiplex input.
■
Input tables related to the multiplex input.
■
Unreferenced PIDs related to the multiplex input.
NOTE: The Multiplex Input tree displays the transport rate level (in Mbps), summed at the tree highest
level.
The ProView 7000 supports up to four multiplex inputs.8
8.
A license is required for more than one multiplex input.
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Multiplex Inputs
To display the context menu:
❖ Right-click the Multiplex Input icon.
Related topics:
7.2.1
■
Input Programs Management
■
Input Tables Management
■
Input Unreferenced PIDs Management
■
Multiplex In Port Properties
■
Input Program Properties
■
Input Elementary Stream Properties
■
Input Conditional Access Messages Properties
■
Input Tables Properties
■
Input Unreferenced PID Properties
Input Programs Management
Click the Programs branch in the Multiplex Input box to display all the programs related to the
multiplex inputs and the type of information provided by the program.
Each program can be scrambled or clear (marked accordingly by a locked / free program icon).
The information provided by each program can be video, audio, ECM or other (marked by
representative icons).
NOTE: The properties of the input programs and the elementary streams related to each program in the
multiplex input stream are detailed in 7.2.5 Input Program Properties, 7.2.6 Input Elementary Stream
Properties and 7.3.1.5 Multiplex Output Unreferenced PIDs Management.
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Multiplex Inputs
Input Tables Management
Click the Tables branch in the Multiplex Input box to display all the tables related to the
multiplex input and the type of information provided by the table.
The Input Tables branch provides access to the following MPEG PSI and DVB PSI/SI tables
related to the multiplexed stream:
■
Program Association Table (PAT) for the stream
■
Conditional Access Table (CAT) and the specific Entitlement Management Messages (EMM)
in the CAT
■
Program Map Tables (PMTs) for each multiplex program
■
Network Information Table (NIT)
■
Service Description Tables (SDTs)
■
Event Information Table (EIT)
■
Time and Date Table (TDT/TOT) associated with the stream
NOTE: The displayed tables are managed by the stream type defined (MPEG or DVB). The property of the
various input tables in the multiplexed input stream is detailed in 7.2.8 Input Tables Properties.
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Multiplex Inputs
Input Unreferenced PIDs Management
Click the Unreferenced PIDs branch in the Multiplex Input box to display all the PIDs related to
the multiplex input that are not referred to a specific program or table.
NOTE: The properties of the input unreferenced PIDs in the multiplexed input stream is detailed in
7.2.9 Input Unreferenced PID Properties.
7.2.4
Multiplex In Port Properties
Use the Multiplex In Port dialog to display a multiplex in port status, configure a multiplex in
port or configure a port input redundancy.
To display the Multiplex In Port dialog:
1. Select a Multiplex In Port icon in the Multiplex Input box on the Device Explorer tab.
2. Click Properties on the EMS toolbar.
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The Multiplex In Port dialog comprises:
■
■
General box
❑
Enabled – Use to enable or disable the multiplex input.
❑
Transport Stream ID – Displays the transport stream’s ID.
❑
Table Extraction – Use to select PSI/SI for DVB or PSI for MPEG. For ATSC systems, set the
stream type to MPEG. The default is PSI/SI.
❑
Assigned CAMs – Displays CAM slots assigned to the multiplex input.
❑
Primary Source Port – Use to select the primary physical input port for the multiplex
input.
Input Redundancy box
❑
Redundancy Mode
❑
Backup Source Port
❑
Active Port
❑
Redundancy Triggers
• MPEG Sync Loss Alarm tab
· Trigger Alarm – use to enable or disable the trigger, default is Enable.
· Primary Port Event Duration – set the period that the state must exist to trigger
redundancy
· Backup Port Event Duration – set the period that the state must exist to trigger
redundancy
• CC Errors Alarm tab
· Trigger Alarm – use to enable or disable the trigger, default is Enable.
· Primary Port Number of Errors – set the number of CC errors that must occur within
a period to trigger redundancy
· Primary Port Within – set the period that the number of CC errors must occur
within to trigger redundancy
· Backup Port Number of Errors – set the number of CC errors that must occur within
a period to trigger redundancy
· Backup Port Within – set the period that the number of CC errors must occur within
to trigger redundancy
• PID Missing Alarm tab
· Trigger Alarm – use to enable or disable the trigger, default is Enable.
· PID – set the PID number
· Primary Port Missing For – set the period that the PID must be missing for to trigger
redundancy
· Backup Port Missing For– set the period that the PID must be missing for to trigger
redundancy
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Redundancy
Only one port is active while the other one is in standby mode, by default the Primary port is
active and the Backup port is on standby. The port on stand by does not pass data. The
Redundancy Triggers section is used to configure triggers that will switch to the backup port.
The default Redundancy Mode is Off.
The active port displays in bold in the Multiplex Input box. The Primary port is designated
with a P and the Backup port is designated with a B.
Primary Port
Backup Port
Transport stream ID
To use Input Redundancy you must configure the Primary Source Port in the General box and
the Backup Source Port in the Input Redundancy box.
There are 5 modes:
■
Off
■
Manual – you can manually switch between the primary and the backup ports.
■
Manual Revert – the device switches from the primary port to the backup port when the
primary port fails on one of the redundancy triggers and the backup port has no active
alarms. You can revert from the backup port to the primary port manually by clicking on
the Primary radio button.
■
Automatic – the device switches to the standby port whenever the active port fails on one
of the redundancy triggers and the standby port has no active alarms.
■
Automatic Revert – the device switches from the primary port to the backup port when the
primary port fails on one of the redundancy triggers and the backup port has no active
alarms. The device reverts to the primary as soon as the primary port has no active alarms.
You must enable at least one redundancy trigger using the Trigger Alarm checkbox.
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Input Program Properties
The Input Program properties dialog provides basic information on the input program
provided to the input multiplex over the received transport stream.
To display the Input Program properties dialog:
1. Select the required Input Program icon in the Multiplex Input box on the Device Explorer
tab.
2. Click Properties on the EMS toolbar.
The information displayed by the Input Program Properties dialog includes the following:
■
The Program Clock Reference identification number (PCR PID).
■
The Program Map Table identification number (PMT PID).
■
The program reference number.
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Multiplex Inputs
Input Elementary Stream Properties
The Input Elementary Stream (ES) properties dialog provides basic information on the stream
included in the input program provided to the input multiplex. The ES input multiplex tree
displays Video, Audio and Other (such as DVB Subtitling) types of streams for each program.
To display the Input ES properties:
1. Select the required ES icon (Video
on the Device Explorer tab.
, Audio
or Other
) in the Multiplex Input box
2. Click Properties on the EMS toolbar.
The information displayed by the Input ES Properties dialog includes the following:
7.2.7
■
The program identification number (PID) of the input elementary stream type.
■
The ES type code (in hex) and description.
■
The language code for the ES (Not applicable for Video ES).
Input Conditional Access Messages Properties
The Input Conditional Access Entitlement Control Message (ECM) properties dialog provides
basic information on the ECM information included in the input program provided to the
input multiplex.
To display the Input ECM properties:
1. Select the required ECM icon
in the Multiplex Input box on the Device Explorer tab.
2. Click Properties on the EMS toolbar.
The information displayed by the Input ECM Properties dialog includes the following:
■
ECM PID – Displays the entitlement control message identification number of the
conditional access system.
■
CA System ID – Displays the identification of the conditional access system.
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Multiplex Inputs
Input Tables Properties
The Input Tables properties dialog provides basic information on the input tables provided to
the input multiplex over the received transport stream.
These tables include:
■
Conditional Access Table (CAT)
■
Program Association Table (PAT)
■
Program Mapping Table (PMT)
■
Service Description Table (SDT)
■
Network Information Table (NIT)
■
Event Information Table (EIT)
■
Time & Date Table (TDT/TOT)
To display the Input Tables properties dialog:
1. Select the required Input Table icon from the Multiplex Input box on the Device Explorer
tab.
2. Click Properties on the EMS toolbar.
The information provided for each of the Input Table Properties dialog includes the version
and number of sections in the table.
The Conditional Access Table (CAT) consists of one (or more) Entitlement Management
Message (EMM) for each of the input encrypted streams. Selecting the specific EMM and
clicking the [Properties] button displays the EMM properties dialog consisting of the EMM
PID and the CA System ID.
The Program Association Table (PAT) properties dialog displays the transport stream ID
information, the version and number of the PAT sections.
The Program Mapping Table (PMT) consists of a group of individual tables. Selecting the
specific table and clicking the [Properties] button displays the version and number of sections
for the selected PMT.
The Service Description Table (SDT) consists of one (or more) services provided on the
stream. Selecting the SDT icon and clicking the Properties button displays the common
properties of the table, consisting of the version, number of sections data displayed and the
identification number of the original network.
Selecting a specific entry in the SDT table (marked as sub-branches of the SDT table brunch)
and clicking the Properties button displays the following information for the service: Service
ID, Service running status, Service CA mode (free/scrambled), Service name, Service provider
name and service type.
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Input Unreferenced PID Properties
The Input Unreferenced PID properties dialog provides basic information on an unreferenced
stream provided to the input multiplex.
To display the Input Unreferenced PID properties:
1. Select the required Unreferenced PID icon from the Multiplex Input box on the Device
Explorer tab.
2. Click Properties on the EMS toolbar.
The information provided by the Input Unreferenced PID Properties dialog includes the
following:
7.3
■
The packet identification number (PID) of the related input stream.
■
The type of the PID (Unreferenced).
Multiplex & Decoding Outputs
The Multiplex & Decoding Output box of the Device Explorer tab presents a hierarchical treestructure of the decoded and multiplex outputs of the ProView 7000™, see Figure 6–2 for the
box location. It comprises two branch types; multiplexing branches (
branch (
) and the decoding
).
The multiplexing branch provides monitoring and configuring options for the features of
stream and each element in the branch; Programs, Tables and unreferenced PIDs related to
the multiplex output. For details, refer to 7.3.1.3 Multiplex Output Programs Management
(programs), 7.3.1.4 Multiplex Output Tables Management (tables), 7.3.1.5 Multiplex Output
Unreferenced PIDs Management (PIDs).
The decoding branch provides monitoring and configuring options for the features of each
element in the branch. For details, see 7.6 Cross Connections.
Transport streams can be routed as they are to the output ports (pass-through). For details,
see 7.3.1.7 Pass Through TS Routing.
The ProView 7000 supports up to four multiplex outputs.9
TIP: Creation of multiplex and decoded output streams is detailed in 7.6 Cross Connections.
9.
A license is required for more than one multiplex output.
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Related topics:
7.3.1
■
7.3.1 Multiplex Output
■
7.3.2 Multiplex Output Properties
■
7.3.3 Transport Stream Port Route Properties dialog
■
7.3.4 Output Multiplex Program Properties
■
7.3.5 Output Multiplex Elementary Stream Properties
■
7.3.6 Output Tables Properties
■
7.3.7 Output Unreferenced PID Properties
■
7.3.8 Decoding Channel Properties
Multiplex Output
Right-click a Multiplex Output icon (
which comprises the following:
) or any of the sub elements to display a context menu
Table 7–1: Multiplex Output Context Menu
Disable/
Enable
Add Other Program…
Add Unreferenced PID…
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A dynamic command, changing according to the multiplex output
operational status.
Enables adding a program from the multiplex input to the multiplex output
programs.
NOTE: Not available when the device is configured to pass-through the
input stream to the output port.
Enables adding a specific PID from the multiplex input to the multiplex
output unreferenced PIDs.
NOTE: Not available when the device is configured to pass-through the
input stream to the output port.
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Table 7–1: Multiplex Output Context Menu
Remove Selected
Remove All
Removes all output programs or all output unreferenced PID from the
multiplex output.
Refresh Port Multiplex Out
Updates the Port Multiplex Out.
Displays the marked element properties dialog. For details, see
7.3 Multiplex & Decoding Outputs.
Properties
7.3.1.1
Removes the selected element.
Multiplexing an Input Program
To multiplex an input program to the output stream:
1. Select the
Add Other Program… option in the context menu.
The Add Another Program dialog displays.
2. Select the multiplex input port and the program number to multiplex to the output.
7.3.1.2
Multiplexing an Input PID
To multiplex an input PID (either an unreferenced one or a PID from a defined program) to the
output stream:
1. Select the
Add Unreferenced PID… option in the context menu.
The Add Unreferenced PID dialog displays.
2. Select the multiplex input port and the PID number to multiplex to the output.
TIP: Multiplexing a Program or a PID can be also done by dragging the program icon or the PID icon from
the multiplex input tree and dropping it in the multiplex output tree. For detailed instructions
7.6.1 Setting Multiplex Cross Connections.
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Multiplex & Decoding Outputs
Multiplex Output Programs Management
Click a Program branch in the Multiplex & Decoding Output box to display all the programs
related to the multiplex output and the type of information provided by the program.
Each program can be descrambled or clear (marked accordingly by an unlocked / free
program icon).
The information provided by each program can be video, audio, ECM or other (marked by
representative icons).
NOTE: The properties of the output programs and the elementary streams related to each program in the
multiplex output stream are detailed in 7.3.4 Output Multiplex Program Properties and 7.3.5 Output
Multiplex Elementary Stream Properties.
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Multiplex & Decoding Outputs
Multiplex Output Tables Management
Click a Tables branch in the Multiplex & Decoding Output box to display all the tables related
to the multiplex output and the type of information provided by the table.
The Output Tables branch provides access to the following MPEG PSI and DVB PSI/SI tables
related to the multiplex output stream:
■
The Program Association Table (PAT) for the stream
■
The Conditional Access Table (CAT) and the specific Entitlement Management Messages
(EMM) included in the CAT
■
The specific Program Map Tables (PMTs) for each multiplex program
■
The Network Information Table (NIT) – passed from the input
■
The specific Service Description Tables (SDTs)
■
The Event Information Table (EIT) – passed from the input
■
The Time and Date Table (TDT/TOT) associated with the stream – passed from the input
NOTE: The displayed tables are managed by the defined stream type (MPEG or DVB).
The property of the various output tables in the multiplex output stream is detailed in 7.3.6 Output Tables
Properties.
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Multiplex & Decoding Outputs
Multiplex Output Unreferenced PIDs Management
The Unreferenced PIDs branch in the Multiplex & Decoding Output box displays all the PIDs
related to the multiplex output that are not referenced by a specific program or table.
NOTE: The properties of the output unreferenced PIDs in the multiplex output stream is detailed in
7.3.7 Output Unreferenced PID Properties.
7.3.1.6
Decoding Channel Management
Click the Decoding Channel branch in the Multiplex & Decoding Output box to display all the
information related to the input program routed to the decoding channel.
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The information provided by each program is divided into PCR, Video, Audio 1 and 2, VBI and
subtitling information (marked by representative icons).
Right-click a Decoding Channel icon or any of the sub elements in the branch to display a
context menu which features the following options:
Table 7–2: Decoding Channel Context Menu
Command
Remove Selected
Clear Decoding Channel
Connection
Refresh Decoding Channel
Properties
7.3.1.7
Description
Remove the selected item, not all items can be removed.
Enables removing the decoding channel connection. Clicking the option
displays a confirmation dialog.
NOTE: Active only from the Decoding Channel up-line branch. Not
displayed for a specific down drilled elements.
Updates the Decoding Channel.
Displays the marked element properties dialog. For details, see
7.3 Multiplex & Decoding Outputs.
Pass Through TS Routing
Routing a transport stream to an output creates a pass-through output stream, identical to
the input TS. In this mode, the stream information is not processed and the output bit rate
will be exactly as the input bit rate.
The EMS enables the user to display the programs, tables and unreferenced PIDs available on
the transport stream passed-through to the selected output.
Right-click the TS Port Output Port icon or any of the elements in the branch, to display a
drop-down menu which features the following items:
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Table 7–3: TS Port Output Port Context Menu
Command
Disable/
Description
Enable
Removes the selected element.
Remove Selected
Remove All
Displays the following sub-menu items:
■ Remove All Output Programs on Port
■ Remove All Output Programs on Device
■ Remove All Output Unreferenced PIDs on Port
Refresh Transport Stream
Port Route
Properties
7.3.2
A dynamic command, changing according to the operational status of the
TS Output Port.
Updates the Transport Stream Port Route.
Displays the marked element properties dialog. For details, see
7.3 Multiplex & Decoding Outputs.
Multiplex Output Properties
The Multiplex Output Port Properties dialog displays the current status of the multiplex
output stream features and enables setting up the editable ones.
To display the Multiplex Output Stream Properties dialog:
1. Select the Multiplex Output icon from the Multiplex & Decoding Output box on the Device
Explorer tab.
