XL-PBW350C-RGWO - ASM.czdownload.asm.cz/inshop/prod/xtendlan/EM-XL-PBW350C-RGWO.pdf · Cab. Link system data optical station is the product that Link system data optical station is

XL-PBW350C-RGWO

EOC master + ONU

Optical receiver

User’s Guide

Contents

1. Preface ....................................................................... 3

2. Introduction ................................................................ 4

2.1 Product Introduction ........................................ 4

2.2 Product Feature ................................................ 5

2.3 Specification .................................................... 5

2.4 Port Explanation............................................... 8

3. Hardware Introduction ............................................... 9

3.1 Machine introduction ....................................... 9

3.2 Right side of machine ...................................... 9

3.3 Left side of machine ....................................... 10

4. Installation ............................................................... 10

4.1 Equipment Installation ................................... 10

4.2 Connection cable Installation ......................... 10

4.3 Check up after Installation ............................. 12

5. Schematic Diagram .................................................. 15

6. WEB network management ..................................... 17

6.1 System Management ...................................... 17

6.2 Card Management .......................................... 28

6.3 Slave Management ......................................... 32

6.4 System Log Management ............................... 38

6.5 System Software Management ....................... 39

6.6 Configuration Management ........................... 41

7. Typical Application .................................................. 43

1. Preface

Statement

The information in the manual may be changed at any time

without prior notice. The company does not make any guarantee

for it, and it is not responsible for the mistakes in this document

and the incidental any damage because of supplying or using this

manual.

The ownership information in this manual is protected by

copyright law. The company reserves all rights. It’s forbidden to

photocopy and copy this information, or translate it into other

languages without the written authorization from XTENDLAN.

2. Introduction

2.1 Product Introduction

Cab. Link system data optical station is the product that

integrates optical receiver, EOC master and ONU together. The

optical TV signal from HFC is sent to the optical receiver. The

optical Eth signal is sent to ONU, And then RF and Eth signal are

modulated into the mixed signal output, it means 2 fiber input, 1-

4 RF output. Hybrid master is like a small optical station with

high integration, excellent performance. And it’s suitable for new

network transformation.

2.2 Product Feature

◆ High performance optical receiver, 1- 4 channels high

electrical level output, the plug-in type equalization and

attenuation control which is general type and easy to test.

◆ Optical AGC control function, it will sure the electrical level

won’t change when the input optical power within -7~+2dBm.

◆ High performance ONU

◆ High integration, there are multiple signal integration,

unnecessary to install the signal mixing unit outside hybrid

master

◆ Flexible configuration, 1,2,3,or 4 RF output(optional), and

there is a test port for electrical level at each RF output port.

◆ Support AC220V or 60V(independent 60V port), and support

power pass over RF port

◆ It can be used with amplifier and divider together

2.3 Specification

Optical Receiver

Work wavelength 1100nm~1600nm

Receive range of

optical power

-7~+2dBm

Output electrical level ≥108dB（4 RF output）

Optical link

characteristic

CNR≥51dB,CSO≤-62dBc,CTB≤-65dBc

（ 59 Channels, -1dB receive signal

test）

Reflection loss of

output port

47~860MHZ ≥16dB

Electrical level at the

monitor port

-20 dB（Relative to the electrical level

of RF output port)

Equalization

47~862MHz attenuation-type

equalization,(1dB optional)

Attenuation 0~20dB, (1dB optional)

Isolation with DATA Each RF port≥65 dB

EOC

Channel frequency 7～67.5MHz

Modulation mode

OFDM BPSK QPSK

16/32/64/128/256/512/1024/2048/4096

QAM

The number of subcarrier: 2880

Physical layer data 500Mbps

rate

MAC layer data rate 300Mbps

Work mode at MAC

layer

CSMA/CA

Output Power ≥120dBμV

Receive Sensitivity 25-30dBμV

No of maximum slave 253 pcs

Security 128-bit AES data encryption

VLAN IEEE802.1Q (VLAN lagging)

Management Support SNMP, local WEB or TELNET

Eth connector RJ45 port

ONU

RX 1490

TX 1310

Received optical

power

－24dBm ~ -3dBm

Transmitted optical

power

-2 ~ +4

Speed rate 1.25G(uplink and downlink)

