ZXR10 8900 Series
10 Gigabit Routing Switch
Hardware Manual
Version 2.8.02.C
ZTE CORPORATION
ZTE Plaza, Keji Road South,
Hi-Tech Industrial Park,
Nanshan District, Shenzhen,
P. R. China
518057
Tel: (86) 755 26771900
Fax: (86) 755 26770801
URL: http://ensupport.zte.com.cn
E-mail: support@zte.com.cn
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LEGAL INFORMATION
Copyright © 2006 ZTE CORPORATION.
The contents of this document are protected by copyright laws and international treaties. Any reproduction or distribution of
this document or any portion of this document, in any form by any means, without the prior written consent of ZTE CORPORATION is prohibited. Additionally, the contents of this document are protected by contractual confidentiality obligations.
All company, brand and product names are trade or service marks, or registered trade or service marks, of ZTE CORPORATION
or of their respective owners.
This document is provided “as is”, and all express, implied, or statutory warranties, representations or conditions are disclaimed, including without limitation any implied warranty of merchantability, fitness for a particular purpose, title or non-infringement. ZTE CORPORATION and its licensors shall not be liable for damages resulting from the use of or reliance on the
information contained herein.
ZTE CORPORATION or its licensors may have current or pending intellectual property rights or applications covering the subject
matter of this document. Except as expressly provided in any written license between ZTE CORPORATION and its licensee,
the user of this document shall not acquire any license to the subject matter herein.
ZTE CORPORATION reserves the right to upgrade or make technical change to this product without further notice.
Users may visit ZTE technical support website http://ensupport.zte.com.cn to inquire related information.
The ultimate right to interpret this product resides in ZTE CORPORATION.
Revision History
Revision No.
Revision Date
Revision Reason
R1.0
July 31, 2009
First Release
Serial Number: sjzl20093835
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Contents
About This Manual.............................................. i
Safety Instructions............................................1
Safety Introduction ......................................................... 1
Safety Description .......................................................... 1
Introduction to the System ...............................3
Product Overview ........................................................... 3
Functions ...................................................................... 4
Technical Features and Parameters ................................... 5
Structure and Principle......................................9
Working Principle............................................................ 9
Hardware Structure .......................................................10
ZXR10 8912 Hardware Structure .................................16
ZXR10 8908 Hardware Structure .................................18
ZXR10 8905 Hardware Structure .................................20
ZXR10 8902 Hardware Structure .................................21
Hardware Board .............................................. 23
MCS ............................................................................23
RS-8912-MCSII Board ................................................23
RS-8908-MCSII Board ................................................26
RS-8908-MCS Board ..................................................28
RS-8905-MCSII Board ................................................30
RS-8905-MCS Board ..................................................33
RS-8902-MCS Board ..................................................35
Line Interface Card ........................................................38
RS-89S1-24GE-RJ Card ..............................................39
RS-89S1-24GE-SFP Card ............................................40
RS-89S1-24GE-SFP4RJ Card .......................................41
RS-89S1-48GE-RJ Card ..............................................43
RS-89S1-48GE-SFP Card ............................................44
RS-89S1-2XGE-XFP Card ............................................45
RS-89S1-4XGE-XFP Card ............................................46
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RS-89S1-8XGE-XFP Card ............................................47
RS-89S2-12GE-SFP4RJ Card .......................................48
RS-89S2-12GE-RJ4SFP Card .......................................49
RS-89S2-24GE-RJ Card ..............................................51
RS-89S2-24GE-SFP Card ............................................52
RS-89S2-24GE-SFP4RJ Card .......................................53
RS-89S2-24GE-RJ4SFP Card .......................................55
RS-89S2-48GE-RJ Card ..............................................57
RS-89S2-48GE-SFP Card ............................................57
RS-89S2-2XGE-XFP Card ............................................59
RS-89S2-4XGE-XFP Card ............................................60
RS-89S2-24GE2XGE-SFP4RJXFP Card...........................61
RS-89S2-24GE2XGE-RJ4SFPXFP Card...........................63
RS-89S2A-24GE-SFP4RJ Card .....................................66
RS-89S2A-2XGE-XFP Card ..........................................67
RS-89E3-12GE-SFP4RJ Card .......................................68
RS-89E3-12GE-RJ4SFP Card .......................................70
RS-89E3-24GE-SFP4RJ Card .......................................71
RS-89E3-24GE-RJ4SFP Card .......................................73
RS-89E3-2XGE-XFP Card ............................................74
RS-89E3-4XGE-XFP Card ............................................75
RS-89E3B-2XGE-XFP Card ..........................................76
RS-89E3B-4XGE-XFP Card ..........................................77
RS-89F3-24GE-SFP Card ............................................78
RS-89H1-24GE-SFP Card ............................................79
RS-89H1-48GE-SFP Card ............................................81
RS-89H1-48GE-RJ Card ..............................................82
RS-89H1-4XGE-XF Card .............................................83
RS-89H2-24GE-SFP Card ............................................84
RS-89H2-48GE-SFP Card ............................................85
RS-89H2-48GE-RJ Card ..............................................87
RS-89H2-24GE2XG-SF12RJXF Card..............................88
RS-89H3-24GE-SFP Card ............................................89
RS-89H3-48GE-SFP Card ............................................91
RS-89H3-48GE-RJ Card ..............................................92
RS-89H3-24GE2XG-SF12RJXF Card..............................93
RS-89H3-4XGE-XFP Card............................................94
RS-89S3-4XGE-XFP Card ............................................95
RS-89M1-DPI Card ....................................................97
RS-89M1-FW Card .....................................................97
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RS-8900-44FE4GE-SFP Card .......................................98
RS-8900-44FE4GE-RJ4SFP Card ................................ 100
Power Supply Module .................................... 103
Power Supply Module of ZXR10 8912/8908/8905 ............. 103
Power Supply Module of ZXR10 8902 ............................. 105
Fan Plug-in Box ............................................. 107
Fan Plug-in Box Overview ............................................. 107
Fan Plug-in Box of ZXR10 8912 ..................................... 107
Fan Plug-in Box of ZXR10 8908 ..................................... 109
Fan Plug-in Box of ZXR10 8905 ..................................... 110
Fan Plug-in Box of ZXR10 8902 ..................................... 111
Figures .......................................................... 113
Tables ........................................................... 117
List of Glossary.............................................. 123
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About This Manual
Purpose
This manual provides procedures and guidelines that support the
operation of ZXR10 8900 Series (V2.8.02.C) 10 Gigabit Routing
Switch.