2. Click Properties on the EMS toolbar.
Figure 7–10: Multiplex Out 1 Port - Properties dialog
The information provided by the Multiplex Output Properties dialog includes the following:
■
Enabled – Enables (Yes/No) the multiplex output operation.
■
Transport Stream ID – Displays the transport-stream’s ID number.
■
Table Extraction – Select PSI/SI for DVB or PSI for MPEG. The default is PSI/SI.
■
Configured Bitrate – Displays the calculated bitrate of the output stream (in bps).
■
Actual Bitrate – Displays the actual bitrate of the output stream (in bps), not including
NULL stuffing.
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Transport Stream Port Route Properties dialog
The Transport Stream Port Route Properties dialog displays the current status of a transport
stream routed to an output port.
To display the Transport Stream Port Route Properties dialog:
1. Select the TS port route icon in the Multiplex & Decoding Output box on the Device
Explorer tab.
2. Click Properties on the EMS toolbar.
Figure 7–11: Transport Stream Port Route Properties dialog
The information provided by the Transport Stream Port Route Properties dialog includes the
following:
■
Enabled – Enables (Yes/No) the output port operation.
■
Input Port – Displays the multiplex input port name.
■
Transport Stream ID – Displays the transport stream ID number.
■
Output Port – Displays the stream output port name.
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■
Multiplex & Decoding Outputs
Passed Program list – Displays a list of the programs passed in the stream and their
descrambling status.
Click Add… next to the list to open an Add Other Program dialog which enables the user to
define expected programs in the received transport stream (and not available when the TS
was routed) and to assign the descrambling CAM to the program.
Figure 7–12: Add Other Program dialog
■
■
7.3.4
Descrambling Configuration
❑
Not Descrambled
❑
CAM Slot 1
❑
CAM Slot 2
❑
CAM Slot 3
❑
CAM Slot 4
Descrambling Status
❑
Descrambled
❑
Not Descrambled
Output Multiplex Program Properties
The Output Program properties dialog provides basic information on the output program
provided by the output multiplex.
To display the Output Multiplex Program properties dialog:
1. Select the required Output Program icon from the Multiplex and Decoding Output box on
the Device Explorer tab.
2. Click Properties on the EMS toolbar.
Figure 7–13: Program Properties dialog
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The Program Properties dialog contains the following items:
7.3.5
■
Enabled
■
PCR PID
■
PMT PID
■
Program Number
■
Input Port
■
Input Program
■
Descramble With – Check the  checkbox to enable the user to select the CAM Slot from
the pull-down list
■
Descrambled Status
Output Multiplex Elementary Stream Properties
The Output Elementary Stream (ES) properties dialog provides basic information on the
output stream included in the output program provided to the output multiplex.
To display the Output Multiplex ES properties:
1. Select the required ES icon (Video , Audio or Other
Decoding Output box on the Device Explorer tab.
) in the Multiplex and
2. Click Properties on the EMS toolbar.
Figure 7–14: Video Elementary Stream Properties dialog
The information displayed by the Output Multiplex ES Properties dialog includes the
following:
■
PID – The program identification number (PID) of the output elementary stream type
■
Type Description – The ES type
■
Stream Type (hex) – The ES type code
■
Stream Type Description – Encoding and description
■
Language – The language code for the ES (Not applicable for Video ES)
■
Input Program – The number of the input program multiplex to the output program
■
Input Elementary Stream PID – The PID of the input elementary stream multiplex to the
output program
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Multiplex & Decoding Outputs
Output Tables Properties
The Multiplex and Decoding Output box on the Device Explorer tab provides managing access
to the DVB PSI/SI related tables provided in the multiplex output stream.
These tables include:
■
Program Association Table (PAT)
■
Program Mapping Table (PMT)
■
Conditional Access Table (CAT)
■
Service Description Table (SDT)
■
Network Information Table (NIT)
■
Event Information Table (EIT)
■
Time and Date Table (TDT/TOT)
To display the Output Tables properties:
1. Select the required Output Table icon from the Multiplex and Decoding Output box on
the Device Explorer tab.
2. Click Properties on the EMS toolbar.
The information provided for each of the output tables includes the following:
■
Table Passed State – Enables selecting the table source for the multiplex output. Options:
❑
Generated by the Device
❑
Passed from the Input
❑
Not Passed
■
Repetition Rate – Enables setting up the table transmission repetition rate (in msec).
■
Transport Stream ID – Displays the identification of the transport stream for the table.
■
Version – Displays the table version.
■
Number of Sections – Displays the number of sections used to construct the table.
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Multiplex & Decoding Outputs
The PMT
The Program Mapping Table (PMT) consists of a group of programs that can independently be
enabled to the multiplex output.
The PMT Properties dialog enables setting the repetition rate for all PMTs and the specific
PMT properties dialog enables setting the table source and displays the table version and
number of sections.
7.3.6.2
The CAT
The Conditional Access Table (CAT) consists of one (or more) Entitlement Management
Message (EMM). Select the CAT icon and click the Properties button to display the common
properties for the all EMMs in the CAT.
7.3.6.3
The EMM
Select a specific EMM icon in the CAT and click the Properties button to display the following
information for the EMM: output and input PID, input port name and CA system ID.
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The SDT
The Service Description Table (SDT) consists of a group of services with specific parameters.
Each specific SDT Properties dialog provides the service provider information, the service ID,
service type and service name, the service operational status and the service CA operational
mode.
7.3.7
Output Unreferenced PID Properties
The Output Unreferenced PID properties dialog provides basic information on an
unreferenced stream provided to the multiplex output.
To display the Output Unreferenced PID properties:
1. Select the required Unreferenced PID icon in the Output Multiplex & Decoding box on the
Device Explorer tab.
2. Click Properties on the EMS toolbar.
The information provided by the Output Unreferenced PID Properties dialog includes the
following:
■
Output PID – Displays the PID number of the multiplex output stream.
■
Type – Displays the type of the PID (Unreferenced).
■
Input Port – Displays the name of the input physical port which receives the stream.
■
Input PID – Displays the PID number of the related input stream.
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Multiplex & Decoding Outputs
Decoding Channel Properties
To configure the decoding channel properties:
❖ Right-click a decoding channel in the Multiplex & Decoding Output box, see Figure 6–2 for
the box location.
Related Topics:
■
Service Parameters Tab
■
Video Parameters Tab
■
PCR Parameters Tab
■
Audio 1/2 Parameters Tab
■
VBI/VANC Tab
■
OSD Parameters Tab
■
DPI To GPI Parameters Tab
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Service Parameters Tab
The Service parameters tab provides the EMS user the following information and set-up
capabilities:
■
Source box – displays the stream input source and input program name for the decoder.
❑
Service Selection Mode drop-down menu options:
• Automatic – Use this mode for ProView 7000™ to automatically decode the first
program in the TS (first PMT)
• Program – Use this mode to set the decoder to manual program selection
• PID – Use this mode to set the decoder to manual PID selection
• No Decoding – Use this mode to disable decoding
❑
PID Selection box – Displays the PID for the program PCR and to select the elementary
stream PID for the Video and the VBI/VANC processing. It also enables the user to set
the ES PID and preferred language for each one of the two audio streams (Audio1 and
Audio2).
❑
Channel Descrambling box
• Descramble with – Use this feature to enable stream descrambling and to select a
CAM
• Program Status – Shows whether the program is being descrambled and by which
CAM slot.
Figure 7–15: Decoding Channel Properties – Service tab
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Video Parameters Tab
The Video parameters tab provides the EMS user the following information and set-up
capabilities:
General Video processing parameters:
■
Decoding Codec – selects the video decoding mode.
Options:
■
❑
Automatic
❑
MPEG-2
❑
H.264
Display Format – selects the video display format.
Options:
❑
SD
❑
HD
❑
Automatic
The video output set-up depends on the display format selected:
Standard Definition (SD) Digital and Analog Output parameters:
■
■
Video Format – selects the video format.
Options:
❑
NTSC
❑
PAL-B/G, -I, -D, -M, -N
❑
French SECAM – The CV monitor output—outputs Russian SECAM as French SECAM.
Aspect Ratio Conversion – selects the aspect ratio conversion for the output stream. To be
performed if the incoming stream aspect ratio is not the same as the configured output
aspect ratio.
Options (related to selected aspect ratio):
❑
4:3 Aspect ratio
• Center-cut
• Letterbox
• Full Screen
• AFD
❑
16:9 Aspect ratio
• Pillarbox (Side-bars)
• Center-cut
• Full Screen
• AFD
■
Aspect ratio – selects the aspect ratio.
Options:
❑
4:3
❑
16:9
❑
Pass Through
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Figure 7–16: Decoding Channel Properties – Video tab
High Definition (HD) Digital Output parameters:
■
Video Format – selects the video format.
Options: [email protected], [email protected], [email protected], [email protected], [email protected], [email protected]
■
Aspect ratio Conversion – selects the aspect ratio conversion for the output stream. To be
performed if the incoming stream aspect ratio is not the same as the configured output
aspect ratio.
Options:
■
❑
Pillarbox (Side-bars)
❑
Full Screen
❑
Letterbox
❑
Center-cut
CV Mon Output (SD) – sets the parameters for the SD analog (CV) monitoring output,
consisting of SD video format, SD aspect ratio and aspect ratio conversion.
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Advanced video processing parameters:
■
■
■
7.3.8.3
Blanking – selects the response for blanking mode (underflow). Options:
❑
Black
❑
Last Field
❑
Last Frame
❑
Bar
Buffer Management – Options:
❑
Normal
❑
Low Delay – Select this option to use Low Delay mode.
❑
GI Mode
Additional Image Processing
PCR Parameters Tab
The PCR parameters tab provides the EMS user the following information and set-up
capabilities:
■
Clock Source – You can select one of the following clock sources:
❑
Original PCR
❑
Decoder Clock
❑
Genlock10 – Use this menu to sync with the incoming signal. The Genlock menu enables
two radio buttons:
• Analog – Analog genlocking supports PAL B/G, NTSC, 720P (50, 59, 60 Hz) and
1080i (50, 59, 60 Hz). The main output must be configured to PAL B/G or NTSC. When
you use an analog clock source you can configure the following:
· Horizontal Delay – The range is 0 – 1728 in 37 ns or 27 MHz ticks. The default is 0.
· Vertical Delay – The range is -7 – 6. The default is 0.
· SCH Phase Delay – The range is 0° – 360°. The default is 0.
• Digital – Digital genlocking supports PAL B/G, NTSC, 720P (50, 59, 60 Hz) and
1080i (50, 59, 60 Hz). The main output must be configured to PAL B/G, NTSC,
720P (50, 59, 60 Hz) or 1080i (50, 59, 60 Hz).
You must select either Analog or Digital. The default is Digital.
■
A/V Sync – You can select one of the following audio/video synchronization parameters:
❑
Off
❑
Frame – Select this parameter to limit the audio/video sync jitter to 1 frame.
❑
5 ms – Select this parameter to limit the audio/video sync jitter to 5 ms when the clock
source is set to Original PCR.
■
A/V Offset Compensation – sets the A/V offset compensation. You can only use this
parameter with the 5 ms parameter. The range is -20 – 20 ms. The default is 0.
■
Decoding Buffer Delay – sets the delay time for the buffer. Range: 1 – 300 msec. The
default is 100.
10. Only available with certain hardware configurations, see B.6 Front End Card Features.
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CAUTION: Changing the Decoding Buffer Delay value may cause unpredicted implications in the
operation of the device. Consult Harmonic support before changing this parameter.
Figure 7–17: Decoding Channel Properties – PCR tab
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7.3.8.4
Multiplex & Decoding Outputs
Audio 1/2 Parameters Tab
The Audio 1/2 parameters tab provides the EMS user the following information and set-up
capabilities:
General Audio processing parameters:
■
Decoding Codec – selects the audio decoding mode.
Options:
❑
Automatic
❑
Musicam
❑
Dolby Digital11 (AC-3)
❑
Dolby Digital (AC-3) Pass Through
❑
Dolby Digital Plus11 (E-AC-3) – (Audio 1 channel only)
❑
DD+ (E-AC-3) to DD (AC-3) Pass Through – (Audio 1 channel only)
❑
AAC LC – (Audio 1 channel only)
❑
HE AAC – (Audio 1 channel only)
❑
Dolby E11 / Linear PCM Pass Through – (Audio 2 channel only)
■
Volume – sets the audio volume.
Range: −64 to 0 dB
■
Delay – the delay.
Range: −128 to +128 msec.
■
Analog Mixer – selects the mixing L/R inputs to outputs.
Options:
■
❑
Stereo
❑
Mono
❑
Both Left
❑
Both Right
Digital Format – selects the audio format mode.
Options:
❑
Professional
❑
Consumer
11. Dolby, Dolby E, Dolby Digital and Dolby Digital Plus are registered trademarks of Dolby Laboratories.
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Figure 7–18: Decoding Channel Properties – Audio tab
Dolby Digital (AC-3) processing parameters:
■
■
Down Mixing Mode – selects the mixing mode for the output.
Options:
❑
LoRo
❑
LtRt
Operational Mode – selects the mode of operation for Dolby Digital processing.
Options:
❑
Custom 0
❑
Custom 1
❑
Line Out
❑
RF Remod
SDI Groups – Audio 1 is always the first pair of channels in a group and Audio 2 is always the
second pair of channels in a group:
❑
Group – There are four groups to choose from. The default is group 1.
❑
Pair – Cannot be changed.
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7.3.8.5
Multiplex & Decoding Outputs
VBI/VANC Tab
The VBI/VANC tab enables you to insert VBI/VANC data into the decoded video. You can
insert several VANC datum items into the same line but you cannot insert several VBI items
into the same line and you cannot insert VBI and VANC into the same location.
Figure 7–19: Decoding Channel Properties dialog – VBI/VANC tab
The tab provides the following configuration options:
VBI/VANC parameters:
■
CC (Closed Captions)
Source: Video ES
NTSC Parameters:
■
AMOL (Automatic Measurement Of Line-Ups)
Source: VBI ES
■
TVG (TV Guide)
Source: VBI ES
PAL Parameters:
■
WSS (Wide Screen Signalling)
Sources:
❑
Decoder
❑
VBI ES
❑
Video ES
❑
WSS-AFD (when using AFD)
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■
Multiplex & Decoding Outputs
TTX (Teletext EBU)
Source: VBI ES
■
VPS (Video Program System)
Source: VBI ES
General Parameters:
■
VITS (Vertical Interval Test Signals)
Source: Decoder
■
■
■
VITC (Vertical Interval Time Code)
Sources:
❑
Decoder
❑
VBI ES
❑
Video ES
VI/AFD (Video Index)
Sources:
❑
VBI ES
❑
Video ES
M422 (Monochrome 2:4:4)
Source: VBI ES
■
SCTE-104
SCTE-104 Parameters:
■
ASI Index
■
DPI PID Index
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7.3.8.6
Multiplex & Decoding Outputs
OSD Parameters Tab
The On Screen Display (OSD) enables you to configure the insertion of subtitles. It operates in
Auto Mode and Program Mode in HD and SD. The OSD parameters tab provides the EMS user
the following information and set-up capabilities:
■
Subtitling Type:
❑
DVB Subtitling
• Decoded PID
• PID – Automatic/None
• Preferred Language
Figure 7–20: Decoding Channel Properties - OSD tab
❑
VBI Teletext – you can search by page or preferred language
• Current PID Page
• Current PID Preferred Language – first page that contains the specified language
❑
■
Disabled
Subtitles Zoom and Position
You can set the following:
❑
Zoom
❑
X Posi on – range −100 to 100, the default is 0
❑
Y Posi on – range −100 to 100, the default is 0
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7.3.8.7
Physical Outputs
DPI To GPI Parameters Tab
Use the DPI To GPI tab to configure SCTE 35 commands to switch GPI relays for Digital
Program Insertion. It comprises the following sub-menus:
7.4
■
Pre-Roll – Use to configure the pre-roll.
■
Out Of Network Trigger Relay – Use to configure the Out Of Network alarm switch.
■
RTN Trigger GPI Port – Use to configure the Return to Network alarm switch.
Physical Outputs
The Physical Output box of the Device Explorer tab presents a hierarchical tree-structure of
the ProView 7000™ physical output ports for monitoring and configuring the features of each
element displayed in the tree, see Figure 6–2 for the box location.
The ProView 7000™ features various types of outputs:
■
ASI output ports
■
GbE ports and sockets
When the Decoder module is installed in the ProView 7000™ device the module provides a
wide range of physical video and audio interfaces. All interfaces are displayed under the
decoder card branch.
Right-click the device icon or any of the sub-elements in the Physical Output box to display a
context menu which includes the following items:
Table 7–4: Device Icon Context Menu
Command
Refresh
Properties
© 2012 Harmonic Inc.
Description
Updates the physical outputs for the selected device.
