Open mesh om2p hs инструкция по установке - Arganabio.ru - инструкции по эксплуатации и многое другое

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We help professionals create powerful, easy-to-use networks that automatically spread Internet

connections throughout hotels, apartments, retail stores, restaurants, small and medium-sized

businesses—and just about anywhere else.

The Open Mesh OM Series access points are a modular, plug-and-play professional WiFi

solution that works with CloudTrax, a cloud-based network controller that can manage an

unlimited number of switches, access points and networks around the world.

openmesh.com

Outdoor mount

Convert this access point to an outdoor model, protected from

the sun and rain, and mount to any wall or pole using screws or

included zip ties. Order part ODHOM1P.

Mounting template

OM2P

Quick Start Guide

Summary of Contents for Open Mesh OM2P

This manual is also suitable for:

Om2p-hs

Источник

The Open-Mesh OM2P-HS router has 300mbps WiFi, 1 100mbps ETH-ports and 0 USB-ports.

Quick links:

Default password/Login

User Manuals

OM2P-HS router specifications (specs)

System specs

CPU: 520 MHz
RAM: 64 MiB
Flash: 16 MiB
Custom firmwares: OpenWrt

Connectivity

WiFi: 300mbps (bgn)
WiFi bands:
2.4GHz

WiFi throughput: n/a
WAN:
1 x 100mbps port

ETH:
1 x 100mbps port

USB-ports: 0

Hard reset instructions
for Open-Mesh OM2P-HS

If your OM2P-HS router is not working as it should, dropping connections or not
being
responsive, you should first do a reset of the router to see if the problems persist. Other
scenarios where you might want to reset your router is if you’ve forgotten the password or
misconfigured it and can’t get access anymore.

Your can reset your Open-Mesh OM2P-HS in the following way(s):

The 30-30-30 reset

There are no specific instructions for this model yet, but you can always do the 30-30-30
reset
as follows:

When router is powered on, press the reset button and hold for 30 seconds. (Use a paper
clip
or something sharp)
While holding the reset button pressed, unplug the power of the router and hold the
reset
button for 30 seconds
While still holding the reset button down, turn on the power to the unit again and hold
for
another 30 seconds.

This process usually works for resetting any router to it’s factory setting.

Note: It is worth reading more about

how to reset routers with the 30 30 30 reset and what the risks and
considerations
are when resetting your router this way, instead of just rebooting it.

Default factory settings for Open-Mesh OM2P-HS

If you have performed a reset of your OM2P-HS device or not changed the defaults, you
should
be able to access it with the following settings:

Default Network name (SSID): open-mesh
Default username: root

Open-Mesh router default password list

Default password: 0p3nm35h

Default subnet mask: 255.255.255.0

Note: If you are using the default settings you should change them to increase
security and prevent unathorized access to your network.

Similar routers

Report error on page
(If info is incorrect)

Источник

User Manual for Open-Mesh OM2P-HS-PS OM Series Cloud Managed Wireless-N Access Point

Click to enlarge the picture

Contents of the user manual for the Open-Mesh OM2P-HS-PS OM Series Cloud Managed

Product category: Wireless Access Points Open-Mesh
Brand: Open-Mesh
Description and content of package
Technical information and basic settings
Frequently asked questions – FAQ
Troubleshooting (does not switch on, does not respond, error message, what do I do if…)
Authorized service for Open-Mesh Wireless Access Points

User manual for the Open-Mesh OM2P-HS-PS OM Series Cloud Managed contain basic instructions
that need to be followed during installation and operation.
Before starting your appliance, the user manual should be read through carefully.
Follow all the safety instructions and warnings, and be guided by the given recommendations.
User manual is an integral part of any Open-Mesh product,
and if it is sold or transferred, they should be handed over jointly with the product.
Following the instructions for use is an essential prerequisite for protecting
health and property during use, as well as recognition of liability on the part of the manufacturer
for possible defects should you make a warranty claim. Download an official Open-Mesh user manual in which you will find instructions on how to install, use, maintain and service your product.

And do not forget – unsuitable use of a Open-Mesh product will considerably shorten its lifespan!

Product description

Open-Mesh Network Gear: a Brand Overview Read More The cloud managed OM2P-HS-PS OM Series Cloud Managed Wireless-N Access Point from Open-Mesh is a modular access point designed for easy installation and configuration. Operating on the 2.4 GHz frequency and supporting the 802.11b/g/n network standard, users benefit from data transfer rates of up to 95 Mbps. A variety of enclosure options including support for outdoor wall/pole, indoor wall plug, indoor Ethernet jack, and indoor ceiling installations allow this mesh network AP to be installed virtually anywhere a network connection is needed. The access point comes equipped with two Fast Ethernet ports and features 802.3af PoE connectivity to help eliminate the need for a separate power source. Also found within the AP you will find a dual antenna configuration capable of emitting a signal to a distance of up to 150′ when used indoors and up to 600′ when installed outside.

Once installed, the OM2P-HS-PS Access Point can be managed remotely thanks to the cloud-based network controller, CloudTrax. Whether in front of a computer or on the go, CloudTrax can be access via a web browser or the free app available for both iOS and Android. Configure up to two SSIDs, one private and one public, making it easy to provide users access to specific networks as well as the ability restrict access to portions of the network. Automated alerts provide up-to-the-minute status updates to network administrators while WPA/WPA2 encryption keys help ensure the network remains safe and secure.

Cloud Managed

What used to require a dedicated server can now be done through a browser and the free, cloud-based network controller, CloudTrax. CloudTrax is packed with powerful features to meet the demands of IT professionals, yet is easy enough to be deployed by someone with little network experience.

Mesh Enabled

Every Open-Mesh access point is mesh enabled. That means you can install units as traditional access points that are hardwired to the Internet, and add additional units that only require power wherever you need to extend coverage. The access points automatically self-form and self-heal to provide seamless coverage with automatic roaming.

White Labeled

Open-Mesh is ideal for systems integrators, resellers and IT consultants because there are no logos on the boxes or access points. Even the cloud controller, CloudTrax, contains no links or references back to OpenMesh. With no competing messages, your brand is the star of the show.

Versatile Enclosure Options

Open-Mesh makes it easy to get wireless coverage exactly where you need it. With a series of easy-to-use enclosures, you can put your access points on a wall, a ceiling, a pole, a roof, an Ethernet jack, and countless other places. OpenMesh enclosures are designed specifically for tiny, powerful OM Series access points to blend in seamlessly in any office, hotel, warehouse or apartment block. You see the wireless network, not the access point.

Reliable

The cloud controller lives in AWS data centers, running on EC2 and RDS technologies in multiple availability zones to maximize up time, even in the event of a failure at a single data center. Even if your devices lose connection with the cloud controller, your networks aren’t affected. That’s because no network traffic actually passes through the cloud controller.

Mobile Apps

CloudTrax is the only cloud based network controller with free iOS and Android apps, so you can build, manage and monitor your networks while on the go. Create new networks in seconds, add new APs by simply scanning them, and swap old APs with new in moments. You have full access to the management and monitoring functions available at cloudtrax.com.

Multiple SSIDs

CloudTrax can broadcast multiple unique networks, some «public» and some «private.» Public networks can be customized with powerful captive portal features, while private networks work seamlessly as an extension of your LAN. Each network can be uniquely named, left visible or hidden, and left open or password-protected with WPA/WPA2 encryption.

Automated Alerts

If any access point goes down and doesn’t come back up within an hour, CloudTrax will automatically email you (and anyone else you designate). Outage alerts are easy to turn on and off, always keeping you in-the-know when it comes to the health of your wireless network.

Additional Features

• Zero config plug and play
• Self-forming, self-healing mesh
• Seamless roaming
• Hardware watchdog CPU
• Free cloud management
• Free iOS/Android apps
• Captive portal with bandwidth throttling, splash pages, and user controls

In the Box Open-Mesh OM2P-HS-PS OM Series Cloud Managed Wireless-N Access Point (with Power Supply)

Power Supply (24 V, U.S.)

Limited 1-Year Warranty

Table of Contents

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Technical parameters

Open-Mesh OM2P-HS-PS Specs


Wireless Frequency Bands	2.4 GHz
Number of Antennas	2
WLAN Mode	802.11n
Transmit Power	23 dBm
Antenna Placement	Internal


Ports	2 x 10/100 Mb/s Ethernet (RJ45)


Supported Clients	50
Max SSIDs Supported	2
Throughput	300 Mb/s


RAM	64 MB
Processor	520 MHz QCA9341 MIPS 74K
Supported IEEE Standards	802.3af


Operating Temperature	32 to 122°F / 0 to 50°C


Dimensions	3.8 x 2.8 x 1″ / 9.5 x 7 x 2.5 cm


Package Weight	1.05 lb
Box Dimensions (LxWxH)	9.4 x 7.2 x 4.3″

Rating

60% users recommend this product to others. And what about you?

This product has already been rated by 29 owners. Add your rating and experience with the product.

Discussion

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or if anything is unclear in the user manual you have downloaded.
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Источник

Long Range Wireless N

Client Bridge/Access Point

Wireless 802.11b/g/n

Mesh Router

Model:

OM2P-HS v2

User

Manual

Version :

1.0

CHAPTER

PRODUCT

…….………..…………………..…….………….…………………..…….………….…………………

1.1 F

EATURE

…………….………….……………………………………………………….…………………………………….………………………….

1.2 B

ENEFITS

…..…..…..…..…..…..…..….…..…..….…..…..…..…..………..….…..…..….…..…..…..…..………..…………..…..….…..…...

1.3 P

ACKAGE

………..……….…………………………………………………….……………………….………………………………….

1.3 S

YSTEM

EQUIREMENT

…….……….…………………………………………………….…………………..…..………………………………….

CHAPTER

VER

…….…………………….…….……..………….…………………..…….………….……………..

CHAPTER

3 INSTALLATION

…..……………………..……..…..………….………………….……..……………………….……..………...

CHAPTER

CONFIGURING YOUR COMPUTER FOR

….……………………..…….……..……………………………...

4.1 C

ONFIGURING

ICROSOFT

INDOWS

7 ………..…………………………….………………………………….…………………………………

4.2 C

ONFIGURING

ICROSOFT

INDOWS

………………………………….……….……………..………………….…………………………

4.3 C

ONFIGURING

ICROSOFT

INDOWS

…………………..………..…………..……….………………………………….……………………

4.4 C

ONFIGURING

ICROSOFT

INDOWS

2000 ………..……………….………………………………………….…………………………………

4.5 C

ONFIGURING AN

PPLE

…………………………..………………………………………….………………………….

CHAPTER

INTRODUCING THE WEB

….………….…………..……..…….………………………..…….……..………..