Intended
Audience
This manual is intended for engineers and technicians who perform
operation activities on ZXR10 8900 Series (V2.8.02.C) 10 Gigabit
Routing Switch.
What Is in This
Manual
This manual contains the following chapters:
TABLE 1 CHAPTER SUMMARY
Related
Documentation
Chapter
Summary
Chapter 1 Safety
Instructions
This chapter describes the safety
instructions and signs
Chapter 2 Introduction
to the System
This chapter introduces functions, technical
features and parameters of ZXR10
8912/8908/8905/8902
Chapter 3 Structure and
Principle
This chapter describes ZXR10
8912/8908/8905/8902 system structure
and the principles
Chapter 4 Hardware
Board
This chapter describes the control switching
boards and line interface cards of ZXR10
8912/8908/8905/8902
Chapter 5 Power Supply
Module
This chapter describes the power supply
module of ZXR10 8912/8908/8905/8902
Chapter 6 Fan Plug-in
Box
This chapter describes the fan plug-in box
of ZXR10 8912/8908/8905/8902
The following documentation is related to this manual:
�
ZXR10 8900 Series (V2.8.02.C) 10 Gigabit Routing Switch
Hardware Installation Manual
�
ZXR10 8900 Series (V2.8.02.C) 10 Gigabit Routing Switch
Hardware Manual
�
ZXR10 8900 Series (V2.8.02.C) 10 Gigabit Routing Switch User
Manual (Basic Configuration Volume)
�
ZXR10 8900 Series (V2.8.02.C) 10 Gigabit Routing Switch User
Manual (Ethernet Switching Volume)
�
ZXR10 8900 Series (V2.8.02.C) 10 Gigabit Routing Switch User
Manual (IPv4 Routing Volume)
�
ZXR10 8900 Series (V2.8.02.C) 10 Gigabit Routing Switch User
Manual (MPLS Volume)
�
ZXR10 8900 Series (V2.8.02.C) 10 Gigabit Routing Switch User
Manual (IPv6 Volume)
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i
ZXR10 8900 Series Hardware Manual
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ii
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Chapter
1
Safety Instructions
Table of Contents
Safety Introduction............................................................. 1
Safety Description .............................................................. 1
Safety Introduction
In order to operate the equipment in a proper way, follow these
instructions:
�
Only qualified professionals are allowed to perform installation,
operation and maintenance due to the high temperature and
high voltage of the equipment.
�
Observe the local safety codes and relevant operation procedures during equipment installation, operation and maintenance to prevent personal injury or equipment damage. Safety
precautions introduced in this manual are supplementary to the
local safety codes.
�
ZTE bears no responsibility in case of universal safety operation requirements violation and safety standards violation in
designing, manufacturing and equipment usage.
Safety Description
Contents deserving special attention during configuration of ZXR10
8900 series switch are explained in the following table.
Convention
Meaning
Note
Provides additional information
Important
Provides great significance or consequence
Result
Provides consequence of actions
Example
Provides instance illustration
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ZXR10 8900 Series Hardware Manual
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Chapter
2
Introduction to the
System
Table of Contents
Product Overview ............................................................... 3
Functions .......................................................................... 4
Technical Features and Parameters ....................................... 5
Product Overview
ZXR10 8900 series switch is an Ethernet routing switch developed
by ZTE Corporation that is applicable to the backbone layer or convergence layer of MAN. It serves as backbone/convergence layer
switch within corporate and campus network.
ZXR10 8900 series switch provides the interfaces including fast
Ethernet, gigabit Ethernet and 10 gigabit. It supports L2/L3 wirespeed forwarding of all ports, therefore, it satisfies the increasing
requirements for bandwidth. ZXR10 8900 series switch supports
multiple uni-cast and multi-cast protocols.
Services carried by data network increase rapidly with the development of network. It requires higher QoS and better security for
network equipment. ZXR10 8900 series switch provides policies
and resources that are related to QoS and ACL, assuring system
security.
ZXR10 8900 series switch provides hot-backup function in power
module and control & switching module, therefore, it is applicable
to large-capacity network with high reliability.
ZXR10 8900 series switch has the following characteristics:
�
Carrier-class reliability
�
Full-wire-speed forwarding and filtering capability
�
Supports large number of network protocols
�
Open architecture that supports high upgrading performance
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ZXR10 8900 Series Hardware Manual
Functions
ZXR10 8900 series switch implements full-wire-speed Layer2/3
switching function and supports multiple protocols.
ZXR10 8900 series switch supports the following functions:
�
Physical interface
�
�
�
Supporting port mirroring
�
Supporting broadcast storm suppression
�
Supporting line diagnosis analysis test
�
Supporting port loop detection
�
Supporting UDLD
VLAN
�
�
�
�
�
Supporting VLAN double layer tab
�
Supporting Super VLAN
�
Supporting Selective VLAN
Layer 2 protocol
�
Supporting STP, RSTP and MSTP
�
Supporting static Trunk and LACP
�
Supporting IGMP Snooping
�
Supporting ZESR and ZESS
Routing Protocol
Supporting uni-cast protocols including static routing, RIP
v1/v2, OSPF, IS-IS, and BGP
Supporting multi-cast protocols including IGMP v1/v2,
PIM-SM, and MSDP
ACL
�
4
Supporting IEEE 802.1Q, maximum number of VLAN is
4094
Supporting PVLAN
�
�
Supporting port based VLAN, protocol based VLAN and subnet based VLAN
�
�
�
Supporting port rate configuration, duplex mode, and selfadaptive system
Supporting standard ACL, extended ACL, Layer 2 ACL,
mixed ACL, standard IPv6 ACL, extended IPv6 ACL and
user-defined ACL
�
Supporting ACL time segment restriction
�
Supporting port linkage ACL rule
�
Supporting CPU attack protection
QoS
�
Supporting 802.1p priority
�
Supporting SP and WRR queue dispatching mode
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Chapter 2 Introduction to the System
�
�
�
�
Supporting traffic monitoring and management
�
Supporting flow-based redirection
�
Supporting flow mirroring and traffic statistic
Access authentication
�
Supporting RADIUS Client
�
Supporting DOT1X
�
Supporting DHCP Relay and DHCP Server
Reliability
�
Supporting VRRP
�
Supporting routing load sharing
Network Management
�
Supporting CLI configuration mode
�
Supporting configuring through Console, TELNET, and SSH
�
Supporting SNMP and RMON
�
�
Supporting ZXNM01 universal network management system
IPv6
�
Supporting IPv6 neighbor discovery
�
Supporting IPv6 tunnel
�
Supporting IPv6 static route
�
Supporting RIPng
�
Supporting OSPFv3
�
Supporting IS-ISv6
�
Supporting BGP4+
Technical Features and
Parameters
Technical features and parameters of ZXR10 8900 series switch
are listed in Table 3.
