Datto OM2PV2 User Manual

Wireless 802.11b/g/n

Long Range Wireless N

Client Bridge/Access Point

Mesh Router

Model:

OM2P v2

User

Manual

Version :

1.0

Table of Contents

CHAPTER 1 PRODUCT OVERVIEW............................................................................................................................. 7

1.1 F

EATURE

1.2 B

1.3 P

1.3 S

.......................................................................................................................................................................

ENEFITS

.......................................................................................................................................................................

ACKAGE CONTENT
YSTEM REQUIREMENT

S

......................................................................................................................................................

..................................................................................................................................................

CHAPTER 2 HARDWARE OVERVIEW

........................................................................................................................10

CHAPTER

3 INSTALLATION

.......................................................................................................................................11

CHAPTER 4 CONFIGURING YOUR COMPUTER FOR TCP/IP

4.1 C

ONFIGURING MICROSOFT WINDOWS

4.2 C

ONFIGURING MICROSOFT WINDOWS VIST

4.3 C

ONFIGURING MICROSOFT WINDOWS

4.4 C

ONFIGURING MICROSOFT WINDOWS

4.5 C

ONFIGURING AN APPLE MACINTOSH

7 ............................................................................................................................

A

.......................................................................................................................

XP ..........................................................................................................................

2000 ......................................................................................................................

COMPUTER

................................................................................................................

.................................................................................14

CHAPTER 5 INTRODUCING THE WEB CONFIGURATOR

.....................................................................................................23

5.1 L

OGGING IN TO THE WEB CONFIGURATOR

...........................................................................................................................

CHAPTER 6 STATUS ....................................................................................................................................................25

6.1 S

AVE/LOAD

6.2

M

AIN

6.3 W

IRELESS CLIENT LIST

6.4 S

YSTEM LOG

6.5 C

ONNECTION STATUS

6.6 DHCP C

CHAPTER 7 SYSTEM....................................................................................................................................................31

7.1 C

HANGING OPERATING MODES

CHAPTER 8 WIRELESS CONFIGURATION

8.1 W

IRELESS SETTINGS

8.1.1 Access

8.1.2

8.1.3 WDS

8.1.4

8.2 W

IRELESS SECURITY SETTINGS

8.2.1 WEP

8.2.2 WPA-PSK

8.2.3 WPA2-PSK .....................................................................................................................................................

.................................................................................................................................................................

.........................................................................................................................................................................

.................................................................................................................................................

...............................................................................................................................................................

..................................................................................................................................................

LIENT TABLE

...................................................................................................................................................

...................................................................................................................................

................................................................................................................33

.....................................................................................................................................................

Point

Mode ........................................................................................................................................

Client

Bridge Mode

.......................................................................................................................................

Bridge Mode.........................................................................................................................................

Client Router Mode

.......................................................................................................................................

......................................................................................................................................

................................................................................................................................................................

.......................................................................................................................................................

7

8

9

9

15

17

19
20
22

23

25
26
27
28
29
30

31

33
33
37
39
41
43
43
44
45

8.2.4 WPA-PSK

8.2.5 WPA................................................................................................................................................................

8.2.6 WPA2 .............................................................................................................................................................

8.2.7 WPA Mixed

8.4 W

IRELESS ADVANCED SETTINGS

8.5 W

IRELESS

8.6 WDS L

MAC

INK SETTINGS

Mixed

............................................................................................................................................

....................................................................................................................................................

...................................................................................................................................

F

ILTER

................................................................................................................................................

...................................................................................................................................................

CHAPTER

9 LAN SETUP

..............................................................................................................................................54

9.1 IP

S

ETTINGS

9.2 S

PANNING TREE SETTINGS

................................................................................................................................................................

...........................................................................................................................................

CHAPTER

10

ROUTER SETTINGS

..............................................................................................................................56

10.1

WAN

S

ETTINGS

10.1.1 Static IP ........................................................................................................................................................

10.1.2 DHCP

10.1.3 PPPoE

10.1.4 PPTP

10.2 LAN S

10.3 VPN P

10.4 P

10.5

ETTINGS (ROUTER MOD

ASS THROUGH

ORT FORWARDING

DMZ

.......................................................................................................................................................................

........................................................................................................................................................

(Dynamic IP)

(Point-to-Point

(Point-to-Point

................................................................................................................................................

....................................................................................................................................

Protocol over Ethernet) ........................................................................................

Tunneling Protocol)

E

) ...............................................................................................................................

................................................................................................

..................................................................................................................................................

CHAPTER

11 MANAGEMENT SETTINGS

..................................................................................................................69

11.1 A

DMINISTRATION

11.2 M

ANAGEMENT

11.3 SNMP

11.4 B

11.5 F

11.6 T

S

ETTINGS
ACKUP/RESTORE SETTINGS
IRMWARE UPGRAD

IME SETTINGS

11.7 LOG..........................................................................................................................................................................

11.8 D

IAGNOSTICS

......................................................................................................................................................

VLAN

...............................................................................................................................................

......................................................................................................................................................

......................................................................................................................................

E

.................................................................................................................................................

..........................................................................................................................................................

............................................................................................................................................................

CHAPTER

12 NETWORK

CONFIGURATION EXAMPLES.........................................................................................78

12.1 A

CCESS POINT

12.2 C

LIENT BRIDGE MODE

12.3 WDS B

12.4 C

LIENT ROUTER

..........................................................................................................................................................

...............................................................................................................................................

RIDGE MODE

.................................................................................................................................................

.........................................................................................................................................................

CHAPTER

13 BUILDING A WIRE

LESS NETWORK ...................................................................................................81

13.1 A

CCESS POINT MODE

13.2 A

CCESS POINT MODE

................................................................................................................................................

WITH

WDS

F

UNCTION

.............................................................................................................

46
47
48
49
50
52
53

54
55

56
56
58
60
62
64
65
66
68

69

71

72
73

74

75

76
77

78
79
80

81

82
82

13.3 C

LIENT BRIDGE MODE

13.4 WDS B

13.5 C

13.6 RADIUS C

RIDGE MODE

LIENT ROUTER MODE

ONNECTIONS

APPENDIX A – TROUBLES

...............................................................................................................................................

.................................................................................................................................................

..............................................................................................................................................

...........................................................................................................................................

HOOTING

.................................................................................................................................85

A.1

P

ROBLEM

A.2 C

SOLVING

ONTACTING TECHNICAL SUPPORT

.........................................................................................................................................................

....................................................................................................................................

APPENDIX B – SPECIFICATIONS

.......................................................................................................................................87

APPENDIX C – GLOSSARY

................................................................................................................................................88

APPENDIX D – FCC INTERFERENCE STATEMENT

83
83
84
84

85

86

...............................................................................................................93

About This Documen

t

Audienc

e

This

document is written for networking
the EnGenius ENH Series
knowledge about TCP/IP and
terminology associated

This

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

with

Point/bridge.

C

onvention

This

publication
and highlight

uses

these conventi

special message.

Caution:
operation that might damage the device

Note:

This symbol represents the important message on incorrect device

This

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

Outdoor

IEEE

wireless

symbol

professionals

Access Point/Bri

responsible for installing and managing

dge. To

use

this guide,

you should have

802.11 standards, and be familiar with the concepts and
local-area networks (WLANs).

ons/sym

represents

bols to convey instructions and information

the important

message

for the settings.

or

res

ources.

Icons

Figures

used

in this document may use

EHN device

the

following generic

WLAN signal

icons.

Client computer laptop

Internet

Client computer desktop

PoE injector

Power adapter

Chapter 1

Product Overview

Thank you
solution that

for

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

provides Access Point, Client Bridge, WDS,

In addition
Adapter capabilities,
features include power level control,

to

providing

the latest wireless technology,

which allow

the

device

narrow bandwidth selection,

A variety

of security features help

to

protect your data and privacy while you are online. Security features include Wi-Fi

Protected Access (WPA-PSK/WPA2-PSK), 64/

1.1 Feature

The

following list

-

High-speed

summarizes

data

rates

the key

up to 150 Mbps make the OM2P V2 ideally

to

be installed easily

128/152-bit

features

of the

IEEE

802.11b/g/n

and Client Router functions in

the

OM2P V2 supports Power over Ethernet

in

nearly any indoor

traffic

shaping, and Real-time

WEP Encryption,

and IEEE

a single device.

or

802.1x

with RADIUS.

OM2P V2:

suited

for handling heavy data

network

and Power by

outdoor location. Advanced

RSSI indication.

payloads such as MPEG

-

Fully

- Multi-function

- Point-to-point and

Interoperable with

capabilities

point-to-multipoint

buildings

-

Channel

-

RSSI

-

Power-over-Ethernet capabilities

-

Four SSIDs
and functions

-

WPA

-

PPPoE/PPTP

bandwidth

indicator

let

makes

clients

for

2/WPA/ WEP/

function su

selection allows

each SSID

IEEE

authentication

-

SNMP
Point
QoS

Remote

(WMM) su

-

Configuration Management

pport

video streaming

IEEE

802.

11b/IEEE 802.

enable

it

easy

to select

allow for flexible installation locations

access

different

802.1x su

pport and MAC

pport make it

enhances

performance and

users

to

use

wireless

11g/IEEE

different

802.11n-compliant devices
modes

in

connectivity enable data

the appropriate bandwidth to be

the

best signal

networks

easy

to

for

through a

address

access

the Internet via Internet

Access Point connections

single Access Point,

filtering

helps administrators

user experiences

various environments

transfers

used

to

reach various distances

between two or more

and

cost savings

and

ensure secure

assign

network connections

different policies

Service Provider (ISP) servic

remotely configure or manage the Access

e

1.2 Benefits

The OM2P V2 is

the

ideal product around which you

can build your WLAN. The following list
summarizes a few
Ideal

for hard-to-wire environments

There
Historic

key advantages that

are

and older

installations

Temporary workgr

oups
WLANs make
removed. Examples

Ability to

shelters,

access real-time information

With a
nurses,

temporary

WLAN, workers

point-of-sale employees,
the data they
into the network.

Frequently changed envir

WLANs

are well suited for

many scenarios

buildings,

difficult,

it

expensive,

easy

to

provide co

include

offices, and construction sites.

who rely on

need

and

increase

onments

WLANs have over wired net

where

cables ca

open

areas, and busy streets, for

or im

possible.

nnectivity to

parks,

athletic

nnot be

temporary workgroups

arenas,

access

mobile

productivity,

showrooms, meeting

to

real-time information,

workers,

and

without

rooms,

works:

used

to connect net

example, make

working devices

wired LA

that will later be

exhibition centers, disaster-recover

such as doctors and
warehouse personnel,
having

to look for a

can access

place

to plug

retail stores, and manufacturing

.

N

y

sites where workplaces are rearranged

Wireless extensions to Ethernet networks

Wired

WLANs enable
by moves, extensions to net

LAN

backup
Network
a

pplications

network

managers

managers

can implement

running on wired net

works,

Mobility within training/educational fac

Training sites at cor

porations and students at universities are a
wireless connectivity can be used
exchanges, and

learning.

works.

ilities

to

frequently.

in

dynamic environments

and

other changes.

WLANs

to provide backup for mission-critical

facilitate

access

to

to mi

few

information,

nimize

examples

overhead cause

where

information

d

1.3 P

ackage

Contents

Open

the

package carefully and make sure

-

One EnGenius Wireless Access Point / Client Bridge (

it contains

If

any

item

is missing

or

damaged, contact your place

all of the items listed below.