5.1 L

OGGING IN TO THE

ONFIGURATOR

……….……………………………..………………………………………….………………………..

CHAPTER

STATUS ………………..…….……..………..……………..…….……………………..……….……..………..…………………..

6.1 S

AVE

OAD

……….……………………………………………………………….………………………………….………………………………..

6.2

AIN

……..…………………………….………………………………………….……….………..……………….………………………………..

6.3 W

IRELESS

LIENT

IST

………………………………………………………….…………………………….……………………………………..

6.4 S

YSTEM

……..……………………………………………………………….………………………………….………………………………..

6.5 C

ONNECTION

TATUS

……….………………………………………….………………………………………………….………………………..

6.6 DHCP C

LIENT

………..………………………………………….………………………………………………….………………………..

CHAPTER

…………….………………….……..………….…………………..…….………..……………..……..………..…………

7.1 C

HANGING

PERATING

ODES

…….………………………………………….……………………………………………….………………..

CHAPTER

LESS

CONFIGURATION

…..………..………….…….……..……………………….…….……..………..…………..

8.1 W

IRELESS

ETTINGS

……..………..….…..…..…..…..…..….…..………..….…..…..…..…..…..….…..………..….…..…..……….…..…

8.1.1 Access

Point

Mode ………………….…………………………………….………………………………………….………………….

8.1.2

Client

Bridge Mode

…………………………………………..…..………………………………………….………………………….

8.1.3

Bridge Mode………………………..……………………….………………………………………………….………………….

8.1.4

Client

…………………………………………………………….…………………………………….………………….

8.2 W

IRELESS

ECURITY

ETTINGS

….…..…..…..…..…..…..…..…..….….…..…..…..…..….…..…..…..……….…..…..…..…..….…..….

8.2.1

…………………..……..……………………………………………………….…………………………………….………………….

8.2.2

—

………………….………………………………………….………………………………………………….………………….

8.2.3

—

………………..………………………………………….………………………………………………….………………….

8.2.4

—

Mixed

………………..………………………………………….………………………………….………………………….

8.2.5 WPA………………..………..………………………………………………….………………………………….………………………….

8.2.6 WPA2 ……..………………..………………………………………………….………………………………….……………………..…..

8.2.7 WPA Mixed

……….……………………………………………………………….…………………………………….………………….

8.4 W

IRELESS

DVANCED

……………..…………………….………………………………………….………………………………….

8.5 W

IRELESS

MAC

ILTER

…………………..………………………………………….…………………………………….………………………..

8.6 WDS L

INK

ETTINGS

….…..…..…..…..…..…..…..….…..….…..………..…..…..…..…..….…..….…..………..…..…..…..…………...

CHAPTER

9 LAN

……………..…………………..…….…………..………………….…….……….……………..…….………..…….

9.1 IP

…………..……….……………………..…………….………………….…………………………………….………………………..

9.2 S

PANNING

REE

ETTINGS

………………………………………………………….…………………………….………………………………..

CHAPTER

ROUTER SETTINGS

…….………..………………….…….………….…………………..……..……………………………..

10.1

WAN

…………….………………………………………….………………………………………………….………………………..

10.1.1

…………………………..…………………………………………………….……………………….………………………….

10.1.2 DHCP

(Dynamic

)

…………………………………………….……………………………………………….…………………….

10.1.3 PPPoE

(Point-to-Point

Protocol over

)

……………..………………………………………….………………….

10.1.4 PPTP

(Point-to-Point

Tunneling

)

……………………………………………………………….…………………..

10.2 LAN S

ETTINGS

OUTER

)

………………….………….………..………………………………………….…………………………..

10.3 VPN P

ASS

UGH

……..………………………………………….………………………………………………….………………………..

10.4 P

ORT

ORWARDING

……….………………………………………….………………………………………………….………………………..

10.5

DMZ

………………………………….……….……………..………………….………………………………….………………………………..

CHAPTER

…….………..………….…….……..……………………….…….……..………..…………..

11.1 A

DMINISTRATION

………..……………………………………………………………….……………………….………………………………..

11.2 M

ANAGEMENT

…………….…………………………….……………………………………………….………………………………..

11.3 SNMP

ETTINGS

……….………….…………………………………………………….……………………….………………………………..

11.4 B

ACKUP

ESTORE

ETTINGS

…………….………………………………………………………………………….……………………………

11.5 F

IRMWARE

PGR

……………………………………………………………….…………………………………….………………………..

11.6 T

IME

ETTINGS

….…..…..…..…..….…..…..…..…..….…..…..………..….…..…..…..…..….…..…..………..….…..……….…..…..…

11.7 L

…….………….…………………..………………………………………….………………………………….………………………………..

11.8 D

IAGNOSTICS

………………..……………………………………………………….…………………………………….………………………..

CHAPTER

CONFIGURATION

…..……………………..……..……………….………………….……...

12.1 A

CCESS

OINT

……………………………………………………………………….…………………………………….………………………..

12.2 C

LIENT

RIDGE

………………….………………………………………….…………………………………….………………………..

12.3 WDS B

RIDGE

……………………………………………………………….…………………………………….………………………..

12.4 C

LIENT

…………..……………………………………………………………….……………………….………………………………..

CHAPTER

13 BUILDING A

LESS

……………..………………….…….…………..………………….……..………

13.1 A

CCESS

OINT

ODE

…….………..…………………………………………………….………………….…………………………………….

13.2 A

CCESS

OINT

WITH

WDS

…………….………………………………………………………………….……………..

13.3 C

LIENT

RIDGE

………………….………………………………………….…………………………………….………………………..

13.4 WDS B

RIDGE

……………………………………………………………….…………………………………….………………………..

13.5 C

LIENT

OUTER

…………………………………………..…………..………………………………….………………………………..

13.6 RADIUS C

ONNECTIONS

…………………………………………….………………………………………….………………………………..

APPENDIX A –

HOO

….………..……………..…….……..………..…………………………..………..………………….……

A.1

………….………….…………………………………………………….……………………….………………………………..

A.2 C

ONTACTING

ECHNICAL

…….………………………………………………………………………….………………………………….

APPENDIX B – SPECIFICATIONS

…………………………….…….……..………..…………………………..………..…………………..……...

APPENDIX C – GLOSSARY

…………….…………….……..…….…………………………………….……………………………..……………….

APPENDIX D

–

FCC INTERFERENCE

……………………………………..…….………..…………………..…….………..……..

uti

This symbol represents the important message on incorrect device

operation that might damage the device

This

symbol

represents

the important

message

for the

Tip: This symbol represents the alternative choice that can save time

our

This

document is written for networking

professionals

responsible for installing and

the

Series

Outdoor

Access

dge

use

this

you should have

knowledge about

and

IEEE

802

and be familiar with the concepts and

terminology

with

wireless

local-area networks

(

)

This

document provides the information you need to install and configure your Access

dge

onv

This

publication

uses

these

onv

nti

ons

bol

to convey instructions and

nfor

and highlight

special

Icons

use

Figures

may use

the

following generic

icons.

EHN device

WLAN signal

Client computer laptop

Internet

Client computer desktop

PoE injector

Power adapter

Thank you

for

choosing OM2P-HS V2. The OM2P-HS V2 is a long range, high-performance

IEEE

802.11

network

that

provides Access

Bridge,

and

a single

providing

the

wireless

hno

the

OM2P-HS V2

ppo

Power over

and Power by

Adapter

ili

which allow

the

device

easily

nearly any indoor

outdoor

Advanced

include power level

narrow

traffic

shaping, and

—

RSSI

help

protect your

and privacy while you are online.

include W

—

Access

(

—

128

152-

WEP

and IEEE

802.1x

with

1.1

The

following

summarizes

the key

features

of the

OM2P-HS V2

—

High-speed

data

rates

up to 150

make the OM2P-HS V2 ideally

suited

for handling heavy data

such as MPEG

video

—

Fully

Interoperable with

IEEE

802.

11b

EEE

802.

11g

EEE

802.11n-compliant

— Multi-function

capabilities

enable

users

use

different

modes

various

—

and

point-to-multipoint

wireless

connectivity enable data

transfers

between two or

—

Channel

bandwidth

selection allows

the appropriate bandwidth to be

used

reach various

—

RSSI

indicator

makes

easy

the

best signal

for

Access

—

Power-over-Ethernet capabilities

allow for flexible

locations

and

cost

—

Four SSIDs

let

clients

access

different

networks

through a

single Access

and

assign

different

and

for

each

—

2/W

IEEE

802.1x

ppor

and MAC

address

filtering

ensure secure

network

—

PPPoE/PPTP

function

ppor

make it

easy

access

the Internet via Internet

Service Provider (ISP)

—

SNMP

Remote

Configuration Management

helps administrators

remotely configure or manage the

—

QoS

(WMM)

ppor

enhances

performance and

user e

The OM2P-HS V2 is

the

ideal product around which you

can build your WLAN. The following

few

key

that

WLANs have over wired

wor

Ideal

for hard-to-wire

onm

There

are

many scenarios

where

cables

nno

used

onn

wor

and older

buildings,

open

areas, and busy

for

example, make

wired

difficult,

expensive,

pos

Temporary

oup

WLANs make

easy

provide

nne

temporary workgroups

that will later be

removed. Examples

include

parks,

athletic

arenas,

exhibition

—

temporary

offices, and

Ability to

access

—

With a

WLAN, workers

who rely on

access

real-time information,

such as

and

nurses,

poi

—

employees,

mobile

workers,

and

warehouse personnel,

can

the data they

need

and

increase

productivity,

without

having

to look for a

place

to plug

into the network.

changed e

onm

WLANs

are well

for

showrooms,

rooms,

retail

and

where workplaces are rearranged

frequently.

Wireless

WLANs enable

network

managers

dynamic

onm

nim

overhead

by moves, e

wor

and

other

nge

Wired

LAN

backup

Network

managers

can implement

WLANs

to provide backup for

—

ppl

running on wired

wor

Mobility within

ili

Training

por

ons

and

are a

few

examples

where

wireless

can be used

facilitate

access

information,

information

exchanges, and

learning.

Open

the

package carefully and make sure

all of the

below.

—

One EnGenius Wireless Access

Bridge (

OM2P-HS V2

)

any

item

is missing

damaged,

your place

purchase

immediately.