Displays the marked element properties dialog for the marked element.
For details, see 7.4.1 ASI Output Port Properties, 7.4.2.1 GbE Port
Properties, 7.4.2.2 GbE Socket Properties and 7.4.2.3 MPE Properties.
NOTE: No properties are available for the decoder output interfaces.
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Figure 7–21: Physical Output box
Related topics:
7.4.1
■
ASI Output Port Properties
■
GbE Ports for Output
ASI Output Port Properties
The ASI Output Port Properties dialog displays the basic features of the selected ASI Output
Port element.
To display the ASI Output Port properties:
1. Select the required ASI Output Port icon in the Output Physical box on the Device
Explorer tab.
2. Click Properties on the EMS toolbar.
The information provided by the ASI Output Port Properties dialog includes the following:
■
Description – Displays the identification name of the ASI output port.
■
Connected Output Multiplex Port – Enables selecting the multiplex output to connect to
the ASI output port.
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7.4.2
Physical Outputs
GbE Ports for Output
The GbE branch comprises of four sockets, two GbE ports and configurable GbE properties.
All sockets are associated to both GbE ports by default.
7.4.2.1
GbE Port Properties
Use the GbE Port Properties dialog to view and configure the selected GbE port. You can enter
a virtual IP address for the GbE port for redundancy purposes. The virtual IP address overrides
the source IP address on the IP header.
NOTE: Changing GbE port properties reflects in the Physical Input and Physical Output boxes.
To display the GbE port properties:
1. Select the required GbE port icon in the Physical Output box on the Device Explorer tab.
2. Click Properties on the EMS toolbar.
The GbE Port Properties dialog displays.
The GbE Port Properties dialog comprises of a General and an Advanced tab.
GbE Port General properties tab:
■
Enabled – You can enable either or both GbE ports. The default is Disabled.
■
IP Profile – Enables you to configure the following:
❑
IP Address – The IP Address must be a multicast IP address. The default is 127.127.0.X,
where X is the port number.
❑
Mask – The IP mask. The default is 255.255.255.0.
❑
Gateway – The default is 127.127.0.1.
❑
MAC Address – Each port has its own MAC Address. They are factory set and cannot be
changed.
■
Override Source IP – Enables the user to send a virtual IP address.
■
Connectivity – Displays the address of the GbE socket related to the port.
Figure 7–22: GbE Port Properties dialog- General tab
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GbE Port Advanced properties tab:
■
Auto negotiation Enabled – You can enable and disable Autonegotiation. The default is
Yes.
■
Duplex Mode – You cannot change the Duplex Mode. It is fixed at Full Duplex.
■
Speed – You can configure the PHY speed when Autonegotiation is disabled. The default is
1000.
Figure 7–23: GbE Port Properties dialog - Advanced tab
7.4.2.2
GbE Socket Properties
Use the GbE Socket Properties dialog to view and configure the selected GbE port. By default
all sockets are associated with both GbE ports. The data on each socket is sent to both output
ports. You cannot associate two sockets with identical destination port and IP addresses to
the same GbE port.
To display the GbE Socket properties:
1. Select the GbE Socket icon in the Physical Output box on the Device Explorer tab.
2. Click Properties on the EMS toolbar.
The GbE Socket Properties dialog comprises of a General and an Advanced tab.
GbE Socket General properties tab:
■
Enabled – You can enable or disable each socket.
■
General parameters box:
■
❑
Destination IP Address – Only multicast IP addresses are supported. The default is
255.1.1.X, where X is the socket index.
❑
Destination UDP Port – The destination UDP Port range is 0 – 65535. The default is 1000.
❑
Source UDP Port – The source UDP Port range is 0 – 65535. The default is 1024.
Connectivity box – Enables you to associate the socket with a multiplex out and displays
the physical GbE ports associated with the socket.
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Figure 7–24: GbE Socket Properties dialog- General tab
GbE Socket Advanced Properties tab:
■
Encapsulation Mode – The encapsulation mode used for the GbE port is UDP.
■
MPEG Packets/Frame – The number of MPEG packets for each frame. The range is 1 – 7.
The default is 7.
■
Time To Live – You can set the time to live (TTL, number of hops). The range is 1 – 255. The
default is 64.
Figure 7–25: GbE Socket Properties dialog- Advanced tab
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7.4.2.3
Element Properties
MPE Properties12
Use the MPE Properties dialog to configure one MPE PID source for GbE out. There are three
service selection modes, Program, PID and Disabled. The selected MPE PID displays in the
Status box.
To display the MPE Properties dialog:
1. Expand the Ports and GbE branches in the Physical Output box on the Device Explorer tab.
2. Select MPE.
3. Click Properties on the EMS toolbar.
Program Mode
Use Program Mode to select a program from a list. The procedure is:
1. Select a multiplex in.
EMS lists all the input programs in that multiplex that contain MPE PIDs.
2. Select a program from the list and apply.
PID Mode
Use PID mode to select a multiplex and enter the input PID number.
Disabled
Use Disabled mode to disable MPE PID selection.
7.5
Element Properties
The Element Properties Configuration function, provided by the ProView 7000™ EMS, allows
monitoring and setting ProView 7000™ properties at device level and down to specific
operational elements in the device.
This element can be a device selected in the Device box or any object selected on the Device
Explorer tab.
The information displays on an Element Properties Configuration pop-up dialog.
12. Requires a license.
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Cross Connections
Opening the Element Properties Configuration Management dialog can also be done in one
of the following ways:
■
Select the element then select File > Properties in the EMS Menu bar.
■
Select the element and click Properties on the EMS toolbar.
■
Right-click the element then select Properties on the drop-down menu.
TIP: Element Properties Management Tips
Activating the Properties function for any element displays a pop-up dialog which lists the properties of
the selected element. Some of the properties are displayed in an editable field featuring either a pull-down
select options menu (for selecting a new value for the property) or a free text (for free text setting of a
new value/description). Some of the properties are informative only and cannot be changed by the EMS
user.
7.6
Cross Connections
The ProView 7000™ device provides the ability to cross connect the input stream information
to the processing functions and the outputs of the device with DSR support. These functions
are made easy by the EMS and includes cross connecting input to outputs, selecting inputs to
the output decoding channels and defining the inputs for the CA modules.
The ProView 7000™ has up to four (4) input multiplexes and up to four (4) output multiplexes.
In addition, the EMS provides wizards to guide the user in creating these connections.
Related Topics:
7.6.1
■
Setting Multiplex Cross Connections
■
Input to Decoder Channel Connection
■
Editing and Deleting
Setting Multiplex Cross Connections
The ProView 7000™ device features multiplexing any input stream to different outputs of the
device. The EMS makes it easy to cross connect an input stream, any program in the input
stream or any EMM in the input Conditional Access Tables (CAT). You can cross connect any
program from any input multiplex to any output multiplex as long as there are no programs
from another input multiplex already cross connected to the same output multiplex. You can
cross connect up to four transport streams from the RF and four (4) ASI inputs. You can
connect any physical input to as many multiplex inputs as you want.
Furthermore, the EMS enables multiplexing any input PID, including PIDs in the received
programs, as unreferenced multiplex output PIDs.
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7.6.1.1
Cross Connections
Transport Stream Cross Connect (Stream Pass Through)
You can cross connect transport streams between different multiplex inputs and outputs and
optionally remap selected PIDs.
To create a transport stream cross connection:
1. Drag a multiplex from the Multiplex Input box and drop it onto a multiplex out or a
decoder in the Multiplex & Decoding Output box.
A Cross-Connect editor dialog displays, allowing setting up the parameters for the routed
element.
Figure 7–26: TS Cross Connect
2. Click Create to create the stream cross-connect.
Remapping PIDs
Prerequisites:
■
DSR license
■
Transport stream cross connection
To remap PIDs:
1. Right-click Transport Stream Port Route in the Multiplex & Decoding Output box.
2. Select Properties.
3. Select the PID Remapping tab.
4. Enter the Input PID and the output PID.
5. Click Submit.
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7.6.1.2
Cross Connections
Program Cross Connection
You can cross connect programs from a multiplex in the Multiplex Input box with a multiplex
in the Multiplex & Decoding Output box and configure CAM descrambling.
The following options are available in the Dynamic Program Connection Configuration dialog:
■
Enabled – Define the operational status of the program.
■
Input – Display the name of the input multiplex which receives the stream and the number
of the multiplex program.
■
Output – Display the name of the output multiplex port where the stream is routed, the
number of the multiplex program routed to the port and the PID offset.
■
Descrambling – Enable descrambling the program and select the CAM used for the
descrambling. If no CAM is associated it is indicated here.
■
ES Descrambling – To use this feature you must first configure the Descrambling box. There
are two descrambling modes to choose from, the default is Automatic:
❑
Automatic – All ESs in this program with a CAS ID that matches the CAM are configured
for descrambling.
❑
Selective – Select which input PIDs to descramble. You can add PIDs which are not in the
table. You must check at least one ES PID.
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Cross Connections
To create a new program cross connection:
1. Drag a program from a multiplex in the Multiplex Input box and drop it onto a multiplex
out in the Multiplex & Decoding Output box.
The Dynamic Program Connection Configuration dialog displays enabling you to change
the program details.
2. Configure the required parameters.
3. Click Create to create the program cross-connect.
The program name displays under Programs in the Multiplex & Decoding Output box. The
TS identity and source multiplex numbers display after the output multiplex name. See
Figure 7–27.
TS identity no.
Figure 7–27: Dynamic Program Cross Connection
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7.6.1.3
Cross Connections
CAT EMM Cross Connection
To create a new CAT EMM cross connection:
1. From the Multiplex Input box, drag the icon of the required EMM and drop it into the CAT
icon in the Multiplex and Decoding Output box.
Figure 7–28: CAT EMM Cross Connect
The EMM Cross-Connect Editor dialog displays, displaying the cross connect details:
■
Enabled – Defines the operational status (enabled/disabled) of the EMM PID.
❑
Input Multiplex Port / EMM PID – Displays the name of the multiplex input which
receives the stream and the input EMM identification number.
❑
Input EMM PID.
❑
CA System ID.
❑
Output Multiplex Port / EMM PID – Displays the name of the multiplex output
where the stream is routed and the output EMM identification number (identical to
the input PID).
2. Click Create to create the CAT EMM cross-connect.
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7.6.1.4
Cross Connections
Unreferenced PID Cross Connection
You can create, edit and remap unreferenced PID cross connections.
To create a new unreferenced PID cross connection:
1. From the Multiplex Input box, drag the icon of the required PID and drop it onto the
Unreferenced PID icon in the Multiplex and Decoding Output box.
Figure 7–29: Unreferenced PID Cross Connect
The Unreferenced PID Cross-Connect Editor dialog displays, displaying the cross connect
details:
❑
Input Multiplex Port / Input PID – Displays the name of the multiplex input which
receives the stream and the input PID number.
❑
Output Multiplex Port / Output PID – Displays the name of the multiplex output port
where the stream is routed and the output PID (identical to the input PID).
2. Click Create to create the Unreferenced PID cross-connect.
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7.6.1.5
Cross Connections
NIT Replacement
You can replace the NIT in an output multiplex with a PID from an input multiplex. The default
PID for the NIT is 16.
Replacing a NIT
To replace the NIT with a PID from an input multiplex:
1. Drag the program ES in the Multiplex Input box to the NIT under Tables of the multiplex in
the Multiplex & Decoding Output box.
2. Confirm the confirmation dialog.
Cancelling a NIT Replacement
To cancel a NIT replacement:
1. Double-click NIT under Tables of the multiplex in the Multiplex & Decoding Output box.
The NIT - Properties dialog displays.
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Cross Connections
2. Select Not Passed in the Table Passed State drop-down menu.
3. Click Apply.
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7.6.2
Cross Connections
Input to Decoder Channel Connection
The EMS allows defining an output decoding channel. The channel supports up to two
services. The Decoding Channel allows configuring the service properties such as the input
port, decoder ID, decoder card number and channel number.
To define a new decoding channel:
1. From the Input box, drag the icon of the wanted program into the icon of the decoding
channel in the Output box.
Figure 7–30: Set Decoder Channel
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CAM Slot Management
The Decoding Channel properties dialog displays, enabling the user to review and
configure the decoding properties (for detailed description, refer to 7.3.8 Decoding
Channel Properties).
NOTE: The EMS enables building your own decoded output stream, by selecting specific elementary
stream from a program. Drag and drop the ES icon from the input program branch into the Output
decoding icon. The ES Decoding Properties dialog will open, allowing setting the relevant parameters (for
detailed description, refer to 7.3.8 Decoding Channel Properties).
CAUTION: Do not use ES from different programs.
2. Click OK to confirm the decoding set-up.
NOTE: Descrambling Set-Up TIP:
When setting a program or an ES for decoding, the decoder properties menu enables the user to
descramble the program and to select the CAM slot for the descrambling process.
Refer to 7.3.8 Decoding Channel Properties in this manual for a detailed description of the options
provided by the Decoding Channel Properties dialog.
7.6.3
Editing and Deleting
To edit components:
❖ Double-click the component in the EMS box.
To delete components:
1. Click the component in the EMS box.
2. Press the Del key.
7.7
CAM Slot Management
Use the EMS CAM management to allocate available CAM slots to selected multiplex input or
to a multiplex program.
To allocate a CAM slot to a multiplex input:
1. In the Device tree, right-click the CAM slot icon and select Properties.
The CAM Slot Properties dialog displays.
2. Select the input multiplex port.
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CAM Slot Management
3. Click OK.
Figure 7–31: CAM Slot properties
4. To configure all ESs and all ECMs, select Full descrambling under Descrambling Mode.
In Selective ES Descrambling mode only ESs that are scrambled with a CAS ID supported
by the CAM, are descrambled.
Related Topics:
7.7.1
■
Descrambling a Cross Connected Program
■
Descrambling a Decoded Program
Descrambling a Cross Connected Program
To allocate a CAM slot to a scrambled cross-connected program:
1. Cross connect an input program to the output multiplex port (see 7.6.1.2 Program Cross
Connection).
Check the  Descrambling with checkbox in the Dynamic Program Connection
Configuration dialog and select the CAM slot for the cross-connected program.
2. Click Create to confirm the program cross-connection.
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7.7.2
EMS Connection Wizard
Descrambling a Decoded Program
To allocate a CAM slot to a scrambled decoded program:
1. Cross connect an input program to the decoder (see 7.6.2 Input to Decoder Channel
Connection).
2. Check the  Descrambling with checkbox on the Service tab in the Decoding Channel
Properties dialog.
3. Select the CAM slot for the service.
4. Click Create to confirm the program cross-connection.
7.8
EMS Connection Wizard
The ProView 7000™ EMS Connection Wizard provides EMS guided input program cross
connection to any device output and device decoding channels.
1. The EMS Connection Wizard is activated from the EMS Menu tree, by selecting
Actions > Connection Wizard… option or by clicking
toolbar.
Connection Wizard in the EMS
The displayed wizard select dialog provides access to the setting the following:
❑
Input Program Cross-Connections – For details, refer to 7.8.1 Setting Program CrossConnection using the Connection Wizard.
❑
Input Program Decoding Channel – For details, refer to 7.8.2 Setting Decoding
Channel using the Connection Wizard.
Figure 7–32: Connection Wizard dialog
Related Topics:
■
Setting Program Cross-Connection using the Connection Wizard
■
Setting Decoding Channel using the Connection Wizard
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7.8.1
EMS Connection Wizard
Setting Program Cross-Connection using the Connection Wizard
To set a cross-connection by using the Connection Wizard:
1. Click Connection Wizard on the EMS toolbar.
2. Select Input Program to Output Port and click Next.
A list of multiplex inputs available for selection displays.
3. Select an Input Multiplex Port and click Next>>.
A list of programs available at the selected input displays.
4. Select an input program port and click Next>>.
A list of multiplex outputs available for selection displays.
5. Select an Output Multiplex and click Next>>.
The Cross-Connect Editor dialog displays.
6. Set the required parameters:
❑
Enabled – Defines the operational status of the program.
❑
Input – Displays the name of the input physical port which receives the stream and
the number of the multiplex program.
❑
Output – Displays the name of the output physical port where the stream is routed
and the number of the multiplexed program routed to the port. You can configure a
new PID Offset.
❑
Descrambling – Enables descrambling the program and selects the CAM used for the
descrambling.
7. Click Create to create the program cross-connect.
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7.8.2
EMS Connection Wizard
Setting Decoding Channel using the Connection Wizard
To set a Decoding Channel by using the Connection Wizard:
1. Click Connection Wizard on the EMS toolbar.
2. Select Input Program to Decoding Channel and click Next>>.
3. Select the Input Multiplex Port and click Next>>.
4. Select an input program and click Next>>.
5. Select the Decoding Channel and click Next>>.
The Decoding Channel Properties dialog displays, enabling you to review and configure
the decoder properties (for detailed description, refer to 7.3.8 Decoding Channel
Properties).