OM2P V2)

of

purchase

immediately.

Keep all packing materials in
with its original packing materials.

adapter

Use only

can damage

the

the

case you need

power adapter supplied

OM2P V2.

1.3 System Requirement

To install the

-

An Ethernet

-

One

-

An Internet browser

OM2P V2, you need an Ethernet

interface

of the

following operating systems:

that sup

to return the

with

your OM2P V2. Using a

cable and a computer equipped

Microsoft

ports HTTP and JavaScript

Windows

OM2P V2. The OM2P V2 must

different power

with:

XP, Vista, or 7; or Li

nux

be returned

Chapter 2

Hardware Overview

The following figures show

2.1

The

Bottom

bottom

View

panel

of the

the

key components

OM2P V2 contains

on the

two RJ

OM2P V2.

-45 ports, a PoE interface,

and a Reset button. A

removable cover covers these c

-

The RJ
For

-

The PoE interface

-

The Reset button
configurati
Reset
such

-45

port co

nnects to

more information,

allows

can be used

on, erasing any overrides you may have made

button

as a pencil

is recessed

to

press

see Chapter

the Reset button.

2.2 Back Panel

The back panel
OM2P V2.

of the

OM2P V2 contains

omponents.

an Ethernet

adapter

in

a computer you use

to

configure

4.

the

OM2P V2

to

to prevent accidental resets.

reboot

to

be powered using

the

OM2P V2 and

the

supplied

return the

to the device’s

To

reboot

the

PoE

device

default settings. Th

OM2P V2, use a

the Reset button for approximately 10 seconds and

the

LED indicators

that

show

the

link quality and status of the

the

injector.

to its

default

flat

then stop

OM2P V2.

factory

e

object

pressing

Chapter 3

This chapter describes how

c

odes and, wherever applicable, are licensed by

Installati

Only experienced

on

to install the

installation

OM2P V2.

professionals who are familiar

It

also describes

the

appropriate government regulatory authorities

the

OM2P V2 LEDs.

with

local building and safety

should install the

OM2P V2

.

3.1 Pre-installation Guidelines

Select the

- The OM2P V2 should be

unit

-

The higher

-

The antenna should be installed to
antenna.

3.2 Insta

To install the
the

figure

optimal locations

and its connectors for

the placement

The ante

lling

the

nna should be aligned

OM2P V2

OM2P V2, use

below.

1.

The

bottom of the

to remove

2. Insert a sta

3. Slide the

4.

Remove

the cover.

ndard Ethernet

cover back

the

power cord and

for the

mounted

installation and testing.

of the antenna,

the

OM2P V2 is a movable cover. Grab

equipment

on a 1"-4"

using

pole. Its location should enable easy access

the better the

provide a direct,

to

face

following procedure

cable

into the RJ

to

seal

the bottom of the

PoE

injector

the

following guidelines:

achievable link

or

near line

the

to

mount

-45

general

direction

the

port

labeled MAIN LAN.

OM2P V2.

from the

box and plug

quality.

of sight with the

of the

Base Station

Base Station.

device on a pole and refer

the

cover and

pull it

the

power cord

back hard

to the

to

into the

DC

Only use

adapter might

5.

6.

port of the

the

damage

Plug

the other

When you finish step 5,

Turn over

PoE

injector.

power adapter supplied

the

OM2P V2.

side

of the Ethernet cable

the

installation

the

OM2P V2. Then insert the mast strap through

with the

in step

will

resemble

OM2P V2. Using a

3 into the

the

following

different power

PoE

port of the

picture.

the

middle hole

PoE

of the

injector.

OM2P

V2.

Use a screwdriver

7. Mount the

This completes the

EOA200 securely

installation

to

unlock

procedure.

the

pole-mounting

to the

pole by locking

ring putting

the strap tightly.

it

through

the

OM2P V2.

3.2 Understanding the

The rear
of the
V2

LED
Power Green

LAN

WLAN Green

of the

OM2P V2 has

device. The second group, LINK QUALITY, shows

and the

network.

The following table describes

Color Mode

Green

OM2P V2 LEDs

two

groups

OFF=
ON= OM2P V2 is receiving
OFF
ON = OM2P V2 is connected to the
or
Blink = OM2P V2 is sending
Access Point
or Clien
Bridge

of

LEDs.

OM2P V2 is

= OM2P V2 is

receiving

data.

t

Mode

One group, labeled INDICATORS, shows

the strength

the

OM2P V2 LEDs.

Status

not

receiving

not connected to the network.

OFF

= OM2P V2 radio is
sending
ON = OM2P V2 radio is on, and
sending

power.

power.

or

receiving

or

receiving data

or

receiving data

of the

link between the

network,

data.

off

and

over

over

but not

the

device is

the

wireless LAN.

the

device is

the

wireless LAN.

the status

OM2P

sending

not

not

Link

Quality

See Stat

column

us

Access Point
or Clien
Bridge

t

Mode

Blink = OM2P V2 radio is on, and
or

receiving data

S

hows the strength

and

the network.
G = good
Y

= medium quality

R = poor

quality

or no

over

of the

(green).

(yellow)

link

(red).

the

wireless LAN.
link between the

.

the

device is se

nding

OM2P V2

Chapter 4 Configuring

To

configure the

to

configure the

OM2P V2󰦉use

TCP/IP

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

Your

a computer that is configured for

Computer

for TCP

/l

P

TCP/IP.

This chapter describes how

4.1 Configuring Microsoft Windows

Use

the

following procedure

1. In the Start

2.

When

the

Network Connecti

and click Properties.

to

configure a

menu search box,

7

computer running Microsoft Windows

type:

ons List

ncpa.cpl

appears, right-click

the Local

7.

Area Connection icon

3. In the Net
Protocol

working tab,

click

either Internet Protocol Version 4 (TCP/IPv4)

Version 6 (TCP/IPv6), and then

click Properties.

or Internet

4. In the properties dialog box, click Obtain an IP address automatically
computer

for DHCP.

to

configure

your

5.

Click

the

OK

button to

6.

Click

the

OK

button

save your changes and close

again

to

save your changes.

4.2 Configuring Microsoft Windows Vista

Use

the

following procedure
default interface. If
Windows

versions, perform

1.

On

the

and

Internet icon.

2.

Click View Networks Status

Connections.

3. Right-click the Local

4.

Click Continue. The Local Area Connection Properties

5. In the

you use

Windows taskbar, click Start, click Control Panel, and then select

Local Area

to

configure a
the Classic interface,
the

procedure

and tasks

Area Connection

Connection Properties

computer running Microsoft Windows Vista

in section

the

dialog

where

the

icons and menus resemble

4.4.

and then

click Management Networks

icon and click Properties.

dialog box appears.

dialog box, verify

that Internet Protocol

box.

with the
previous

the Network

(TCP/IPv4) is checked. Then select
button.

The

Internet Protocol Version 4 Properties dialog box appears.

Internet Protocol (TCP/IPv4) and click

the Properties

6. In the

Internet Protocol

Version 4 Properties dialog box, click Obtain an IP address

automatically

7.

Click

8.

Click

the
the

to

OK

button to

OK

button

configure your computer

save your changes and close

again

to

save your changes.

for DHCP.

the

dialog

box.

4.3 Configuring Microsoft Windows XP

Use

the

following procedure

to

configure a

computer running Microsoft Windows XP

with the default

interface.

If

you use

versions, perform

1.

On

Internet Connections.

2.

Click

3.

Click Local

Area

4. In the
Area

the Classic interface,

the

procedure

the

Windows taskbar, click Start, click Control Panel, and then

the

Network

in section

Connecti

Area Connection for the Ethernet

Connection Status dialog box appears.

Local Area

Connection Status

Connection Properties

where

the

icons and menus resemble previous Window

4.4.

ons

icon.

adapter connected to the

dialog box, click

dialog box appears.

the Properties

click

Network and

OM2P V2. The Local

button.

The Local

s

5. In the
is checked. Then select

Local Area

Connection Properties

Internet Protocol (TCP/IP) and click

Internet Protocol (TCP/IP) Properties

6. In the
automatically
change and close

7.

Click

8. Restart

Internet Protocol (TCP/IP) Pr

to

configure your computer

the

Internet Protocol (TCP/IP) Pr

the

OK

button

your

computer.

again

to

4.4 Configuring Microsoft Windows

Use

the

2000

following procedure

installed.

1.

On

the

Windows taskbar, click Start,

2. In the

Control Panel window, double-click

to

configure your

dialog box, verify

dialog box appears.

operties

dialog box, click Obtain an IP address

for

DHCP.

save your changes.

2000

computer

point to Settings, and then

if

the Network

that Internet Protocol (TCP/IP)

the Properties

Click

the

operties

dialog

your computer

and Dial-up Connections icon.

button. The

OK

button to

save thi

box.

has

Microsoft Windows

click Control Panel.

s

If

the Ethernet adapter

in

your computer

is installed correctly,

the

Local Area

Connection

icon appears.

3.

Double-click

the Local

Area Connection

icon

for the Ethernet adapter connected to the

OM2P V2. The Local Area Connection Status dialog box appears.

4. In the
Area

5. In the
is checked. Then select

6.

Click Obtain an IP address automatically

7.

Click

dialog

8.

Click OK

9. Restart

Local Area

Connection Status

Connection Properties

Local Area

Connection Properties

Internet Protocol (TCP/IP) and click

the

OK

button to

save this

box.

button

your

again

to

computer.

save these

dialog box appears.

dialog box, click

dialog box, verify

to

configure

change and close

new changes.

the Properties

that Internet Protocol (T

the Properties

your computer

the

Local Area

button.

Connection Pr

The Local

button.

for DHCP.

CP/IP)

opertie

s

4.5 Configuring an Apple

Macintosh Computer

The following procedure describes how

10.2.

If

your Apple Macintosh is running Mac

to

configure TCP/IP on an Apple Macintosh running Mac OS

OS 7.x

or

later,

the steps you perform and

the scree

ns
you see may
as a guide

1.

2.

3. In the Configure field on

4.

differ slightly from the

to

configuring your Apple Macintosh
Pull down
Verify

the

that the

Apple Menu, click System Preferences,

NIC c

following. However, you should st

onnected to the

the

Click

Apply Now

to

apply your settings and close

ill be able

for TCP/IP.

and select

OM2P V2 is selected

in the Sho

TCP/IP tab, select Using DHCP.

the TCP/IP

Network.

dialog

to

use this procedure

w field.

box.

Chapter 5 Intr

odu

cing the

Web

Configurator

The OM2P V2 has a

built-in

Web

Configurator that lets you manage

the unit from

any location using

a

Web browser that supports

5.1 Logging

After

configuring

use

that computer’s

in

to the

the

Web Configurator

computer

Web browser to

1. Launch your Web browser.

2. In

the browser

address

If

3. When

you changed

the Windows Security

HTTP and has JavaScript

for TCP/IP

bar, type

the

192.168.1.1 and press

OM2P V2 LAN IP address,

log

in to the

using

window appears,

installed.

the

procedure

OM2P V2 Web

the Enter key.

enter

type admin

appropriate

for

your operating system,

Configurator.

the correct IP address.

as

the

username

in the top

field

and

type admin

as

the

4. Click OK
You are now ready

password

to

use

the instructions in the

in the bottom field.

following chapters to

configure

the

OM2P V2.

5.2 Best Practices

Perform the
V2

more

effectively.

