D-Link DXN-W224 Manuel utilisateur

WIRELESS ETHERNET COAXIAL BRIDGE

USER MANUAL

DXN-W224

Version 0.1

SYSTEM REQUIREMENTS

Windows 7 or XP , MAC OS

233MHz processor and at least 64MB of RAM

An available Ethernet Adapter (100Mbit/s)

PACKAGE CONTENTS

DXN-W224 Wireless Ethernet Bridge

CAT5 Ethernet cable

Power adapter

BACK PANEL

RESET

Press and hold at least 15

seconds to restore device back to

the factory default settings.

POWER

Connect the power adapter

included in the product

package of the DXN-W224.

LAN

Connect one end of the CAT5

Ethernet cable to DXN-W224

LAN port and the other end

to your Ethernet device.

CABLE OUT

Connect one end of a

coaxial cable to the

DXN-W224 TV out port

and the other end to

your television.

CABLE

Connect one end of a coaxial

cable to the DXN-W224 Coax

Input/Output port and the other

end to your cable outlet.

FRONT PANEL

POWER LED

A solid light indicates that

the device is receiving

power.

MOCA LED

A solid light indicates that the

device has formed a network over

the coaxial cable with at least one

other MoCA bridge.

2.4GHz/5GHz LED

A solid light indicates the wireless segment is

ready. The LED blinks during wireless data

transmission.

LAN LED

A solid light indicates that a

connection on the Ethernet

port. The LED blinks during

data transmission.

INSTALLATION PLANNING OVERVIEW

The proper cable installation, placement of filter/amplifier, frequency planning and

home preparation for signal coexistence should be planned out thoroughly before

deploying the DXN-W224

Inadequate planning will not only affect the DXN-W224 network but also cause

unwanted interference with other existing services. The following section discusses

these installation considerations in more detail.

Proper Cable Installation

The rooms qualified to be part of the DXN-W224 network should have an existing

coaxial connection and the following characteristics:

• The room is capable of receiving good quality analog television service

(no set-top box required) over the coaxial cable.

• The room is capable of receiving digital television services using a

set-top box.

If the room cannot receive digital or good quality analog television services, the

Ethernet-Coaxial network capabilities may be compromised to this location.

Amplifier Bypassing

An electronic amplifier is a device that boosts a weak signal. The typical amplifier

cannot pass DXN-W224 network signal because they are designed to be

unidirectional devices. Hence, the amplifier should be uninstalled or bypassed if

possible. To bypass an amplifier, user will need to install Diplexers to separate the

DXN-W224 signal and other signal first and only install the amplifier between the

paths of none DXN-W224 network signal.

Frequency Planning

The DXN-W224 is capable of operating between frequency bands of 1125MHz and

1525MHz. In order to avoid interference between the DXN-W224 device and other

devices on the same cable network, DXN-W224 device must operate at a frequency

spectrum that is different from other devices.

•5-42MHz (Internet Access Upstream)

• 42-850MHz (Internet Access downstream)

• 50-806MHz (Off-Air TV)

• 50-860MHz (Cable TV)

• 950-2150MHz (Satellite L-Band)

One common scenario is where DXN-W224, cable television and high-speed Internet

service need to coexist. The cable television in United States operates between

50-860MHz while high-speed Internet service upstream and downstream operate

between 5-42MHz and 42-850 MHz respectively. Hence, the logical choice for

DXN-W224 frequency would be between 940-1500MHz. The similar frequencies

planning approach should be taken into consideration when dealing with Satellite

and off-air antenna.

Terrestrial Television (Off-Air)

If you are receiving terrestrial television service using a broadband antenna, then

additional components may have to be installed in order to be compliant with

governmental regulations. DXN-W224 network signals operating in the 1125 to 1525

MHz range should be prevented from radiating out of the antenna by using a small,

in-line Low Pass Filter(LPF-860Mhz). This filter will prevent DXN-W224 network

signals from reaching the antenna.

Cable Television (CATV)

For a cable television subscriber, there are no additional components required to

work with the DXN-W224 on the same cable network. The user may choose to install

the DXN-W224 on the network and use it as-is if data rate is acceptable. Else, user

may improve DXN-W224 network performance by inserting a Low Pass Filter

(LPF-860Mhz) at Point of Entry (POE) where the drop cable enters the house.

DBS Satellite Television with Terrestrial Television (Off-Air)

The Direct Broadcast Satellite (DBS) uses proprietary satellite channel-stacking

switch or Low-Noise Block (LNB) to distribute the resulting signal (usually 950 to

2150 MHz) in the same cable network that carries the lower-frequency terrestrial

television from an outdoor antenna. Another Diplexer then separates the signals to

the receiver of the TV set and the DBS set-top box (STB).

Most of the satellite switches are not designed to pass DXN-W224 network signal

and prevents it from forming a network. It is recommended that satellite signal and

DXN-W224 network signal should remain on separate cable networks. If separate

wiring cannot be done, then additional components have to be installed:

1. Install Triplexer to separate UHF/VHF, DXN-W224, and DBS signals.

2. Install MoCA Coupler switch before the satellite switch.

Existing OSP installed MoCA network

The DXN-W224 will automatically scan for an available channel and form

Ethernet-Coaxial network. This may cause issue with the existing OSP MoCA network.