6. Click OK to confirm the decoding set-up.
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7.9
Low Delay Mode
Low Delay Mode13
The ProView 7000 Low Delay Mode is designed to work with an Ellipse 1000/2000 encoder in
Low Delay mode. The end-to-end delay should be less than 9 frames for PAL and 10 frames
for NTSC. Low Delay Mode automatically detects regular video streams that do not require
Low Delay Mode and treats them accordingly.
The following video resolutions are supported:
■
SD PAL
■
SD NTSC
■
720p PAL
■
720p NTSC
■
1080i PAL
■
1080i NTSC
The following audio bitrates are supported for low delay applications:
■
Musicam – 128 – 384 kbps
■
Dolby Digital 2.0 – 256 – 640 kbps
13. Requires a license.
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7.9.1
Low Delay Mode
Selecting Low Delay Mode
To select Low Delay mode:
1. Select the Decoding Channel in the Multiplex & Decoding Output box.
2. Click Properties on the toolbar.
The Decoding Channel Properties dialog displays.
3. Select the Video tab.
4. Select Low Delay for Buffer Management in the Advanced box, see Figure 7–33.
Low Delay option
Figure 7–33: Selecting Low Delay Mode
5. Click Apply.
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7.10
Device Management
Device Management
To manage a ProView 7000™ device using EMS, the device must be connected. To add and
connect a device, see 6.5 Adding a Device and 6.7 Connecting a Device.
The connected devices are listed and displayed in the Devices box. Hover the mouse pointer
over a device icon to display the display tip. See Figure 7–34. The three text rows display the
following:
■
IP Address
■
Username
■
Status
IP Address
Username
Status
Figure 7–34: Device tooltip
You can access the ProView 7000™ device management functions in the following ways:
■
From the EMS menu
■
From the EMS toolbar
■
Right-click the device icon (
) to display the devices management context menu
Related topics:
■
HDMI and DVI Output
■
Reboot Device
■
Device Identification
■
Reset CAM Slot
■
Log-In / Log-Out Control of the Device
■
Setting Up/Changing the Device Log-in Password
■
Managing Presets
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7.10.1
Device Management
■
Backing Up/Restoring the Device Configuration
■
Restoring the Factory/Default Device Access Passwords
HDMI and DVI Output
You can attach a video monitor to the HDMI port to monitor decoded video. The HDMI port
supports HDMI and DVI modes.
To change the mode of the HDMI port:
1. Right-click HDMI Monitor Video Port 1 under Decoders in the Physical Output box.
2. Select Properties in the drop-down menu.
The HDMI Monitor Video Port 1 properties dialog displays.
3. Select one of the following modes in the Output Mode drop-down menu:
❑
HDMI
❑
DVI
The default is HDMI.
7.10.2
Reboot Device
To reboot a device:
1. Select the device in the Devices box.
2. Select Tools > Reboot Device.
3. Confirm.
7.10.3
Device Identification
You can blink the front panel LCD backlight of a physical device to identify it amongst other
devices on a rack.
To identify a device:
1. Select the device in the Devices box.
2. Select Tools > Device Identification Blinking Light.
3. Click Start Blinking in the dialog.
To stop blinking:
❖ Click Stop Blinking in the dialog.
7.10.4
Reset CAM Slot
To reset a CAM slot:
1. Select the device in the Devices box.
2. Expand the Descrambling branch in the Physical Input box.
3. Right-click a CAM slot.
4. Select Reset CAM Slot.
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7.10.5
Device Management
Log-In / Log-Out Control of the Device
A connected ProView 7000™ device needs to be logged-in before enabled for EMS
management. The EMS user management is set at two levels:
■
Monitoring level, where the user can view the device parameters and status.
■
Configuring level, where the user is enabled to monitor and configure the device
parameters.
Logging in is password protected. Refer to 7.11.4 Device Users’ Access Properties for setting
up and changing the device access password and to 7.10.9 Restoring the Factory/Default
Device Access Passwords for restoring factory passwords. Logging out leaves the device
connected to the EMS, yet disables access to the device.
7.10.6
Setting Up/Changing the Device Log-in Password
Setting up or changing the device log-in password is enabled for Configuring level users. For
details on password set-up, refer to 7.11.4 Device Users’ Access Properties.
7.10.7
Managing Presets
Use the Manage Presets menu to display the Presets Management dialog and manage
multiple configuration files. If you use several satellites, you can create a preset file for each
satellite configuration and activate the appropriate preset when you switch transponders.
You can create up to 10 presets. You can download preset files to your management PC and
upload them to other ProView 7000™s with the same hardware configuration, firmware
version and licenses. See Figure 7–35.
Figure 7–35: Presets Management dialog
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Related topics:
7.10.7.1
■
7.10.7.1 Creating a Preset
■
7.10.7.2 Activating a Preset
■
7.10.7.3 Renaming a Preset
■
7.10.7.4 Deleting a Preset
■
7.10.7.5 Downloading Presets
■
7.10.7.6 Uploading a Preset
Creating a Preset
Use the Create button to create a preset file from the current configuration. The file length
limit is 32 characters.
To create a preset file from the current configuration:
1. Select the device in the Devices box.
2. Select Tools > Manage Presets.
The Presets Management dialog displays.
3. Click Create.
4. Enter a name for the preset.
5. Click OK.
7.10.7.2
Activating a Preset
Use the Activate button to activate a preset in the ProView 7000™. The device reboots when
you activate a preset.
To activate a preset:
1. Select the device in the Devices box.
2. Select Tools > Manage Presets….
The Presets Management dialog displays.
3. Select a preset in the list.
4. Click Activate.
A confirmation dialog displays.
5. Click Yes.
7.10.7.3
Renaming a Preset
Use the Rename button to rename a preset. The file length limit is 32 characters.
To rename a preset:
1. Select the device in the Devices box.
2. Select Tools > Manage Presets….
The Presets Management dialog displays.
3. Select a preset in the list.
4. Click Rename.
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5. Enter the new preset name.
6. Click OK.
7.10.7.4
Deleting a Preset
Use the Delete button to delete a preset.
To delete a preset:
1. Select the device in the Devices box.
2. Select Tools > Manage Presets….
The Presets Management dialog displays.
3. Select a preset in the list.
4. Click Delete.
A confirmation dialog displays.
5. Click Yes.
7.10.7.5
Downloading Presets
Use the Download button to download a preset to your managing PC.
To download presets:
1. Select the device in the Devices box.
2. Select Tools > Manage Presets….
The Presets Management dialog displays.
3. Select a preset in the list.
4. Click Download.
The file/folder dialog displays.
5. Select a destination folder for the preset files.
6. Click OK.
7.10.7.6
Uploading a Preset
Use the Upload button to upload a preset to a ProView 7000™. Preset files which you upload
must have different names to those already in the ProView 7000™.
To upload a preset:
1. Select the device in the Devices box.
2. Select Tools > Manage Presets….
The Presets Management dialog displays.
3. Click Upload.
The file/folder dialog displays.
4. Select a preset file in the list.
5. Click OK.
A preset name dialog displays.
6. You can enter a different name to store this preset in the ProView 7000™.
7. Click OK.
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7.10.8
Device Management
Backing Up/Restoring the Device Configuration
The Back Up / Restore Configuration dialog enables the EMS user to manage the
configuration of the ProView 7000™ device.
This dialog enables the EMS user to back up the current device configuration and keep it for
future use, to restore a backed-up device configuration and to restore the factory default
device configuration.
When restoring a saved or factory/default configuration, make sure the current hardware and
licensed software of the device match the device configuration when the configuration was
backed up. If in doubt, consult Harmonic support.
Figure 7–36: Backup and Restore Configuration dialog
7.10.8.1
Backing Up the Current Configuration
To back up the current configuration:
1. Select the device in the Devices box.
2. Select Tools > Back Up / Restore Configuration… in the ProView 7000™ EMS menu bar.
The Back Up and Restore Configuration dialog displays, see Figure 7–36.
3. Enter a configuration identification name in the Backup Device section of the dialog.
4. Select the path where to backup the configuration.
5. Click Back Up.
A message reports successful save of the configuration.
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7.10.8.2
Device Management
Restoring a Backed-Up Configuration
To restore a backed-up configuration:
1. Select the device in the Devices box.
2. Select Tools > Backup/Restore Configuration… in the ProView 7000™ EMS menu bar.
The Backup and Restore Configuration dialog displays, see Figure 7–36.
3. Browse the path and select the saved configuration name in the Restore Device section of
the dialog.
4. Click Restore.
After confirming the retrieval, the EMS retrieves the configuration file and the
ProView 7000™ is reconfigured according to the saved set-up.
7.10.8.3
Restoring the Default Configuration
You can choose to restore the default configuration or to restore the factory default database
which also resets the IP addresses to their defaults and removes all licenses.
To restore the default device configuration:
1. Select the device in the Devices box.
2. Select Tools > Backup/Restore Configuration in the ProView 7000™ EMS menu bar.
The Backup and Restore Configuration dialog displays, see Figure 7–36.
3. Click Default.
The Restore Default Configuration dialog displays.
4. Choose one of the following:
❑
Restore default configuration to device (default database)
❑
Restore factory default configuration (default database & IP)
5. Click Restore Default Configuration.
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7.10.9
Device Management
Restoring the Factory/Default Device Access Passwords
This function enables the EMS user to restore access to a ProView 7000™ device when the
device access passwords are lost.
Restoring the access to the device requires receiving a new access code from Harmonic
support. To receive this code, communicate the request to Harmonic support and provide the
device Key ID and device date (information provided in the Restore Default Password dialog.
To restore access to the device:
1. Select the device in the Devices box.
2. Select Tools > Restore Default Passwords in the ProView 7000™ EMS menu bar.
The Restore Default Passwords dialog displays.
3. Use the displayed device key ID and Device date information to receive the access code.
4. Enter the access code supplied by Harmonic and click Restore.
NOTE: The Harmonic supplied access code is valid for the same day only. Once the access passwords are
reset to factory values, it is recommended to change and personalize them to protect the security of the
device.
You can copy the key ID and device date to the clipboard with the Copy button.
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7.11
Device Properties
Device Properties
Use the Device properties to monitor and set ProView 7000™ system level parameters.
To display the Device properties:
1. Select a device icon in the Devices box.
2. Click Properties on the EMS toolbar.
The Device Properties dialog displays with multiple tabs, each listing a specific group of
device parameters.
Related topics:
7.11.1
■
Network Properties
■
Hardware Properties
■
Device Communication Properties
■
Device Users’ Access Properties
■
Device Software Upgrade Properties
■
Device License Properties
■
Device Date and Time Properties
■
GPI Properties
Network Properties
The Network properties tab provides the EMS user the ability to manage the following
parameters related to the ProView 7000™ unit:
■
Set the IP address of the port.
■
Set the Mask address of the port.
■
Set the Gateway address of the port.
■
View the unit MAC Address.
■
View Auto negotiation status of the port.
■
View the traffic Speed of the port (in Mbps).
■
View the Duplex Mode.
■
Manage the Routing Tables – GbE In mode only.
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Figure 7–37: Device properties dialog – Network tab
Routing Table Management
Use the Routing Table Management dialog to manage up to five routing destinations for GbE
input when the sender is on a different network.
To display the Routing Table Management dialog:
❖ Click Advanced on the Network tab of the device properties dialog.
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To add or edit a routing entry:
1. Click Edit Entry.
The Routing Table Entry dialog displays.
2. Select the destination type, network or host.
3. Enter the following:
❑
Destination Address
❑
Mask
❑
Gateway – Enter the GbE IP address that corresponds to the selected GbE port.
4. Select the Port.
5. Click OK.
To clear a routing entry:
1. Select a routing entry.
2. Click Clear Entry.
3. Confirm.
7.11.2
Hardware Properties
The Hardware properties tab provides the EMS user the ability to monitor the following
parameters related to the ProView 7000™ unit, arranged in the following groups / sub-tabs:
NOTE: Each Hardware Properties sub-tab also displays the highest active alarm level related to the
ProView 7000™ device.
Device Box
The Device box displays the device model name.
Hardware Inventory Box
The Hardware Inventory Box contains the following tabs:
■
Platform
■
Main Board
■
Front End
■
Bottom Card
■
Top Card
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Platform
The Platform properties tab displays the following information on the ProView 7000™
platform:
■
Part number
■
Platform serial number
■
Hardware Revision
Figure 7–38: Device properties dialog – Hardware – Platform tab
Main Board
The Main Board Properties tab displays the following ProView 7000™ main board
parameters:
■
Main Board Serial number
■
Software version number
■
Main Board part number
■
Hardware Revision information
■
Main Board FPGA version number
■
Auxiliary FPGA version number
■
Remote sensor 1 and 2 temperature (in °C)
■
Internal sensor temperature (in °C)
■
Fan 1, 2, 3 and 4 speed (in rpm)
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Figure 7–39: Device properties dialog – Hardware – Main Board tab
Front End
The Front End properties tab displays the following parameters on the front end unit installed
in the device:
■
Front End Type
■
Part number
■
Serial number
■
Hardware Revision information
■
Front End sensor temperature (in °C)
■
Front End FPGA version number
■
DVB-S and DVB-S214 (if available) demodulator version information
14. Requires a license with some hardware configurations, see B.6 Front End Card Features for details.
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Figure 7–40: Device properties dialog – Hardware – Front End tab
Bottom Card
The Bottom Card properties tab displays the following parameters on the bottom card
installed in the device:
■
Bottom card type
■
Bottom card part number
■
Bottom card serial number
■
Hardware Revision information
■
Decoder Software Version information
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Figure 7–41: Device properties dialog – Hardware – Bottom Card tab
Top Card
The Top Card Properties tab displays the following parameters on the top card installed in the
device:
■
Top card type
■
Top card part number
■
Top card serial number
■
Hardware Revision information
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Figure 7–42: Device properties dialog – Hardware – Top Card tab
Alarms Box
The Alarms box displays the highest Alarm severity.
7.11.3
Device Communication Properties
The Communications properties tab provides the EMS user the ability to manage the
following parameters related to the ProView 7000™ unit communication:
Traps Destination Parameters Box
Traps are SNMP notifications sent by the unit to a predefined address, without user
intervention. The Traps Destination Configuration section allows setting up the trap
destination parameters.
The trap destination parameters consist of the destination IP address, the UDP port number,
the destination description and the SNMP community string. Up to 5 trap destinations can be
defined.
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Figure 7–43: Device Properties dialog – Communications tab
To configure the trap destination:
1. Right-click the requested device and select Properties on the context menu.
The Device Properties dialog displays.
2. Select the Communications tab.
3. On the Communications tab, click Add….
The Trap Destination / Add dialog displays.
4. Fill the following fields in the Trap Destination – Add dialog.
❑
IP Address – Sets the IP address of the trap destination
❑
UDP Port – Sets the UDP port number of the trap destination
❑
Description – Optional parameter, describing the trap destination
❑
Trap Community – Set the trap community
5. Click OK.
6. Click Apply.
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Device Properties
SNMP Timeout & Retries Box
The SNMP Configuration area allows the user to set-up the following SNMP parameters:
■
Timeout – defines the maximum time period for one connection attempt (in msec). This
parameter is set to 20000 by default.
■
Retries – sets the number of connections attempts in case of a connection failure. This
parameter is set to 2 tries by default.
Other Box
Last Reboot – displays the date and time of the last reboot performed on the device.
Last Configuration Change – displays the date and time of the last configuration change on
the device.
7.11.4
Device Users’ Access Properties
You can log in to ProView 7000™ devices using EMS on two levels; Configure and Monitor.
The Configure defined user can monitor and configure the ProView 7000™ devices and have
access to all set-up functions provided by the EMS.
The Monitor user can view all information displayed by the EMS, but is not enabled to change
any of the set-up options.
The Users properties tab provides the EMS user the ability to manage the user access to the
unit. It provides the following options:
■
Displays the currently logged in user identification and access level.
■
Enables the EMS Configure user to set a new password for the configure level and for the
monitor level.
Figure 7–44: Device Properties dialog – Users tab
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The factory default passwords are:
■
User: configure – configure
■
User: monitor – monitor
Only a Configure user can change the passwords. It is recommended to change the passwords
once the device is installed to prevent unwanted tamper with the device. Resetting the
password of the device requires restoring the factory access passwords. For details, see
7.10.9 Restoring the Factory/Default Device Access Passwords.
7.11.5
Device Software Upgrade Properties
The ProView 7000™ device software can be upgraded using non EMS managed tools,
consisting of BOOTP and TFTP industry standard tools.