-

Change

following procedures regularly

the default

password. Use a password

to

make

the

OM2P V2 more secure and manage

that

is

not

easy

to

guess and

that contain

the

s

OM2P

different characters, such as numbers and letters.
F

or

more information,

-

Back

up the configuration
configuration
password, you

can be useful

will

see page

have

to reset the

69.

and be sure you know how

if the

OM2P V2 becomes unstable

OM2P V2

to its factory default settings and lose any
customized override settings you configured. However,
will not
configuration. For

have to completely reconfigure

more

information,

see page

the

OM2P V2. You can simply restore

The OM2P V2 username ca

to restore

if

you back up an earlier configuration, you

it. Restoring

or

crashes.

73.

nnot

be changed.

an earlier

If

you forget your

your last

working

Chapter 6 Status

The Status section

-

Main

-

Wireless Client List

on

the

navigation drop-down menu contains

- System Log

-

Connection Status

The following sections describe these options.

6.1 Save/Load

This

page lets you

the

unsaved changes

save

and apply the settings shown under Unsaved changes list,

and revert to the previous settings that were in effect.

the

following

options:

or cancel

6.2 Main

Clicking the

Main

link under the Status

drop-down menu or clicking Home at the top-r

ight

of the Web Configurator

-

The System Information
m

ode, system

version.

-

The

LAN Settings section

subnet

-

The Current
channel. Since
as its

mask,

ESSID

up time, firmware

and MAC address.

Wireless Settings section

the

and security setti

shows

section

shows Local

OM2P V2

status information about the current operating mode.

shows

version, serial

supports

general system

information such

number, kernel version, and applicati

Area Network setting such

shows wireless

multiple-SSIDs,

information such

information about

as

the LAN

as

operati

IP address

as

frequency and

each SSID,

ngs, are displayed.

ng
on

,

such

6.3

Wireless Client List

Clicking the Wireless Client List
clients associated

to the

OM2P V2, along with the MAC

each client. Clicking the Refresh

link under the Status

button updates

(refreshes)

drop-down menu

addresses

and signal strength for

the client list.

displays

the list

of

6.4 System

Log

󰆎

󰆎

󰆎

󰆎

󰆎

u

The

OM2P V2 automatically

logs (records) events of possìble ìnterest ìn ìts ìnternal

memory.
down

To

menu.

vìew

the logged ìnformatìon󰦉click

I睡

the System Log

lìnk

under the

Status

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

System Log

󳤏󱤻

Oct

ct
Oct

/

of f

Oct

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3witch co

Oct
Oct
Oct
Oct
Oct

Oct

ct 19 10:16:31 (none)user.info

Oct
Oct

Oct

dis

Oct
Oct

( I

JY1

19 10:16:58 (none)user.warn

19 10:16:58 (none)user.info

19 10:16:58 (none)user.info

Oct

19 10:16:34 (none)user.warn

19 10:16:34 (none)user.warn

19 10:16:33 (none)daemon.info dnsmðsq[823]: using
19 10:16:33 (none)daemon.info dnsmðsq[823]: using
19 10:16:33 (none)daemon.info dnsmasq[823): starte
19 10:16:33 (none)daemon.info dnsmasq[823): readinq
19 10:16:33 (none)daemon.info dnsmasq[823):

19 10:16:33 (none)daemon.info dnsmasq[823):

19 10:16:31 (none)user.info
19 10:16:31 (none)user.info

Oct

19 10:16:31 (none)user.info

for ct 19 10:16:30 (none)user.warn

connecti

19 10:16:30 (none)user.info

ct 19 10:16:25 (none)user.warn kernel:

19 10:16:25 (none)user.warn kernel:
19 10:16:25 (none)user.warn kernel: osif

AII

kernel: jffs2 build filesy

kernel: mïni fo:

kernel: mïni fo: using

kernel: jffs2 3can eraseblock(): End

kernel: jffs2 build filesy

kernel: device

m

kernel: br-lan: topology change detecte
kernel: br-lan:

kernel: br-lan:

Oct

19 10:16:30 (none)user.info

kernel: br-lan:

111

sing 3torage

read

compi1e time

athO

port

kernel: osif

kernel: device

port

start running

set SIOC80211NWID󰦉8 characters

vap

Home

-

entered

3(athO) entering lea

port

vap

3(athO) entering

init

stem(): era3in

directory

base

/etc/hosts - 1

'r1

directory:

stem():

Com󰦉ant

local addresses onl
local addresses onl
d󰦉v

e

󴐬

/󱘓󳦑

/resolv.conf

options:

promïscuou3

3(athO) entering

init

promïscuou3 mode

akeup from

: wait for

athO left

Resel

:

i 2.52 cac'---'

addre

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ait

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1

Rerresh

11

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drop-

log.

g

r-

I

惱v

d

󰦉

󰦉

󱘨

6.5 Conneetion

StatU$

Clicking

the Connection

Status

link under the

Stat

󲌡

drop-down menu

displays

the current

status of the networ
status

Wirel

Netwo

SSID

BSSID

Connection

wireless

ess

󴉀

Type

S

󱈻󱄉

mode current channel

s
Wire󲋏ss Mode
Current Channe

S

󵍽

urity

Tx

Da 󱈻 Ra 󱒆

Mbps)

Current

se

󲋏

ve

l

l

n

󱒆

S

󲠜

nal

strength

WAN

k。

The information shown includes

I l司lient

securit

Router

y󰦉data rate󰦉noise level and signal

IIEnGenius
I

network

type

SSID󰦉BSSID󰦉connection

strength.

I

Refl

:es

h

I

6.6 DHCP

Client

Table

Clicking

the DHCP Client List link under the

Status drop-down

menu displays the clients

that
are associated
each
client are also shown.

to

the OM2P V2 through

DHCP

I

Refl

Client list

MAC

:es

h

I

addr

Clicking

11

DHCP.The MAC

the Refresh button

IP

addresses

updates

11

and signal strength for

(refreshes) the client lis

Home Resel

Ex

pires

t。

Chapter 7 System

This chapter describes how

to

change

the

7.1 Changing Operating Modes

The OM2P V2

-

Access Point

-

Client Bridge

-

WDS

-

Client Router

To select an operating mode, click System

supports four operating modes:

Bridge

OM2P V2 operating modes.

Properties under System Section. Then

go to System

.

> Operation mode.

Device Name: Enter
management.

This

name is not the
Operation Mode: Use
mode with

WDS, select

a name for the device.

SSID

The

name you type

appears

and is not broadcast to other devices.

the radio button to select an operating mode. To

Access Point

here and then enable the

WDS

in SNM

P

use Access Poi

nt

function in the Wireless

Network section

Click Accept

(see

section 8.6).

to confirm the cha

nges.

Clicking

Accept does not apply the changes.

section 4.1)

To

apply them󰦉use

Status > Save/Load (see

Chapter 8

This

chapter
chapter carefully.
the network
mode

8.1

This

8.1.1

The OM2P V2

(see

Wireless Settings

section

Access Point

Wireless Configuration

describes

If you configure a setting improperly,

adversely.

Chapter 7).

describes basic wireless setti

the

OM2P V2’s wireless setti

Before you conti

Mode

supports

Access Point Mode. In this mode,
within range can connect to the
an example of an

The secti

ons

OM2P V2

operating in

that follow the figure below describe how to configure your

Access

OM2P V2

ngs.

Please

read the information in thi

it can impact performance and affect

nue, be sure you selected the appropriate operati

ngs.

For

to

more information,

users

access

the

WLAN. The

see

Chapter 12.

with a

wireless

following figure

client device

shows

Access Point Mode.

OM2P V2

for

s

ng

Point M

ode.

Wireless Mode
Channel HT Mode

Extension Channel

Auto
AP Detection

Current

Profile

Configure up to four different

Wireless
The

mode supports

802.11

b/g/

n mixed modes.

default channel bandwidth is 40 MHz.

The

larger the cha

nnel,
the better the transmission quality and speed.
Select upper or lower cha
channel function.
Check

AP
nearby

this option to enable auto-channel selection.

Detection can select the best channel to

areas

for

Access Points.

nnel. Your

selection may affect the

SSIDs.
accessing
groups.

the network,

Click Edit

you can arrange the

to configure the profile and check whether yo

use

by scanning

If many client

devices

devices

into SSI

Aut

o

will be

D

u

want to enable extra SSID.

Profile Isolation

A

ccept / Cancel

Clicking Accept
section 4.1).

Restricted Client to communicate with different VID by Selecting
the radio
Click Accept
return previous setti

does not apply the

button.

to confirm the

changes.

To apply them, use Status

ngs.

changes

or Cancel to

> Save/Load (see

cancel

and

SSID

Specify

the

SSID

for the current

profile.
VLAN ID
Suppressed

SSID

Station Separation

Wireless Security
Save / Cancel

Specify
Check
SSID
Click
communication between client devices.
See
Click Save
previous setti

the

VLAN

this option to hide the

will not appear in the site survey.

tag for the current

SSID

from clients.

profile.

the appropriate radio button to allow or preve

the

Wireless Security

to accept the

section.

changes

or Cancel to

ngs.

If checked, the

nt

cancel

and retur

n

8.1.2 Client

Bridge

Mode

Client Bridge Mode lets you connect two LAN
on the
reach all machines.
computers

The
Point/Wireless R

same physical network.

As a result, DHCP

as

though the clients resided on one

following figure

shows

outer, such

Since

the computers are on the

information generated by the

an example of an

as

the EnGenius E

The secti

ons

that follow the figure below describe how to configure your

Bridge Mode.

Wireless Mode

Wireless

mode supports

segments

via a

wireless

link

as

though they are

same subnet, broadcasts w

physical network.

OM2P V2

communicating with an Access

server

will reach all client

OA7530, operating in Client Bridge Mode.

802.11

b/g/

n mixed modes.

OM2P V2

for Client

ill

SSID

Site Survey

Specify
you select an
Scans

the

SSID

if known.

Access Point in the Site

nearby locations for

This

field is completed automatically if

Survey.

Access Points.

You

can select a

Prefer BSSID

WDS Client

Wireless Security
A

ccept / Cancel

Clicking Accept
section 4.1).

Profile

If you used the Site

discovered
Enter the MAC
the Site
Click

the appropriate radio button to enable or disable WD
Client.
See

section
Click Accept
return previous setti

does not apply the

Access Point to establish a connection.

address

Survey,

this field is completed automatically.

8.2

for information.

to confirm the

if known. If you select an

changes

or Cancel to

ngs.

changes.

To apply them, use Status

Survey,

the Web Configurator

Access Point in

S

cancel

and

> Save/Load (see

shows

nearby

Wireless Security
Refresh

If the

Access Point

has

been configured to

and must be completed ma

Access Points. To connect to an
Point’s
See
Click Refresh to

BSSID.

the

Wireless Security

scan

again.

suppress

section.

its

SSID,

nually.

Access Point,

the

SSID

click the Access

section will be bla

nk

8.1.3 WDS Bridge

Mode

Unlike traditional bridging.
linking
areas,

The
communicating with
t

he

that

several wireless access

where pulling wires is cost prohibitive,

following figure

shows

each other.

figure

connect to other

behaves as

a standard bridge that forwards traffic between the

OM2P V2 WDS bri

The secti
WDS

Wireless Mode

ons

that follow the figure below describe how to configure your

Bridge Mode.

WDS

Bridge Mode allows you to create large

points with

an example of three

In this configuration, the

Wireless

mode supports

WDS links. WDS

restricted or

dges).