TABLE 3 TECHNICAL FEATURES
Item
AND
PARAMETERS
Description
ZXR10 8912: 755mm × 442mm × 450mm
Dimensions
(H×W×D)
ZXR10 8908: 577mm × 442mm × 450mm
ZXR10 8905: 440mm × 442mm × 450mm
ZXR10 8902: 174mm × 442mm × 450mm
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ZXR10 8900 Series Hardware Manual
Item
Description
ZXR10 8912: <65kg
Weight
ZXR10 8908: <49kg
ZXR10 8905: <38kg
ZXR10 8902: <25kg
Power Supply
AC: 100V~240V, 50Hz ~60Hz
DC: -57V~-40V
ZXR10 8912 total power consumption of full
configuration is 1700W.
Power
Consumption
ZXR10 8908total power consumption of full
configuration is 1200W.
ZXR10 8905G total power consumption of full
configuration is 720W.
ZXR10 8902 total power consumption of full
configuration is 288W.
MTBF>200000 Hours
Reliability
MTTR< 30 minutes
All boards support hot swap, control switching
board and power redundancy backup
Lightening
Protection
Ambient
Temperature
4KV
Working ambient temperature: 0ºC~40ºC
Storing ambient temperature: -40ºC~70ºC
Ambient
Humidity
Relative humidity 10%~95%, non-condensing
Memory Capacity
ZXR10 8912: 512M/1G
ZXR10 8908: 512M/1G
ZXR10 8905: 512M/1G
ZXR10 8902: 512M/1G
ZXR10 8912: 2.8T bps
Backplane
Bandwidth
ZXR10 8908: 1.44Tbps
ZXR10 8905: 810Gbps
ZXR10 8902: 360Gbps
ZXR10 8912: 1428Gbps
Switching
Capacity
ZXR10 8908: 1152Gbps
ZXR10 8905: 576Gbps
ZXR10 8902: 96Gbps
ZXR10 8912: 812M
Packet
Forwarding Rate
ZXR10 8908: 576M
ZXR10 8905: 360M
ZXR10 8902: 143M
6
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Chapter 2 Introduction to the System
Item
Description
Routing Table
Entries
256k ipv4+128k ipv6 (H1/H3 Card)
MAC Address
Table depth
512k (H1/H3 Card)
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Chapter
3
Structure and Principle
Table of Contents
Working Principle................................................................ 9
Hardware Structure ...........................................................10
Working Principle
ZXR10 8900 series switch is a large-capacity rack and mountable
Ethernet switch that implements wire-speed Layer2/3 switching
through two-level hardware switching. Level 1 switching is between ports of line interface cards; level 2 switching between line
interface cards is implemented through control switching board.
ZXR10 8900 series switch hardware design complies with system
modulization principle that includes the following four modules:
�
Control module
�
Switching module
�
Packet processing and interface module
�
Power supply module
Control Module
This module consists of main processor and external functional
chips that implement application processing in the system. It
also provides various operational interfaces including serial interface and Ethernet interface to perform data operation and maintenance.
Switching Module
It provides multiplex high-speed bi-directional serial interface to
implement wire-speed data switch between line interface cards.
Packet Processing
and Interface
Module
Interface module is the external interface of ZXR10 8900 series
switch. It provides one or multiple physical ports. Different line
interface cards implement access of different rates and types.
Power Supply
Module
It adopts 220V AC power supply or –48V DC power supply. It also
provides power for other parts of the system.
ZXR10 8912/8908/8905 system principle is shown in Figure 1.
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ZXR10 8900 Series Hardware Manual
FIGURE 1 ZXR10 8912/8908/8905 SYSTEM PRINCIPLE
ZXR10 8902 system principle is shown in Figure 2.
FIGURE 2 ZXR10 8902 SYSTEM PRINCIPLE
Hardware Structure
ZXR10 8900 series switch system consists of chassis, power supply
plug-in box, board, fan plug-in box and backplane. System adopts
10
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Chapter 3 Structure and Principle
international standard 19-inch plug-in box that can be laid-out
solely or can be fixed in standard chassis.
�
ZXR10 8912 has 14 plug-in slots. Two slots are for control and
switching boards, and twelve slots are for line interface cards.
�
ZXR10 8908 has 10 plug-in slots. Two slots are for control and
switching boards and eight slots are for line interface cards.
�
ZXR10 8905 has 7 plug-in slots. Two slots are for control and
switching boards and five slots are for line interface cards.
�
ZXR10 8902 has 3 plug-in slots. One slot is for control and
switching board. Two slots are for line interface cards.
Control and switching board is the system core that implements
switching, protocol processing, system configuration management
and interface network management. It performs 1+1 redundant
configuration.
Line interface card performs message processing that includes forwarding, discarding, and reporting (to implement wire-speed forwarding of service flow) functions. ZXR10 8900 series switch supports line interface cards of multiple categories and port density.
�
Twenty-four-port gigabit Ethernet electrical interface card
�
Twenty-four-port gigabit Ethernet optical interface card
�
Forty-eight-port gigabit Ethernet electrical interface card
�
Forty-eight-port gigabit Ethernet optical interface card
�
Two-port 10 gigabit Ethernet optical interface card
�
Four-port 10 gigabit Ethernet optical interface card
ZXR10 8912, ZXR10 8908 and ZXR10 8905 have the same hardware structure with control/switching board and various line interface cards can be shared.