The S/W upgrade tab sets the number of retries for each one of these two upgrade tools.
Figure 7–45: Device Properties dialog – S/W Upgrade tab
The EMS enables the user to view and switch between the current and last software version
for the device. This feature is very useful when the user selects to return to the last software
version after a software upgrade. For details, refer see F.1 Active Version Management. The
EMS provides a Software Upgrade Manager tool. For details, see F.2 Software Upgrade
Manager.
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7.11.6
Device Properties
Device License Properties
The Device License tab displays the ProView 7000™ licensed features.
Figure 7–46: Device Properties dialog – License tab
To enter a new license code:
1. Mark the Update license checkbox.
2. Enter the new license code.
3. Click Apply.
4. Reboot the device to activate the license.
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7.11.7
Device Properties
Device Date and Time Properties
The Date & Time tab enables you to view and configure the current date and time, time zone
and NTP configuration of the device, the unit can synchronize its clock with an NTP server
using SNTP/NTP v2 or v3.
NTP is disabled by default.
Figure 7–47: Device Properties dialog – Date & Time tab
7.11.8
GPI Properties
Use the GPI tab to select alarms to toggle GPI relays for any automation system on-site or to
manually switch relays.
There are three modes for each GPI relay, namely:
■
Alarm Triggered – Use this mode to select individual alarms to toggle the relay.
■
Off – Use this mode to manually switch the relay off.
■
On – Use this mode to manually switch the relay on.
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Relay tabs
To select or de-select all alarms
Figure 7–48: Device Properties dialog – GPI tab
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Monitoring using EMS
Use the device icon, Alarms tab and Alarms History tabs to monitor ProView 7000™ devices.
Topics:
8.1
■
Device Communication Status
■
Alarms
■
Alarm History
■
Refreshing the EMS Screen
■
DVB-S/S2 Input Port Properties Status
■
Decoding Channel Properties Status
■
Decoding Channel Properties Monitoring
Device Communication Status
The communication state of the ProView 7000™ EMS with a ProView 7000™ device is shown
by the graphical display of the device icon in the Devices box and are refreshed automatically.
The alarm severity level is indicated by the device icon LEDs. A list follows with the
descriptions:
■
A device that is disconnected or not logged into is displayed in light gray.
■
A connected and communicating device with no alarms is displayed in full color
and the LEDs are green.
■
When a device is receiving a command from a Harmonic DMS server, DMS
displays next to the device icon.
■
When a device has a critical alarm then the LEDs are red.
■
When a device has a major alarm and no critical alarms then the LEDs are
orange.
■
When a device has a warning alarm and no major or critical alarms then the
LEDs are yellow.
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8.2
Alarms
Alarms
Use the Alarms tab to display the active alarms. Alarms alert the user to conditions that may
require attention. Concerning multiplex input redundancy, alarms on the backup source port
of a multiplex in port display on the Alarms tab if the relevant redundancy trigger is enabled
and the threshold matches the Redundancy Triggers configuration, see 7.2.4 Multiplex In Port
Properties.
To display the Alarms tab:
❖ If the Alarms tab is collapsed, click the left most of the two triangles in the bottom left of
the EMS window to expand it.
Two triangles
Figure 8–1: Alarm tab
To refresh the alarm list on demand:
1. Right-click any alarm in the list.
2. Select Refresh Alarms.
The information provided for each alarm displayed consists of the following:
■
Alarm Severity – The alarm severity level.
The alarm severity color codes are:
❑
Critical (
❑
Major (
❑
Warning (
red)
orange)
yellow)
■
Time – Alarm generation date and time (yyyy-mm-dd hh:mm:ss format).
■
Device Name and IP – The identification name and IP address of the ProView 7000™ device
which have raised the alarm.
■
Description – The alarm identification and description information.
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8.2.1
Alarm History
Alarm Properties
The Alarm Properties displays detailed information on a specific alarm message.
To display the Alarm Properties dialog:
1. Right-click an alarm entry in the Alarms box.
2. Select Properties in the drop down menu.
See Appendix E, ProView 7000™ Alarm List for the alarm list with corrective actions.
8.3
Alarm History
Use the Alarms History tab to view a record of alarms triggered. You can export the alarm
history in CSV format.
The alarm severity color codes are the same as those in the Alarm tab.
To display the alarm history for a device:
1. Select the Alarms History tab.
2. Select the device in the Filter drop-down menu.
The alarm history displays for the selected device.
© 2012 Harmonic Inc.
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Chapter 8 Monitoring using EMS
8.4
Refreshing the EMS Screen
Refreshing the EMS Screen
The EMS supports a user-driven screen refresh function. This function can refresh the
following:
■
Element – Updates a branch or specific element in the stream, either at the multiplexed
input or the multiplexed output.
■
Device – Updates the currently managed ProView 7000™ device.
To refresh an element or device:
1. Select an element or device.
2. Select File > Refresh > [device|element]
—or—
click Refresh on the EMS Toolbar.
You can also perform a refresh by right-clicking the element icon and selecting the Refresh
item in the displayed element drop-down menu.
© 2012 Harmonic Inc.
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Chapter 8 Monitoring using EMS
8.5
DVB-S/S2 Input Port Properties Status
DVB-S/S2 Input Port Properties Status
To display the DVB-S/S2 Input Port properties:
1. Select the DVB-S/S2 Input Port icon in the Physical Input box.
2. Click Properties on the EMS toolbar.
3. Click Status in the DVB-S/S2 In Port properties dialog.
The Status Properties box on the right hand side of the DVB-S/S2 In Port dialog displays the
current status of the receiver module. Thus, changing parameters in the Properties Set-Up
section affects the status report only after the changes are applied to the device (by clicking
Apply or OK).
The reception status is displayed whether the physical port is connected or not connected to
the DVB Multiplex In. The information displayed on the status properties section is refreshed
every few seconds. Some of the following properties are relevant to only one modulation
standard (DVB-S or DVB-S2) and displayed accordingly.
The status properties displayed in the Status (right) section of the DVB-S/S2 In Port dialog
consists of the following parameters:
■
Carrier and Demodulator lock status – ProView 7000 attempts to lock onto a carrier even
when the port is not connected
■
Carrier to noise ratio (C/N) measured value (in dBc)
■
Energy per bit to Noise power spectral density ratio (Eb/N0) value (in dB)
■
Link Margin value (in dB)
■
Bit Error Rate (BER, applicable to DVB-S, as decimal number a.b E-X)
■
Packet Error Rate (PER, applicable to DVB-S2, as decimal number a.b E-X)
■
Tuned Frequency value (in kHz)
■
Frequency Offset measured (in kHz)
■
Spectral inversion operational mode detected
■
FEC Rate used
■
Pilot Signal operating status (DVB-S2 feature)
■
Frame Size detected (DVB-S2 feature)
© 2012 Harmonic Inc.
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Chapter 8 Monitoring using EMS
8.6
Decoding Channel Properties Status
Decoding Channel Properties Status
To display the decoding channel properties status tab:
1. Right-click a decoding channel in the Multiplex & Decoding Output box, see Figure 6–2 for
the box location.
2. Select the Status tab.
The Status tab comprises:
■
■
Error Counters – displays the count of the following errors detected and enables the user
to reset the status counters:
❑
Continuity Counter Errors
❑
Subtitle Repositioning Failures
Video – displays the status of the following video source parameters:
❑
Codec
❑
Aspect ratio
❑
Resolution
❑
Scan type
❑
Frame rate (per second)
❑
Sequence header bitrate (in bps)
❑
GOP size and structure
■
VBI – displays extracted VBI data information
■
Audio 1 / 2 – displays the status of the following audio 1 (or audio 2) source parameters:
■
❑
Codec
❑
Sample rate (in kHz)
❑
audio channel mode
❑
Audio bitrate (in bps)
❑
Layer number
Service – displays the PID of the following decoded elementary streams:
❑
Video
❑
PCR
❑
Audio 1 and 2
❑
VBI
❑
Subtitling
© 2012 Harmonic Inc.
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Chapter 8 Monitoring using EMS
Decoding Channel Properties Status
Figure 8–2: Decoding Channel Properties - Status tab
© 2012 Harmonic Inc.
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Chapter 8 Monitoring using EMS
8.7
Decoding Channel Properties Monitoring
Decoding Channel Properties Monitoring
To display the decoding channel properties monitoring tab:
1. Right-click a decoding channel in the Multiplex & Decoding Output box, see Figure 6–2 for
the box location.
2. Select the Monitoring tab.
The Monitoring tab comprises:
■
■
■
■
General
❑
Transport Error Indicator Counter
❑
Input FIFO Overflow
❑
Scrambled
❑
Corrupted
❑
PCR Discount
❑
PCR Glitch
Card
❑
Temperature
❑
Voltage
❑
Up Time
❑
Resets
Video
❑
Overflow
❑
Underflow
❑
Stream
❑
Sync
❑
Skip
❑
Repeat
❑
Decoding Status
❑
Stream ID
❑
VBV Buffer Size
❑
Profile & Level
❑
Calculated Bitrate
❑
Calculated Bit Buffer Level
Audio 1/2
❑
Overflow
❑
Underflow
❑
Stream
❑
Sync
❑
Skip
© 2012 Harmonic Inc.
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Chapter 8 Monitoring using EMS
Decoding Channel Properties Monitoring
❑
Repeat
❑
Decoding Status
Figure 8–3: Decoding Channel Properties - Monitoring tab
© 2012 Harmonic Inc.
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ProView 7000 v.2.6, Rev. E
Chapter 9
Contacting Harmonic Support
The Harmonic Customer and Technical Support groups are available to help you with any
questions or problems you may have regarding Harmonic products.
For assistance, refer to the following table for contact information in your region:
Table 9–1: Contacting Harmonic Support
Region
Telephone Technical Support
E-mail
Americas
888-673-4896 (888-MPEG-TWO)
or 408-490-6477
[email protected]
Europe, Middle East
+44 7699 391552
[email protected]
Asia (excluding India
and Russia)
+852-2116-1119
[email protected]
India
+91 22 6793 9291
[email protected]
Russia
+7 495 926 4608
[email protected]
Africa
+972-54-900-7740
[email protected]
China
+852-2116-1119
[email protected]
The corporate address for Harmonic Inc. is:
Harmonic Inc.
4300 North First St.
San Jose, CA 95134, U.S.A.
Attn: Customer Support
The corporate telephone numbers for Harmonic Inc. are:
Tel. 1.800.788.1330 (from the U.S. and Canada)
Tel. +1.408.542.2500 (outside the U.S. and Canada)
Fax.+1.408.490.6770
The web address for Harmonic Inc. is www.harmonicinc.com.
© 2012 Harmonic Inc.
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ProView 7000 v.2.6, Rev. E
Appendix A
Characteristics and Specifications
A.1 DVB-S/S2 RF Input Interfaces
L-Band RF input with LNB control
■
Connectors: 4 x F-type, 75 Ω1
■
Frequency range: 950 – 2150 MHz
■
RF input level: -65 – -25 dBm
■
LNB power: 13 VDC, 18 VDC / 350 mA
A.2 Transport Stream Input Interfaces
DVB-S Input
■
Connector: 4 x RF In1 (common connector with DVB-S2)
■
Constellation: QPSK
■
Symbol rate: 1 – 45 Msps
■
FEC: All ratios compliant with standard
DVB-S22 Input
■
Connector: 4 x RF In1 (common connector with DVB-S)
■
Constellation: VCM, QPSK, 8PSK, 16APSK3
■
Symbol rate: 1 – 45 Msps
■
FEC: All ratios compliant with standard
■
FEC Blocks: Short and normal
■
Roll off: 0.2, 0.25 and 0.35
■
Mode: CCM, VCM and Automatic
■
Pilots: On, Off and Automatic
ASI Input
1.
2.
3.
■
Connector: 2 (4 on ProView 7000™) x BNC 75 Ω
■
Packet Length: 188 and 204 byte packets
■
TS max bit rate: 160 Mbps
More than one RF in with certain hardware configurations.
Requires a license with some hardware configurations, see B.6 Front End Card Features for details.
A license is required for 16APSK modulation. Only available with certain hardware configurations.
© 2012 Harmonic Inc.
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Appendix A Characteristics and Specifications
Transport Stream Output Interfaces
MPEG over IP Input4
■
Number of ports: 2
■
Connector: 100/1000 Base-T RJ-45
■
Number of independent input streams: 1
■
Encapsulation protocols: MPEG-2 TS over UDP/RTP over IP v4
■
IP address types:
■
❑
Unicast
❑
Multicast
Maximum socket bit rate: 80 Mbps
A.3 Transport Stream Output Interfaces
ASI Output
■
Number of outputs: 2 (mirrored)
■
Connectors: 2 (4 on ProView 7100™) x BNC 75 Ω
■
Packet Length: 188 byte packets
■
TS maximum output bit rate: 120 Mbps
MPEG over IP Output
■
Number of ports: 2
■
Connector: 100/1000 Base-T RJ-45
■
Number of independent output streams: 1
■
Encapsulation protocols: MPEG-2 TS over UDP over IP v4
■
IP address type: Multicast
■
Maximum socket bit rate: 80 Mbps
A.4 Transport Stream Processing
■
PID and service level filtering
■
High accuracy PCR re-stamping
■
Autogeneration or passthrough of PSI / SI tables
■
CA signaling removed when descrambling
A.5 Conditional Access (DVB-CI)
4.
■
Interface: 2 (4 on ProView 7100™) independent CI slots EN-50221
■
CA methods: Multicrypt, Simulcrypt
■
CAS: Viaccess®, Irdeto®, Conax®, Nagravision®, NDS
Requires a license.
© 2012 Harmonic Inc.
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Appendix A Characteristics and Specifications
Video and Audio Decoding
A.6 Video and Audio Decoding
Video Decoding
■
Number of decoding channels: 1
■
Decoding formats:
■
■
■
❑
MPEG-2 SD 4:2:0 [email protected]
❑
MPEG-2 HD 4:2:0 [email protected]
❑
MPEG-4 AVC SD [email protected]
❑
MPEG-4 AVC HD [email protected] / [email protected]
Maximum video rate:
❑
MPEG-2 SD: 15 Mbps
❑
MPEG-2 HD: 50 Mbps
❑
MPEG-4 AVC SD: 10 Mbps
❑
MPEG-4 AVC HD: 20 Mbps (MP), 25 Mbps (HP)
Video formats
❑
1080i @ 29.97, 30, 25 fps
❑
720p @ 59.94, 60, 50 fps
❑
480i @ 29.97 fps
❑
576i @ 25 fps
❑
480p @ 59.94 fps
Analog video output
❑
PAL-B/G/I/M/N/D
❑
NTSC (M)
❑
French SECAM5
❑
Russian SECAM5
❑
Genlock5
Video Processing
5.
■
HD video down-converted to SD with aspect ratio conversion
■
Letter Box, Center Cut
■
Aspect ratio conversion 16:9 to 4:3
■
SD closed caption re-insertion compliant with ETSI EN 300 743 (V1.3.1)
■
Support for the following closed caption standards:
❑
CEA-608
❑
CEA-708
■
SMPTE RP 186:2008 (class1.1) Video Index Information Coding
■
SCTE 35 queueing commands to SCTE 104 splice request messages translation.
Only available with certain hardware configurations.
© 2012 Harmonic Inc.
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Appendix A Characteristics and Specifications
Video and Audio Interfaces
Audio Decoding
■
2 Stereo pairs audio decoding
■
Stereo down-mix
■
MPEG-1 Layer-II (Musicam)
■
Dolby Digital®6
❑
Dolby Digital 2.0
❑
Dolby Digital 5.1 down-mix to 2.0
❑
Dolby Digital 5.1 pass through (AC-3 only)
❑
Dolby Digital Plus 5.1 re-embedded to Dolby Digital 5.1 @ 640 kbps
■
Dolby E6 / Linear PCM Pass Through
■
AAC LC
■
❑
AAC LC 2.0 audio
❑
AAC LC 5.1 audio down-mix to 2.0 audio
HE AAC v1 and v2
❑
HE AAC 2.0 audio
❑
HE AAC v1 5.1 audio down-mix to 2.0 audio
A.7 Video and Audio Interfaces
Video outputs
■
2 x composite video interfaces (1 broadcast and 1 monitoring)
■
2 x SD/HD-SDI with embedded audio (mirrored)
■
1 x analog video RGB-HD 15 pin D-connector
■
HDMI for monitoring
Audio outputs
■
2 x analog audio stereo pairs, balanced (15 pin D-connector)
■
2 x digital audio (AES/EBU-S/P-DIF)
■
2 balanced digital audio interfaces (15 pin D-connector)
A.8 Control and Monitoring
6.