OM2P V2

802.11

wireless

networks by

is normally used in large, open

physically im

configured for

OM2P V2

b/g/

n mixed modes.

possible.

WDS

Bridge Mode

device on the left side of

WDS

links (links

OM2P V2

for

Channel HT Mode

Extension Channel

A

ccept / Cancel

Clicking Accept

does not apply the

The

default channel bandwidth is 40 MHz.

The

larger the cha

nnel,
the better the transmission quality and speed.
Select upper or lower cha
channel function.
Click Accept

return previous setti

changes.

to confirm the

ngs.

To apply them, use Status

nnel. Your

changes

selection may affect the

or Cancel to

cancel

and

> Save/Load (see

Aut

o

section 4.1).

MAC Address

Enter the MAC

address

of the

Access Point to which you want to

Mode
A

ccept / Cancel

extend
Select Disable or Enable
Click Accept

wireless connectivity.

to confirm the

return previous setti

1.

Clicking Accept

does not apply the

changes.

section 4.1).

2. The Access Point to which you want to extend
V2’s

MAC

t

he

Access Point.

address

Not all

into its configuration.

Access Point supports this feature.

For

more information, refer to the documentation for

to disable or enable WDS.

changes

or Cancel to

ngs.

To apply them, use Status

wireless

connectivity must enter the

cancel

and

> Save/Load (see

OM2P

8.1.4 Client Router

In Client
Router Mode, the
t

he

that

Router Mode, you can

OM2P V2

can be configured to turn off the

only stations that have the

Mode

OM2P V2

LAN
64/128/152-bit
as

well

as TKIP/AES

secure tr

ansmission.

WEP

encryption security, WPA/WPA2, and WPA-

encryption security. It also supports

The

following figure
(WISP) Access Point in Client
how to

configure your

Wireless Mode

shows

OM2P V2

access

can

access

SSID

can be connected.

an

example

Router Mode.

for Client

Wireless

mode supports

the Internet

wirelessly

with the support of a

the Internet via a cable or

wireless

network name

The OM2P V2

VPN

pass-through for sensitive data

of an

OM2P V2

The sections

communicating with a

that follow the figure below

Router Mode.

802.11

b/g/

DSL modem.

(SSID)

also provides

WISP.

In this mode,

broadcast,

In AP

so

wireless

PSK/WPA2-PSK authentication,

Wireless ISP

describe

n mixed modes.

SSID

Site Survey

Specify
you select an
Scans
discovered

the

SSID

if known.

Access Point in the Site

nearby locations for

This

field is completed automatically if

Survey.

Access Points.

Access Point to establish a connection.

You

can select a

Prefer BSSID

Wireless Security
A

ccept / Cancel

Clicking Accept
section 4.1).

Profile

If you used the Site

Enter the MAC
the Site
See

section 10.2.
Click Accept
return previous setti

does not apply the

address

Survey,

this field is completed automatically.

to confirm the

changes.

if known. If you select an

changes

or Cancel to

ngs.

To apply them, use Status

Survey,

the Web Configurator

Access Point in

cancel

and

> Save/Load (see

shows

nearby

Wireless Security
Refresh

If the
completed ma

Access Point

nually.

Access Points. To connect to an
Point’s
See

the
Click Refresh to

has

been configured to

BSSID.

Wireless Security

scan

suppress

section.

again.

its

Access Point,

SSID,

the

click the Access

SSID

section must be

8.2

Wireless Security Settings

The Wireless Security Settings

section lets you configure the EOH200’s

security modes: WEP

,
WPA-PSK, WPA2­recommend you

8.2.1 WEP

Security

Mode

PSK, WPA-

use WPA2-

PSK
PSK.

Select

Mixed,

WEP

WPA, WPA2,

and

WPA Mixed.

We st

rongl

y

from the drop-down list to begin the configuration.
Auth Type
Input

Type

Key Length

Default

Key

default.
Key1

Key2

Key3

Key4

Select Open System

or Shared.
Select an input type of Hex or ASCII.
Level

of

WEP

encryption applied to all
Select a 64/
Specify

128/152-bit

which of the four

Specify a password
typed character is
Specify a password
typed character is
Specify a password
typed

character

is
Specify a password
typed character is

WEP keys. Choices

password le

WEP keys

ngths.

the

OM2P V2 uses as

for security key index No.1.

masked

by a dot

(



l

).

for security key index No.2.

masked

by a dot

(



l

).

for security key index No.3.

masked

by a dot

(



l

).

for security key index No.4.

masked

by a dot

(



l

).

are

its

For security, each

For security, each

For security, each

For security, each

802.11
will drop from

n does not allow WEP/WPA-

802.11

8.2.2 WPA-PSK

Security

Mode

n to

802.11g.

Select

PSK/WPA-PSK TKIP

WPA-PSK

from the drop-down list to begin the

security mode.

The

connection mode

Encryption

Passphrase

Group Key Update
Interval

802.11
will drops from

n does not allow WEP/WPA-

802.11

c

onfiguration.

Select Both,

• Both =

•

•

Specify
is

masked

Specify

n to

802.11g.

TKIP,

uses TKIP

TKIP

= automatic encryption with WPA-

pass

phrase.

AES

= automatic encryption with WPA2-

pass

phrase.

the security

by a dot

how often, in

PSK/WPA-PSK TKIP

or

AES as
and AES.

the encryption type.

password. For security,

(



l

).

seconds,

the group key cha

security mode.

PSK; requires

PSK; requires

each

typed character

nges.

The

connection mode

8.2.3

WPA2-PSK

Security

Mode

Select WPA2-PSK from the drop-down list to begin the
c

onfiguration.

Encryption

Passphrase

Group Key Update
Interval

802.11

n does not allow WEP/WPA-

will change from

802.11

Select Both,

• Both =

•

•

Specify
is

masked

Specify

n to

802.11g.

TKIP,

TKIP

= automatic encryption with WPA-

pass

phrase.

AES

= automatic encryption with WPA2-

pass

phrase.

the security

by a dot

how often, in

PSK/WPA-PSK TKIP

or

uses TKIP

password. For security,

(



AES as

the encryption type.

and AES.

l

).

seconds,

security mode.

the group key cha

PSK; requires

PSK; requires

each

typed character

nges.

The

connection mode

8.2.4

WPA-PSK Mixed

Security

Mode

Encryption

Passphrase

Group Key Update
Interval

WPA-PSK

Mixed can allow multiple security modes at the

Select
c

WPA-PSK

onfiguration.

Select Both,

• Both =

•

TKIP

= automatic encryption with WPA-

pass

phrase.

•

AES

= automatic encryption with WPA2-

pass

phrase.

Specify
is

Specify

the security

masked

how often, in

by a dot

Mixed

TKIP,

or

uses TKIP

(

from the drop-down list to begin the

AES as

and AES.

the encryption type.

PSK; requires

PSK; requires

password. For security,



l

).

seconds,

the group key cha

each

typed character

nges.

same time.

802.11

n does not allow WEP/WPA-

will change from

802.11

n to

PSK/WPA-PSK TKIP

802.11g.

security mode.

The

connection mode

8.2.5

WPA

Security

Mode

Select WPA from the drop-down list to begin the configuration.

Encryption

Radius Server
Radius Port

Radius Secret
Group Key Updat

Interval

802.11

n does not allow WEP/WPA-

will drops from

e

802.11

Select Both,

• Both =

•

TKIP

•

AES
Specify
Specify

TKIP,

or

uses TKIP

AES as

and AES.

the encryption type.

= automatic encryption with WPA-

= automatic encryption with WPA2-

the

IP address

of the

RADIUS server.

the port number that your
authentication. Default port is
Specify RADIUS secret furnished by the

n to

Specify

802.11g.

how often, in

seconds,

PSK/WPA-PSK TKIP

security mode.

PSK.

PSK.

RADIUS server uses for

1812.
RADIUS server.

the group key cha

The

connection mode

nges.

8.2.6

WPA2

Security

Mode

Select WPA2 from the drop-down list to begin the configuration.

Encryption

Radius Server
Radius Port

Radius Secret
Group Key Updat

Interval

802.11
from

n does not allow WEP/WPA-

802.11

n to

e

802.11g.

Select Both,

• Both =

•

TKIP

•

AES
Specify
Specify
authentication. Default port is

TKIP,

or

uses TKIP

AES as

and AES.

the encryption type.

= automatic encryption with WPA-

= automatic encryption with WPA2-

the

IP address

the port number that your

of the

RADIUS server.

RADIUS server uses for

1812.

Specify RADIUS secret furnished by the

Specify

how often, in

seconds,

PSK/WPA-PSK TKIP

the group key cha

security mode.

PSK.
PSK.

RADIUS server.

nges.

The

date rate will

drop

8.2.7

WPA Mixed

Security

Mode

Select WPA
c

onfiguration.

Mixed

from the drop-down list to begin the

Encryption

Radius Server
Radius Port

Radius Secret
Group Key Updat

Interval

802.11

n does not allow WEP/WPA-

will change from

e

802.11

Select Both,

• Both =

•

TKIP

•

AES
Specify
Specify
authentication. Default port is

TKIP,

or

uses TKIP

AES as

and AES.

the encryption type.

= automatic encryption with WPA-

= automatic encryption with WPA2-

the

IP address

of the

RADIUS server.

the port number that your

1812.

Specify RADIUS secret furnished by the
Specify

n to

802.11g.

how often, in

seconds,

PSK/WPA-PSK TKIP

the group key cha

security mode.

PSK.
PSK.

RADIUS server uses for

RADIUS server.

nges.

The

connection mode

8.4 Wireless

Adva

nced

Settings

Data Rate

Select a data rate from the drop-down list. The

data rate affects

RTS/CTS

Distance

Threshold

Antenna Selection
Short GI

Aggregation

Merges data packets

thro

ugh

put. If you select a low data rate value, for

example, the

throughput is reduced but the transmission distance increases.

Specify
causes RTS/CTS packets
more ba
Specify
distances
Specify
Sets
before sampling data.
increase through
installations due to
reflecti

the threshold

package size

to be sent more often and consumes

ndwidth.

the distance between

Access Points

may drop high-speed connections.

the internal antenna type.

the time that the

receiver

waits for

Using a short

put, but can also

ons. Select

increased

the option that works best for your installation.

sensitivity to radio-frequency

into one packet. This

for RTC/CTS. A small number

RF

(400ns)

increase

and clients.

reflections to settle

guard interval can

error rate in some

option

Longer

reduces the

out

Wireless Traffic
Shaping

Incoming Traffic Limit
Outgoing Traffic Limit
A

ccept / Cancel

1.

Changing

Wireless

accept all default setti

2.

Clicking Accept

does not apply the

section 4.1).

number of packets, but
Check

this option to enable

increases

shaping regulates the flow of packets
deliver improved Quality of Service.
Specify
Specify
Click Accept
return previous setti

Advanced Settings may

ngs,

unless

the
the

wireless
wireless

transmission speed used for
transmission speed used for

to confirm the

ngs.

adversely

you are familiar with the

changes.

To apply them, use Status

packet sizes.

wireless traff

leaving an interface to

changes

affect

or Cancel to

wireless performance. Pleas

wireless options.

ic shaping. Traffic

downloading.
uploading.

cancel

and

> Save/Load (see

e

8.5 Wireless

MAC F

ilter

Wireless

MAC Filters

are used to allow or deny network

access

to

wireless

clients according to
their MAC
access

ACL

Mode Determines whether network

addresses. You

OM2P V2.