Keep all packing

case you need

to return the

OM2P-HS V2. The OM2P-HS V2

returned

with

original packing

Use only

the

power adapter supplied

with

your OM2P-HS V2. Using a

different power

adapter

can damage

the

OM2P-HS V2

1.3

the

OM2P-HS V2, you need an

cable and a computer equipped

with:

—

interface

—

One

of the

following o

Microsoft

Windows

XP,

or 7; or

nux

—

An Internet browser

that

por

HTTP and

ipt

Hardware

The following figures show

the

key

ompon

on the

OM2P-HS V2

2.1

Bottom

View

The

bottom

panel

of the

OM2P-HS V2

two

-45

a PoE

and a

button. A

removable cover covers

ompo

—

The

-45

port

nne

adapter

a computer you use

configure

the

OM2P-HS

V2.

more information,

see

—

The PoE

allows

the

OM2P-HS V2

be powered using

the

supplied

PoE

injector.

—

The

button

can be used

reboot

the

OM2P-HS V2 and

return the

device

default

factory

on,

erasing any overrides you may have made

to the

’

default

button

is recessed

eve

reboot

the

OM2P-HS V2, use a

flat

object

as a pencil

press

the

button for

10 seconds and

then

pressing

the

button.

2.2 Back

The back panel

of the

OM2P-HS V2

the

LED

that

show

the

link quality and

the

OM2P-HS V2

This

describes how

the

OM2P-HS V2.

also describes

the

OM2P-HS V2

Only experienced

installation

professionals who are familiar

with

local building and

ode

nd,

wherever applicable, are licensed by

the

appropriate

should

the

OM2P-HS V2

3.1

—

the

optimal

ons

for the

equipment

using

the

following

—

he OM2P-HS V2 should be

mounted

1″-4″

pole.

should enable easy access

the unit

and

for

installation and

ng.

—

The higher

the

of the

na,

the better the

achievable link

quality.

—

The

should be

provide a direct,

near line

with the

Base

nna

The

nna

should be aligned

face

the

general

direction

of the

Base

on.

3.2 I

lli

the

OM2P-HS V2

the

OM2P-HS V2, use

the

following procedure

mount

the

device on a pole and refer

to the

figure

below.

The

bottom of the

OM2P-HS V2 is a movable cover. Grab

the

cover and

pull it

back

hard

remove

the cover.

nda

cable

into the

-45

port

labeled MAIN

the

cover back

seal

the bottom of the

OM2P-HS V2

Remove

the

power cord and

PoE

injector

from the

box and plug

the

power cord

into the

port of the

PoE

injector.

Only use

the

power adapter supplied

with the

OM2P-HS V2. Using a

different power

might

damage

the

OM2P-HS V2

Plug

the other

side

of the

cable

3 into the

PoE

port of the

PoE

injector.

When you

the

installation

will

resemble

the

following

picture.

Turn over

the

OM2P-HS V2. Then

the

through

the

middle hole

of the

OM2P-HS V2

Use a screwdriver

unlock

the

pol

—

oun

ring putting

through

the

OM2P-HS V2

7. Mount the

EOA200 securely

to the

pole by locking

the

tightly.

This

the

installation

procedure.

3.2

the

OM2P-HS V2

The rear

of the

OM2P-HS V2 has

two

groups

LEDs.

One group, labeled INDICATORS, shows

the

of the

device. The second group, LINK QUALITY, shows

the

eng

of the

link

the

OM2P-HS V2

and the

network.

The following

describes

the

OM2P-HS V2

Color Mode

Green

OFF=

OM2P-HS V2 is

not

receiving

power.

ON= OM2P-HS V2 is receiving

power.

Green

OFF

= OM2P-HS V2 is

not

onn

to the network.

ON = OM2P-HS V2 is

to the

network,

but not

sending

receiving

data.

Blink = OM2P-HS V2 is sending

receiving

data.

Green

Access

Bridge

Mode

OFF

= OM2P-HS V2 radio is

off

and

the

device is

not

sending

receiving

over

the

wireless

ON = OM2P-HS V2 radio is on, and

the

device is

not

receiving

over

the

wireless

Blink = OM2P-HS V2 radio is on, and

the

device is

ndi

Link

Quality

See

column

Access

Bridge

Mode

how

the

eng

of the

link

the

OM2P-HS

and

the network.

G = good

quality

(green).

= medium quality

(ye

ow)

Chapter

Configuring

Your

Computer

for TCP

configure the

OM2P-HS V2

，

use

a computer that is configured for

TCP/IP.

This chapter describes

how

configure the

TCP/IP

settings on a computer that will be used to configure the OM2P-HS V2.

4.1

Windows

Use

the

following procedure

configure a

computer running Microsoft W

1. In the

menu search box,

type:

ncpa.cpl

When

the

Network

ons

appears,

—

the

Area

icon

and click Pr

3. In the

wor

click

either Internet

Version

(

)

or Internet

Version

(

and then

click

4. In the

dialog box, click

an IP address a

configure

your

computer

for

Click

the

button to

save your changes and close

the

dialog

box.

Click

the

button

again

save your

nge

4.2

Windows

Use

the

following procedure

configure a

computer running Microsoft W

with the

default

you use

the

where

the

icons and menus resemble

ndow

versions, perform

the

procedure

4.4.

the

Windows

kba

click

and then

the Network

and

Internet icon.

Click View

and

and then

click

—

the

Area

icon and click Pr

Click

The Local Area

nne

ope

dialog box

ppe

5. In the

Local Area

Con

dialog box, verify

that Internet Protocol

(TCP/IPv4) is checked. Then

Internet

(TCP/IPv4) and click

the

button.

The

Internet

Version

dialog box

6. In the

Internet

Version

dialog box, click

an IP a

configure your computer

for

Click

the

button to

save your changes and close

the

dialog

box.

Click

the

button

again

save your

hange

4.3

Windows

Use

the

following procedure

configure a

computer running Microsoft W

with the default

you use

the

where

the

icons and menus resemble previous

versions, perform

the

procedure

4.4.

the

Windows

kba

click

and then

click

Network and

Internet

Click

the

Network

Con

ons

icon.

Click

Area

for the

adapter

to the

OM2P-HS V2. The

Area

Con

dialog box

ppe

4. In the

Local Area

Con

dialog box, click

the

button.

The

Area

Con

dialog box

5. In the

Local Area

Con

dialog box, verify

that Internet

(

is checked. Then

Internet

(TCP/IP) and click

the

button.

Internet

(

)

ope

dialog box

ppe

6. In the

Internet

(

)

ope

dialog box, click

an IP a

configure your computer

for

DHCP.

Click

the

button to

save

change and close

the

Internet

(

)

ope

dialog

box.

Click

the

button

again

save your

hange

your

computer.

4.4

Windows

2000

Use

the

following procedure

configure your

computer

your computer

has

Microsoft

2000

installed.

the

Windows

kba

click

point to

and then

click

2. In the

Control Panel window, double-click

the Network

and Dial-up

icon.

the

adapter

your computer

the

Local Area

Connection

icon

Double-click

the

Area

icon

for the

to the

OM2P-HS V2. The Local Area

onne

dialog box

4. In the

Local Area

Con

dialog box, click

the

button.

The

Area

Con

dialog box

5. In the

Local Area

Con

dialog box, verify

that Internet

(

CP/

is checked. Then

Internet

(TCP/IP) and click

the

button.

Click

an IP address a

configure

your computer

for

Click

the

button to

save

change and close

the

Local Area

Con

ope

dialog

box.

Click OK

button

again

save

new

hange

your

computer.

The following procedure describes how

configure

on an Apple

running Mac

10.2.

your Apple

is running Mac

OS 7.x

later,

the

you perform and

the

you see may

differ

from the

following. However, you should

ill

be able

use

procedure

as a guide

configuring your Apple

for

Pull down

the

Apple Menu, click

Pre

and

Network.

Verify

that the

NIC c

onn

to the

OM2P-HS V2 is

in the

w field.

3. In the

field on

the

TCP/IP

DHCP

Click

Apply Now

apply your

and close

the

dialog

box.

The OM2P-HS V2 has a

built-in

Web

Con

that

you manage

the unit from

any

using

Web

that

uppo

HTTP and has

ipt

installed.

5.1

Web

After

configuring

the

computer

for

using

the

procedure

appropriate

for

your o

use

that

omp

’

Web

log

in to the

OM2P-HS V2 Web

Configurator.

1. Launch your Web

2. In

the

address

bar, type

192.168.1.1 and press

the

key.

you changed

the

OM2P-HS V2 LAN IP address,

enter

the

3. When

the

window appears,

type admin

the

username

in the top

field

and

type admin

the

password

in the bottom field.

4. Click O

You are now ready

use

the

in the

following

configure

the

OM2P-HS V2

the

following procedures regularly

make

the

OM2P-HS V2 more secure and manage

the

OM2P-HS V2

effectively.

—

Change

the default

password. Use a password

that

not

easy

guess and

that

different

such as numbers and

The OM2P-HS V2 username

nno

changed.

more information,

see page

69.

—

Back

up the

and be sure you know how

it.

an earlier

working

can be useful

if the

OM2P-HS V2 becomes uns

crashes.

you forget your

you

will

have

the

OM2P-HS V2

default

and lose any

override

you configured. However,

you back up an earlier

on,

you

will not

have

reconfigure

the

OM2P-HS V2. You can simply

your

on.

For

information,

see page

73.

The

the

nav

drop-down menu

the

following

options:

—

Main

—

Wireless

—

Conne

The following sections describe these options.

6.1

This

page lets you

save

and apply the settings shown under Unsaved changes

or cancel

the

unsaved changes

and revert to the previous settings that were in

Clicking the

Main

link under the

drop-down menu or clicking Home at the

—

ight

of the Web Configurator

shows

status information about the current operating

ode

—

The

Information

section

shows

general

information such

ope

ode

firmware

version, serial

num

kernel

and

ppl

—

The

LAN

section

shows Local

Area Network setting such

the LAN

ddr

subnet

mask,

and MAC

ddr

—

The

Wireless

section

shows wireless

information such

frequency and

nne

Since

the

OM2P-HS V2

supports

mul

—

information about

each SSID,

such as its

ESSID

and security

ngs

are displayed.

6.3

Wireless

lie

Clicking the Wireless

link under the

drop-down menu

displays

the list

clients

to the

OM2P-HS V2

along with the MAC

addresses

and signal strength

for each

Clicking the

button updates

(refreshes)

the client

(

)

kernel: mïni

The

OM2P—HS V2 automatically

logs (records) events of possìble ìnterest ìn ìts ìnternal

memory.

vìew

the logged ìnformatìon

，

click

the System Log

lìnk

under the

Status

drop-

down

menu.

there ìs not enough ìnternal memory to log all events older events are deleted from the

log.