■
Front panel keypad and LCD
■
Web browser interface
■
SNMP traps and alarms
■
Ethernet: RJ-45 100/1000BaseT control interface
■
Terminal: RS-232
Dolby, Dolby E and Dolby Digital are registered trademarks of Dolby Laboratories.
© 2012 Harmonic Inc.
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Appendix A Characteristics and Specifications
Compliance
A.9 Compliance
A.9.1
A.9.2
EMC
■
EN55013 Sections 4.2, 4.3, 4.5
■
EN55020 Sections 4.3, 4.4, 4.5, 4.7
■
EN55022 (CISPR22)
■
EN55024 (CISPR24)
■
EN61000 3–2, 3–3, 4–2, 4–3, 4–4, 4–5, 4–6, 4–11
■
FCC Part 15 Subpart B Class A – Conducted Emissions and Radiated Emissions
Safety
■
CAN/CSA–C22.2 No. 60950–1–07
■
EN 60950–1 2006
■
IEC 60950–1 2005
■
UL 60950–1:2007
■
ROHS Directive 2002/95/EC
■
Waste Electrical and Electronic Equipment Directive 2002/96/EC
A.10 Environment
Operation
■
Temperature: 0°C – +50°C
■
Humidity: 5% – 90% (non-condensing)
Storage and Transportation
■
Temperature: -40°C – +70°C
■
Humidity: 0% – 95% (non-condensing)
A.11 Physical and Electrical Characteristics
Size: 1 RU unit (19" rack)
■
Dimensions (H x W x D): 4.4 cm x 48.3 cm x 39.37 cm (1.75" x 19" x 15.5")
■
Weight: 5 kg
Power
■
Voltage: 100V–240V AC, 50/60Hz
■
Power consumption: Up to 100W max.
© 2012 Harmonic Inc.
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Appendix B
Connectors and Front End Card Options
Topics:
■
Overview of Rear Panel Ports and Connectors
■
RGB Port Pin Configuration
■
ProView 7000™ GPI Port Pin Configuration
■
ProView 7100™ GPI Port Pin Configuration
■
GPI Relay Position Names
■
Front End Card Features
B.1 Overview of Rear Panel Ports and Connectors
Figure B–1 and Figure B–2 illustrate typical ProView 7000™ rear panels and Table B–1 details
the ports and connectors provided on the panel. The single decoder card can be ordered with
or without the genlock feature and connector. The ProView 7000™ can be ordered with no
decoder card.
DVB-S/S2
front-end module
ASI in/out ports
Decoder module,
audio/video output interface
MPEGoIP ports
Management
and service
AC power connector
and switch
Control and GPI
Grounding
Jackscrew
Figure B–1: ProView 7000™ Decoder Rear Panel with Single Decoder
DVB-S/S2
front-end module
ASI in/out ports
MPEGoIP ports
Management
and service
Dual decoder module,
audio/video output interface
AC power connector
and switch
Control and GPI
Grounding
Jackscrew
Figure B–2: ProView 7000™ Decoder Rear Panel with Dual Decoder
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Appendix B Connectors and Front End Card Options
DVB-S/S2
front-end module
ASI in/out ports
Overview of Rear Panel Ports and Connectors
MPEGoIP ports
Management
and service
Decoder module,
audio/video output interface
AC power connector
and switch
Control and GPI
Grounding
Jackscrew
Figure B–3: ProView 7100™ Decoder Rear Panel
DVB-S/S2
front-end module
ASI in/bi/out ports
MPEGoIP ports
Management
and service
Dual decoder module,
audio/video/genlock output
interface
AC power connector
and switch
Control and GPI
Grounding
Jackscrew
Figure B–4: ProView 7100™ Decoder Rear Panel with Dual Decoder and genlock
Table B–1: Rear Panel Ports and Connectors
Interface
Description
Connector Type
DVB-S/S2 front-end module
RF IN1
1 x DVB-S/S2 RF modulated input stream with single
port demodulator card
4 x DVB-S/S2 RF modulated input stream with quad
port demodulator card
F-Type, 75 Ω
MPEGoIP ports
MPEGoIP 1 & 2
2 x GbE data ports
100/1000 Base-T, RJ-45
ASI in/out ports
ASI IN 1, 2, 3 & 4
2 x ASI input stream – ProView 7100™
4 x ASI input stream – ProView 7000™
BNC, 75 Ω
ASI OUT 1, 2, 3 & 4
2 x ASI output stream – ProView 7000™
4 x ASI output stream – ProView 7100™
BNC, 75 Ω
Decoder module, audio/video output interface
HD-RGB
© 2012 Harmonic Inc.
1 x RGB High Definition video output with single
decoder
183
D-Type, 15-pin condensed
ProView 7000 v.2.6, Rev. E
Appendix B Connectors and Front End Card Options
Overview of Rear Panel Ports and Connectors
Table B–1: Rear Panel Ports and Connectors
Interface
Description
Connector Type
GenLock
1 x Genlock synchronization input with single decoder
Genlock feature and connector is optional
BNC, 75 Ω
Analog Audio
1 x Analog audio stereo output (balanced) with single
decoder
2 x Analog audio stereo output (balanced) with dual
decoder
D-Type, 15-pin condensed
Digital Audio
Balanced
1 x Digital audio stereo output (balanced) with single
decoder
2 x Digital audio stereo output (balanced) with dual
decoder
D-Type, 15-pin condensed
CV
1 x Analog video output with single decoder
2 x Analog video output with dual decoder
BNC, 75 Ω
CV MON
1 x Analog video monitoring output with single
decoder2 x Analog video monitoring output with dual
decoder
BNC, 75 Ω
HD/SD-SDI
2 x HD/SD-SDI with embedded audio with single
decoder
4 x HD/SD-SDI with embedded audio with dual
decoder
BNC, 75 Ω
AES/EBU
0 x AES/EBU digital audio output with dual decoder
and dual genlock
2 x AES/EBU digital audio output with single decoder
4 x AES/EBU digital audio output with dual decoder
BNC, 75 Ω
HDMI
1 x HD monitoring interface, Audio 1 (stereo)
embedded with single decoder
HDMI
Management related interfaces
Management
External access to the device for control and
monitoring
RJ-45
Control
RS-232 interface connector
D-Type, 9-pin
GPI
General Purpose Interface connector, provides dry
contacts (relays) to drive external alarms
5 x dry contacts – ProView 7100™
2 x dry contacts – ProView 7000™
D-Type, 9-pin –
ProView 7000™
D-Type, 15-pin female
condensed –
ProView 7100™
Power related interfaces
AC Power Socket and
Switch
100–240 VAC 50/60Hz external power supply
connector (for 18AWG three wire cord) and on/off
power switch
Grounding Jackscrew
Jackscrew for connecting the grounding cable when
the unit is rack mounted
1.
© 2012 Harmonic Inc.
For best performance connect 75Ω terminators on all unused RF ports.
184
ProView 7000 v.2.6, Rev. E
Appendix B Connectors and Front End Card Options
RGB Port Pin Configuration
B.2 RGB Port Pin Configuration
5
4
10
15
3
9
14
2
8
13
1
7
12
6
11
Figure B–5: D-Sub 15 Pinouts
Table B–2: D-Sub 15 Pinout Names
Pin No.
Signal
1
RED
2
GREEN
3
BLUE
4
N.U.
5
GND
6
GND
7
GND
8
GND
9
N.U.
10
GND
11
N.U.
12
N.U.
13
H-SYNC
14
V-SYNC
15
N.U.
© 2012 Harmonic Inc.
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Appendix B Connectors and Front End Card Options
ProView 7000™ GPI Port Pin Configuration
B.3 ProView 7000™ GPI Port Pin Configuration
1
2
6
3
7
4
8
5
9
Figure B–6: D-Sub 9 Pinouts
Table B–3: D-Sub 9 Pinout Names
Pin No.
Signal
1
N.U. 1
2
NO 1
3
4
COM 2
5
NO 2
6
COM 1
7
8
9
© 2012 Harmonic Inc.
N.U. 2
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ProView 7000 v.2.6, Rev. E
Appendix B Connectors and Front End Card Options
ProView 7100™ GPI Port Pin Configuration
B.4 ProView 7100™ GPI Port Pin Configuration
5
4
10
15
3
9
14
2
8
13
1
7
12
6
11
Figure B–7: D-Sub 15 Socket Pinouts
Table B–4: D-Sub 15 Socket Pinout Names
Pin No.
Signal
1
COM 1
2
COM 2
3
COM 3
4
COM 4
5
COM 5
6
N.U. 1
7
N.U. 2
8
N.U. 3
9
N.U. 4
10
N.U. 5
11
NO 1
12
NO 2
13
NO 3
14
NO 4
15
NO 5
© 2012 Harmonic Inc.
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Appendix B Connectors and Front End Card Options
GPI Relay Position Names
B.5 GPI Relay Position Names
NC (Normally closed)
COM (Common)
NO (Normally open)
© 2012 Harmonic Inc.
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Appendix B Connectors and Front End Card Options
Front End Card Features
B.6 Front End Card Features
Part Number
099-0526-0XX
Description
DVB-S/S2 Demodulator
Features
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
099-0536-1XX
DVB-S Demodulator
■
■
■
■
■
■
■
■
■
© 2012 Harmonic Inc.
189
1 Port
DVB-S
Automatic DVB-S MODCOD selection
QPSK 1/2
QPSK 2/3
QPSK 3/4
QPSK 5/6
QPSK 7/8
Automatic spectral inversion mode
selection (DVB-S only)
DVB-S2
VCM (DVB-S2)
QPSK 1/4 (DVB-S2)
QPSK 1/3 (DVB-S2)
QPSK 2/5 (DVB-S2)
QPSK 3/5 (DVB-S2)
QPSK 4/5 (DVB-S2)
QPSK 8/9 (DVB-S2)
QPSK 9/10 (DVB-S2)
8PSK 3/5 (DVB-S2)
8PSK 2/3 (DVB-S2)
8PSK 3/4 (DVB-S2)
8PSK 5/6 (DVB-S2)
8PSK 8/9 (DVB-S2)
8PSK 9/10 (DVB-S2)
16APSK 2/3 (DVB-S2)1
16APSK 3/4 (DVB-S2)1
16APSK 4/5 (DVB-S2)1
16APSK 5/6 (DVB-S2)1
16APSK 8/9 (DVB-S2)1
16APSK 9/10 (DVB-S2)1
Frame size (DVB-S2 only):
64,800 or 16,200
Physical Layer Scrambling Seed (DVB-S2)
Acquisition mode
Frequency drift compensation from 5 MBd
and up
Spectral inversion
1 Port
DVB-S
Automatic MODCOD selection
QPSK 1/2
QPSK 2/3
QPSK 3/4
QPSK 5/6
QPSK 7/8
Frequency drift compensation
ProView 7000 v.2.6, Rev. E
Appendix B Connectors and Front End Card Options
Part Number
099-0555-0XX
Front End Card Features
Description
DVB-S/S2 Quad Port Demodulator
Features
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
© 2012 Harmonic Inc.
190
4 Ports
Automatic modulation standard selection
(DVB-S/DVB-S2)
DVB-S
QPSK 1/2
QPSK 2/3
QPSK 3/4
QPSK 5/6
QPSK 7/8
DVB-S21
Automatic pilot symbol detection
(DVB-S21 only)
Automatic roll-off factor (DVB-S21 only)
QPSK 3/5 (DVB-S21)
QPSK 4/5 (DVB-S21)
QPSK 8/9 (DVB-S21)
QPSK 9/10 (DVB-S21)
8PSK 3/5 (DVB-S21)
8PSK 2/3 (DVB-S21)
8PSK 3/4 (DVB-S21)
8PSK 5/6 (DVB-S21)
8PSK 8/9 (DVB-S21)
8PSK 9/10 (DVB-S21)
Physical Layer Scrambling Seed (DVB-S21)
Automatic spectral inversion mode
selection
Automatic MODCOD selection
Attenuation level
Gain
Frequency drift compensation from 8 MBd
and up
ProView 7000 v.2.6, Rev. E
Appendix B Connectors and Front End Card Options
Part Number
099-0568-0XX
Front End Card Features
Description
Features
DVB-S/S2 Single Port Demodulator
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
1.
© 2012 Harmonic Inc.
1 Port
DVB-S
QPSK 1/2
QPSK 2/3
QPSK 3/4
QPSK 5/6
QPSK 7/8
DVB-S21
QPSK 3/5 (DVB-S21)
QPSK 4/5 (DVB-S21)
QPSK 8/9 (DVB-S21)
QPSK 9/10 (DVB-S21)
8PSK 3/5 (DVB-S21)
8PSK 2/3 (DVB-S21)
8PSK 3/4 (DVB-S21)
8PSK 5/6 (DVB-S21)
8PSK 8/9 (DVB-S21)
8PSK 9/10 (DVB-S21)
Automatic pilot symbol detection
(DVB-S21 only)
Automatic roll-off factor (DVB-S21 only)
Automatic modulation standard selection
(DVB-S/DVB-S21)
Automatic spectral inversion mode
selection
Automatic MODCOD selection
Attenuation level
Gain
Frequency drift compensation from 8 MBd
and up
Requires a license.
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ProView 7000 v.2.6, Rev. E
Appendix C
Device Explorer Icons
Icon Description
In
Out
Enabled/
Connected
Disabled/
Disconnected
Physical Input/Output Icons
Port Holder
ASI Physical Port
DVB Physical Port
GbE Port
(active port)
GbE Socket
CAMs Holder
CAM Slot
(card inserted)
(no card)
CAM Card
Decoder Module
Decoder Card
Decoder Output
Multiplexing In/Out Icons
Multiplexed Port
TS Port Route
Programs Holder
Program
Scrambled Program
Descrambled Program
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Appendix C Device Explorer Icons
Icon Description
In
Out
Enabled/
Connected
Disabled/
Disconnected
Data Type Program
Radio Type Program
Scrambled Radio Program
Descrambled Radio Program
Video Type Program
Scrambled Video Program
Descrambled Video Program
Video ES
Audio ES
Data ES
Tables Holder
Tables
Unreferenced PID Group
Unreferenced PID
Decoding Icons
Decoding Channel
ES Decoding
Video ES Decoding
Audio ES Decoding
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Appendix D
Front Panel Menu Tree
SAT 1
Configuration
SAT 2
Reception
SAT 3
Status
SAT 4
Decoding
Decoder1
Root Menu
Decoder2
Service Selection Mode
Input Selection
Programs
PID Selection
Descrambling
Video
PCR
Audio 1
Audio 2
VBI/VANC
Configuration
Status
DPI to GPI
Configuration
DSR
Status
Activation
Redundancy Mode
TS 1
Routing and
Descrambling
Input Selection
TS 2
Primary Input
TS 3
Backup Input
TS 4
Output Selection
CA Definitions
Descrambling
CAM Association
BISS
Max CAM Bitrate
CAM 1
CAM De-Jittering
Redundancy Triggers
Input Type
Automatic Recovery Policy
CAM 2
CAM MMI
IP Configuration
MAC Address
GbE Port 1
GbE Port 2
GbE
Alarms Table
Presets
Unit
Note: Some menus only display with
certain hardware configurations or
menu settings.
© 2012 Harmonic Inc.
Admin Status
MPE
Socket Configuration
Redundancy
Active Port
Routing Table
Auto Negotiation
PHY Speed
Duplex Mode
Alarm Detailed Information
Management Port
SW Version
HW Inventory
Date/Time
Set Active Version
License
BOOTP
LCD Contrast
GPI
Reset Unit
IP Configuration
MAC Address
Auto Negotiation
PHY Speed
IP Address
Subnet Mask
Default Gateway
Platform
Main Board
Front End Card
Bottom Options Card
Restore to Defaults
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Appendix E
ProView 7000™ Alarm List
The following table lists the ProView 7000™ alarms and the information provided in the
properties dialog.
Short Description
Severity
Corrective Action
Backup port activated
Warning
The backup port has been activated. It is recommended to revert
to the primary port as soon as possible.
Backup port activated on
GbE-2
Warning
Revert to GbE-1.
BER Too High
Warning
Verify reception conditions and wiring.
CAM Descrambling
Failure
Major
■
■
■
Re-insert the CAM
Reset the CAM
If the problem persists, contact your CAM vendor.
CAM Missing in Slot
Major
Verify that the CAM is inserted properly.
CAM Processing Failure
Major
No bitrate was detected after the CAM.
Verify:
■ The input bitrate does not exceed the CAM limit
■ The CAM supports the number of descrambled programs.
■ If the problem persists please contact your CAM vendor.
Carrier Not Detected
Critical
No carrier was detected in the configured frequency.
Verify that the RF Cable is properly connected and that the
following is properly configured:
■ Carrier Frequency
■ LNB Configuration
■ Acquisition mode
CC errors on Backup Port
Warning
CC errors have been detected on the backup port.