MAC Address Filter

can manually add a MAC

The

default setting is

clients whose MAC
on this page. Choices
Allow
Enter the MAC

MAC

address

Disable Wireless

addresses

are Disable, Deny MAC

in the list.

address

of the device.

to restrict the permission to

MAC Filters.

access

is granted or denied to

appear in the MAC Address table

in the list, or

0.

Add
Apply

Click

Add to add the MAC

Click

Apply

to apply the cha

address

nges.

to the MAC Address table.

8.6 WDS

Link Settings

Using

WDS

Link Settings,

you can create a

wireless

backbone link between multiple access
points that are part of the
expanded using multiple
is traditionally required.

MAC Address

same wireless network. This

Access Points

Enter the

without the need for a wired backbone to link them,

Access Point’s

allows a

MAC

address

wireless

network to be

to which you want to

as

Mode
A

ccept / Cancel

extend the
Select Disable or Enable
Click Accept

wireless area.

to confirm the

return previous setti

Clicking Accept
section 4.1).

does not apply the

changes.

The Access Point to which you want to extend
MAC

address

Access Point.

into its configuration.

Not all

Access Point supports this feature.

For

more information, refer to the documentation for the

from the drop-down list.

changes

or Cancel to

ngs.

To apply them, use Status

wireless

connectivity must enter the

cancel

and

> Save/Load (see

OM2P V2’s

Chapter 9

LAN

Setup

This

chapter

describes

9.1 IP Settings

This

section is only

the

available

OM2P V2 Local

for

Non-Router Mode.

Area Network

IP

(LAN) setti

ngs.

settings lets you configure the

OM2P

V2 LAN port

IP Netw

ork Setting

IP address.

Select whether the

OM2P V2 IP address

will

use

the static

IP

IP Address
V2. IP Suet
Default Gateway
gateway.
Secondary DNS
DNS.
A

ccept / Cancel

Mask

Primary

DNS Enter the

If you change the LAN
Apply.

address specif
automatically
DHCP server .
Enter the
Enter the
Enter the

IP address
OM2P V2
OM2P V2
OM2P V2

Enter the

OM2P V2 secondary

Click Accept
return previous setti

IP address,

you will be directed to the new

ied in the IP Address field or be obtained

when the

OM2P V2

connects to a device that

of the

subnet mask

OM2P

.
default
primary DN

to confirm the

S.

changes

or Cancel to

cancel

ngs.

IP address

after you click

has

and

a

9.2 Spann

ing Tree

Settings

Spanning

Tree Status

Enable or disable the

OM2P V2

Spanning

Tree function.

Bridge Hello Time

Bridge

Bridge

Priority
A

ccept / Cancel

Max Age

Forward

Specify
often the
i

nformati

Local

Area Network
Specify
spanning tree does not send a hello packet for a long period of
time,

it is

Delay Specify

is the time spent in
before the Forwa
that when a new bridge comes onto a busy network,
some traffic before participating.
Specify
Click Accept
return previous setti

Bridge Hello

OM2P V2 sends

on

about the topology throughout the entire Bridged

Bridge Max Age,

assumed

Bridge Forward

Time,

in

seconds. This

hello packets

in

seconds.

If another bridge in the

to be dead.

Delay,

each

in

seconds. Forwa

of the Listening and Learning states

rding state is entered.

value determine how

to communicate

rding delay time

This

delay is provided so

the Priority number.

to confirm the

Smaller
changes

number

has

or Cancel to

greater priority.

cancel

ngs.

it looks at

and

Clicking Accept
section 4.1).

does not apply the

changes.

To apply them, use Status

> Save/Load (see

Chapter 10 Router Settings

This

section is only

available

for AP Router Mode and Client Router Mode.

10.1 WAN Settings

This

chapter

c

onnections:

- Static IP

- DHCP

-

PPPoE

describes

the

OM2P V2

WAN settings.

There

are four types of WAN

-

PPTP

Please

contact your

10.1.1 Static IP

Select Static
address,

IP for your WAN connection if your

subnet

ISP

mask,

to find out which settings you should choose..

ISP

provided information about which IP

default gateway, primary

DNS,

and

secondary DNS

to

use.

Internet Connection
Type
Account Name
Domain

Name

MTU

IP Address
Subnet Mask
Gateway
Primary
Secondary DNS
Discard

IP Address

DNS

Ping on WAN

Select Static
Enter the account name provided by your ISP.

Enter the domain name provided by your ISP.
Specify

IP to begin configuration of the Static IP connection.

the Maximum Transmit Unit

size.

It is recommended you
accept the default setting of Auto. Otherwise, packets
fragmented downstream if the MTU is set too high or too low
which impacts network performance. In extreme
setting that is too low can prevent the

OM2P V2

cases,

from
establishing some connections.
Enter the WAN port
Enter the WAN
Enter the WAN gateway
Enter the primary
Enter the
Check

secondary DNS IP a

to Enable to recognize pings on the

IP address.

IP

subnet mask

IP address

DNS IP address

IP

.

.

.

ddress.

OM2P V2

will be

,

an MTU

WAN

A

ccept / Cancel

Clicking Accept
section 4.1).

interface or Disable to block pings on the
interface. Note: Pi
by

hackers to
test whether the
extra security from hackers.
Click Accept
return previous setti

does not apply the

nging IP addresses

IP address

to confirm the

changes.

To apply them, use Status

ngs.

OM2P V2

WAN

is a common method used

is valid. Blocking pings provides some

changes

or Cancel to

cancel

and

> Save/Load (see

10.1.2 DHCP (Dynamic

Select
need to enter account name

Internet Connection
Type

DHCP as

your WAN connection type to obtain an

IP)

as

your hostname and, optionally,

Select

DHCP

to begin configuration of the

IP address automatically.

DNS information.

DHCP connection.

You will

Account Name
Domain

Name

MTU

Enter the account name provided by your ISP.
Enter the domain name provided by your ISP.
Specify

the Maximum Transmit Unit

size.

accept the default setting of Auto. Otherwise, packets

It is recommended you

will be
fragmented downstream if the MTU is set too high or too low
which impacts network performance. In extreme
setting that is too low can prevent the

OM2P V2

cases,
from

an MTU

establishing some connections.

,

Get Automatically
From ISP
Use These

Discard

A

ccept / Cancel

Clicking Accept

DNS Servers Click

Ping on WAN

does not apply the

Click

this radio button to obtain the

DNS

DHCP server.

the radio button to set up the

Primary DNS
DNS servers manually.
Check

to Enable to recognize pings on the
interface or Disable to block pings on the
interface. Note: Pi
by

hackers to

test whether the

nging IP addresses

IP address

is a common method used

is valid. Blocking pings provides some
extra security from hackers.
Click Accept
return previous setti

to confirm the

changes.

To apply them, use Status

ngs.

changes

or Cancel to

automatically from the

and Secondary

OM2P V2

OM2P V2

WAN

WAN

cancel

and

> Save/Load (see

section 4.1).

10.1.3

PPPoE (Point-to-P

oint Protocol

over Ethernet)

Select Point to Point Protocol over Ethernet (PPPoE)
Your ISP

DSL services. Remove
not work with your

will provide you with a

your

PPPoE

OM2P

username

and

password. This

software from your com

V2.

Internet Connection

Select

PPPoE

to begin configuration of the

Type

if



your

ISP uses a PPPoE connection.

selection is typically used for

puter,

as

it is not needed and will

PPPoE connection.

MTU

Specify
accept the default setting of Auto. Otherwise, packets

the Maximum Transmit Unit

size.

It is recommended you

will be
fragmented downstream if the MTU is set too high or too low
which impacts network performance. In extreme

cases,

an MTU

,

Login
Password
Service Name
C

onnect

Keep

on Demand

Alive

Get Automatically
From ISP
Use These

Discard

DNS Servers Click

Ping on WAN

setting that is too low can prevent the

OM2P V2

from
establishing some connections.
Enter the Username provided by your ISP.
Enter the Password provided by your ISP.
Enter the Service

Name provided by your ISP.
Select the radio button to specify the maximum idle time.
Internet connection will disconnect when it reach the maxim
idle time, but it will automatically connect when user tries to
access
Select whether to keep the Internet connection

the network.

always on, or
enter a redial period once the internet lose connection.
Select whether to obtain the
server.

the radio button to set up the

DNS

automatically from the DHCP

Primary DNS

and Secondary
DNS servers manually.
Check

to Enable to recognize pings on the

OM2P V2

WAN

um

A

ccept / Cancel

Clicking Accept
section 4.1).

interface or Disable to block pings on the
interface. Note: Pi
by

hackers to
test whether the
extra security from hackers.
Click Accept
return previous setti

does not apply the

nging IP addresses

IP address

to confirm the

changes.

To apply them, use Status

ngs.

OM2P V2

WAN

is a common method used

is valid. Blocking pings provides some

changes

or Cancel to

cancel

and

> Save/Load (see

10.1.4 PPTP

Select
(PPTP)

(optional)

PPTP

connection. You will

WAN

!il

Use

DNS

Settings

These

(Point-to-Point Tunneling Protocol)

as your

WAN

connection type

if

your ISP uses a Point-to-Point-Tunneling

need to provide the IP address subnet

(optional) server

IP󰦉usernam󰦉e

and password provided by your ISP.

DNSServe

󵟃

Protocol

mask󰦉default gateway

Home

Resel

WAN Ping

I

Apply

PingonWAN

I

󲀤

Internet Connection
Type

󰆎 󰆎 󰆎 󰆎

|o

!。I

o

!。I

o

!。I

Select PPTP to begin config uration of the

o

PPTP

connection.

MTU

IP Address
Subnet Mask
Gateway

IP Address
PPTP Server
Username
Password
C

onnect

Keep

on Demand If you want the

Alive

If you want the

Specify
accept the default setting of Auto. Otherwise, packets
fragmented downstream if the MTU is set too high or too low
which impacts network performance. In extreme
setting that is too low can prevent the

the Maximum Transmit Unit

size.

It is recommended you

cases,

OM2P V2

from

will be

,

an MTU

establishing some connections.
Enter the WAN port
Enter the WAN
Enter the WAN gateway
Enter the
Enter the
Enter the

IP address
username
password

IP address.

IP

subnet mask

.

IP address

of the

PPTP server.

provided by your ISP.

provided by your ISP.

OM2P V2

to end the Internet connection after it

IP

.

has been inactive for a period of time, select this option and enter
t

he

number of minutes you want that period of inactivity to last.

OM2P V2

to periodically check your Internet

Get Automatically
From ISP
Use These

Discard

A

ccept / Cancel

DNS Servers Click

Ping on WAN

c

onnection, select this option. Then specify how often you wa

the

OM2P V2

to check the Internet connection. If the
connection is
down, the
Obtains the

OM2P V2

DNS

automatically re-establishes your connectio

automatically from

the radio button to set up the

DHCP server.

Primary DNS

and Secondary
DNS servers manually.
Check
interface or Disable to block pings on the
interface. Note: Pi
by
test whether the

to Enable to recognize pings on the

nging IP addresses

hackers to

IP address

is valid. Blocking pings provides some

OM2P V2

OM2P V2

WAN

WAN

is a common method used

extra security from hackers.
Click Accept
return previous setti

to confirm the

ngs.

changes

or Cancel to

cancel

and

nt

n

Clicking Accept
section 4.1).

does not apply the

changes.