Cards of types “RS-89S1-4XGE-XFP” and “RS-89S2-4XGE-XFP”
are not supported on ZXR10 8902. Other cards can be shared on
ZXR10 8912, ZXR10 8908, ZXR10 8905 and ZXR10 8902.
ZXR10 8912
ZXR10 8912 component location is shown in Figure 3 and the corresponding front panel is shown in Figure 4.
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ZXR10 8900 Series Hardware Manual
FIGURE 3 ZXR10 8912 COMPONENT LOCATION
12
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Chapter 3 Structure and Principle
FIGURE 4 ZXR10 8912 FRONT PANEL
ZXR10 8908
ZXR10 8908 component location is shown in Figure 5 and the corresponding front panel is shown in Figure 6.
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ZXR10 8900 Series Hardware Manual
FIGURE 5 ZXR10 8908 COMPONENT LOCATION
FIGURE 6 ZXR10 8908 FRONT PANEL
14
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Chapter 3 Structure and Principle
ZXR10 8905
ZXR10 8905 component location is shown in Figure 7 and the corresponding front panel is shown in Figure 8.
FIGURE 7 ZXR10 8905 COMPONENT LOCATION
FIGURE 8 ZXR10 8905 FRONT PANEL
ZXR10 8902
ZXR10 8902 component location is shown in Figure 9 and the corresponding front panel is shown in Figure 10.
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ZXR10 8900 Series Hardware Manual
FIGURE 9 ZXR10 8902 COMPONENT LOCATION
FIGURE 10 ZXR10 8902 FRONT PANEL
ZXR10 8912 Hardware Structure
ZXR10 8912 front panel is shown in Figure 11.
16
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Chapter 3 Structure and Principle
FIGURE 11 8912 FRONT PANEL
Corresponding structure of ZXR10 8912 front panel is shown in
Figure 12.
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ZXR10 8900 Series Hardware Manual
FIGURE 12 8912 STRUCTURE DIAGRAM
ZXR10 8908 Hardware Structure
ZXR10 8908 front panel is shown in Figure 13.
18
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Chapter 3 Structure and Principle
FIGURE 13 ZXR10 8908 FRONT PANEL
Corresponding structure of ZXR10 8908 front panel is shown in
Figure 14.
FIGURE 14 ZXR10 8908 STRUCTURE DIAGRAM
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ZXR10 8900 Series Hardware Manual
ZXR10 8905 Hardware Structure
ZXR10 8905 front panel is shown in Figure 15.
FIGURE 15 ZXR10 8905 FRONT PANEL
Corresponding structure of ZXR10 8905 front panel is shown in
Figure 16.
FIGURE 16 ZXR10 8905 STRUCTURE DIAGRAM
20
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Chapter 3 Structure and Principle
ZXR10 8902 Hardware Structure
ZXR10 8902 front panel is shown in Figure 17.
FIGURE 17 ZXR10 8902 FRONT PANEL
Corresponding structure of ZXR10 8902 front panel is shown in
Figure 18.
FIGURE 18 ZXR10 8902 STRUCTURE DIAGRAM
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ZXR10 8900 Series Hardware Manual
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Chapter
4
Hardware Board
Table of Contents
MCS ................................................................................23
Line Interface Card ............................................................38
MCS
MCS is the core of ZXR10 8900 series switch, implementing the
functions of control module and switching module.
For ZXR10 8900 series switch, MCS card provides master/slave
switchover function. It also performs 1+1 redundant configuration.
RS-8912-MCSII Board
Function
Panel
RS-8912-MCSII is enhanced MCS, has master/slave switchover
function, and is configured with 1+1 redundancy.
RS-8912-MCSII front panel is shown in Figure 19
FIGURE 19 FRONT PANEL
Interface
OF
RS-8912-MCSII
RS-8912-MCSII board has the following types of interfaces.
�
Console Port
Console port connects the background management terminal,
on which it performs operation and maintenance of ZXR10
8900 series switch with tools such as Super Terminal. Console
port is a RJ45 socket, connected to COM port of background
management terminal through serial cable. One end of serial
cable connecting ZXR10 8900 series switch is RJ45 connector,
other end connecting background management terminal is DB9
female connector. Line order is shown in Table 4.
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ZXR10 8900 Series Hardware Manual
TABLE 4 CONSOLE CABLE LINE ORDER
�
RJ45
Signal
Background
computerDB9
Signal
3
T232TX
2
computerRX
4
GND
5
GND
6
T232RX
3
computerTX
10/100Base-TX Ethernet Interface
10/100Base-TX Ethernet interface (MGT) on the control switching board is the management interface connecting background
that is used as the switch outband NM interface.
ZXR10 8900 series switch MCS has a 10/100Base-TX Ethernet
interface. Characteristics of 10/100Base-TX Ethernet interface
are shown in Table 5.
TABLE 5 FEATURES
Interface Type
OF
10/100BASE-TX ETHERNET INTERFACE
Characteristics
In compliance with IEEE 802.3/802.3u
standard
10/100Base-TX
RJ45 connector
Using UTP5, the maximum transmission
distance is 100m
�
SD Card Slot
SD card is plugged in this slot. SD card is used to store system
software and configuration information. Maximum capability
of SD card is 1G.
Note:
When system is reading data in SD card, ACT indicator is flashing. In the flashing stage, do not pull out SD card, otherwise
data in SD card will be destroyed.
LEDs
24
There are thirty-seven LEDs in the front panel of RS-8912-MCSII
control switching board. Functions of these LEDs are described in
Table 6.
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Chapter 4 Hardware Board
TABLE 6 FUNCTION DESCRIPTION
LEDs
OF
LEDS
State Description
Off: interface board of corresponding line is
faulty or off-position
RUN
Flash: interface board of corresponding line is
working normally
1~12
Off: interface board of corresponding line
alarm is cleared or is off-position
ALM
On: corresponding line interface card alarms
Off: corresponding power module is faulty or
off-position
RUN
On: corresponding power module is working
normally
PWR1~3
Off: corresponding power module alarm is
cleared or is off-position
ALM
On: corresponding power module alarms
Off: control switching board is faulty
RUN
Flash: control switching board is working
normally
MST
Off: control switching board alarm is cleared
ALM
On: control switching board alarms
On: board is in active status
RUN
Off: board is in standby status
RES
On: active/standby status is abnormal
ALM
ACT (SD interface)
Flash: SD card is plugged in the interface
ACT
Flash: data transmission and reception in the
interface
LINK
Buttons
Off: active/standby status is normal
On: interface link is created
Off: interface is disconnected from others
There are two buttons on front panel of the control switching
board. Functions are described in Table 7.