Improve reception conditions.
CC errors on Primary Port
Major
CC errors detected on the primary port.
Improve reception conditions.
Critical High Temperature
Detected
Critical
Verify:
1. Make sure the fans are operating and are not blocked.
2. Turn off the device.
3. Contact Harmonic’s help desk.
Critical HW Card Failure
Critical
Contact Harmonic’s help desk
Critical SW Card Failure
Major
Contact Harmonic’s help desk.
Decoding Failure
Major
Contact Harmonic’s help desk.
De-Jittering Failure
Major
Refer to the de-jittering status indication.
© 2012 Harmonic Inc.
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Appendix E ProView 7000™ Alarm List
Short Description
Severity
Corrective Action
Demodulation Failure
Critical
No carrier was detected in the configured frequency.
Verify the following is properly configured:
■ Modulation Standard
■ Spectral Inversion
■ MODCOD
■ Frame Size
■ Pilot Symbols
■ Physical Layer Scrambling Seed
DSR not synced
Major
■
■
Verify that the relevant inputs are connected correctly.
If the problem persists, contact the Harmonic help desk.
Eb/N0 Value Too Low
Warning
Verify reception conditions and wiring.
Embedded descrambler
overflow
Major
Reduce the bitrate or bypass the embedded descrambler.
ES Decoding Failure –
Unsupported Content
Major
Contact Harmonic’s help desk.
Ethernet Auto Negotiation
Failure
Major
Ethernet Auto-negotiation has failed.
Verify that the cable if properly wired or consider reverting to
manual PHY speed configuration.
Fan Failure
Major
Contact Harmonic’s help desk for further support.
Firmware download
failure.
Warning
Verify that the correct file was selected and there are no network
disconnections.
Firmware upgrade failure.
Previous version loaded.
Warning
Upgrade again or revert to the previous version.
Frame Rate Mismatch.
Warning
The configured video frame rate does not match the frame rate
of the source.
Re-configure the decoding frame rate.
GbE Backup Port
Activated
Warning
The GbE backup port has been activated. Revert to GbE-1 as
soon as possible.
GbE Input Port Failed
Critical
Both GbE inputs failed.
Verify that the cables are connected properly at both ends.
■ Verify that the ports at both ends are enabled.
■ Change the redundancy mode.
■
High Temperature
Warning
Major
Make sure the fans are operating and are not blocked, if the
warning remains:
1. Turn off the device.
2. Contact Harmonic’s help desk.
Input bitrate overflow
Major
The input bitrate to the decoder is too high. Contact Harmonic’s
help desk.
Input bitrate overflow on
CAM
Major
© 2012 Harmonic Inc.
The input bitrate to the CAM is too high.
Reduce the input bitrate.
■ Contact Harmonic’s help desk.
■
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Appendix E ProView 7000™ Alarm List
Short Description
Severity
Corrective Action
Input failure
Critical
Both source inputs failed.
■ Verify that the cables are properly connected on both ends
■ Verify the reception conditions
■ Consider adjusting the redundancy mode or triggers
Link down
Major
Link down has been detected on the GbE port.
Check:
■ That the cable is properly connected on both ends.
■ That the ports on both ends are enabled.
Low delay stream while
configured to normal
mode
Warning
Low delay stream received while decoder buffer management
mode configured to normal mode. Configure the decoder buffer
management mode to low delay.
Multiplex Backup Port
Activated
Warning
The backup multiplex port has been activated. It is
recommended to revert to the primary port as soon as possible.
MPEG Sync Loss on
Backup Port
Warning
The device cannot sync to the input stream.
Verify that the input contains a valid MPEG transport stream.
MPEG Sync Loss on
Primary Port
Major
The device cannot sync to the input stream.
Verify that the input contains a valid MPEG transport stream.
MPEG TS Input Overflow
Major
The input bitrate is too high.
Contact Harmonic’s help desk.
MPEG TS Output
Overflow
Major
The Output bitrate is too high.
Reduce the bitrate or contact Harmonic’s help desk.
No Genlock Sync
Major
The program cannot be decoded properly since the decoder
could not sync to input Genlock signal.
Verify that the Genlock input is properly wired and that the
decoder display is configured correctly.
No PCR detected
Warning
This may cause AV sync issues.
Check the PCR PID configuration.
Normal stream while
configured to low delay
Warning
Configure the decoder buffer management mode to Normal
Delay.
Packet Loss Detected
After CAM
Major
Packets were dropped by the CAM.
Verify:
■ The input bitrate does not exceed the CAM limit
■ The CAM supports the number of descrambled programs.
■ If the problem persists please contact your CAM vendor.
PER Too High
Warning
Verify reception conditions and wiring.
PID conflict
Major
More than one PID is mapped to the same output PID. Check
the output configuration.
PID Missing on Backup
Port
Warning
No bitrate detected on this PID. Problem originating up stream.
PID Missing on Primary
Port
Major
No bitrate detected on this PID. Problem originating up stream.
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ProView 7000 v.2.6, Rev. E
Appendix E ProView 7000™ Alarm List
Short Description
Severity
Corrective Action
Program Descrambling
Failure (output,
Program #)
Major
Verify that the number of programs descrambled is supported by
the CAM or contact your CAM vendor.
Voltage Error
Critical
Contact Harmonic’s help desk.
© 2012 Harmonic Inc.
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ProView 7000 v.2.6, Rev. E
Appendix F
Software Management
F.1 Active Version Management
The ProView 7000™ keeps the current and last software versions. The EMS enables you to
choose the active software version. The process of changing the active software version takes
several minutes and requires a reboot.
To open the Active Software Management dialog:
❖ Select Tools > Firmware > Set Active Software….
The Active Software Management dialog displays two software versions available. The
currently active version radio button is marked.
To change the device software version:
❖ Select the second version and click Set Active Version.
NOTE: A software version that is invalid is indicated in its radio button as N/A and is disabled.
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Appendix F Software Management
Software Upgrade Manager
F.2 Software Upgrade Manager
Use the EMS Software Upgrade Manager to perform a software version upgrade for all
selected devices.
CAUTION: The BOOTP software upgrade option should be turned off when using the EMS to upgrade the
ProView 7000™ device. See 7.11.5 Device Software Upgrade Properties.
To open the Software Upgrade Manager:
❖ Select Tools > Firmware Software Upgrade Manager.
The Software Upgrade manager enables you to select the update file source.
The manager lists all ProView 7000™ devices currently managed by the EMS and provides a
checkbox to the left of each device name for you to select which devices to upgrade.
The manager lists the following information for each device:
■
Device communication status (color coded):
❑
Disconnected (gray)
❑
No communication (red marked)
❑
Not logged-in (half red marked)
❑
Communicating (full colors)
■
Device IP, Serial number and Version number.
■
Upgrade status (idle or active), % of upgrade done and upgrade time.
At the right of the Software Upgrade manger dialog, a group of buttons are provided to
manage the upgrade operation:
■
[Start Upgrade] button – starts the upgrade session.
■
[Remove] button – remove a device from the displayed list.
■
[Select all] button – selects all devices for upgrade.
■
[Unselect all] – clear all devices from upgrade.
■
[Log…] button – displays the upgrade log.
■
[Close] button – closes the upgrade dialog.
© 2012 Harmonic Inc.
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ProView 7000 v.2.6, Rev. E
Appendix F Software Management
F.2.1
Software Upgrade Manager
Upgrading the Firmware of ProView 7000s
It is recommended to upgrade all ProView 7000™s at the same time. A device must be
connected to be able to upgrade it, see 6.7 Connecting a Device. Once the device upgrade is
successfully completed, the devices reboot and EMS closes. It takes several minutes to
upgrade a device. The new version loads into the inactive firmware slot and does not replace
the active version.
To upgrade the firmware of several ProView 7000™s:
1. Select Tools > Firmware Software Upgrade Manager.
The Software Upgrade Manager dialog displays.
2. Mark the Upgrade checkboxes of the devices that you want to upgrade.
—or—
To upgrade many devices:
a. Click Remove to remove device names that are not part of the upgrade.
b. Click Select All to select all devices in the list.
3. Open the Upgrade File browser and browse to the zip file containing the new software on
your local hard disk.
4. Click Select.
5. Click Start Upgrade.
6. When the upgrade is complete, wait a few minutes for devices to reboot then upgrade
your EMS installation to the same version of the managed devices:
a.
Refresh the web page with the ProView 7000™ IP address.
b. Click Launch ProView 7000™ EMS on the ProView 7000 web page to install the EMS.
To upgrade your EMS installation to the same version of the managed devices:
1. Run a web browser and enter a ProView 7000™ IP address.
The initial ProView 7000™ dialog displays.
2. Click Launch ProView 7000™ EMS on the ProView 7000 web page to install the EMS.
The EMS application installs.
F.2.2
Viewing the Software Upgrade Log
To view the software upgrade log:
1. Select Tools > Firmware Software Upgrade Manager.
The Software Upgrade Manager dialog displays.
2. Click Log.
The Activity Log dialog displays.
© 2012 Harmonic Inc.
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ProView 7000 v.2.6, Rev. E
Glossary
Numerics

A
B  C 
D
E F G
H
I
J
L M N O P Q
R S T  U V W Y 
Glossary
Numerics
10BASE-T
An IEEE standard, sometimes called “Ethernet,” that uses a twisted pair cable, with RJ-45 connectors,
often connected in a star configuration through a hub. The maximum allowable cable length is 328
feet. A 10BASE-T system operates at 10 Mbps. See also 100BASE-T.
100BASE-T
An IEEE standard, sometimes called “Ethernet,” that supports data rates up to 100 Mbps, also known as
Fast Ethernet. 100BASE-T uses twisted pair cable. See also 10BASE-T.
3:2 pulldown
A method that converts 24 frames per second motion picture film frame rate material to 30 frames per
second interlaced video frame rate. This process is normally done by a telecine. It refers to using two
film frames to generate five video fields of interlaced video (1080i or 480i). The first frame is scanned
three times to generate three video fields, the second frame is scanned twice to generate two video
fields, and the cadence continues. Note that every fifth frame will have images from different film
frames. These are termed “dirty frames” as there may be significant differences in the two fields of
video. The 3:2 process can also be applied for 720P progressive video, this results in a 2:3 cadence of
video frames, without the “dirty frame” artifacts.
4:2:0
A component digital system that subsamples chroma components both vertically and horizontally by a
factor of two with respect to luma.
A
AAC LC
Advanced Audio Codec Low Complexity.
AC-3
Also known as Dolby Digital.
ACM
A card for the MN20 multiplexer. The ACM supports DES and DVB protocols.
adapter
A circuit board in a Harmonic encoder. Adapters have input or output ports. Also known as a card or a
blade.
© 2012 Harmonic Inc.
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ProView 7000 v.2.6, Rev. E
Glossary
Numerics

A
B  C 
D
E F G
H
I
J
L M N O P Q
R S T  U V W Y 
AFD
Active Format Description. Signaling describes certain spatial characteristics of a high definition or
standard definition video image. AFD and Bar Data are intended to be broadcast with the video signal
that they describe. AFD information is intended to assist DTV displays in optimizing the displayed
images. AFD may also be used by intermediate professional video equipment in conversion of video
images of one aspect ratio into an image of another aspect ratio. Bar Data information is used to signal
the precise unused areas of active video when the active image does not completely fill the picture
area, in particular widescreen cinema material carried letterboxed in a frame with bars top and
bottom. AFD is documented by SMPTE 2016 (multiple part document) and its carriage in compressed
video is documented in DVB/ETSI TS 101 154, ATSC A/53 Part 4, ATSC A/72 Part 1, SCTE 128, and other
standards.
AGC
Automatic Gain Control. Keeps the output signal of a circuit constant while the input signal amplitude
varies.
Alarm Indicator
Displayed in the title bar of each web client page of the device. It appears in red when an alarm is
issued and notifies of a fault and of its nature.
AMOL
Automated Measurement of Lineups
ARP
Address Resolution Protocol. Used for communications between network devices. See BOOTP.
ASI
Asynchronous Serial Interface. A DVB-defined electrical interface for carrying MPEG-2 transport
streams at a defined transmission rate within a 270 Mbps carrier.
ATSC
Advanced Television Systems Committee. Establishes standards for digital terrestrial television system
in the US and other countries.
B
balanced audio
Audio that is transmitted differentially, that is, sending the positive and negative signals of an audio
waveform so that the audio arrives undistorted because noise is cancelled out. See also unbalanced
audio.
bandwidth
The maximum amount of data that a transmission device (cable, fiber-optics link, satellite feed, and so
on) is capable of carrying.
BER
Bit Error Rate. The ratio of bits transmitted in error to the total bits sent. For example, a BER of 106
means 1 bit in a million is received in error.
© 2012 Harmonic Inc.
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ProView 7000 v.2.6, Rev. E
Glossary
Numerics

A
B  C 
D
E F G
H
I
J
L M N O P Q
R S T  U V W Y 
BISS
Basic Interoperable Scrambling System. An open standard for protecting digital contribution
applications.
Bit rate
The average bitrate of the bit stream, in bits per second, during the sampling period.
Black video
A video signal where there is no luminance or chrominance information. Either intentionally created
for a short period of time or the result of a failure in a transmission system.
BNC
A standard coaxial cable connector named for the inventors (Neill and Concelman) and the connection
type (bayonet).
BOOTP
Bootstrap Protocol. Used to supply hosts with IP addresses and a TFTP boot file name. BOOTP requests
and replies are encapsulated in a User Datagram Protocol (UDP) packet. The BOOTP server uses an
address resolution protocol (ARP) cache to map MAC addresses to IP addresses. When the server
receives a BOOTP request from a MAC address listed in its cache, the server sends a reply to the MAC
address.
C
CA
Conditional Access. Provides operator control over customer access to broadcast materials.
CA Descriptor
A descriptor which may be added to the PMT and identifies the CA system and other information
related to that system.
CAM
Acronym for CA Module and is a standardized card which is used to unscramble services.
carrier frequency range
For a receiver, the range of valid input signals.
CAS
Conditional Access System. Scrambles the programming material and allows conditional access to the
descrambled information on the basis of subscriber authorization. In consumer applications, CAS
allows access to certain programs on the basis of a monetary exchange. In commercial applications,
CAS allows controlled access to proprietary programs.
CAT
Conditional Access Table. The CAT informs the receiver of conditional access system (CAS) information,
such as the EMMstream for provisioning the receiver.
© 2012 Harmonic Inc.
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ProView 7000 v.2.6, Rev. E
Glossary
Numerics

A
B  C 
D
E F G
H
I
J
L M N O P Q
R S T  U V W Y 
CC
Closed Captions or Continuity Counter. Readers are cautioned to avoid use of this abbreviation unless it
is clearly stated in context.
CEA
Consumer Electronics Association.
CEA-608
Line 21 Data Services.
CEA-708
Digital Television (DTV) Closed Captioning.
chroma
The color difference component of the video signal. Sometimes termed “chrominance.” See also luma.
closed captioning
The process of encoding, transmitting, decoding, and displaying program-related text typically on the
lower part of a monitor or television during broadcast. See CEA-608 and CEA-708 standards.
component
A portion of a signal or system.
Configuring
Defining the parameters of platform, input and output ports.
crosstalk
The interference of a signal from an adjacent signal.
Cue Tone
A sequence of audio tones (typically DTMF tones) used to prompt an action.
D
DB-9
A 9-pin connector used to connect communications and other electronic devices. It is commonly used
for TIA-232 and similar interfaces.
dBm
Power ratio in decibels (dB) of the measured power referenced to one milliwatt.
DD
Dolby Digital. See AC-3.
decoder
A device that converts an compressed signal back to baseband video and audio.
© 2012 Harmonic Inc.
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ProView 7000 v.2.6, Rev. E
Glossary
Numerics

A
B  C 
D
E F G
H
I
J
L M N O P Q
R S T  U V W Y 
downstream
The direction of the communications service data flow. Broadcast services flow downstream from the
service provider to the subscriber.
DPI
Digital Program Insertion. Also referred to as Splicing, is the process in which the main feed is spliced to
allow the insertion of another stream, usually an ad.
DSR
Deterministic SFN Re-multiplexing
DTS
Decoding Time Stamp. An MPEG-2 defined field that can be present in the PES packet header to
indicate the time the access unit is decoded in the system target decoder.
DTV
Digital Television.
dual channel
A channel that consists of two audio signals that are not related to each other, for example, the English
and Japanese translation of a program’s audio.
DVB
Digital Video Broadcasting project of the EBU. Specifies transmission and related standards for Europe
(primarily) as well as other parts of the world.
DVB-ASI
DVB Asynchronous Serial Interface. A 270 Mbps serial interface to carry MPEG-2 Transport Stream.