It will not be permitted to join the OSP MoCA network unless utilizing the same

frequency and password.

The remedy in this situation is to use the DXN-W224 software utility to configure the

DXN-W224 to be on the same frequency with the same privacy network as the

existing OSP MoCA network.

HARDWARE INSTALLATION

Power

Plug the DXN-W224 into an AC wall outlet or power strip.

Note: Power source is confirmed when the green LED Power indicator on the

DXN-W224 is illuminated.

Connect the Ethernet Cable

Connect the included Ethernet cable to the LAN port located on the DXN-W224 and

attached the other end of the Ethernet cable to the network or PC.

Connect the Coaxial Cable

Connect coaxial cable to the Coax I/O port located on DXN-W224 and attached the

other end of the coax cable to your cable jack inside the house.

Note: Please make sure the DXN-W224’s configuration switch is in

MoCA mode. Coaxial Network Connectivity is confirmed when the green LED COAX

indicator on the DXN-W224 is illuminated.

If there is TV service being received in the room and you wish to continue viewing

the service, connect the other coax cable to the TV Out port on the DXN-W224 and

attach the other end of the coax cable to your television, Set-top Box (STB), or VCR

as desired.

SOFTWARE INSTALLATION

D-Link DXN-224 comes with software web-based configuration to allow

control over certain coaxial networking parameter. The unit is shipped

with default parameters that will allow operation on most coaxial

network without any additional configuration.

However, if a special network security password is required or if a

specific channel operating frequencies is required, then the default

parameters will need to be modified.

Web-based Configuration Utility

To access the configuration utility, open a web-browser such as Internet Explorer

and enter the IP address of the router (192.168.0.50).

Select any one of user name from the drop-down menu and then enter your

password as below.

User name: MSO, Technician or User

Password: [leave this blank by default]

Autres manuels pour DXN-W224

Table des matières

Autres manuels D-Link Routeur réseau

D-Link

D-Link DGS-105 - Switch Manuel utilisateur

D-Link

D-Link DIR-842 Manuel utilisateur

D-Link

D-Link DWR-131 Manuel utilisateur

D-Link

D-Link DSL-2740U Manuel utilisateur

D-Link

D-Link xStack DXS-3350SR Mode d’emploi

D-Link

D-Link DWM-312 Manuel utilisateur

D-Link

D-Link DIR-850L Manuel utilisateur

D-Link

D-Link DWR-922 Manuel utilisateur

D-Link

D-Link DVG-5008S Manuel utilisateur

D-Link

D-Link DIR-2640 Manuel utilisateur

D-Link

D-Link DSL-2740B Manuel utilisateur

D-Link

D-Link DI-2621 Manuel utilisateur

D-Link

D-Link DSS-8+ Manuel utilisateur

D-Link

D-Link xStack DES-3200 Series Manuel utilisateur

D-Link

D-Link DSL-2877AL Manuel

D-Link

D-Link DSL-500 Manuel utilisateur

D-Link

D-Link COVR-C1203 Manuel utilisateur

D-Link

D-Link DI-1162M Manuel utilisateur

D-Link

D-Link DFL-210 - NetDefend - Security Appliance Manuel utilisateur

D-Link

D-Link DWR-921E Manuel utilisateur

D-Link

D-Link DIR-825M Manuel utilisateur

D-Link

D-Link DES-5024 - Switch Manuel utilisateur

D-Link

D-Link DI-308 Manuel utilisateur

D-Link

D-Link DI-704 Manuel utilisateur

Manuels Routeur réseau populaires d'autres marques

Allnet

Allnet ALL0333AU Manuel utilisateur

HomeSeer

HomeSeer HT-SEL Manuel utilisateur

Sercomm

Sercomm Genesis OC3505D Manuel utilisateur

Billion

Billion BIPAC 5102 Series Manuel utilisateur

TP-Link

TP-Link TD-8817 Manuel utilisateur

Motorola

Motorola MR1900 Manuel utilisateur

Digi

Digi IX14 Manuel utilisateur

Cisco

Cisco NCS 540 Manuel

XAVi

XAVi X8821e Manuel utilisateur

BEC

BEC 6200WZL Manuel utilisateur

MikroTik

MikroTik hAP ac3 Series Manuel utilisateur

Korenix

Korenix JetNet 5428G Series Manuel utilisateur

NETGEAR

NETGEAR FS526T - Switch Manuel utilisateur

Korenix

Korenix JetNet 5710G Series Manuel utilisateur

Automated Logic

Automated Logic ZN551 Manuel du propriétaire

Cisco

Cisco ASR 1000 Series Manuel de l'opérateur

EnGenius

EnGenius ESR-9710 Manuel utilisateur

Cisco

Cisco 805 Series Instructions d'utilisation et de sécurité