To apply them, use Status

> Save/Load (see

10.2

LAN Settings (Router Mode

)

IP Address Enter

the LAN port

IP address

.
IP Subnet
WINS Server
Use Router As DHCP

Mask Enter

IP Enter

Server
Starting IP Address

Ending

WINS Server

A

ccept / Cancel

IP Address

IP

Check
Specify

private
subnet
specif
IP Address.
Specify
private
subnet
specif
IP Address.

Enter the

Click Accept

the LAN

the

WINS Server IP.

IP

subnet mask

this option to enable the

the starting
IP addresses. The
as

the ending

IP address

starting

IP address;

ied here must be the

the ending
IP addresses. The
as

the starting

IP address

ending

IP address;

ied here must be the

IP address

of the

WINS server.

to confirm the

.

OM2P V2

internal

DHCP server.

range for the pool of allocated for

IP address

must be on the same

that is the first three octet

same as

the first three octets in End

range for the pool of allocated for

IP address

must be on the same

that is the first three octets

same as

changes

the first three octets in Star

or Cancel to

cancel

and

s

t

Clicking Accept
section

4.1).

does not apply the

return previous setti

changes.

To apply them, use Status

ngs.

> Save/Load (see

10.3

VPN

Pass Through

VPN Passt

hrough

allows a

secure

virtual private network

(VPN)

connection between tw

o
computers. Enabling the options on this page opens a
pass

through the

OM2P V2

without

interruption.

PPTP Pass
L2TP Pass
IPSec Pass
A

ccept / Cancel

Through

Through

Through

Check

Check

Check

this option to enable

this option to enable

this option to enable

Click Accept

to confirm the

VPN

port and

PPTP

pass-through mode

L2TP

pass-through mode

IPSec

pass-through mode.

changes

enables

or Cancel to

connections to

.
.

cancel

and

Clicking Accept
section 4.1).

return previous setti

does not apply the

changes.

ngs.

To apply them, use Status

> Save/Load (see

10.4

Port Forwarding

Port

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

k
Using port forwarding, you can set up public
Internet make certain re
computers equipped to handle the re
(HTTP)
forwarded to

Add Entry
A

to be forwarded to

ccept

192.168.1.2.

quests on your network,

quests. If,

IP address 192.168.1.2,

Click

Add Entry

Click Accept

to confirm the cha

services

for

on your network.

the

OM2P V2

example,

all

HTTP re

When

can forward those re

you set the port number 80

quests from outside

to add port forwarding rules.

nges.

users

users

from the

quests to

are

Clicking Accept

section 4.1).

does not apply the

changes.

To apply them, use Status

> Save/Load (see

Service Name

Enter a name for the port forwarding rule.

Protocol

Select a protocol for the application: Choices
UDP.

Starting Port

Enter a starting port number.

Ending Port Enter

starting and ending ports will forward
specif

IP Address

Enter the
where

Save / Cancel

Click Save

settings.

are Both, TCP,

and

an ending port number. All ports numbers between the

users

to the

IP

address

ied in the IP Address field.

IP address

users

will be re

to apply the

of the

server

directed.

changes

computer on the LAN networ

or Cancel to return previous

k

10.5

DMZ

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

OM2P
V2, you can allow the computer to have unrestricted Internet
that

computer
client to the DMZ may
a last resort.

DMZ Hosting
DMZ Address

A

ccept / Cancel

as

a Demilitarized Zone (DMZ) host with unrestricted Internet

expose

that computer to a variety of security

Enables
Enter an
Internet

or

IP address

access.

Click Accept

disables

the

OM2P V2

of the computer that will have

to confirm the

changes

access. Enter

risks,

so

DMZ function.

or Cancel to

the

IP address

access.

use

unlimited

cancel

of

Adding a

this option as

and

Clicking Accept
section 4.1).

return previous setti

does not apply the

changes.

ngs.

To apply them, use Status

> Save/Load (see

Chapter 11 Management Settings

The Management

section lets you configure administration, management

VLAN, SNMP
settings, backup/restore setti
chapter

11.1 Administration

Click
password
and the default
c

onfiguratio

describes

these setti

the Administration

used to log on to the

password

n settings from being

link under the Management

ngs, firmware upgrade, time setti

ngs, and log setti

ngs.

menu to change the user name and

OM2P V2

Web Configurator

. The

default user name is admin

is admin. Changing these settings protects the

accessed

by unauthorized

users.

ngs. This

OM2P V2

Name
Password
Confirm Password
Remote Management
Remote Upgrade
Remote Management
Port

Enter a new
Enter a new
Re-enter
Enable or disable remote management.
Specify
If remote management is enabled, enter the port number to be
used for remote management. For
port number

username
password

the new

whether the

for logging in to the Web Configurator.

for logging in to the Web Configurat

password

OM2P V2

8080, enter http://<IP

for confirmation.

firmware can be upgraded remotely.

example:

If you specify the

address>:8080 to access

or

the

OM2P V2

Web Configurator.

Save/Apply / Cancel

Clicking Save/Apply

Click Save/Apply to apply the
previous setti

changes

the settings immediately. You

ngs.

changes

or Cancel to retur

cannot undo the action.

n

11.2

Mana

geme

nt VLAN

Click

the Management

VLAN link under the Management

menu to

assign a VLAN

tag to the
packets.
so that they
VLAN

A

VLAN

is a group of computers on a network whose software

behave as

do not have to be

if they were on a separate

physically

located next to one another on the LAN

Local

Area Network

has

(LAN).

been configured

Computers on

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

pass through the Access Point,

enter the VLAN

ID. Otherwise

click No VLAN tag .

,

A

ccept / Cancel

Click Accept
return previous setti

1.

If you reconfigure the Management
V2. Verify that the
the

2.

Clicking Accept

OM2P V2

DHCP server

using the new

does not apply the

IP address.

section 4.1).

to confirm the

changes

ngs.

VLAN ID,

you may lose your connection to the

supports the reconfigured

changes.

To apply them, use Status

or Cancel to

VLAN

cancel

and

OM2P

ID and then reconnect to

> Save/Load (see

11.3

SNMP

Settings

Click

the SNMP Settings

link under the Management

menu to monitor network-attache

d

devices

using the Simple Network Management Protocol

(SNMP). SNMP
(called “protocol data unit’s) to be sent to various parts of a network.
messages,
Information Bases.

SNMP Enable/Disable

SNMP-compatible devices

Enable or disable the

(called agents) return data stored in their Management

OM2P V2 SNMP

allows messages

Upon receiving these

f

uncti

on. Contact
Location
C

ommunity

C

ommunity

Name

Name

Trap Destination IP
Address
Trap Destination
C

ommunity Name

Save/Apply / Cancel

Enter the contact details of the device
Enter the location of the device.
Enter the
read-only
Enter the
and write
Enter the

password

access.

password

access.

IP address

for

accessing

for

accessing

where

SNMP

Enter the

password

of the

SNMP

Click Save/Apply to apply the
previous setti

ngs.

Clicking Save/Apply change the setting immediately. You

.

the

the

SNMP

SNMP

community for

community for read

traps are to be sent.

trap community.

changes

or Cancel to retur

cannot undo the action.

n

11.4

Backup/Restore Settings

Click
V2’s

the Backup/Restore Setting

link under the Management

menu to

save

the

OM2P

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

disk. This

feature is particularly convenient administrators who have

devices that need to be configured with the

This

page also lets you return the

this procedure,

Save

A Copy of Current

any

changes

Settings Restore Saved
Settings

from a File

Click

To restore settings that have been previously backed up,

OM2P V2

made to the

Backup to

several OM2P V2

same setti

ngs.

to its factory default settings. If you perform

OM2P V2

save

default settings will be lost.

the current configured setti

ngs.

click

Revert

to Factory

Default Settings

Browse, select the file,
Click

this button to restore the

default setti

ngs.

and click Restore.

OM2P V2

to its factory

11.5

Firmw

are Upgrade

Click

the Firmware Upgrade link under the Management

menu to upgrade the firmware

of

the device. To perform this procedure,

downloaded the appropriate firmware from your

vendor.

The firmware upgrade procedure can take few mi
the

firmware upgrade,

restarts automatically after the

as

it

can cause

the

device

upgrade completes.

nutes.

to

crash

Do

not

power

or

become unusable. The OM2P V2

off the

OM2P V2 during

11.6

Time

Settings

Click

the Time Settings link under the Management

menu to configure the

OM2P V2
system time. You can enter the time manually or,
OM2P V2 with
Network Time Protocol

Manually Set Date and

(NTP) server.

Manually specify the date and time.

Tim

e

Automatically Ge

t

Select a time zone from the drop-down list and check

to

ensure accuracy, synchronize

the

whethe

r

Date and Time

Save/Apply / Cancel

Clicking Save/Apply

you want to enter the
default

NTP server.
Click Save/Apply to apply the
previous setti

changes

the setting immediately. You

ngs.

IP address

changes

of an

NTP server

or

use the

or Cancel to retur

cannot undo the action.

n

11.7

Log

Click

the Log link under the Management

menu to display a list of events that are triggere

d
on the
e

rror

OM2P V2 Ethernet

occurs
department
for debugging

Syslog

on the system

pur

poses.

and

wireless

interfaces.

or when a report

Enable or disable the

You can consult this log if an unknown

needs

to be sent to the technical support

OM2Psyslog function.

Log Server

IP Address Enter
Local Log
Save/Apply / Cancel

Clicking Save/Apply

the

IP address

of the log server.
Enable or disable the local log service.
Click Save/Apply to apply the
previous setti

changes

the settings immediately. You

ngs.

changes

or Cancel to retur

cannot undo the action.

n

11.8

Diagnostics

Click

the Diagnostics link under the Management

menu to ascertain connection quality and

trace the routing table to the target.

Target

IP

Enter the

IP address

you would like to search.

Ping Packet Size
Number
Start

of

Ping

Pings

Traceroute Target
Start Traceroute

Enter the packet
Enter the number of times you want to ping.

size

of

each ping.

Click Start Ping to begin pinging.
Enter an

IP address

Click Start Tr

or domain name you want to tr

aceroute

ace.

to begin the trace route operation.

Chapter 12 Network Conf

igu

ration Examples

This

chapter provides step-by-step descriptions for using the

The

Access Point Mode’s default configuration allows the

OM2P V2’s

OM2P V2

operating modes.

to act

as

a central unit of
a WLAN or
are

reserved

12.1

Access Point

Access Point

Ste

Ste
Ste

Ste
Ste

as

a root device of a wired envir

for future confi

guration.

onment. Repeater mode and Mesh network mode

p1 Log in to the Web Configurator with your browser by entering

the default

p2
p3

p4

Use

site
Select channel with
Specify
configure multiple

p5 Verify the

IP address

survey

the

SSID

VLAN

192.168.1.1

to

scan channels available

less

interferences.

for your broadcast

SSID

at the

SSID

same time.

in nearby areas

and you can also

identif ier to separate services

.

among clients
Ste
Ste

For

p6
p7

more

Set the authentication setti
Click

Apply

advanced setti

ngs

.

to

save

all cha

nges.

ngs, refer to the previous chapters.

Wireless

Client

Ste

p1

Ste

p2

Select the
Use

site

survey
Access Point to which you want to connect, or enter the
manually.

Ste

p3 Configure the

Ste

p4

Select the appropriate authentication type and password.