Optical input port SC/APC,meet IEEE802.3ah standard

Eth port Four 10/100/1000BASE-TX RJ45 ports

Others

Connector F type Female

Insertion loss ≤1dB

Impendence 75ohm

Power supply 220V/60V

Power consumption

of whole machine

≤20W

Dimension 255mm*240mm*130mm

Operating Temp. -20℃～＋70℃

Relative Humidity Less than 95%

Gas pressure 70kpa~106kpa

No causticity gas, no dust, no magnetic field disturb

In the real operation, there is no filter noise problem. when

working at －20℃～＋70℃, no hang.

2.4 Port Explanation

Fiber IN: TV and Eth fiber input

OUT 1：TV and Eth Output




F.O.T1: OUT1 and OUT2 level detection port

F.O.T2: OUT3 and OUT4 level detection port

FOR ATT1: OUT1 and OUT2 link attenuation

FOR ATT2: OUT3 and OUT4 link attenuation

FOR EQ1: OUT1 and OUT2 link equalization

FOR EQ2: OUT3 and OUT4 link equalization

ACP1,ACP2,ACP3 and ACP4: RF Power Supply Controller

Note: All RF ports support to pass 60V power, but power input

port need be AC60V IN. If the user needs 60V power pass again

over RF ports(OUT1, OUT2, OUT3 and OUT4 ) for the other

equipments in the behind, please plug in RF Power Supply

Controller at respectively ACP1, ACP2, ACP3 and ACP4 as

shown in the diagram. It’s default not to install power controller,

and they are supplied as accessories and packaged in the box.

3. Hardware Introduction

3.1 Machine introduction

Equipment use the medium-sized rain proof aluminum case. The

surface is sandblasted, heat dissipation and good shielding.

3.2 Right side of machine

On the right of hybrid master,it offer 2 or 4 channels mixed signal

output ports. If 2 output ports, and then provide 1 test port(-

20dB); If 4 channels output, and then provide 2 testing

ports(-20dB), Each testing port is used for 2 mixed ports.; 2 Fiber

input port, one is for ONU, another is for optical receiver.

3.3 Left side of machine

On the left of hybrid master,it offer one 60V or 220V power

supply port.

4. Installation

4.1 Equipment Installation

Please prepare all the necessary tools and cable before installing.

This equipment can be put in any place where has the enough

space. It is suggested that it’s installed in indoor and outdoor

frame, cabinet or metope.

4.2 Connection cable Installation

4.2.1 Power Supply

Power supply is subject to your purchased equipment. Equipment

power supply modes are 220V and 60V local power supply.

4.2.1.1 220V or 60V by the local power supply

220V: Insert 220V connector into power socket

60V: Connect AC60V port to RF port of power supply by the

coax cable. According to network design, configure the

corresponding RF power supply controller(ACP1,ACP2,ACP3

and ACP4). Use the standard Metric/English F type coax

cable.When connect the joint, tighten the joint exactly to confirm

connector to plug in the correct position and close connection.

Please check whether equipment operates normally after power

installation is completed. If there is trouble please switch off

power immediately for the detailed inspection.

4.2.1.2 60V power supply by the coaxial cable

Connect AC60V port to RF port of power supply by the coax

cable, check up to insert the corresponding RF power supply

controller and assure to use the standard Metric/English F type

coax cable. tighten the joint exactly to confirm connector to plug

in the correct position and close connection.

Please check whether equipment runs normally after power

installation is completed. If there is trouble please switch off

power immediately for the detailed inspection.

4.2.2 CATV optical signal input

CATV optical signal input is available by just connecting the

pigtail fiber on WDM directly to optical receiver. Please carefully

confirm the model of pigtail fiber connector and fiber connector

on optical receiver, to ensure matching. Please carefully clean

pigtail fiber connector when insert it, ensure that CATV signal is

stable and reliable.