System Log

Home

Rese

盟國

JY1

Oct

(

)

kernel: jffs2 build

ste

(

)

—

sing 3torage

dir

Oct

(

)

kernel: mïni fo: using

base

dir

Oct

(

)

kernel: jffs2 3can

(

)

of f

Oct

(

)

kernel: jffs2 build

ste

(

)

unlocki ct 19 10:16:33

(

)

kernel: a

Com

，

3witch co

Oct

19 10:16:33

(

)

mð

[

]

using

local addresses

Oct

19 10:16:33

(

)

mð

[

]

using

local addresses

Oct

19 10:16:33

(

)

[

)

sta

，

臼

∞

2.52

‘—‘

Oct

19 10:16:33

(

)

[

)

readinq

口

睡

Oct

19 10:16:33

(

)

[

)

read

/etc/hosts — 1

addr

Oct

19 10:16:33

(

)

[

)

compi1e time

options:

ct 19

(

)

kernel: device

athO

entered

promïscuou3

Oct

(

)

kernel: br—lan: topology change

ete

，

Oct

(

)

kernel: br—lan:

port

3(athO) entering

Oct

(

)

kernel: br—lan:

port

3(athO)

for ct 19

(

)

kernel: osif

vap

init

: wait

connecti

Oct

(

)

kernel: device

athO

eft

promïscuou3

Oct

(

)

kernel: br—lan:

port

3(athO)

dis

ct 19 10:16:25

(

)

kernel:

start

Oct

19 10:16:25

(

)

kernel:

set

，

characters

，

司

Oct

19 10:16:25

(

)

kernel: osif

vap

init

‘r1

akeup from

‘r1

( I

111

恥

Rerresh

ear

Clicking

the Connection

Status

link under the

Stat

惱

drop-down menu

displays

the current

status of the networ

The information shown includes

network

type

SSID

，

BSSID

，

connection

status

wireless

mode current channel

securit

，

data

rate

，

noise level and signal

strength.

ess

Netwo

耐

Type

lie

Router

IIEnGenius

BSS

Connection

個仙

悟

Mode

Current

Channe

配

urity

Da 個 Ra 剖

Mbps)

Current

剖

悟

旬

strength

WAN

Refl

:es

Clicking

the DHCP Client List link under the

Status drop-down

menu displays the clients

that

are associated

the OM2P-HS V2 through

DHCP.The MAC

addresses

and signal strength for

each

client are also shown.

Clicking

the Refresh button

updates

(refreshes) the client lis

DHCP

Client list

Home Resel

MAC

addr

Refl

:es

pires

This

describes how

change

the

OM2P-HS V2

7.1 Changing

ode

The OM2P-HS V2

supports four operating

ode

—

Access

—

Client Bridge

—

WDS

Bridge

—

Client

out

an operating

ode

click

under

Then

go to

mod

Device

a name for the

The

name you type

appears

This

name is not the

SSID

and is not broadcast to other

Use

the radio button to

an operating

ode

use Access

mode with

WDS,

Access

here and then enable the

WDS

function in the Wireless

Network section

(see

section

)

Click

cce

to confirm the

nge

Clicking

Accept does not apply the changes.

apply them

，

use

Status

Save/Load

(

see

section 4.1)

Wireless

igu

This

chapter

describes

the

OM2P-HS V2’s wireless

ngs

Please

read the information in

chapter

If you configure a setting

ope

it can impact performance and

affect the network

adversely.

Before you

onti

nue

be sure you

the appropriate

ope

mode

(see

Chapter

)

8.1

Wireless

This

section

describes basic wireless

ngs

For

more information,

see

Chapter

8.1.1

Access

oin

Mode

The OM2P-HS V2

supports

Access

ode

In this

ode

users

with a

wireless

client

device within range can connect to the

OM2P-HS V2

access

the

WLAN. The

following

figure

shows

an example of an

OM2P-HS V2

operating in

Access

ode

The

ons

that follow the figure below describe how to configure your

OM2P-HS V2

for

Access

ode

Wireless Mode

Wireless

mode supports

802

b/g/

n mixed

ode

HT Mode

The

default channel bandwidth is 40

The

larger the

nne

the better the transmission quality and speed.

Extension

upper or lower

nne

Your

selection may affect the

Aut

channel

unc

Check

this option to enable auto-channel selection.

AP D

Detection can

the best channel to

use

by scanning

nearby

areas

for

Access

Profile

Configure up to four different

SSIDs.

If many client

devices

will be

accessing

the

you can arrange the

devices

into

Click Ed

to configure the profile and check whether

want to enable extra

Profile

Client to communicate with different VID by Selecting

the radio

but

on.

cce

Click

cce

to confirm the

changes

cancel

and

return previous

ngs

Clicking

cce

does not apply the

changes.

To apply

use

(see

section

)

SSID

Specify

the

SSID

for the current

pro

VLAN ID

Specify

the

VLAN

tag for the current

pro

SSID

Check

this option to hide the

SSID

from

SSID

will not appear in the site

Click

the appropriate radio button to allow or

communication between client

Wireless

See

the

Wireless

section.

Save

Click Save

to accept the

changes

cancel

and

ngs

8.1.2

lie

Bridge

Mode

Client Bridge Mode lets you connect two LAN

segments

via a

wireless

link

though they are

on the

same physical

Since

the computers are on the

same

ubne

bro

ill

reach all

As a

DHCP

information generated by the

server

will reach all

computers

though the clients resided on one

physical

The

following figure

shows

an example of an

OM2P-HS V2

communicating with an Access

out

such

the

OA7530

operating in Client Bridge

ode

The

ons

that follow the figure below describe how to configure your

OM2P-HS V2

for

Client

Bridge

ode

Wireless Mode

Wireless

mode supports

802

b/g/

n mixed

ode

SSID

Specify

the

SSID

if known.

This

field is completed automatically

you

Access

in the Site

Sur

Scans

nearby locations for

Access

You

can

discovered

Access

h a

onne

on.

BSSID

the MAC

address

if known. If you select an

Access

the Site

Survey,

this field is completed

WDS

Click

the appropriate radio button to enable or disable

Wireless

See

section

8.2

for

nfor

cce

Click

cce

to confirm the

changes

cancel

and

return previous

ngs

Clicking

cce

does not apply the

changes.

To apply

use

(see

section

)

Profile

If you used the Site

Survey,

the Web Configurator

shows

nearby

Access

To connect to an

Access

click the Access

Point’s

BSSI

Wireless

See

the

Wireless

section.

Click

scan

again.

If the

Access

has

been configured to

suppress

its

SSID,

the

SSID

section will be

and must be completed

nua

8.1.3 WDS Bridge

Mode

Unlike traditional bridging.

WDS

Bridge Mode allows you to create large

wireless

networks by

linking

several wireless access

points with

WDS

is normally used in

open

areas,

where pulling wires is cost

ohi

restricted or

physically

pos

The

following figure

shows

an example of three

OM2P-HS V2

configured for

WDS

Bridge

ode communicating with

each

In this configuration, the

OM2P-HS V2

device on the

left side of

figure

behaves as

a standard bridge that forwards traffic between the

WDS

links (links

connect to other

OM2P-HS V2 WDS

dge

)

The

ons

that follow the figure below describe how to configure your

OM2P-HS V2

for

Bridge

ode

Wireless Mode

Wireless

mode supports

802

b/g/

n mixed

ode

HT Mode

The

default channel bandwidth is 40

The

larger the

nne

the better the transmission quality and speed.

Extension

upper or lower

nne

Your

selection may affect the

Aut

channel

unc

cce

Click

cce

to confirm the

changes

cancel

and

return previous

ngs

Clicking

cce

does not apply the

changes.

To apply

use

(see

section

)

MAC Address

the MAC

address

of the

Access

to which you want

extend

wireless

onne

Mode

Disable or

to disable or enable

cce

Click

cce

to confirm the

changes

cancel

and

return previous

ngs

Clicking

cce

does not apply the

changes.

To apply

use

(see

section

)

2. The Access

to which you want to extend

wireless

connectivity must enter the

OM2P-

HS V2

’

MAC

address

into its configuration.

For

more information, refer to the documentation

for

Access

Not all

Access

supports this

8.1.4

lie

Mode

In Client

Router

ode

you can

access

the Internet

wirelessly

with the support of a

WISP.

In AP

Router

ode

the

OM2P-HS V2

can

access

the Internet via a cable or

DSL

ode

In this

ode

OM2P-HS V2

can be configured to turn off the

wireless

network name

(SSID)

bro

so that

onl

stations that have the

SSID

can be

onne

The OM2P-HS V2

also

provides

wireless

LAN

128

152

—

WEP

encryption

and

—

PSK

—

PSK

nti

well

encryption

It also supports

VPN

pass-through

ens

data

secure

ans

The

following figure

shows

example

of an

OM2P-HS V2

communicating with a

Wireless ISP

(

) Access

in Client

Router

ode

The

that follow the figure below

describe

how

configure your

OM2P-HS V2

for Client

Router

ode

Wireless Mode

Wireless

mode supports

802

b/g/

n mixed

ode

SSID

Specify

the

SSID

if known.

This

field is completed automatically

you

Access

in the Site

Sur

Scans

nearby locations for

Access

You

can

discovered

Access

h a

onne

on.

BSSID

the MAC

address

if known. If you select an

Access

the Site

Survey,

this field is completed

Wireless

See

section

cce

Click

cce

to confirm the

changes

cancel

and

return previous

ngs

Clicking

cce

does not apply the

changes.

To apply

use

(see

section

)

Profile

If you used the Site

Survey,

the Web Configurator

shows

nearby

Access

To connect to an

Access

click the Access

Point’s

BSSI

Wireless

See

the

Wireless

section.

Click

scan

again.

If the

Access

has

been configured to

suppress

its

SSID,

the

SSID

section must be

completed

nua

8.2

Wireless

The Wireless

ngs

section lets you configure the

OH200

’

security

ode

—

PSK

—

PSK

—

PSK

Mixed,

WPA, WPA2,

and

WPA

rongl

recommend you

use

—

PSK

8.2.1

Mode

WEP

from the drop-down list to begin the

onf

gur

Type

Open

Input

Type

an input type of Hex or

Key

Level

WEP

encryption applied to all

WEP keys. Choices

are

128

152

—

password

ngt

Key

Specify

which of the four

WEP keys

the

OM2P-HS V2 uses as

its

Key1

Specify

password

for security key index

o.1

For

each

typed

masked

by a dot

(



)

Key2

Specify

password

for security key index

o.2

For

each

typed

masked

by a dot

(



)

Key3

Specify

password

for security key index

o.3

For

each

typed

masked

by a dot

(



)

Key4

Specify

password

for security key index

o.4

For

each

typed

masked

by a dot

(



)

802

n does not allow

—

PSK

—

PSK

TKIP

security

ode

The

connection

ode

will drop from

802

n to

802

11g.