TABLE 7 FUNCTION DESCRIPTION
OF
BUTTONS
Buttons
Function
RST
Board reset button: to reset the board
EXCH
Board switchover button: switch the control
switching board to standby state. If this button
is pressed in the standby board, system stops
performing any operation
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ZXR10 8900 Series Hardware Manual
RS-8908-MCSII Board
Function
Panel
RS-8908-MCSII is one enhanced MCS based on RS-8908-MCS
board, has master/slave switchover function, and is configured
with 1+1 redundancy.
RS-8908-MCSII front panel is shown in Figure 20.
FIGURE 20 FRONT PANEL
Interface
OF
RS-8908-MCSII
RS-8908-MCSII board has the following types of interfaces.
�
Console Port
Console port connects the background management terminal,
on which it performs operation and maintenance of ZXR10
8900 series switch with tools such as Super Terminal. Console
port is a RJ45 socket, connected to COM port of background
management terminal through serial cable. One end of serial
cable connecting ZXR10 8900 series switch is RJ45 connector,
other end connecting background management terminal is DB9
female connector. Line order is shown in Table 8.
TABLE 8 CONSOLE CABLE LINE ORDER
�
RJ45
Signal
Background
computerDB9
Signal
3
T232TX
2
computerRX
4
GND
5
GND
6
T232RX
3
computerTX
10/100Base-TX Ethernet Interface
10/100Base-TX Ethernet interface (MGT) on the control switching board is the management interface connecting background
that is used as the switch outband NM interface.
ZXR10 8900 series switch MCS has a 10/100Base-TX Ethernet
interface. Characteristics of 10/100Base-TX Ethernet interface
are shown in Table 9.
TABLE 9 FEATURES
Interface Type
OF
10/100BASE-TX ETHERNET INTERFACE
Characteristics
In compliance with IEEE 802.3/802.3u
standard
10/100Base-TX
RJ45 connector
Using UTP5, the maximum transmission
distance is 100m
26
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�
SD Card Slot
SD card is plugged in this slot. SD card is used to store system
software and configuration information. Maximum capability
of SD card is 1G.
Note:
When system is reading data in SD card, ACT indicator is flashing. In the flashing stage, do not pull out SD card, otherwise
data in SD card will be destroyed.
LEDs
There are twenty-nine LEDs in the front panel of RS-8908-MCSII
control switching board. Functions of these LEDs are described in
Table 10.
TABLE 10 FUNCTION DESCRIPTION
LEDs
OF
LEDS
State Description
RUN
1~8
ALM
Off: interface board of corresponding line is
faulty or off-position
Flash: interface board of corresponding line is
working normally
Off: interface board of corresponding line
alarm is cleared or is off-position
On: corresponding line interface card alarms
RUN
PWR1~3
ALM
Off: corresponding power module is faulty or
off-position
On: corresponding power module is working
normally
Off: corresponding power module alarm is
cleared or is off-position
On: corresponding power module alarms
Off: control switching board is faulty
RUN
MST
ALM
RUN
Flash: control switching board is working
normally
Off: control switching board alarm is cleared
On: control switching board alarms
On: board is in active status
Off: board is in standby status
RES
ALM
ACT (SD interface)
On: active/standby status is abnormal
Off: active/standby status is normal
Flash: SD card is plugged in the interface
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ZXR10 8900 Series Hardware Manual
LEDs
State Description
ACT
Flash: data transmission and reception in the
interface
LINK
Buttons
On: interface link is created
Off: interface is disconnected from others
There are two buttons on front panel of the control switching
board. Functions are described in Table 11.
TABLE 11 FUNCTION DESCRIPTION
OF
BUTTONS
Buttons
Function
RST
Board reset button: to reset the board
EXCH
Board switchover button: switch the control
switching board to standby state. If this button
is pressed in the standby board, system stops
performing any operation
RS-8908-MCS Board
Function
Panel
RS-8908-MCSII is one enhanced MCS of ZXR10 8908, has master/slave switchover function, and is configured with 1+1 redundancy.
RS-8908-MCS front panel is shown in Figure 21.
FIGURE 21 FRONT PANEL
Interface
OF
RS-8908-MCS
RS-8908-MCS board has the following types of interfaces.
�
Console Port
Console port connects the background management terminal,
on which it performs operation and maintenance of ZXR10
8900 series switch with tools such as Super Terminal. Console
port is a RJ45 socket, connected to COM port of background
management terminal through serial cable. One end of serial
cable connecting ZXR10 8900 series switch is RJ45 connector,
other end connecting background management terminal is DB9
female connector. Line order is shown in Table 12.
TABLE 12 CONSOLE CABLE LINE ORDER
28
RJ45
Signal
Background
computerDB9
Signal
3
T232TX
2
computerRX
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�
RJ45
Signal
Background
computerDB9
Signal
4
GND
5
GND
6
T232RX
3
computerTX
10/100Base-TX Ethernet Interface
10/100Base-TX Ethernet interface (MGT) on the control switching board is the management interface connecting background
that is used as the switch outband NM interface.
ZXR10 8900 series switch MCS has a 10/100Base-TX Ethernet
interface. Characteristics of 10/100Base-TX Ethernet interface
are shown in Table 13.
TABLE 13 FEATURES
Interface Type
OF
10/100BASE-TX ETHERNET INTERFACE
Characteristics
In compliance with IEEE 802.3/802.3u
standard
10/100Base-TX
RJ45 connector
Using UTP5, the maximum transmission
distance is 100m
Note:
LEDs
�
There is no SD slot on RS-8908-MCS board. The system software and configuration information is stored in FLASH.
�
For ZXR10 8908, when RS-8908-MCS is used, line interface
cards RS-89S1-4XGE-XFP and RS-89S2-4XGE-XFP can not be
used.
There are twenty-eight LEDs in the front panel of RS-8908-MCS
control switching board. Functions of these LEDs are described in
.