4.2.3 IP optical signal input

IP optical signal input is available by just connecting the pigtail

fiber on WDM directly to ONU. Please carefully confirm the

model of pigtail fiber connector and fiber connector on optical

receiver, to ensure matching. Please carefully clean pigtail fiber

connector when insert it, ensure that IP signal is stable and

reliable.

4.2.4 TCP/TP signal input

Connect EOC master to ONU by Eth RJ45 port. When hear a

click, the connection is finished correctly.(This master has been

connected well when delivery).

4.2.5 The mixed signal output

With the coaxial cable, connect hybrid master to the coaxial cable

network, and ensure to use the standard Metric/English F type

coax cable (or cable directly into master output). According to the

network design requirements, use the corresponding RF power

supply controller, make 60V pass over RF ports so as to ensure

the normal operation of the active equipments behind.

4.3 Check up after Installation

4.3.1 Port Status

Hybrid master provides 1 AC60V（ or AC220V） port, 1 fiber

input port, 4RF output port and 3 level monitoring ports.

4.3.2 LED Explanation of EOC Master Module

LED Color Explanation

Pwr Green Power supply is normal

Cab Green Data is being transmitted

LED Color Explanation

Eth1-2

Always

green

Eth port is connected normally

Green

flash

Be transmitting data

Off Eth port isn’t connected or error

EOC Master controls the connection status:

Verify all access devices have been established the effective

connection. EOC master module monitors the connection status of

every port. If any equipment is properly connected to EOC master

(Cable), and is transmitting signal, the indicator light of the

corresponding port will be ON.

4.3.3 LED Explanation of ONU

LED Definition Status Explanation

Pwr

Power

Supply

Indicator

Always

green

Power supply is normal

Green

flash

Power supply isn’t normal

Off

Sys System Green System is running

running flash normally

Off

System isn’t running

normally

Reg

Optical

registration

status

Always

green

ONU is registered to OLT

successfully

Off

ONU isn’t registered to

OLT successfully

Act

Optical

signal

indication

Always

green

Optical port detect the

signal

Green

flash

Optical port is sending or

receiving data

Off No signal at optical port

Lan1～

Lan4

Eth port

indication

Always

green

The internet is connected

Green

flash

Eth port is sending or

receiving data

Off The internet is connected

4.3.3 LED Explanation of Optical receiver

There are a rows of 10 LED light which show the current

received optical power.When input optical power is within

+1~-6dBm, it will ensure the output level won’t change. When

input optical power ≥+1dBm or ≤-6dBm, optical AGC function

isn’t in control.

5. Schematic Diagram

Optical receiver test

The machine should be good grounding (grounding

resistance less than 4 Ω).

The machine power supply can be offered by four RF

output and AC60V input port.

According to power supply requirement in the network,

insert RF power supply controller(ACP1,ACP2,ACP3 and ACP4)

into the corresponding position(OUT1, OUT2, OUT3 and OUT4).

The user could configure power supply pass over RF port

according to the real situation.

Optical AGC range of this machine is +2 ~ -7dBm. The

output level won’t change as long as the optical power in this

range.

After power supply, when the input optical power, then a

row of the power indicator light will directly display the current

input optical power.

According to the electrical level(TV signal) requirement

designed in network, adjust attenuation and equalization. FOR.

ATT1 and FOR.EQ1 simultaneously controls the equalization of

RF output port 1-2; FOR. ATT2 and FOR.EQ2 simultaneously

controls the equalization of RF output port 3-4. So every mixed

RF output port meet network requirement.

When optical receiver range is +2 ~ -7dBm, the output

electrical level is stable, the use don’t need to adjust it again. The

maximum electrical level of this hybrid master is 108dBuv, it’s

suitable to use in the new CATV bi-directional network. The

allowance will be high if providing too high electrical level. For

example, there are about more 100 subscribers under one optical

receiver, every RF port support about more 30 subscribers, the

electrical level is about 75dBuv, the allowance still is high in this

situation. If the electrical level of optical receiver is too high, it

will affect IP data(MER,BER,etc.). We advice the electrical level

don’t be more than 108dBuv.

The engineer need test the equipment according to this

manual. This hybird master use plug-in attenuation and

equalization design, so it is convenient to test for the engineer.