8.2.2 WPA-PSK

Mode

WPA-PSK

from the drop-down list to begin

onf

gur

TKI

AES as

the encryption

• Both =

uses TKIP

and

•

TKIP

= automatic encryption with

—

PSK

;

requires

phr

•

AES

= automatic encryption with

—

PSK

;

requires

phr

Passphrase

Specify

the security

password. For

each

typed character

masked

by a dot

(



)

Group Key

Specify

how often, in

seconds,

the group key

nge

802

n does not allow

—

PSK

—

PSK

TKIP

security

ode

The

connection

ode

will drops from

802

n to

802

11g.

Mode

WPA2-PSK from the drop-down list to begin

onf

gur

TKI

AES as

the encryption

• Both =

uses TKIP

and

•

TKIP

= automatic encryption with

—

PSK

;

requires

phr

•

AES

= automatic encryption with

—

PSK

;

requires

phr

Passphrase

Specify

the security

password. For

each

typed character

masked

by a dot

(



)

Group Key

Specify

how often, in

seconds,

the group key

nge

802

n does not allow

—

PSK

—

PSK

TKIP

security

ode

The

connection

ode

will change from

802

n to

802

11g.

Mode

WPA-PSK

Mixed

from the drop-down list to begin

onf

gur

TKI

AES as

the encryption

• Both =

uses TKIP

and

•

TKIP

= automatic encryption with

—

PSK

;

requires

phr

•

AES

= automatic encryption with

—

PSK

;

requires

phr

Passphrase

Specify

the security

password. For

each

typed character

masked

by a dot

(



)

Group Key

Specify

how often, in

seconds,

the group key

nge

—

PSK

Mixed can allow multiple security modes at the

same

802

n does not allow

—

PSK

—

PSK

TKIP

security

ode

The

connection

ode

will change from

802

n to

802

11g.

Mode

WPA from the drop-down list to begin the

onf

gur

TKI

AES as

the encryption

• Both =

uses TKIP

and

•

TKIP

= automatic encryption with

—

PSK

•

AES

= automatic encryption with

—

PSK

Specify

the

IP address

of the

RADIUS

Specify

the port number that your

RADIUS server uses

authentication. Default port is

1812

Specify RADIUS

furnished by the

RADIUS

Group Key

Specify

how often, in

seconds,

the group key

nge

802

n does not allow

—

PSK

—

PSK

TKIP

security

ode

The

connection

ode

will drops from

802

n to

802

11g.

Mode

WPA2 from the drop-down list to begin the

onf

gur

TKI

AES as

the encryption

• Both =

uses TKIP

and

•

TKIP

= automatic encryption with

—

PSK

•

AES

= automatic encryption with

—

PSK

Specify

the

IP address

of the

RADIUS

Specify

the port number that your

RADIUS server uses

authentication. Default port is

1812

Specify RADIUS

furnished by the

RADIUS

Group Key

Specify

how often, in

seconds,

the group key

nge

802

n does not allow

—

PSK

—

PSK

TKIP

security

ode

The

date rate will

drop

from

802

n to

802

11g.

Mode

WPA

Mixed

from the drop-down list to begin

onf

gur

TKI

AES as

the encryption

• Both =

uses TKIP

and

•

TKIP

= automatic encryption with

—

PSK

•

AES

= automatic encryption with

—

PSK

Specify

the

IP address

of the

RADIUS

Specify

the port number that your

RADIUS server uses

authentication. Default port is

1812

Specify RADIUS

furnished by the

RADIUS

Group Key

Specify

how often, in

seconds,

the group key

nge

802

n does not allow

—

PSK

—

PSK

TKIP

security

ode

The

connection

ode

will change from

802

n to

802

11g.

a data rate from the drop-down

The

data rate affects

ugh

put

If you

a low data rate

for

exa

throughput is reduced but the transmission distance

Threshold

Specify

the threshold

package size

for

A small num

causes RTS/CTS

to be sent more often and consumes

ndw

Specify

the distance between

Access Points

and

Longer

may drop high-speed

onne

ons

Specify

the internal antenna

the time that the

receiver

waits for

reflections to settle

out

before sampling

Using a short

(400ns)

guard interval can

increase

hrough

put

but can also

increase

error rate in some

installations due to

increased

sensitivity to radio-frequency

ons

the option that works best for your

Merges data

into one

This

option

reduces

Wireless

number of

but

increases

packet

Check

this option to enable

wireless

Traffic

shaping regulates the flow of

leaving an interface

deliver improved Quality of

Incoming Traffic

Specify

the

wireless

transmission speed used for

downl

ng.

Traffic

Specify

the

wireless

transmission speed used for

upl

ng.

cce

Click

cce

to confirm the

changes

cancel

and

return previous

ngs

Changing

Wireless

Advanced Settings may

adversely

affect

wireless

accept all default

ngs

unless

you are familiar with the

wireless

ons

Clicking

cce

does not apply the

changes.

To apply

use

(see

section

)

Wireless

MAC

are used to allow or deny network

access

wireless

clients according

their MAC

addresses. You

can manually add a MAC

address

to restrict the permission

access

OM2P-HS V2

The

default setting is

Disable Wireless

MAC

ACL

Mode Determines whether network

access

is granted or denied

clients whose MAC

addresses

appear in the MAC Address

on this

Choices

are D

Deny MAC

Allow

MAC

MAC Address

the MAC

address

of the

Add

Click

Add to add the MAC

address

to the MAC Address

Apply

Click

Apply

to apply the

nge

Using

WDS

Link

you can create a

wireless

backbone link between multiple access

points that are part of the

same wireless

This

allows a

wireless

network to be

expanded using multiple

Access Points

without the need for a wired backbone to link

is traditionally required.

MAC Address

the

Access Point’s

MAC

address

to which you want

extend the

wireless

Mode

Disable or

from the drop-down

cce

Click

cce

to confirm the

changes

cancel

and

return previous

ngs

Clicking

cce

does not apply the

changes.

To apply

use

(see

section

)

The Access

to which you want to extend

wireless

connectivity must enter the

OM2P-HS

’

MAC

address

into its configuration.

For

more information, refer to the documentation for

Access

Not all

Access

supports this

This

chapter

describes

the

OM2P-HS V2 Local

Area Network

(LAN)

ngs

9.1 IP

This

section is only

available

for

Non

—

settings lets you configure the

OM2P-

HS V2

LAN port

ddr

ork

whether the

OM2P-HS V2 IP address

will

use

the static

address s

ied in the IP Address field or be obtained

when the

OM2P-HS V2

connects to a device that

has

DHCP server .

IP Address

the

IP address

of the

OM2P-

HS V2

Mask

the

OM2P-HS V2

subnet

the

OM2P-HS V2

default

Primary

DNS

the

OM2P-HS V2

primary

DNS

the

OM2P-HS V2 secondary

cce

Click

cce

to confirm the

changes

cancel

and

return previous

ngs

If you change the LAN

IP address,

you will be directed to the new

IP address

after you click

Tree

or disable the

OM2P-HS V2

Spanning

Tree

Bridge Hello Time

Specify

Bridge Hello

Time,

seconds. This

value determine how

often the

OM2P-HS V2 sends

hello

to communicate

nfor

about the topology throughout the entire Bridged

Local

Area

Bridge

Max Age

Specify

Bridge Max Ag

seconds.

If another bridge in

spanning tree does not send a hello packet for a long period

it is

assumed

to be dead.

Bridge

Forward

Delay

Specify

Bridge

Delay,

seconds.

rdi

delay

is the time spent in

each

of the Listening and Learning states

before the

rdi

state is entered.

This

delay is provided so

that when a new bridge comes onto a busy n

it looks

some traffic before

ng.

Priority

Specify

the

num

Smaller

number

has

greater

cce

Click

cce

to confirm the

changes

cancel

and

return previous

ngs

Clicking

cce

does not apply the

changes.

To apply

use

(see

section

)

This

section is only

available

for AP

Mode and

10.1 WAN

This

chapter

describes

the

OM2P-HS V2

WAN

There

are four types of WAN

onne

—

PPP

—

Please

contact your

ISP

to find out which settings you should

hoos

10.1.1

IP for your WAN connection if your

ISP

provided information about which

address,

subnet

mask,

default

primary

DNS,

and

secondary DNS

use

onn

IP to begin configuration of the

onne

on.

oun

Name

the account name provided by your

Domain

Name

the domain name provided by your

MTU

Specify

the Maximum Transmit Unit

size.

It is recommended

accept the default setting of

will be

fragmented downstream if the MTU is set too high or too

which impacts network

In extreme

cases,

an MTU

setting that is too low can prevent the

OM2P-HS V2

from

establishing some

onne

ons

IP Address

the WAN port

IP address.

Mask

the WAN

subnet

IP Address

the WAN gateway

ddr

Primary

DNS

the primary

DNS IP

ddr

DNS

the

secondary DNS IP a

ddr

Discard

Ping on WAN

Check

to recognize pings on the

OM2P-HS V2

WAN

interface or Disable to block pings on the

OM2P-HS V2

WAN

int

ace

nging

IP addresses

is a common method used

hackers

test whether the

IP address

is valid. Blocking pings provides some

extra security from

cce

Click

cce

to confirm the

changes

cancel

and

return previous

ngs

Clicking

cce

does not apply the

changes.

To apply

use

(see

section

)

10.1.2 DHCP (Dynamic

IP)

DHCP as

your WAN connection type to obtain an

IP address a

You

ill

need to enter account name

your hostname

ona

DNS

nfor

onn

DHCP

to begin configuration of the

DHCP

onne

on.

oun

Name

the account name provided by your

Domain

Name

the domain name provided by your

MTU

Specify

the Maximum Transmit Unit

size.

It is recommended

accept the default setting of

will be

fragmented downstream if the MTU is set too high or too

which impacts network

In extreme

cases,

an MTU

setting that is too low can prevent the

OM2P-HS V2

from

establishing some

onne

ons

From

Click

this radio button to obtain the

DNS

automatically from

DHCP

Use These

DNS Servers

Click

the radio button to set up the

Primary DNS

and Secondary

DNS servers

Discard

Ping on WAN

Check

to recognize pings on the

OM2P-HS V2

WAN

interface or Disable to block pings on the

OM2P-HS V2

WAN

int

ace

nging

IP addresses

is a common method used

hackers

test whether the

IP address

is valid. Blocking pings provides some

extra security from

cce

Click

cce

to confirm the

changes

cancel

and

return previous

ngs

Clicking

cce

does not apply the

changes.

To apply

use

(see

section

)

10.1.3

PPPoE

(

—

oin

over

)

over

(PPPoE)



your

ISP uses

PPPoE

onne

on.