DVB-CI
Digital Video Broadcasting – Common Interface
DVB-S
Digital Video Broadcasting - Satellite.
DVB-S2
Digital Video Broadcasting - Satellite - second generation.
E
ECM
Entitlement Control Message. An ECM is a message generated by the conditional access system ( CAS).
The ECM contains an encrypted version of the control word that only authorized subscribers can
decrypt. See also EMM.
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ProView 7000 v.2.6, Rev. E
Glossary
Numerics

A
B  C 
D
E F G
H
I
J
L M N O P Q
R S T  U V W Y 
EIA
Electronic Industries Alliance. A U.S. trade organization that was once responsible for establishing
hardware interface standards. The EIA broke apart into several more specialized standards
development organizations (SDOs) including the CEA and TIA. This break-up resulted in the renaming
of a number of key standards (such as CEA-708 and TIA-232) which has caused industry confusion.
Harmonic is careful to use the current and correct names of relevant standards.
EIT
Event Information Table. This table provides information in chronological order for the events
contained within each service.
elementary stream
The basic raw output of either video or audio compression, not intended for physical manifestation
beyond the creating device. Each elementary stream will be carried in a sequence of PES packets with a
single PID within the eventual TS.
embedded controller
A processing unit located within each component that is responsible for the control of that component.
EMM
Entitlement Management Message. An EMM is a message generated by the conditional access system
( CAS). The EMM authorizes an individual subscriber or group of subscribers to descramble a program.
The EMM is used with the ECM. See also ECM.
ES
Elementary Stream.
Ethernet
A data link (physical interface) developed for local area networks (LANs) that supports transmission
rates up to 10 Mbps. Fast Ethernet supports transmission rates up to 100 Mbps. See also 10BASE-T
and 100BASE-T.
Event
A user defined portion of a program which may be either “long form” (the program itself) or “short
form” (also known as an interstitial), which might be advertising or promotion.
F
F connector
A common coaxial cable connector used in cable systems and homes to connect antennas, televisions,
and VCRs. Standardized in SCTE 124.
FCC
Federal Communications Commission. A U.S. governmental body that regulates electronic
communications within the U.S.
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FEC
Forward Error Correction. An encoding technique that permits the correction of data which has
received errors on the receiving end.
firmware
Embedded software that is stored in read-only memory. Firmware can consist of startup routines and
other functions that are stored on memory devices such as ROMs, PROMs, and EPROMs.
FTA
Free To Air.
G
gain
The amount of increase that an amplifier provides to the output side of a circuit.
GbE
Gigabit Ethernet. A transmission technology based on the IEEE Ethernet frame format and protocol
used in local area networks that provide a data rate of 1 billion bits per second.
GMT
Greenwich Mean Time. The time in Greenwich, England, which is the location of the prime meridian (0
degrees longitude). All time zones are referenced to this meridian.
GOP
Group Of Pictures. An MPEG-2 video coding structure, a GOP may be either “open” or “closed”. Note
that AVC does not define a GOP by itself, but has equivalent structural constructs.
H
HD
High Definition.
HDD
Hard disk drive.
HE AAC
High Efficiency Advanced Audio Codec.
header
Several bytes at the beginning of a packet that determine the identification of the packet, possibly the
type of data and other attributes within the packet.
Hertz (Hz)
A unit of frequency defined as one cycle per second. Abbreviated Hz.
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Hz
See Hertz (Hz).
I
IEEE
Institute of Electrical and Electronics Engineers. The IEEE is a professional organization that develops a
wide variety of standards. The IEEE 802 family of standards defines Ethernet and related
communication systems.
IGMP
Internet Group Management Protocol.
input transport
Also known as a source transport, it contains all input devices for a transport in a single, easy-to-use
place. Input devices can include video tape decks, satellite feeds, and so on.
IP
Internet Protocol.
IP address
An identifier for a computer or device on an Internet Protocol (IP) network. Networks using IP route
messages based on the IP address of the destination. An IP address is a 32-bit number written in dotted
decimal notation: four 8-bit sections, separated by periods, converted from binary to decimal. Each
section is a number from zero to 255.
IRD
Integrated receiver decoder. A device that combines the capability of receiving satellite transmissions
and decoding MPEG-2 transport stream packets.
ISI
Input Stream Identifier
ISO index value
A pointer value into the list of language abbreviations documented in ISO-639. Current values are
online at http://www.loc.gov/standards/iso639-2/langhome.html.
ITU
International Telecommunication Union, a United Nations organization facilitating standardization of
telecommunications and radio/television. It issues documents from either group as “ITU-T” or “ITU-R”
recommendations.
J
joint stereo
Joint stereo signals have a high degree of commonality between the left and right signals which can
improve the amount of compression.
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L
LC
A term meaning either “low complexity” (in the case of AAC audio coding) or a high-density optical
connector used for single-mode and multimode fiber-optic applications.
LNA
Low Noise Amplifier. The preamplifier mounted at the focus of a parabolic antenna and which
amplifies the received signal for a downconverter mounted nearby which then feeds an earth station
receiver. It is designed to contribute the least amount of thermal noise to the received signal.
LNB
Low Noise Block downconverter. A combination low noise amplifier and downconverter built into one
device. An LNB is usually located at the center of the satellite dish.
LSD
Low Speed Data.
luma
The brightness of the video signal. This term is preferred over “luminance” for video signals. See
also chroma.
M
MAC
Media Access Control. As defined by IEEE 802, the MAC provides the lower portion of the datalink
layer, which is the OSI layer that is responsible for data transfer across a single physical connection, or
series of bridged connections, between two network entities. The MAC differs for various physical
media.
MAC address
The permanent identifier for a device. It consists of six octets separated by colons, for example,
00:20:A3:xx:xx:xx. The first six characters identify the manufacturer. Harmonic assigns the next six
characters as a unique device identifier.
Mbaud
Megabaud, which is the signal rate of a line, expressed in millions. It can also be the switching speed,
or number of transitions (voltage or frequency changes), per second.
monaural
A channel that has a single audio signal.
MPE
A PID which can contain anything.
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MPEG
Moving Picture Experts Group. A joint working group of the International Standards Organization and
International Electrotechnical Committee. Some portions of the MPEG Standards have also been
prepared jointly with the ITU-T.
MPEG-2
A family of specifications developed originally for compression of studio television at
24-, 25-, and 30-Hz frame rates. The system layer has support for additional functionality, including
tolerance to errors, which makes it generally more suitable for transmission than MPEG-1.
MPEG-4
A family of specifications developed originally for video games. The original video coding specification
has been supplanted by AVC, MPEG-4 Part 10 (also known as H.264), which provides significant
compression efficiencies over MPEG-2 video coding. Also includes AAC/HE AAC audio coding
specifications.
MPTS
Multiple Program Transport Stream. Several MPEG programs multiplexed together into a single
Transport Stream.
multiplex
The ability to combine multiple signals over a single communications line or channel.
multiplexer
A function where multiple signals are combined into a single signal. A device that merges several
lower-speed transmissions into one high-speed transmission, and vice versa. See also remultiplexer.
Note that multiplexing functionality is usually built into encoders.
N
NIC
Network Interface Card.
NIT
Network Information Table. This table conveys information about the physical organization of the
transport streams and the characteristics of the network. The NIT is partially documented by MPEG-2
Systems and partially by DVB/ETSI EN 300 468. See also SI.
NMX
The NMX Digital Service Manager provides configuration, control, monitoring, and fault management
for open digital television broadcast systems. NMX supports geographically diverse sites through a
server/client architecture, and scales to support small or large networks.
Noise level
The indication of noise in a signal, where a higher value means more noise.
NTP
Network Time Protocol. Allows you to synchronize the clock of the device with the network clock.
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NTSC
National Television Systems Committee. This committee created the analog composite television
standard once used in the United States, Japan, and several other countries. The standard transmits
525 lines at 29.97 (30/1.001) fields per second (interlaced) in the United States, Canada, and Mexico,
and 525 lines at 30 fields per second (interlaced) in Japan. See also ATSC.
NVRAM
Non-Volatile Random Access Memory. NVRAM is usually implemented using static RAM with a battery
backup system, which enables it to retain data after the power is turned off.
O
P
packet
A block of data used for transmission.
PAL
Phase Alternate Line. The analog composite television standard used in much of Europe and Asia. PAL
transmits 625 lines per frame at 25 frames per second using interlaced scanning.
PAT
Program Association Table. This table indicates the location (the PID values of the transport stream
packets) of the corresponding Program Map Table ( PMT), as well as the location of the Network
Information Table ( NIT).
PCR
Program Clock Reference. This is a field defined by MPEG-2 Systems, which carries a sample of the
encoder’s 27-MHz reference clock. The PCR values are periodically inserted into the Transport Stream,
and used by the decoder to reconstruct the clock and maintain synchronization with the encoder.
PER
Packet Error Rate.
PES
Packetized Elementary Stream. The MPEG-2 data structure used to carry elementary streams over
physical media. The PES packet payload consists of data from a single elementary stream.
physical address
See MAC address.
PID
Packet Identifier. Integer values used in the MPEG-2 Systems standard to identify each elementary
stream within a program within a transport stream.
PMT
Program Map Table. An MPEG-2 Program Specific Information ( PSI) table that maps the PID values to
each elementary stream (and stream type) that comprises the program.
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port
A port is an input to or an output from a component, an adapter, or a module.
program
In MPEG-2 Systems, a program is a collection of video, audio, and data elementary streams carried in a
TS that share a common clock reference.
PSI
Program Specific Information. A set of MPEG-2 inband control tables. The tables contain tuning
information, information about the relationships between the various elementary streams, and
conditional access information. See also SI.
PSIP
Program and System Information Protocol
PTS
Presentation Time Stamp. An MPEG-2 defined field that can be present in the PES packet header to
indicate the time the access unit is to be presented (displayed) to the viewer.
Q
QAM
Quadrature Amplitude Modulation. Transmits 4 bits (16 QAM) to 8 bits (64 QAM) at the same time by
varying the phase and amplitude of a signal. See also QPSK.
QPSK
Quaternary Phase Shift Keying. QPSK transmits 2 bits at the same time by varying the phase of the
signal. See also QAM.
R
Redundancy
A back-up system of Harmonic components that ensures uninterruptible service in the event of
a component failure.
Reed-Solomon decoder
A device that performs error correction on the incoming data stream.
reference clock
The 27-MHz abstract clock from which various physical clocks are instantiated. The encoder maintains
a 27 MHz encoder clock, and via correct placement of PCR values into the Transport Stream, the
decoder is able to reconstruct the reference clock in the form of a decoder clock.
reference level
Reference level is the nominal level to which all parts of an audio signal chain are aligned. This is
commonly +4 dBu or 0 dBu for analog audio systems. It is measured in an out of service measurement
where a sine-wave tone of the nominal level is introduced at the entrance of the system and then the
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output of each device in the chain is checked in turn versus the nominal level. This is an analog concept
and measurement. The setting permits the encoder to adjust its gain structure to ensure that the
resulting digital audio level for a sine-wave tone at Reference Level will be 20 dBFS.
In the digital domain the Facility Reference Level should be equivalent to -20 dBFS (decibels below Full
Scale) per SMPTE RP155.
remultiplexer
A component that multiplexes several MPEG-2 SPTS input streams into a single MPTS output stream.
RJ-45
Also RJ45. An eight-wire connector such as an Ethernet connector. See also 10BASE-T and 100BASE-T.
roll-off factor
The amount of bandwidth used in excess of the baud rate.
S
SD
Standard Definition.
SDI
Serial Digital Interface.
SDT
Service Description Table. This DVB table describes services contained within a particular transport
stream. The services might be part of the actual transport stream or part of other transport streams,
which the table_id identifies. See also SI.
SI
Service Information. A set of standardized tables that supplements MPEG PSI. These tables (for DVB)
include the BAT, NIT, SDT, EIT, RST, and TDT. ATSC PSIP is also SI.
single channel
See monaural.
SMPTE
Society of Motion Picture and Television Engineers, primary creator of motion imaging standards for
TV, digital cinema, and film.
SMPTE 334-1
Society of Motion Picture and Television Engineers – Vertical ancillary data mapping of caption and
related data.
SMPTE 334-2
Caption Distribution Packet (CDP) Definition.
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SNMP
Simple Network Management Protocol. The protocol that Harmonic control and management systems
use to configure and monitor Harmonic devices remotely over IP.
SNR
Signal-to-Noise Ratio. The ratio of the amplitude (power, volume) of a data signal to the amount of
noise (interference) in the line. It measures the clarity and quality of a transmission channel or
electronic device, usually in decibels.
Socket
An additional qualifying value for an IP address used by the UDP protocol.
SPTS
MPEG-2 Single Program Transport Stream.
SR
Symbol Rate.
status bar
The status bar, usually located at the bottom of the application window, indicates the current selection
and displays explanatory text for toolbar and menu selections.
STB
Set Top Box.
STC
System Time Clock. This clock is the common 27-MHz clock that is used to create both PCRs and system
clock references (SCRs).
stereo
A stereo signal consists of two audio signals that are directly related to each other, one signal
representing the left side of the soundfield and the other the right side.
subnet mask
A subnet mask is a bit combination used to describe which part of an address refers to the network or
the subnet, and which part refers to the host or destination device.
symbol rate
The encoded transmission rate in a modulated stream, expressed in Mbaud.
T
TCP
Transmission Control Protocol.
TDT
Time and Date Table. This DVB-SI table contains frequently updated information that relates to the
present time and date. See also SI.
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teletext
An electronic communications system in which printed information is broadcast by television signal to
sets equipped with decoders.
TFTP
Trivial File Transfer Protocol. A simple form of the file transfer protocol (FTP). TFTP uses the user
datagram protocol ( UDP). It is often used by servers to boot diskless workstations, X-terminals, and
routers.
TIA-232
A TIA standard interface for connecting serial devices, such as modems, mice, and serial printers to a
DTE. TIA-232 supports the 25-pin D-type connector (DB-25) and a 9-pin D-type connector (DB-9).
TOT
Time Offset table.
tp
transponder
transport
In NMX, a transport is a submap that exists within the main submap. It contains a collection of
components and external devices as well as channels and circuits. The function of a transport is to
contain a collection of Harmonic components, input devices, output devices, and links, and to provide
access to the programs and circuits associated with that transport.
Transport Stream
One or more multiplexed compressed programs, typically containing video, audio, and associated data.
Defined by MPEG-2 Systems (ISO/IEC 13818-1), it can transport a wide variety of video and audio
compression formats.
TS
Abbreviation for Transport Stream, defined by MPEG-2 Systems (ISO/IEC 13818-1)
TS packet
MPEG-2 Transport Stream packet. The basic unit of an MPEG-2 Transport Stream. Each packet is 188
bytes, which includes a 4-byte header.
U
UDP
User Datagram Protocol. A connectionless protocol that relies on IP transport. Unlike TCP/IP, UDP/IP
provides no error recovery services, offering instead a faster way to send and receive datagrams over
an IP network.
UDP port
User Datagram Protocol used with GbE interface.
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unbalanced audio
Audio that has a single output with respect to ground; that is, the output is not transmitted
differentially. See also balanced audio.
Uploading configuration
Sending the configuration to the device.
V
VANC
Vertical Ancillary data space. During the vertical interval of each field or frame, the ancillary data space
located between SAV and EAV markers. Digital information can be transmitted efficiently in VANC (as
opposed to VBI), since only the direct bits are sent. There are SMPTE standards documenting the
carriage of most services originally carried in VBI.
VBI
Vertical Blanking Interval. This is the space between the end of the vertical synchronization pulses and
start of the active video (lines 10 to 21 for NTSC, and lines 6 to 22 for PAL). Digital information can be
transmitted during this time when encoded as waveforms. Examples of signals transmitted in the VBI
include teletext, AMOL, and CEA-608 closed captions.
VI
Video Index
W
WSS
Wide Screen Signaling. WSS is an analog waveform carried in Line 23 of a 625-line (PAL) video signal. As
a type of VBI signaling, it conveys the aspect ratio of the image, and can be used by WSS-capable
televisions to determine the correct display mode. For example, standard (4:3), widescreen (16:9), or
<letterbox> (16:9 on 4:3). Strictly speaking. It is being obsoleted by AFD over time.
Y
Y (luminance)
Brightness component of a video signal.
YUV
YUV component signals used by analog composite systems. The Y is the luma component, U and V are
color difference components scaled for proper encoding into the composite signal. All three
components are derived from RGB.
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Harmonic Inc.
4300 North First St.
San Jose, CA 95134, U.S.A.
T +1 408 542 2500
F +1 408 490 6770
www.harmonicinc.com
© Copyright May 2012 Harmonic Inc. All rights reserved.
Manual Part No. MAN-PVR-7K-2.6