6. WEB network management

6.1 System Management

Regarding IP address, please see the label to stick on master. The

default system name and password both are admin. Connect

master to PC by Eth port, click IE browser, input IP address to

login WEB interface.

Note: When master is restored to the default settings, the IP

address is 192.168.1.6

6.1.1 System Management

Showing the current software version, IP address and MAC

address of master.

Note: It’s default not to provide Current Temperature function,

please indicate when order.

Function Explanation: The current software version is the

running software currently in the master system, and master IP,

subnet mask, gateway, SNMP information, MAC address in the

Eth layer, and in the coaxial layer.

6.1.2 Master Flow Statistics

Instruction: Click System Management in the longitudinal left

side, and then in horizontal items Flow Statistics.

Function Explanation: Master flow statistics shows the

receiving and sending data information, and obtains

communication information of the Ethernet layer by the number

of the received and transmitted bytes and the number of packets.

6.1.3 Master Network Management


side, and then in horizontal items Network.

Enter the master network management interface, the user can set

master IP address and management Vlan. Input IP address, subnet

mask and gateway, and click Set. The settings would be effective

after rebooting.

Function Explanation: IP address must be unique, otherwise it

will lead to IP conflict. After setting IP address successfully, login

again by IP address in IE browser. The master must be connected

with vlan switch when management Vlan takes effective, and

then the user can manage master by it. This function helps the

clients to manage Eoc equipments.

6.1.4 Master Function Management


side, and then in horizontal items Function.

Enter the master function management interface, the user can set

Loopback Detection enable, Active learning enable, the slave

permission to access master, loopback detection automatic

recovery enable, SSH enable and command configuration cycle,

then click "Set". SSH enable and command configuration cycle

will be effective after rebooting master.

Function Explanation: When enable Loopback Detection, the

slave will send outgoing broadcast packet automatically to detect

whether there is loopback at its ports. If has loopback the slave

will be set as the unauthorized one and all ports of the slave will

be blocked, so won't cause broadcast storm; The slave won't send

outgoing broadcast packet automatically if not enable Loopback

Detection. It will cause broadcast storm when the slave is

loopback.

When Active Learning enable is set as Active learning and

Active learning gateway by default, master would send outgoing

Active learning packet automatically, and so as to let ONU,

SWITCH, ROUTER in the upper layer to learn our master as

quickly as possible; When close Active learning enable, our

master won't send outgoing ARP packet, the time of learning our

master by ONU, SWITCH, ROUTER in the upper layer depends

on their learning time.

Slave Permission To Access Master means to control the

permission of slave to access master, so to ensure master safety

and stability. The function need be used with MAC filtering

enable together, namely need open MAC filtering enable

simultaneously.

Loopback Detection Automatic Recovery Enable, master

would automatically set slave as “Authorization Status” in the

white list; If disable this function, the user need set the

authorization status of slave manually when slave loopback is

restored.

SSH Enable, the user could login master by SSH protocol. But

the system booting would be slower, and this configuration will

be effective after restarting. The function can’t be used when

SSH Disable.

Command configuration cycle: when telnet login equipment,

and not any operation for at least 60 seconds, it'll exit from telnet

automatically.

6.1.5 Master Port Management


side, and then in horizontal items Port Management.

Enter port management interface, it display all ports’ Work mode,

Port Enable, Connection Status and Flow Control Enable, when

the user want to change the configuration, click Set to enter the

configuration interface.

Configure Work Mode, Port Enable and Flow Control Enable. If

the user wants to check the configuration, please click Back or

Port Management.

Function Explanation: Work Mode set the work status of this

port, such as 10M/full duplex, 100M/full duplex or 1000M/half

duplex; Port Enable indicates to open port or close port; Flow

control function settings of the master need be the same with the

equipment connected to this master, such as ONU or fiber media

converter. Only unify the flow control configuration on master

and the opposite equipment to achieve it.

Note: Please note don't close the port you are using, otherwise

the communication between master and slave will be

disconnected.

6.1.6 Master Broadcast Storm Management


side, and then in horizontal items Broadcast Storm.

Enter into Broadcast storm configuration interface, could configure

broadcast storm suppression information. After open suppression

enable, configure the suppression number, click Set.