Your ISP

will provide you with a

username

and

password. This

selection is typically used

DSL services. Remove

your

PPPoE

software from your

put

it is not needed and

ill

not work with your

OM2P-

HS V2

onn

PPPoE

to begin configuration of the

PPPoE

onne

MTU

Specify

the Maximum Transmit Unit

size.

It is recommended

accept the default setting of

will be

fragmented downstream if the MTU is set too high or too

which impacts network

In extreme

cases,

an MTU

setting that is too low can prevent the

OM2P-HS V2

from

establishing some

onne

ons

the Username provided by your

Password

the Password provided by your

Name

the

Name provided by your

onn

on Demand

the radio button to specify the maximum idle

Internet connection will disconnect when it reach the

idle

but it will automatically connect when user tries

access

the

Keep

Alive

whether to keep the Internet connection

always

enter a redial period once the internet lose

onne

From

whether to obtain the

DNS

automatically from the

Use These

DNS Servers

Click

the radio button to set up the

Primary DNS

and Secondary

DNS servers

Discard

Ping on WAN

Check

to recognize pings on the

OM2P-HS V2

WAN

interface or Disable to block pings on the

OM2P-HS V2

WAN

int

ace

nging

IP addresses

is a common method used

hackers

test whether the

IP address

is valid. Blocking pings provides some

extra security from

cce

Click

cce

to confirm the

changes

cancel

and

return previous

ngs

Clicking

cce

does not apply the

changes.

To apply

use

(see

section

)

10.1.4 PPTP

(Point-to-Point Tunneling Protocol

)

Select

PPTP

as your

WAN

connection type

your ISP uses a Point-to-Point-Tunneling

Protocol

(PPTP)

connection.

You will

need to provide the IP address subnet

mask

，

default

gateway

(optional)

DNS

(optional) server

，

usernam

，

and password provided by your ISP.

WAN

Settings

Home

Resel

!il

Use

These

DNS

rve

間

。。。。

!.I

PingonWAN

Apply

巴

Internet Connection

Type

Select PPTP to begin config uration of the

PPTP

connection.

MTU

Specify

the Maximum Transmit Unit

size.

It is recommended

accept the default setting of

will be

fragmented downstream if the MTU is set too high or too

which impacts network

In extreme

cases,

an MTU

setting that is too low can prevent the

OM2P-HS V2

from

establishing some

onne

ons

IP Address

the WAN port

IP address.

Mask

the WAN

subnet

IP Address

the WAN gateway

ddr

PPTP

the

IP address

of the

PPTP s

Username

the

username

provided by your

Password

the

password

provided by your

onn

on Demand If you want the

OM2P-HS V2

to end the Internet connection after

it has been inactive for a period of

this option and

enter

number of minutes you want that period of inactivity to

Keep

Alive

If you want the

OM2P-HS V2

to periodically check your

onne

this

Then specify how often you

the

OM2P-HS V2

to check the Internet

onne

If the

connection is

down, the

OM2P-HS V2

automatically

—

your

onne

From

Obtains the

DNS

automatically from

DHCP

Use These

DNS Servers

Click

the radio button to set up the

Primary DNS

and Secondary

DNS servers

Discard

Ping on WAN

Check

to recognize pings on the

OM2P-HS V2

WAN

interface or Disable to block pings on the

OM2P-HS V2

WAN

int

ace

nging

IP addresses

is a common method used

hackers

test whether the

IP address

is valid. Blocking pings provides some

extra security from

cce

Click

cce

to confirm the

changes

cancel

and

return previous

ngs

Clicking

cce

does not apply the

changes.

To apply

use

(see

section

)

IP Address

the LAN port

ddr

Mask

the LAN

subnet

the

WINS Server

Use

As DHCP

Check

this option to enable the

OM2P-HS V2

internal

DHCP

IP Address

Specify

the starting

IP address

range for the pool of allocated

private

IP addresses. The

starting

IP address

must be on the same

subnet

the ending

IP address;

that is the first three

ied here must be the

same as

the first three octets in End

Ending

IP Address

Specify

the ending

IP address

range for the pool of allocated

private

IP addresses. The

ending

IP address

must be on the same

subnet

the starting

IP address;

that is the first three octets

ied here must be the

same as

the first three octets in

the

IP address

of the

WINS

cce

Click

cce

to confirm the

changes

cancel

and

return previous

ngs

Clicking

cce

does not apply the

changes.

To apply

use

(see

section

)

VPN

hrough

allows a

secure

virtual private network

(VPN)

connection between

put

the options on this page opens a

VPN

port and

enables

connections

pass

through the

OM2P-HS V2

without

int

PPTP Pass

Through

Check

this option to enable

PPTP

pass-through

ode

L2TP Pass

Through

Check

this option to enable

L2TP

pass-through

ode

IPSec Pass

Through

Check

this option to enable

IPSec

pass-through

ode

cce

Click

cce

to confirm the

changes

cancel

and

return previous

ngs

Clicking

cce

does not apply the

changes.

To apply

use

(see

section

)

Port

forwarding can be used to open a port or range of ports to a device on your

Using port forwarding, you can set up public

services

on your

When

users

from

Internet make certain

que

on your

the

OM2P-HS V2

can forward those

que

computers equipped to handle the

que

for

exa

you set the port

number 80

(HTTP)

to be forwarded to

IP address 192.168.1.2,

all

HTTP

que

from outside

users

are

forwarded to

192

168

Add

Click

Add

to add port forwarding

cce

Click

cce

to confirm the

nge

Clicking

cce

does not apply the

changes.

To apply

use

(see

section

)

Name

a name for the port forwarding

Protocol

a protocol for the

ppl

Choices

are

TCP,

and

a starting port num

Ending

an ending port num

All ports numbers between

starting and ending ports will forward

users

to the

address

ied in the IP Address

IP Address

the

IP address

of the

server

computer on the LAN

where

users

will be

dir

Save

Click Save

to apply the

changes

to return previous

ngs

If you have a computer that cannot run Internet applications properly from behind the

OM2P-

HS V2

you can allow the computer to have unrestricted Internet

access.

the

IP address

computer

a Demilitarized Zone (DMZ) host with unrestricted Internet

access.

Adding

a client to the DMZ may

expose

that computer to a variety of security

risks,

use

this option

a last

DMZ

disables

the

OM2P-HS V2

DMZ

unc

DMZ Address

IP address

of the computer that will have

unl

Internet

acce

cce

Click

cce

to confirm the

changes

cancel

and

return previous

ngs

Clicking

cce

does not apply the

changes.

To apply

use

(see

section

)

The

section lets you configure administration, management

VLAN, SN

ngs

backup/restore

ngs

firmware

time

ngs

and log

ngs

This

chapter

describes

these

ngs

11.1

dmin

Click

the

link under the

menu to change the user name and

password

used to log on to the

OM2P-HS V2

Web Configurator

. The

default user name is

and the default

password

Changing these settings protects the

OM2P-HS V2

onf

gur

n settings from being

accessed

by unauthorized

use

Name

a new

username

for logging in to the Web

onf

gur

Password

a new

password

for logging in to the Web

onf

gur

Password

Re-enter

the new

password

for

onf

Remote

or disable remote

Remote Upgrade

Specify

whether the

OM2P-HS V2

firmware can be upgraded

Remote

If remote management is enabled, enter the port number to be

used for remote

For

exa

If you specify

port number

8080

enter

address>:8080 to access

the

OM2P-HS V2

Web

onf

Click

to apply the

changes

ngs

Clicking

changes

the settings

You

cannot undo the

Click

the

VLAN link under the

menu to

assign

VLAN

tag to

VLAN

is a group of computers on a network whose software

has

been

onf

gur

so that they

behave as

if they were on a

Local

Area Network

(LAN).

Computers

VLAN

do not have to be

physically

located next to one another on the LAN

VLAN ID If your network includes VLANs and if tagged packets need

pass through the Access

enter the VLAN

ID.

click No VLAN

cce

Click

cce

to confirm the

changes

cancel

and

return previous

ngs

If you reconfigure the Management

VLAN ID,

you may lose your connection to the

OM2P-

HS V2

Verify that the

DHCP server

supports the reconfigured

VLAN

ID and then reconnect

OM2P-HS V2

using the new

ddr

Clicking

cce

does not apply the

changes.

To apply

use

(see

section

)

Click

the

link under the

menu to monitor

—

devices

using the Simple Network Management

(SNMP). SNMP

allows messages

(called “protocol data unit’s) to be sent to various parts of a

Upon receiving these

messages,

SNMP-compatible devices

(called agents) return data stored in their

Information

or disable the

OM2P-HS V2 SNMP

unc

on.

the contact details of the

the location of the

omm

Name

the

password

for

accessing

the

SNMP

community

read-only

acce

omm

Name

the

password

for

accessing

the

SNMP

community for read

and write

acce

Trap D

omm

the

IP address

where

SNMP

traps are to be

the

password

of the

SNMP

trap

ommuni

Click

to apply the

changes

ngs

Clicking

change the setting

You

cannot undo the action.

Click

the

link under the

menu to

save

the

OM2P-HS

’

current settings in a file on your local disk or load settings onto the device from a local

This

feature is particularly convenient administrators who have

several OM2P-HS V2

devices

need to be configured with the

same

ngs

This

page also lets you return the

OM2P-HS V2

to its factory default

If you

perform

dur

any

changes

made to the

OM2P-HS V2

default settings will be

Save

A Copy

Saved

from

Click

Backup to

save

the current configured

ngs

To restore settings that have been previously backed

click

the

and click

Click

this button to restore the

OM2P-HS V2

to its factory

ngs

Click

the

Upgrade link under the

menu to upgrade the firmware

the

To perform this

dur

downloaded the appropriate firmware from

our

ndor

The firmware upgrade procedure can

few

nut

not

power

off the

OM2P-HS V2

during

the

firmware upgrade,

can cause

the

device

crash

become unusable. The

OM2P-HS V2

after the

upgrade

Click

the Time

link under the

menu to configure the

OM2P-HS V2

system

You can enter the time manually

ensure accuracy, synchronize

the

OM2P-HS V2

Network Time

(NTP)

Manually

and

Manually specify the date and

a time zone from the drop-down list and check

whe

you want to enter the

IP address

of an

NTP server

use

default

NTP

Click

to apply the

changes

ngs

Clicking

changes

the setting

You

cannot undo the

Click

the Log link under the

menu to display a list of events that are

gge

on the

OM2P-HS V2

and

wireless

int

ace

You can consult this log if an unknown

rror

occurs

on the

or when a report

needs

to be sent to the technical support

depa

for debugging

pur

pos

or disable the

OM2Psyslog

unc

Log

IP Address

the

IP address

of the log

Log

or disable the local log

Click

to apply the

changes

ngs

Clicking

changes

the settings

You

cannot undo the

Click

the D

link under the

menu to

n connection quality and

trace the routing table to the

the

IP address

you would like to search.