Access Point Mode does not provide

must be configured manually using the

12.2 Client

Client Bridge Mode functions like a
Router

to join the network.

Bridge

Mode

wireless

Refer

to Chapter 13 to check the

Client Bridge

wireless

to

VLAN

same Local

dongle.

Access Point’s c

mode with which you want to associate.

scan

nearby

ID in your

DHCP server,

Area Network subnet.

It must connect to an

Access Point and either select the

wireless

device if available.

so the

Wireless

Client

Access Point/

onfiguration.

SSID

IP

address

AP

Ste

p1 Log in to the Web Configurator with the default

192.168.1.1

Ste

p2

For Operation Mode, select Client
Properties.
Use

site

Step3

areas.

Step4
Step5

Select the
Set up the authentication settings that match the

settings.

Step6

The

Client Bridge

Click

Apply

IP

Bridge

survey

to

scan Access Points that are

Access Point with which you want to associate.

to

save

all cha

settings must match the

nges.

Access Point’s subnet.

IP

address

from System

available

Access Point’

in nearby

s

12.3

WDS

Bridge

Mode

Use

this feature to link multiple

Access Points

in a network.

All clients associated

with any

Access Points

WDS Bridge

Ste

Ste

Ste
Step4
Ste
Step6

Ste

Channel,

and Security Setting.

can communicate with

each

other in an ad-hoc manner.

p1 Log in to the Web Configurator with the default

p2

p3

p5

192.168.1.1
For Operation Mode, select
Properties.
Select the channel you want to
Set up the authentication settings
Set up
Specify

WDS

Link Settings.

the MAC

address

WDS

of the

use

Bridge

.

from System

Access Point with which you want

to connect.

p7

Each WDS

Click

Apply

to

bridge device must

save

use

all cha

the

nges.

same Subnet, Wireless Mode, Wireless

IP

address

12.4

Client Router

In Client

Router Mode, the

OM2P V2’s

internal

DHCP server

allows

LANs

to automaticall

y
generate an
and connect to

Client Router

Ste

Ste

Ste

Step4

IP address

LANs

Refer

to

share

the

same Internet. Connect an

using a wired connection.

to Chapter 13 to check the

Access Point’s c

Access Point/WISP wirelessly

onfiguration.

p1 Log in to the Web Configurator with the default

p2

p3

192.168.1.1
For Operation Mode, select Client Router from System
Properties.
Change

your Local

Area Netw

ork

setting to Obtain
Address Automatically.
Use

site

areas.

survey

to

scan Access Points

that are

available

IP

address

an IP

in nearby

Step5
Step6
Ste

p7

Select the
Set up authentication settings that match the

settings.

Access Point with you want to associate.

Set your WAN connection type using the WAN settings provide
by your ISP.

Step8

Chapter 13

Client

Building

Router’s IP

Click

Apply

to

save

all cha

setting must match to the

a Wireless Network

With its ability to operate in various operating modes,

Access Point’

nges.

Access Point’s subnet.

your

OM2P V2

s

d

is the ideal device

around

which you can build your

around yo

ur

OM2P V2

using he

WLAN. This

device’s

appendix

operating modes.

describes

how to build a

WLAN

13.1

Access

Poin

t Mode

In

Access Point Mode,

OM2P V2 behaves

likes a central connection for stations or clients tha

t
support
SSID
at the same

IEEE

802.11

and security

time for

b/g/n networks. Stations

password

secure

to associate with the

guest

access.

and client must be conf

13.2

The OM2P V2 Access Point Mode also supports
allows
the MAC
settings. WDS

Not every

Access Point Mode

wireless

addresses

connections to the

in both

supports eight

Access Points

AP

Access Point device supports

with

WDS Function

OM2P V2

to enlarge the

MAC addresses.

WDS

using

in

igured to

OM2P V2. The OM2P V2

WDS functionality. This

WDS tec

Access Point Mode.

hnol

ogy. In this mode, conf

wireless area

As a result, to

use

supports four

operating mode

by enabling

the same

SSIDs

igure

WDS

Link

use WD

S,

we recommend you

use

the

OM2P V2.

13.3

Client Bridge

Mode

In Client Bridge Mode, the

OM2P V2 behaves

like a

wireless

client that connects to an Access
Point wirelessly
the

OM2P V2

V2

SSID and security password accordingly to associate with the

c

onfiguratio

and allows

Site

Survey

n,

the station

users

to surf the Internet whenever they want.

to

scan

for

has

a wired Ethernet

Access Points

connection to the

within ra

nge. Then configure the

13.4 WDS Bridge

In

WDS

Bridge Mode, the

MAC

address
LANs located a small distance apart want to communicate with
is to

use

WDS

Bridge Mode can establish 16

and security settings of

the

OM2P V2

Mode

OM2P V2

to

wirelessly

can

wirelessly

each OM2P V2 device.

connect two wired

WDS links,

connect different

LANs, as

creating a star-like network.

In this mode, use

Access Point.

OM2P V2

LANs

Use

this mode when two wired

each other. The

In this

LAN

port.

by configuring the

best solution

shown in the following fi

OM2P

gure.

WDS

Bridge Mode is unlike
frequency cha
aware

to avoid loop in your

nnel,

more

Access Point. Access Points

Access Points

connected together may lower throughput. Please

linked by

WDS

are using the same

wireless connection, otherwise enable Spanning Tree Functi

on.

be

13.5

Client Router

Mode

In Client

Router Mode, the

OM2P V2’s

internal

DHCP server

allows a number of

LANs to
automatically generate
AP/WISP wirelessly

13.6 RADIUS Connect

Remote
configuring the
have a

Authentication Dial In

OM2P V2 wireless advanced

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

IP addresses

and connect to

ions

User Service (RADIUS)

to

share

LANs

the

same Internet. In this mode, connect an

via a wired connection.

authentication is

settings

and

(see

WPA2

supported.

The

following figure

shows

an example of a

RADIUS configuration, where two
devices installed at different locations communicate with
c

onfiguration,

one

OM2P V2

is configured for

Access Point Mode and connected to a

Chapter

available

8). Use

this feature if you

when

Mixed encryption types are also

OM2P V2

each

other

wirelessly.

In this

RADIUS
server
RADIUS server

via a switch, while the other

uses an authentication
identification, along with, opti
user's network
privileges.
Reject (user
additional information fr
Access

Accept

address

The RADI

US

or

phone number, account status and specif ic network

server

is denied access to all requested network

om

(user

is granted access).

OM2P V2

scheme

is configured for Client Bridge Mode.

such

as PAP

or

CHAP

onally, other information related to the re

then returns one of three

responses

to the

resources), Access Challenge (requests

the user such

as a secondary password),

to verify a

user's

quest, such

service access

OM2P V2 : Access

PIN,

token or

The

as

the

card),

or

Appendix A – Troubleshootin

This

appendix provides problem-solving

troubleshoot your

A.1 Problem Solvin

Question

How

do I reset the

OM2P V2.

g

OM2P V2?

It

also includes

g

information

you may

find

useful

in

information about contacting technical s

Answer

There are
hardware method and a software method. Both
methods
default configuration.
To use
on

the bottom
the Reset button
object

two

ways

to reset the

return the

the

hardware method, open

panel

OM2P V2

of the

(see section 2.1). Using a

such as a pencil, press

case you need to

upport.

OM2P V2,

to its factory

a

the cover

OM2P V2 and

find

flat

the Reset button

Why do
OM2P V2

What is
I

plugged
on
on,

I not

to

the

the

the

back

how come?

default

of

When I install
V2, what kind

see

traffic

pass

a PoE switch?

IP address

PoE

to the

OM2P V2

second Ethernet port

but the unit

the

PoE co

of

PoE should I use?

nnection

after I connect the

of the

OM2P V2? The

is

not

to the

OM2P

for approximately
pressing.
To use

the software method,

10 seconds

and then st

click Restore to

Factory Default in the Management
The OM2P V2 uses a

and will not
compliant

default
You need
PoE

injector

work

IP address is

to

plug

to the
secondary Ethernet
LAN
as IP

port for

camera

regular Ethernet connection such

The OM2P V2 uses a
and will not
compliant

work

proprietary

with standard

192.168.1.1

the Ethernet

main LAN

port

is

just an

proprietary

with standard

PoE

802.3af

cable co

port. The

additional

PoE

802.3af

op

menu.

injector

-

nnect t

injector

-

o

I

want

to

use higher gain ante
OM2P V2,
I

want
OM2P V2,
antenna

but I don’t

to

buy a high-gain ante

but I don’t

know what ante

know what type

and RF connector to buy.

nnas

nna

on

the

nna is

for the

of

Use

the ante
(2.4 GHz)
Use an antenna
c

onnect

85

nna appropriate

with a SMA connector t

to the

OM2P V2.

for the frequency.

o

A.2 Contacting

Technical Support

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: [e-mail]
Telephone: [phone]

Appendix

C – Glossary

Access Point

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.

Bac

kbone

A high-speed line

or

series

of connections

that form

a major pathway within a network.

Bandwidth

The

part of the
has a center frequency and
carry

the

is called

the bandwidth.

frequency spectrum required

additional

transmitted information.

to

transmit

desired

frequencies above and below this

The range

of

frequencies

from the lowest to the highest

information.

carrier frequency

Each radio

channel

that

used

Bridge

A wireless device that connects multiple networks that are physically separate or use different
media, but which use similar standards.

Bridge

An Access Pointy in
segments. The peer device also must
e

CHAP

Challenge Handshake

Mode

quivalent

bridge mode can operate as a WLAN bridge

be

in

bridge mode. This wireless bridge connection is

to

a Wireless Distribution System (WDS).

Authentication Protocol.

An alternative

that connects

protocol

that

two

uses

wired

a

network

chall

Co

llision

enge/res

ponse technique instead

of

sending passwords over

the wire.

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.

Coverage

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.

Cyclic

Redundancy Check (CRC)

A common techni

Dynamic Host Configuration Protocol (

que

for detecting data transmission errors.

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 V2 contains an
internal DHCP server that automatically allocates IP address using a user-defined range of IP
addresses.

Dead Spot

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 standard
standard also raises
data

rate.

Encryption

for

WLANs

the

that operates at

encryption bar

2.4 GHz,

to

WPA2. The 40 HT

with data

option

rate

of

300 Mbps. The

can be added

to

increase

new

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

ID

The

unique identifier

same group must

for

have

an ESS.

the

same ESSID.

All Access Points

and

their associated wireless stations in the

Footprint

Geographical areas where an

entity

is licensed

to broadcast its signal.

the

Gateway

A computer system
different com

munication protocols, data

HT mode

or other

device

that acts as a

translator between two systems that us

formatting structures,

languages,

e

and/or architecture.

In the
Physical Layer, Mixed Mode, and Green Field.
channels are used. The larger 40 MHz bandwidth can provide

802.11n system, two

new formats,

called High Throug

If a system

runs 40 HT,

hput

(HT), are defined

two adjacent

better

transmit quality and speed.

Keys

Like passwords, keys open (decrypt) and close (encrypt) messages. While many
algorithms

Local-Area

A small data
c

onnect workstations

as

well

Media

Address associated
its own specific MAC address. This
used
that

have

Network

are commonly known and public,

Network (L

network

as data. LANs also

Access Control

to

provide security for

their

MAC addresses added

AN)

covering a

or

personal computers.

facilitate communication through e-mail

(MAC) Address

with

every hardware device

WLANs. When a

Address Translation (NAT)

the

limited

area, such as a building

unique identifier

network

to that net

key must

LANs

let

on the

is hard-coded

uses a MAC table, only

work's

be kept secret.

or

group

of

many users share devices such as printer

or chat sessions.

network.