Function Explanation: While opening suppression enable, can

suppress broadcast packet and multicast packet simultaneously.

6.1.7 Port Mirroring


side, and then in horizontal items Port Mirroring.

Enter into Port Mirroring interface to configure this function.

When open port mirroring function, the user could change the

source port, the source port direction and the destination port.

Click Set to complete the configuration.

Function Explanation: When enable Port Mirroring, the user

could check all data packets of the source port from the

destination port.

6.1.8 ACL Management


side, and then in horizontal items ACL Management.

IP Filtering only allows the certain IP range to login all interfaces

of master by master’s Eth port.

Function Explanation: When enable IP Filtering, only allow or

forbid IP address in the certain IP range (decided by IP address

and subnet mask) to login all interfaces of master by master’s Eth

port.

MAC Filtering

Could add and delete MAC address

Click Add to enter the settings interface:

In this interface, you could add MAC address, and could choose

Filter Type.

Function Explanation: Enable MAC Filtering, the data frames,

whose the destination MAC or the source MAC existed in MAC

filtering table, would be limited to forward at the master side and

slave side.

Protocol Filtering

Could add and delete protocol.

Click Add to enter the settings interface:

The user could add the protocol type, and the format is four hex

integer, for example: 0x88e1.

Function Explanation: Enable Protocol Filtering, the protocol

which existed in protocol filtering table, would be limited to

forward at the master side and slave side.

6.1.9 Trap Management


side, and then in horizontal items Trap Management.

Enter into Trap IP management interface to manage Trap IP

(Modify, add and delete).

Function Explanation: It's effective to manage Trap sending

destination by this function. When enable this function, master

would send a Trap to this IP and automatically inform the real-

time situation of master and slave when there is a Trap.

6.2 Card Management

6.2.1 Check network status of all connected slaves

Instruction: Click Card Management in the longitudinal left

side, and then in horizontal items Slave Online List.

Show the link information of all slaves connected with this

master, includes attenuation, SNR, RX, TX, software version, the

supplier’s information, the channel number, and the online time

of the slave. If there are many slaves, you could display the

slaves by sorting card.

Note: If master only provide 1 channel CAB signal, it’s

unnecessary to choose the card, because there is only one main

card. This function is used for multi-card master. One card

indicates one master module.

Function Explanation: Can know the slave bandwidth at TX

and RX (unit: Mbps), and the current software version.

6.2.2 The white list information under master


side, and then in horizontal items White List Info.

Check each configuration of the white list and the online status.

Click MAC address to change its white list configuration or

delete this MAC address from the white list.

Function Explanation: Can know the slave information by the

white list. And the slave can work correctly after it’s authorized.

6.2.3 Add White List


side, and then in horizontal items Add White List.

Choose the card which need add the white list, and then input

MAC address, click Add.

Function Explanation: The slave could communicate with

master after be joined in the white list.

6.2.4 Card Upgrade


side, and then in horizontal items Card Upgrade.

Set IP address of FTP server (Ensure FTP server has been

installed in PC and put the upgrade file into the shared folder of

FTP server, the username and password both are admin). To

ensure the upgraded software version is not the running one in

the system. Choose the upgraded file name, IP address of FTP

server and the card you plan to upgrade, Click Upgrade. Please

note the prompt while upgrading and check whether it’s upgraded

successfully.

Function Explanation: Provide the precondition for the

equipment upgrade.

6.2.5 Card Function Management


side, and then in horizontal items Card Function Management.

Choose the card you need set, and set its SNID， RF out power

and End Frequency.

Note: End frequency is convinent for the customer who want to

use work frequency 7.5-30MHz. And support 100Mbps

bandwidth in this frequency range.

6.3 Slave Management

6.3.1 Service Management

Instruction: Click Slave Management in the longitudinal left

side, and then in horizontal items Service.

The user can add, change and delete the service.

Function Explanation: Provide the rate-limiting and priority

configuration for the slave by Service Management. So it’s

unnecessary to configure the rate limiting and priority for each

port, just need choose the corresponding service.