Ping

the packet

size

each

ng.

Number

Pings

the number of times you want to

ng.

Ping

Click

Ping to begin

nging

ace

IP address

or domain name you want to

ace

Click

ace

to begin the trace route ope

This

chapter provides step-by-step descriptions for using the

OM2P-HS V2’s

operating

ode

The

Access

Mode’s default configuration allows the

OM2P-HS V2

to act

a central unit

of a WLAN or

a root device of a wired

onm

mode and Mesh network

mode are

reserved

for future

gur

12.1

Access

oin

Access

p1 Log in to the Web Configurator with your browser by

the default

IP address

192

168

Use

site

survey

scan channels available

in nearby

channel with

less

int

Specify

the

SSID

for your broadcast

SSID

and you can also

configure multiple

SSID

at the

same

p5 Verify the

VLAN

identif ier to

services

among clients

the authentication

ngs

Click

Apply

save

all

nge

For

advanced

ngs

refer to the previous

the

wireless

mode with which you want to

Use

site

survey

scan

nearby

Access

and either

Access

to which you want to

onne

or enter the

SSI

nua

p3 Configure the

VLAN

ID in your

wireless

device if

the appropriate authentication type and password.

Access

Mode does not provide

DHCP server,

so the

Wireless

Client

address

must be configured manually using the

same Local

Area Network

ubne

12.2

lie

Bridge

Mode

Client Bridge Mode functions like a

wireless

dongl

It must connect to an

Access

Router

to join the

Refer

to Chapter 13 to check the

Access Point’s c

onf

gur

dge

p1 Log in to the Web Configurator with the default

address

192

168

For

Bridge

from

Use

site

survey

scan Access

that are

available

in nearby

the

Access

with which you want to

up the authentication settings that match the

Access

’

Click

Apply

save

all

nge

The

Client Bridge

settings must match the

Access Point’s

ubne

Use

this feature to link multiple

Access Points

in a

All clients

with any

Access Points

can communicate with

each

other in an ad-hoc

dge

p1 Log in to the Web Configurator with the default

address

192

168

For

WDS

Bridge

from

the channel you want to

use

up the authentication settings

WDS

Link

Specify

the MAC

address

of the

Access

with which you

onne

Click

Apply

save

all

nge

Each WDS

bridge device must

use

the

same

Wireless

and

In Client

Router

ode

the

OM2P-HS V2’s

internal

DHCP server

allows

LANs

generate an

IP address

the

same

Connect an

Access

wirelessly

and connect to

LANs

using a wired

onne

Refer

to Chapter 13 to check the

Access Point’s c

onf

gur

p1 Log in to the Web Configurator with the default

address

192

168

For

from

Change

your

Area

ork

setting to

an IP

Address

Use

site

survey

scan Access Points

that are

available

in nearby

the

Access

with you want to

up authentication settings that match the

Access

’

your WAN connection type using the WAN settings

by your

Click

Apply

save

all

nge

Client

Router’s IP

setting must match to the

Access Point’s

ubne

Building

a Wireless

With its ability to operate in various operating

ode

your

OM2P-HS V2

is the ideal device

ound

which you can build your

WLAN. This

appendix

describes

how to build a

WLAN

around

OM2P-HS V2

using he

device’s

operating

ode

Access

ode

OM2P-HS V2 behaves

likes a central connection for stations or clients

support

IEEE

802

b/g/

and client must be

onf

igured to

use

the

same

SSID

and security

password

with the

OM2P-HS V2. The OM2P-HS V2

supports four

SSIDs

same

time for

secure

guest

acce

13.2

Access

oin

Mode

with

WDS

The OM2P-HS V2 Access

Mode also supports

WDS

unc

This

operating mode

allows

wireless

connections to the

OM2P-HS V2

using

WDS

hnol

ogy

In this

ode

onf

igure the MAC

addresses

in both

Access Points

to enlarge the

wireless area

by enabling

WDS

Link

ngs

WDS

supports eight

MAC

ddr

Not every

Access

device supports

WDS

Access

ode

use

we recommend you

use

the

OM2P-HS V2

In Client Bridge

ode

the

OM2P-HS V2 behaves

like a

wireless

client that connects to an

Access

wirelessly

and allows

users

to surf the Internet whenever they

In this

ode

use the

OM2P-HS V2

Site

Survey

scan

for

Access Points

within

nge

Then

configure the

OM2P-HS V2

SSI

and security password accordingly to

with the

Access

In this

onf

gur

the station

has

a wired

connection to the

OM2P-

HS V2

LAN

por

13.4 WDS Bridge

Mode

WDS

Bridge

ode

the

OM2P-HS V2

can

wirelessly

connect different

LANs

by configuring

MAC

address

and security settings of

each OM2P-HS V2

Use

this mode when two

wired LANs located a small distance apart want to communicate with

each

The

best

solution is

use

the

OM2P-HS V2

wirelessly

connect two wired

LANs, as

shown in the

following

gur

Bridge Mode can

h 16

WDS

creating a star-like

WDS

Bridge Mode is unlike

Access

Access Points

linked by

WDS

are using the same

frequency

nne

Access Points

connected together may lower

hroughp

Please

aware

to avoid loop in your

wireless

onne

otherwise enable

nning

Tree

unc

on.

In Client

Router

ode

the

OM2P-HS V2’s

internal

DHCP server

allows a number of

LANs

automatically generate

IP addresses

the

same

In this

ode

connect

wirelessly

and connect to

LANs

via a wired

onne

13.6 RADIUS

ion

Remote

Authentication Dial In

User Service (RADIUS)

authentication is

available

when

configuring the

OM2P-HS V2 wireless advanced

settings

(see

Chapter

8). Use

this feature if

you have a

RADIUS server. WPA(TKIP), WPA2(AES),

and

WPA2

Mixed encryption types are also

por

The

following figure

shows

an example of a

RADIUS

onf

gur

where two

OM2P-HS V2

devices installed at different locations communicate with

each

other

wirelessly.

In this

onf

gur

on,

one

OM2P-HS V2

is configured for

Access

Mode and connected to a

RADIUS server

via a switch, while the other

OM2P-HS V2

is configured for Client Bridge

ode

The RADIUS server

uses an authentication

scheme

such

as PAP

CHAP

to verify a

use

‘

identification, along

ona

other information related to the

que

such

the

use

‘

network

address

phone num

account status and

ic network

service access

The

ADI

server

then returns one of three

responses

to the

OM2P-HS V2 : Access

(user

is denied access to all requested network

resources), Access Challenge

(

que

additional information

the user such

secondary

PIN,

token or

card),

Access

(user

acce

)

Appendix A –

appendix provides problem-solving

information

you may

find

useful

case you need

oub

hoo

your

OM2P-HS V2.

also includes

information about

uppo

A.1 Problem

How

do I

the

OM2P-HS V2?

There are

two

ways

the

OM2P-HS V2,

hardware method and a

method.

return the

OM2P-HS V2

default configuration.

To use

the

hardware method, open

the cover

the bottom

panel

of the

OM2P-HS V2 and

find the

button

(see

2.1). Using a

flat

object

such as a pencil, press

the

button for

ppr

10 seconds

and then

ng.

To use

the

method,

click

in the

menu.

Why do

I not

see

traffic

pass

after I

the

OM2P-HS V2

a PoE

The OM2P-HS V2 uses a

proprietary

PoE

injector

and will not

work

with

802

—

the

default

IP address

of the

OM2P-HS

The

default

IP address is

192.168.1.1

plugged

the

PoE

to the

second

the

back

OM2P-HS V2

but the unit

not on,

how

You need

plug

the

cable

nne

PoE

injector

to the

main LAN

port.

secondary

port

just an

additional

LAN

port for

regular

nne

as IP

camera

When

the

PoE

nne

to the

OM2P-

HS V2

what kind

PoE should

The OM2P-HS V2 uses a

proprietary

PoE

injector

and will not

work

with

802

—

want

use higher gain

nna

the

OM2P-HS V2,

but I don’t

know what

nna

Use

the

nna

appropriate

for the frequency.

(2.4

)

want

buy a high-gain

nna

for the

OM2P-HS V2,

but I don’t

know what type

antenna

and RF

onne

to buy.

Use an

with

onne

to the

OM2P-HS V2

A.2

Technical

uppo

If you encounter issues that cannot be resolved using this manual, please contact your vendor where you

purchase the device. If you cannot contact your vendor, you may also contact EnGenius Customer Service

department in the region where you purchased the device.

Before you contact your local EnGenius office, please prepare the following information:

Product model name and serial number

The place where you purchased the product

Warranty information

The date when you received the product

A brief description about the issue and the attempts you tried to resolve it

To contact EnGenius Customer Service office in the United States, please use either of the following methods:

Email: Support@EnGeniustech.com

Telephone: 1-888-735-7888

Appendix

C –

Access

A base station in a WLAN that act as a central transmitter and receiver of WLAN radio signals.

Ad Hoc

Network

A short-term WLAN framework created between two or more WLAN adapters, without going

through an Access Point. An ad hoc network lets computers send data directly to and from one

another. For an ad hoc network to work, each computer on the network needs a WLAN card

installed configured for Ad Hoc mode.

Antenna

A device that sends and receives radio-frequency (RF) signals. Often camouflaged on existing

buildings, trees, water towers or other tall structures, the size and shape of antennas are generally

determined by the frequency of the signal they manage.

Authentication

A process that verifies the identity of a wireless device or end-user. A common form of

authentication is to verify identities by checking a user name and password to allow network

access.

kbon

A high-speed line

series

that form

a major

within

network.

The

part of the

frequency

required

transmit

desired

information.

Each radio

channel

has a

frequency and

additional

frequencies above and below

carrier frequency

that

carry

the

transmitted information.

The range

frequencies

from the

to the

used

is called

the bandwidth.

A wireless device that connects multiple networks that are physically separate or use different

media, but which use similar standards.

Bridge

Mode

An Access

bridge mode can

as a WLAN bridge

that

two

wired

network

The peer device also

bridge mode. This wireless bridge

onne

qui

a Wireless

uti

(

CHAP

Challenge Handshake

Authentication

protocol

that

uses

enge

pons

sending passwords over

the wire.

lli

Interference resulting from two network devices sending data at the same time. The network

detects the collision of the two transmitted packets and discards both of them.

The region within which a paging receiver can reliably receive the transmission of paging signals.