TABLE 14 FUNCTION DESCRIPTION
LEDs
OF
LEDS
State Description
RUN
1~8
ALM
Off: interface board of corresponding line is
faulty or off-position
Flash: interface board of corresponding line is
working normally
Off: interface board of corresponding line
alarm is cleared or is off-position
On: corresponding line interface card alarms
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ZXR10 8900 Series Hardware Manual
LEDs
State Description
RUN
PWR1~3
ALM
Off: corresponding power module is faulty or
off-position
On: corresponding power module is working
normally
Off: corresponding power module alarm is
cleared or is off-position
On: corresponding power module alarms
Off: control switching board is faulty
RUN
MST
ALM
RUN
Flash: control switching board is working
normally
Off: control switching board alarm is cleared
On: control switching board alarms
On: board is in active status
Off: board is in standby status
RES
ALM
ACT
LINK
Buttons
On: active/standby status is abnormal
Off: active/standby status is normal
Flash: data transmission and reception in the
interface
On: interface link is created
Off: interface is disconnected from others
There are two buttons on front panel of the control switching
board. Functions are described in Table 15.
TABLE 15 FUNCTION DESCRIPTION
OF
BUTTONS
Buttons
Function
RST
Board reset button: to reset the board
EXCH
Board switchover button: switch the control
switching board to standby state. If this button
is pressed in the standby board, system stops
performing any operation
RS-8905-MCSII Board
Function
Panel
30
RS-8905-MCSII is one enhanced MCS based on RS-8905-MCS
board, has master/slave switchover function, and is configured
with 1+1 redundancy.
RS-8905-MCSII front panel is shown in Figure 22.
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Chapter 4 Hardware Board
FIGURE 22 FRONT PANEL
Interface
OF
RS-8905-MCSII
RS-8905-MCSII board has the following types of interfaces.
�
Console Port
Console port connects the background management terminal,
on which it performs operation and maintenance of ZXR10
8900 series switch with tools such as Super Terminal. Console
port is a RJ45 socket, connected to COM port of background
management terminal through serial cable. One end of serial
cable connecting ZXR10 8900 series switch is RJ45 connector,
other end connecting background management terminal is DB9
female connector. Line order is shown in Table 16.
TABLE 16 CONSOLE CABLE LINE ORDER
�
RJ45
Signal
Background
computerDB9
Signal
3
T232TX
2
computerRX
4
GND
5
GND
6
T232RX
3
computerTX
10/100Base-TX Ethernet Interface
10/100Base-TX Ethernet interface (MGT) on the control switching board is the management interface connecting background
that is used as the switch outband NM interface.
ZXR10 8900 series switch MCS has a 10/100Base-TX Ethernet
interface. Characteristics of 10/100Base-TX Ethernet interface
are shown in .
TABLE 17 FEATURES
Interface Type
OF
10/100BASE-TX ETHERNET INTERFACE
Characteristics
In compliance with IEEE 802.3/802.3u
standard
10/100Base-TX
RJ45 connector
Using UTP5, the maximum transmission
distance is 100m
�
SD Card Slot
SD card is plugged in this slot. SD card is used to store system
software and configuration information. Maximum capability
of SD card is 1G.
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ZXR10 8900 Series Hardware Manual
Note:
When system is reading data in SD card, ACT indicator is flashing. In the flashing stage, do not pull out SD card, otherwise
data in SD card will be destroyed.
LEDs
There are twenty-three LEDs in the front panel of RS-8905-MCSII
control switching board. Functions of these LEDs are described in
Table 18.
TABLE 18 FUNCTION DESCRIPTION
LEDs
OF
LEDS
State Description
RUN
1~5
ALM
Off: interface board of corresponding line is
faulty or off-position
Flash: interface board of corresponding line is
working normally
Off: interface board of corresponding line
alarm is cleared or is off-position
On: corresponding line interface card alarms
RUN
PWR1~3
ALM
Off: corresponding power module is faulty or
off-position
On: corresponding power module is working
normally
Off: corresponding power module alarm is
cleared or is off-position
On: corresponding power module alarms
Off: control switching board is faulty
RUN
MST
ALM
RUN
Flash: control switching board is working
normally
Off: control switching board alarm is cleared
On: control switching board alarms
On: board is in active status
Off: board is in standby status
RES
ALM
32
Off: active/standby status is normal
ACT (SD interface)
Flash: SD card is plugged in the interface
ACT
Flash: data transmission and reception in the
interface
LINK
Buttons
On: active/standby status is abnormal
On: interface link is created
Off: interface is disconnected from others
There are two buttons on front panel of the control switching
board. Functions are described in Table 19.
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Chapter 4 Hardware Board
TABLE 19 FUNCTION DESCRIPTION
OF
BUTTONS
Buttons
Function
RST
Board reset button: to reset the board
EXCH
Board switchover button: switch the control
switching board to standby state. If this button
is pressed in the standby board, system stops
performing any operation
RS-8905-MCS Board
Function
RS-8905-MCS is MCS board of ZXR10 8905, has master/slave
switchover function, and is configured with 1+1 redundancy.
Caution:
When ZXR10 8905 uses RS-8905-MCS board, RS-89S1-4XGE-XFP
LIC card and RS-89S2-4XGE-XFP LIC card cannot be used.
Panel
RS-8905-MCS front panel is shown in Figure 23.
FIGURE 23 FRONT PANEL
Interface
OF
RS-8905-MCS
RS-8905-MCS board has the following types of interfaces.
�
Console Port
Console port connects the background management terminal,
on which it performs operation and maintenance of ZXR10
8900 series switch with tools such as Super Terminal. Console
port is a RJ45 socket, connected to COM port of background
management terminal through serial cable. One end of serial
cable connecting ZXR10 8900 series switch is RJ45 connector,
other end connecting background management terminal is DB9
female connector. Line order is shown in Table 20.
TABLE 20 CONSOLE CABLE LINE ORDER
�
RJ45
Signal
Background
computerDB9
Signal
3
T232TX
2
computerRX
4
GND
5
GND
6
T232RX
3
computerTX
10/100Base-TX Ethernet Interface
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ZXR10 8900 Series Hardware Manual
10/100Base-TX Ethernet interface (MGT) on the control switching board is the management interface connecting background
that is used as the switch outband NM interface.