Every 802.11 wireless device has

into the

device and can

MAC table can access

for the

20 MH

encryption

buildings.

the

802.11

Most LANs

radios

the network.

z

s

be

An Internet standard
set

of

addresses

Network

A protocol
123 by

Time Protocol (NTP)

that lets devices synchronize

default.

that lets a LAN use one set of

for external traffic.

their time with a time

Passphrase

A

text string that automatically generates WEP keys

Power Over Ethernet (PoE)

A PoE

provides power

need

for

a power source.

to

PoE-enabled devices using an 8-pin

Preamble

S

ynchronizes transmissions

Redundancy Check block

in

a WLAN. The preamble

for communication between a device and roaming wireless stations.

Protected Extensible Authentication Protocol (PE

Authentication protocol

802.11 WL

Quality

ANs.

of Service

(QoS)

of

IEEE

802.1x used

to

send

IP addresses

for

server. NTP uses

on

wireless

client adapters.

CAT 5 Ethernet

type

AP)

defines

the length

authentication data

internal

traffic

and passwords

and a second

TCP

or

UDP port

cable, eliminating the

of the Cyclic

over

A net

work’s
methods used

Remote Authentication

Networking
management

ability

to

deliver data with

to

provide bandwidth

Dial-In User Service (RADIUS)

protocol

that

for computers

provides centralized authentication, authorization, and

and ubiquitous nature, the
access

to the

Internet

or

internal net

to co

nnect and use a

RADIUS

protocol

minimum delay.

for

real-time multimedia

network

is

often

used by ISPs and enterprises

works,

WLANs, and integrated e-mail services.

QoS

also refers

applications.

service. Because

to the networking

accounting

of its

broad support

to manage

Service Set

Name
each

Simple

An Internet-sta

S

nooping

Passively watching a network

Temporal Key

An encryption protocol
the

authentication

key never being used

Identifier (SSID)

of

a WLAN. All wireless devices on a WLAN must

other.

Network Management Protocol (SNMP)

ndard protocol

for

managing devices

for data, such as passwords,

Integrity Protocol (TKIP)

that

uses

server.

TKIP

regularly changes and rotates

128-bit

keys. Keys

twice.

use

on

IP net

are dynamically generated

Transmission Control Protocol/Internet Protocol (TCP/IP)

A protocol
Internet

Weighted

WFQ services queues are based on
more service

that

allows co

mmunicati

communications.

Fair Queuing (WFQ)

than

queues

ons over and between networks. TCP/IP

priority

with

smaller weights. This

and queue weight.

highly efficient

the

same SSID

works.

that

can be used

encryption keys,

Queues

queuing mechanism divides

to communicate wit

to

benefit a

and distributed by

with

an

is

the

basis for

with

larger weights get

h

hacker.

encryption

available bandwidth

Wired Equivalent

Security protocol

across

different

Privacy (WEP)

that

provides a WLAN

traffic queues.

with

a level

of security and privacy comparable
a wired LAN. WEP encrypts data sent between wired and WLANs

Wireless Local-Area

WLANs use RF technology

Network (WLAN)

to

send and receive data wirelessly

in a certain area. This lets users
small zone send data and share resources such as printers without
c

onnect each

Wi-Fi Protected

A subset of the
Protocol
Temporal Key
data.

See

Wi-Fi

MultiMedia (WMM)

Part of the
for

multimedia applications in WL

Wireless Client Supplicants

computer.

Access (WPA

IEEE

(EAP)

to authenticate

802.11i standard.

)

wireless clients using an external RADIUS database.

Integrity Protocol (TKIP), Message

also

WPA-PSK (WPA -Pre-Shared K

IEEE

802.11e QoS en

hancement

ANs.

WPA applies

Integrity

ey).

to the

IEEE

802.1x and Extensible

Check (MIC), and

Wi-Fi standard that

to

keep transmissions

using cables

to physically

Authentication

IEEE

802.1x

ensures

quality

to that of

private.

WPA use

to encrypt

of

service

in a

s

Software that

WPA -Pre-Shared

WPA-PSK
and wireless client. A client

WPA2

runs

on

an

operating system, instructing the

Key (WPA-PSK)

requires a single (identical)

is granted

A wireless security standard that
management than

WPA.

It

includes

password entered

access

defines stro

two data

to

nger

encryption algorithms, Temporal Key

a WLAN

wireless

into

each Access Point,

if the

client how

passwords

match.

encryption, authentication, and

to

use WPA.

wireless

key

Integrity

gateway,

Protocol

(TKIP)

and Advanced Encryption Standard (AES)󰦉in

chaining Message

Wireless

A technology that lets
WLAN.

Distribution

authentication

System (WDS)

Access

Points

Code Protocol (CCMP).

communicate

with one another to extend the range of a

the Counter mode with Cipher

block

Appendix D –

FCC Interference Statemen

t

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.

Copyright © 2011 ENGENIUS TECHNOLOGIES, INC., All rights reserved.

o

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 Directive

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

equipment

0560

tímto prohlašuje, že tento

příslušnými ustanoveními směrnice 1999/5/ES.

[fabrikantens navn]

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

[Name des Herstellers]

grundlegenden Anforderungen und den übrigen einschlägigen Bestimmungen der Richtlinie 1999/5/EG

je ve shodě se základními požadavky a dalšími

[udstyrets typebetegnelse]

in Übereinstimmung mit d

Europe – EU Declaration

1999/5/EC:

- EN60950-1

-

- EN50385

-

f

Conformity

fields (0 Hz - 300 GHz)

-

- EN 300 328

-

essential

EN 301 489-1

technical requirements

- EN 301 489-17

-

performance RLAN

Česky

[Czech]

Dansk

[Danish]

Deutsch

[German]

[Jméno výrobce]

Undertegnede

Hiermit erklärt

befindet.

erklærer herved, at følgende udstyr

[typ zařízení]

, dass sich das Gerät [Gerätetyp]

en

[tootja nimi =

vastavust direktiivi 1999/5/E

[name of manufacturer]

essential requirements and other relevant provisions of Directive 1999/5/EC.

Por medio de la presente

requisitos esenciales y cualesquier

[name of manufacturer]

ΤΙΣ ΟΥΣΙΩΔΕΙΣ ΑΠΑΙΤΗΣΕΙΣ ΚΑΙ ΤΙΣ ΛΟΙΠΕΣ ΣΧΕΤΙΚΕΣ ΔΙΑΤΑΞΕΙΣ ΤΗΣ ΟΔΗΓΙΑΣ 1999/

[nom du fabricant]

essentielles et aux autres dispositions pertinentes de la directive 1999/5/CE.

[nome del

essenziali ed alle altre disposizioni pertinenti stabilite dalla direttiva 1999/5/CE.

[name of manufacturer

atbilst Direktīvas 1999/5/EK būtiskajām prasībām un citiem ar to saistītajiem noteikumiem.

[manufacturer name]

1999/5/EB Direktyvos nuostatas.

[naam van de fabrikant]

essentiële eisen en de andere relevante bepalingen van r

m

essenzjali u ma provvedimenti oħrajn relevanti li hemm fid

és az 1999/5/EC irányelv egyéb elõírásainak

[nazwa producenta]

oraz pozostałymi stosownymi postanowieniami Dyrektywy 1999/5/EC.

declara que este

e outras disposições da Di

izjavlja, da je ta

določili direktive 1999/5/ES.

týmto vyhlasuje, že

ustanovenia Smernice 1999/5/ES.

manufacturer]

tyyppinen laite on direktiivin 1999/5/EY oleellisten vaatimusten j

[företag]

egenskapskrav och övriga relevanta bestämmelser som framgår av direktiv 1999/5/EG.

[seadme tüüp = type of equipment]

Ü põhinõuetele ja nimetatud direktiivist tulenevatele teistele asjakohastele

is in compliance with the

[clase de equipo]

a otras disposiciones aplicables o exigibles de la Directiva 1999/5/CE.

[type of equipment]

est conforme aux exigences

[tipo di apparecchio]

pe of equipment / iekārtas tips]

atitinka esminius reikalavimus ir kitas

in overeenstemming is met de

ichtlijn 1999/5/EG.

jikkonforma mal

Dirrettiva 1999/5/EC.

megfelel a vonatkozó alapvetõ követelményeknek

jest zgodny z zasadniczymi wymogami

está conforme com os requisitos essenciais

v skladu z bistvenimi zahtevami in ostalimi relevantnimi

spĺňa základné požiadavky a všetky príslušné

[type of equipment = laitteen tyyppimerkintä]

a sitä koskevien direktiivin muiden

står I överensstämmelse med de väsentliga

Eesti

[Estonian]

English

Español

[Spanish]

Ελληνική

[Greek]

Français

[French]

Italiano

[Italian]

Latviski

[Latvian]

Käesolevaga kinnitab

sätetele.

Hereby,

ΜΕ ΤΗΝ ΠΑΡΟΥΣΑ

Par la présente

Con la presente

Ar šo

name of manufacturer] seadme

, declares that this [type of equipment]

[nombre del fabricante] declara que el

ΔΗΛΩΝΕΙ ΟΤΙ

déclare que l'appareil [type d'appareil]

costruttore] dichiara che questo

/ izgatavotāja nosaukums] deklarē, ka [ty

cumple con los

ΣΥΜΜΟΡΦΩΝΕΤΑΙ ΠΡΟΣ

5/ΕΚ.

è conforme ai requisiti

Lietuvių

[Lithuanian]

Nederlands

[Dutch]

Malti

[Maltese]

Magyar

[Hungarian]

Polski

[Polish]

Português

[Portuguese]

Slovensko

[Slovenian]

Šiuo

Hierbij verklaart

Hawnhekk, [isem tal-

Alulírott, [gyártó neve]

Niniejszym

[Nome do fabricante]

[Ime proizvajalca]

deklaruoja, kad šis [equipment type]

dat het toestel [type van toestel]

anifattur], jiddikjara li dan [il-mudel tal-prodott]

-

nyilatkozom, hogy a [... típus]

.

oświadcza, że [nazwa wyrobu]

[tipo de equipamento]

rectiva 1999/5/CE.

[tip opreme]

-ħtiġijiet

Slovensky

[Slovak]

Suomi

[Meno výrobcu]

[Valmistaja =

vakuuttaa täten että

[typ zariadenia]

[Finnish]

ehtojen mukainen.

Svenska

Härmed intygar

att denna [utrustningstyp]

[Swedish]

Industry Canada statement:

This device complies with RSS-210 of the Industry Canada 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.

Ce dispositif est conforme à la norme CNR-210 d'Industrie Canada applicable aux
appareils radio exempts de licence. Son fonctionnement est sujet aux deux conditions
suivantes: (1) le dispositif ne doit pas produire de brouillage préjudiciable, et (2) ce
dispositif doit accepter tout brouillage reçu, y compris un brouillage susceptible de
provoquer un fonctionnement indésirable.

Radiation Exposure Statement:
This equipment complies with IC 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.

Déclaration d'exposition aux radiations:
Cet équipement est conforme aux limites d'exposition aux rayonnements IC établies
pour un environnement non contrôlé. Cet équipement doit être installé et utilisé avec un
minimum de 20 cm de distance entre la source de rayonnement et votre corps.