Coverage

Area

The geographical area that can be served by a mobile communications network or system.

Coverage

Hole

An area within the radio coverage footprint of a wireless system where the RF signal level is

below the design threshold. Physical obstructions such as buildings, foliage, hills, tunnels, and

indoor parking garages are usually the cause of coverage holes.

Redundancy Check

(

A common

hni

que

for

Dynamic Ho

(

DHCP)

A protocol that assigns temporary IP addresses automatically to client stations logging onto an IP

network, so the IP addresses do not have to be assigned manually. The OM2P-HS V2 contains an

internal DHCP server that automatically allocates IP address using a user-defined range of IP

addresses.

Dead

An area within the coverage area of a WLAN where there is no coverage or transmission falling

off. Electronic interference or physical barriers such as hills, tunnels, and indoor parking garages

are usually the cause of dead spots. See also coverage area.

802.11

A category of WLAN standards defined by the Institute of Electrical and Electronics Engineers

(IEEE).

802.11a

An IEEE standard for WLANs that operate at 5 GHz, with data rates up to 54 Mbps.

802.11b

An IEEE standard for WLANs that operate at 2.4 GHz, with data rates up to 11 Mbps.

802.11g

An IEEE s

for

WLANs

that

2.4 GHz,

with

rate

300 Mbps. The

new

also raises

the

encryption bar

WPA2. The 40 HT

option

can be added

increase

the

rate.

Translates data into a secret code to achieve data security. To read an encrypted file, you must

have a secret key or password for decryption. Unencrypted data is referred to as plain text;

encrypted data is referred to as cipher text

ESS

The

unique identifier

for

All Access

and

their

wireless

in the

same group

have

the

same

Geographical areas where an

entity

is licensed

oadc

A computer

or other

device

that

as a

translator

two

that

different

muni

formatting

languages,

and/or architecture.

HT mode

In the

802.11n

two

new

called High

hpu

(HT), are defined

for the

Physical Layer, Mixed Mode, and Green Field.

runs 40 HT,

two

channels are used. The larger 40 MHz bandwidth can provide

better

transmit quality and

Like passwords, keys open

(

)

and close (encrypt) messages. While many

encryption

are commonly known and public,

the

key

Local-Area

Network

(

AN)

A small

network

covering a

limited

area, such as a building

group

buildings.

Most

ANs

onne

wor

personal

omp

LANs

let

many users share devices such as

well

LANs also

facilitate

through e-mail

Media

Access Co

(MAC)

Address

with

every hardware device

on the

network.

Every 802.11 wireless device

own specific MAC address. This

unique identifier

is hard-coded

into the

device and can

used

provide

for

WLANs. When a

network

uses a MAC

only

the

802.11

radios

that

have

their

MAC addresses added

to that

wor

‘

MAC

can access

the network.

Network

Address

(NA

)

An Internet

nda

that

a LAN use one

IP addresses

for

internal

traffic

and a

ond

addresses

for

traffic.

Network

Time

A protocol

that

devices synchronize

their time with

time

server. NTP uses

TCP

UDP

123 by

default.

text

that

WEP keys

wireless

client

Power Over

(

)

A PoE

provides power

PoE-enabled devices using an 8-pin

CAT

cable, e

the

need

for

a power source.

Preamble

ync

oni

a WLAN. The preamble

type

defines

the

of the

Redundancy Check block

for

a device and roaming wireless

ons.

(

AP)

Authentication protocol

IEEE

802.1x used

send

authentication

and passwords

over

802.11

ANs

(Qo

)

wor

’

ability

deliver

with

minimum delay.

QoS

also refers

to the networking

used

provide bandwidth

for

real-time multimedia

applications.

Dial-In User

(

)

wor

protocol

that

provides

authentication,

and

accounting

for

omp

nne

and use a

network

service. Because

broad

uppo

and ubiquitous

the

RADIUS

protocol

often

used by ISPs and

to manage

access

to the

Internet

internal

wor

WLANs, and

e-mail

Identifier

(

Name

a WLAN. All wireless devices on a WLAN

use

the

same SSID

each

other.

Network

(

An I

—

nda

protocol

for

managing devices

wor

noop

Passively

a network

for

such as passwords,

that

can be used

benefit a

hacker.

Temporal Key

Integrity

(

An encryption protocol

that

uses

128-bit

keys. Keys

are dynamically

and

the

authentication

server.

TKIP

regularly changes and

encryption keys,

with

encryption

key never being used

twice.

Transmission

(

A protocol

that

allows

mmuni

ons

over and be

wor

the

basis

Internet

communications.

Fair Queuing

(

)

WFQ services queues are based on

priority

and queue

Queues

with

larger

get

more service

than

queues

with

smaller

This

highly efficient

queuing mechanism

available bandwidth

across

different

traffic

Wired

Privacy

(

protocol

that

provides a WLAN

with

a level

and privacy comparable

to that of

a wired LAN. WEP encrypts

wired and WLANs

keep

private.

Wireless Local-Area

Network

(

AN)

WLANs use RF

ogy

send and receive da

wirelessly

area. This

users

in a

small zone send da

and share resources such as

without

using cables

onne

each

computer.

—

Access (WPA

)

of the

IEEE

802.11i

WPA applies

IEEE

802.1x and

Authentication

(EAP)

wireless

using an e

RADIUS

WPA

Temporal Key

Integrity

(TKIP), Message

Integrity

Check (MIC), and

IEEE

802.1x

to encrypt

See

also

WPA-PSK (WPA

—

ey).

—

MultiMedia (WMM)

of the

IEEE

802.11e QoS

hance

to the

Wi-Fi

that

ensures

quality

service

for

multimedia

ppl

ANs

Wireless

upp

that

runs

ope

the

wireless

client how

use

WPA

—

Pre

—

Key

(

A-

WPA-PSK

requires a single (

)

password e

into

each Access

wireless

gateway,

and wireless

A client

access

a WLAN

if the

passwords

match.

A wireless

that

defines

nge

enc

on,

authentication, and

key

than

WPA.

includes

two

encryption

Temporal Key

Integrity

Protocol

(TKIP)

and Advanced Encryption Standard

(

AES

)，

the Counter mode with Cipher

block

chaining Message

authentication

Code Protocol (CCMP).

Wireless

Distribution

System (WDS)

A technology that lets

Access

Points

communicate

with one another to extend the range of a

WLAN.

Appendix D –

FCC

Federal Communication Commission Interference Statement

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.

This equipment has been tested and found to comply with the limits for a Class B digital device,

pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection

against harmful interference in a residential installation. This equipment generates, uses and can

radiate radio frequency energy and, if not installed and used in accordance with the instructions, may

cause harmful interference to radio communications. However, there is no guarantee that interference

will not occur in a particular installation. If this equipment does cause harmful interference to radio or

television reception, which can be determined by turning the equipment off and on, the user is

encouraged to try to correct the interference by one of the following measures:

— Reorient or relocate the receiving antenna.

— Increase the separation between the equipment and receiver.

— Connect the equipment into an outlet on a circuit different from that

to which the receiver is connected.

— Consult the dealer or an experienced radio/TV technician for help.

FCC Caution: Any changes or modifications not expressly approved by the party responsible for

compliance could void the user’s authority to operate this equipment.

This transmitter must not be co-located or operating in conjunction with any other antenna or transmitter.

Radiation Exposure Statement:

This equipment complies with FCC radiation exposure limits set forth for an uncontrolled

environment. This equipment should be installed and operated with minimum distance 20cm

between the radiator & your body.

Europe – EU Declaration

This device complies with the essential requirements of the R&TTE Directive

1999/5/EC. The following test methods have been applied in order to prove

presumption of conformity with the essential requirements of the R&TTE Directi

1999/5/EC:

— EN60950-1

Safety of Information Technology Equipment

—

— EN50385

—

Generic standard to demonstrate the compliance of electronic and electrical

apparatus with the basic restrictions related to human exposure to electromagnetic

fields (0 Hz — 300 GHz)

—

— EN 300 328

—

Electromagnetic compatibility and Radio spectrum Matters (ERM); Wideband

Transmission systems; Data transmission equipment operating in the 2,4 GHz ISM

band and using spread spectrum modulation techniques; Harmonized EN covering

essential

requirements under article 3.2 of the R&TTE Directive

EN 301 489-1

Electromagnetic compatibility and Radio Spectrum Matters (ERM); ElectroMagnetic

Compatibility (EMC) standard for radio equipment and services; Part 1: Common

technical requirements

— EN 301 489-17

—

Electromagnetic compatibility and Radio spectrum Matters (ERM); ElectroMagnetic

Compatibility (EMC) standard for radio equipment and services; Part 17: Specific

conditions for 2,4 GHz wideband transmission systems and 5 GHz high

performance RLAN

Česky

[Czech]

[Jméno výrobce]

tímto prohlašuje, že tento

příslušnými ustanoveními směrnice 1999/5/ES.

Dansk

[Danish]

Undertegnede

overholder de væsentlige krav og øvrige relevante krav i direktiv 1999/5/EF.

Deutsch

[German]

Hiermit erklärt

grundlegenden Anforderungen und den übrig

befindet.

Conformity

This device complies with the essential requirements of the R&TTE Directive

1999/5/EC. The following test methods have been applied in order to prove

presumption of conformity with the essential requirements of the R&TTE Directi

Safety of Information Technology Equipment

Generic standard to demonstrate the compliance of electronic and electrical

apparatus with the basic restrictions related to human exposure to electromagnetic

Electromagnetic compatibility and Radio spectrum Matters (ERM); Wideband

Transmission systems; Data transmission equipment operating in the 2,4 GHz ISM

band and using spread spectrum modulation techniques; Harmonized EN covering

requirements under article 3.2 of the R&TTE Directive

Electromagnetic compatibility and Radio Spectrum Matters (ERM); ElectroMagnetic

Compatibility (EMC) standard for radio equipment and services; Part 1: Common

Electromagnetic compatibility and Radio spectrum Matters (ERM); ElectroMagnetic

Compatibility (EMC) standard for radio equipment and services; Part 17: Specific

conditions for 2,4 GHz wideband transmission systems and 5 GHz high

tímto prohlašuje, že tento

[typ zařízení]

je ve shodě se základními požadavky a dalšími

příslušnými ustanoveními směrnice 1999/5/ES.

erklærer herved, at følgende udstyr

overholder de væsentlige krav og øvrige relevante krav i direktiv 1999/5/EF.

, dass sich das Gerät [Gerätetyp]

in Übereinstimmung mit den

grundlegenden Anforderungen und den übrig

en einschlägigen Bestimmungen der Richtlinie 1999/5/EG