ZXR10 8900 series switch MCS has a 10/100Base-TX Ethernet
interface. Characteristics of 10/100Base-TX Ethernet interface
are shown in Table 21.
TABLE 21 FEATURES
Interface Type
OF
10/100BASE-TX ETHERNET INTERFACE
Characteristics
In compliance with IEEE 802.3/802.3u
standard
10/100Base-TX
RJ45 connector
Using UTP5, the maximum transmission
distance is 100m
Note:
LEDs
�
There is no SD slot on RS-8905-MCS board. The system software and configuration information is stored in FLASH.
�
For ZXR10 8905, when RS-8905-MCS is used, line interface
cards RS-89S1-4XGE-XFP and RS-89S2-4XGE-XFP can not be
used.
There aretwenty-two LEDs in the front panel of RS-8905-MCS control switching board. Functions of these LEDs are described in Table 22.
TABLE 22 FUNCTION DESCRIPTION
LEDs
OF
LEDS
State Description
RUN
1~5
ALM
Off: interface board of corresponding line is
faulty or off-position
Flash: interface board of corresponding line is
working normally
Off: interface board of corresponding line
alarm is cleared or is off-position
On: corresponding line interface card alarms
RUN
PWR1~3
ALM
Off: corresponding power module is faulty or
off-position
On: corresponding power module is working
normally
Off: corresponding power module alarm is
cleared or is off-position
On: corresponding power module alarms
34
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LEDs
State Description
Off: control switching board is faulty
RUN
MST
ALM
RUN
Flash: control switching board is working
normally
Off: control switching board alarm is cleared
On: control switching board alarms
On: board is in active status
Off: board is in standby status
RES
ALM
Off: active/standby status is normal
Flash: data transmission and reception in the
interface
ACT
On: interface link is created
LINK
Buttons
On: active/standby status is abnormal
Off: interface is disconnected from others
There are two buttons on front panel of the control switching
board. Functions are described in Table 23.
TABLE 23 FUNCTION DESCRIPTION
OF
BUTTONS
Buttons
Function
RST
Board reset button: to reset the board
EXCH
Board switchover button: switch the control
switching board to standby state. If this button
is pressed in the standby board, system stops
performing any operation
RS-8902-MCS Board
Function
Panel
RS-8902-MCS is MCS of ZXR10 8902, has master/slave switchover
function, and is configured with 1+1 redundancy.
RS-8902-MCS front panel is shown in Figure 24.
FIGURE 24 FRONT PANEL
Interface
OF
RS-8902-MCS
RS-8902-MCS board has the following types of interfaces.
�
Console Port
Console port connects the background management terminal,
on which it performs operation and maintenance of ZXR10
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ZXR10 8900 Series Hardware Manual
8900 series switch with tools such as Super Terminal. Console
port is a RJ45 socket, connected to COM port of background
management terminal through serial cable. One end of serial
cable connecting ZXR10 8900 series switch is RJ45 connector,
other end connecting background management terminal is DB9
female connector. Line order is shown in Table 24.
TABLE 24 CONSOLE CABLE LINE ORDER
�
RJ45
Signal
Background
computerDB9
Signal
3
T232TX
2
computerRX
4
GND
5
GND
6
T232RX
3
computerTX
10/100Base-TX Ethernet Interface
10/100Base-TX Ethernet interface (MGT) on the control switching board is the management interface connecting background
that is used as the switch outband NM interface.
ZXR10 8900 series switch MCS has a 10/100Base-TX Ethernet
interface. Characteristics of 10/100Base-TX Ethernet interface
are shown in Table 25.
TABLE 25 FEATURES
Interface Type
OF
10/100BASE-TX ETHERNET INTERFACE
Characteristics
In compliance with IEEE 802.3/802.3u
standard
10/100Base-TX
RJ45 connector
Using UTP5, the maximum transmission
distance is 100m
�
SD Card Slot
SD card is plugged in this slot. SD card is used to store system
software and configuration information. Maximum capability
of SD card is 1G.
Note:
When system is reading data in SD card, ACT indicator is flashing. In the flashing stage, do not pull out SD card, otherwise
data in SD card will be destroyed.
LEDs
36
There are seventeen LEDs in the front panel of RS-8902-MCS control switching board. Functions of these LEDs are described in
Table 26.
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Chapter 4 Hardware Board
TABLE 26 FUNCTION DESCRIPTION
LEDs
OF
LEDS
State Description
RUN
1~2
ALM
Off: interface board of corresponding line is
faulty or off-position
Flash: interface board of corresponding line is
working normally
Off: interface board of corresponding line
alarm is cleared or is off-position
On: corresponding line interface card alarms
RUN
FAN
ALM
Off: fan plug-in box is faulty or off-position
On: fan plug-in box is working normally
Off: fan plug-in box alarm is cleared or is
off-position
On: fan plug-in box alarms
RUN
Off: corresponding power supply module is
faulty or off-position
On: corresponding power supply module is
working normally
PWR1~2
ALM
RUN
Off: corresponding power supply module alarm
is cleared or is off-position
On: corresponding power supply module
alarms
Off: board is resetting
On: board is working normally
RES
ALM
RUN
Off: board is working normally
On: board is resetting
Off: board is faulty
On: board is working normally
MST
ALM
ACT (SD interface)
ACT
LINK
Buttons
Off: board alarm is cleared
On: board alarms
Flash: SD card is plugged in the interface
Flash: data transmission and reception in the
interface
Off: no data transmission and reception in the
interface
On: interface link is created
Off: interface is disconnected from others
There is one button on front panel of the control switching board.
Function is described in Table 27.
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ZXR10 8900 Series Hardware Manual
TABLE 27 FUNCTION DESCRIPTION
OF
BUTTONS
Buttons
Function
RST
Board reset button: to reset the board
Line Interface Card
ZXR10 8902/8905/8908/8912 has a list of Line Interface Card
(LIC) models, as shown in Table 28.