6.3.2 Vlan Pool Management


side, and then in horizontal items Vlan Pool.

Function Explanation: Choose the port which need set Vlan

Pool, choose Enable, and set the minimum and maximum value

of VLAN ID. Click Set to finish the configuration.

Note: If enable Vlan Pool, the system would prioritize the slave

configuration who’s Vlan is from Vlan Pool.

6.3.3 Slave Business Management


side, and then in horizontal items Slave Business.

Function Explanation: Choose slave MAC which need be set

the business, click Check. It will display the detailed

configuration interface. The first item is Port Status of the slave,

including Connection Status, Work Mode, Vlan Mode, Vlan ID

and Flow Information.

The second item Slave Configuration, the user could set Port

Enable, Port Mode, Work Mode, self-loop Enable, Flow Control,

Service Name, Port Priority, Vlan ID and the slave whole

bandwidth.

The third item Broadcast Storm to enter its configuration

interface.

The fourth item Firmware Upgrade to enter its configuration

interface.

The fifth item Reboot to reboot the slave.

6.3.4 Wireless Management


side, and then in horizontal items Wireless Management.

Function Explanation: If the slave connected with master

supports WIFI function, Eth 4 and WIFI of slave have VLAN ID

by default. If the port mode of Eth1-3 is Access, Vlan ID of Eth 4

and WIFI need be removed here; If the port mode of Eth1-3 is

Transparent, it’s unnecessary to do configuration here. But

VLAN ID of Eth 4 and WIFI need be removed by other

equipments, such as the upper SWITCH.

Note: The default Vlan ID number of Eth 4 and WIFI is 43, and

can be checked at WEB interface of WIFI management, the step

as follow:

Network – Bridge – Bridge Setting – Business Type – Internet –

Vlan ID.

6.4 System Log Management

6.4.1 System Log Information

Instruction: Click System Log in the longitudinal left side, and

then in horizontal items System Log.

Function Explanation: To know the latest log information by

refreshing the log.

6.4.2 Set System Time

Instruction: Click System Log in the longitudinal left side, and

then in horizontal items System time.

After modifying the time, click Set to complete the settings.

Function Explanation: Update the time of master by check PC

time.

6.5 System Software Management

6.5.1 Reboot

Instruction: Click System Software in the longitudinal left side,

and then in horizontal items Reboot.

Function Explanation: Reboot master remotely by this button.

Master can be restored to the factory setting, and then master

will reboot again, and clear away the white list configuration,

port configuration (service vlan, Qos, rate limiting).

Management Vlan also be restored into the original state. Master

IP is 192.168.1.6.

6.5.2 User Management


and then in horizontal items User Management.

Function Explanation: Mainly change password of Admin user.

6.5.3 System Upgrade


and then in horizontal items System Upgrade.

Enter the software upgrade interface, can switch master software

version.

Master software upgrade:

(Install FTP server correctly, and ensure the upgraded file is

placed into the shared folder of FTP server, the username and

password both are admin.)

To ensure the upgrading software is not the running one in the

system, fill in the upgraded file name and IP address of FTP

server.

Click Upgrade. Please note the prompt while upgrading and

check whether it's upgraded successfully.

Function Explanation: Provide the precondition for upgrading

master and improving master functions. And switching software

function makes it possible to use two different softwares.

6.6 Configuration Management

6.6.1 Save

Instruction: Click Configuration Management in the

longitudinal left side, and then in horizontal items Save.

Function Explanation: Save all master configurations and won’t

be deleted if power failure.

6.6.2 Backup

Instruction: Click Configuration Management in the

longitudinal left side, and then in horizontal items Backup.

Function Explanation: Export the configuration template of the

certain master (Master IP, Management Vlan, the white list

information, the service information of the slave, the

configuration information of the slave) to the server, and then

transmit this configuration template to other master. It’s

convenient to operate equipment.

7. Typical Application

7.1 Diagram 1

7.2 Diagram 2

Documents

XL-PBW350C-RGWO - ASM.czdownload.asm.cz/inshop/prod/xtendlan/EM-XL-PBW350C-RGWO.pdf · Cab. Link system data optical station is the product that Link system data optical station is