TABLE 28 ZXR10 8900
LIC Type
SERIES SWITCH
LIC MODEL LIST
Card Model
RS-89S1-24GE-RJ
RS-89S1-24GE-SFP
RS-89S1-48GE-RJ
RS-89S1-48GE-SFP
RS-89S2-12GE-SFP4RJ
RS-89S2-12GE-4RJSFP
RS-89S2-24GE-RJ
RS-89S2-24GE-SFP
RS-89S2-48GE-RJ
RS-89S2-48GE-SFP
Gigabit Ethernet
Interface Card
RS-89S2A-24GE-SFP4RJ
RS-89E3-12GE-SFP4RJ
RS-89E3-12GE-RJ4SFP
RS-89E3-24GE-SFP4RJ
RS-89E3-24GE-RJ4SFP
RS-89F3–24GE-SFP
RS-89H1–24GE-SFP
RS-89H1–48GE-SFP
RS-89H1–48GE-RJ
RS-89H2–24GE-SFP
RS-89H2–48GE-SFP
RS-89H2–48GE-RJ
38
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LIC Type
Card Model
RS-89H3–24GE-SFP
RS-89H3–48GE-SFP
RS-89H3–48GE-RJ
RS-8900–44FE4GE-SFP
RS-8900–44FE4GE-RJ4SFP
RS-89M1-DPI
RS-89M1-FW
RS-89S1-2XGE-XFP
RS-89S1-4XGE-XFP
RS-89S1-8XGE-XFP
RS-89S2-2XGE-XFP
RS-89S2-4XGE-XFP
RS-89S2-24GE2XGE-SFP4RJXFP
RS-89S2-24GE2XGE-RJ4SFPXFP
RS-89S2A-2XGE-XFP
10G Ethernet
Interface Card
RS-89E3-2XGE-XFP
RS-89E3-4XGE-XFP
RS-89E3B-2XGE-XFP
RS-89E3B-4XGE-XFP
RS-89H1-4XGE-XFP
RS-89H2-24GE2XG-SF12RJXF
RS-89H3-24GE2XG-SF12RJXF
RS-89H3-4XGE-XFP
RS-89S3-4XGE-XFP
All optical interfaces of LIC use hot-swap optical module, supporting various transmission media and distances.
RS-89S1-24GE-RJ Card
Function
Front Panel
RS-89S1-24GE-RJ card provides 24 gigabit Ethernet electrical interfaces.
Front panel is shown in Figure 25.
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ZXR10 8900 Series Hardware Manual
FIGURE 25 FRONT PANEL
Interfaces
OF
RS-89S1-24GE-RJ
Twenty-four interfaces in the front panel of RS-89S1-24GE-RJ card
support RJ45 electrical interface, supporting different transmission
distances used by gigabit Ethernet.
Interface characteristics of RS-89S1-24GE-RJ card are described
in Table 29.
TABLE 29 INTERFACE CHARACTERISTICS
Interface Type
OF
RS-89S1-24GE-RJ CARD
Characteristics
Follow IEEE 802.3z standard
RJ45 connector
10/100/1000
Base-TX
Using UTP5
The maximal transmission distance is 100m
MDI/MDIX
LEDs
There are 24 LEDs in the front panel of RS-89S1-24GE-RJ card.
Each interface has one LED. Functions of these LEDs are described
in Table 30.
TABLE 30 LED FUNCTIONS
OF
RS-89S1-24GE-RJ CARD
LED Type
State Description
LINK/ACT
Off: interface is disconnected from others
On: interface link is created
Flash: data transmission and reception in the interface
RS-89S1-24GE-SFP Card
Function
Front Panel
RS-89S1-24GE-SFP card provides 24 gigabit Ethernet optical interfaces.
Front panel is shown in Figure 26.
FIGURE 26 FRONT PANEL
Interfaces
40
OF
RS-89S1-24GE-SFP
Optical module used by gigabit Ethernet optical interface is
hot—swap SFP optical module. Each port supports different
transmission distances used by gigabit Ethernet. Characteristics
are shown in Table 31.
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TABLE 31 INTERFACE CHARACTERISTICS
Interface Type
1000BASE-SX
(SFP-M500)
1000BASE-LX
(SFP-S10K)
1000BASE-LX
(SFP-S40K)
1000BASE-LH
(SFP-S80K)
1000BASE-LH
(SFP-S120K)
LEDs
OF
RS-89S1-24GE-SFP CARD
Characteristics
LC connector, multi-mode optical fiber, with the
wavelength of 850nm, maximum transmission
distance is 500m
Transmission power range: -9.5dBm~-4dBm,
receiving sensitivity: ≥-18dBm
LC connector, single-mode optical fiber, with the
wavelength of 1310nm, maximum transmission
distance is 10km
Transmission power range: -9.5dBm~-3dBm,
receiving sensitivity: ≥-20dBm
LC connector, single-mode optical fiber, with the
wavelength of 1310nm, maximum transmission
distance is 40km
Transmission power range: -4dBm~0dBm,
receiving sensitivity: ≥-22dBm
LC connector, single-mode optical fiber, with the
wavelength of 1550nm, maximum transmission
distance is 80km
Transmission power range: 0dBm~5dBm,
receiving sensitivity: ≥-22dBm
LC connector, single-mode optical fiber, with the
wavelength of 1550nm, maximum transmission
distance is 120km
Transmission power range: 0dBm~5dBm,
receiving sensitivity: ≥-30dBm
There are 24 LEDs in the front panel of RS-89S1-24GE-SFP card.
Each interface has one LED. Functions of these LEDs are described
in Table 32.
TABLE 32 LED FUNCTIONS
LED Type
OF
RS-89S1-24GE-SFP CARD
State Description
On: interface link is created
LINK/ACT
Off: interface is disconnected from others
Flash: data transmission and reception in the interface
RS-89S1-24GE-SFP4RJ Card
Function
Front Panel
RS-89S1-24GE-SFP4RJ card provides 24 gigabit Ethernet optical
interfaces, 4 of which support optical/electrical auto-sensing operation (interface number is 21~24). Optical and electrical interfaces are not used at the same time.
Front panel is shown in Figure 27.
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ZXR10 8900 Series Hardware Manual
FIGURE 27 FRONT PANEL
Interfaces
OF
RS-89S1-24GE-SFP4RJ
Optical module used by gigabit Ethernet optical interface is
hot—swap SFP optical module. Each port supports different
transmission distances used by gigabit Ethernet. Characteristics
are shown in Table 33.
TABLE 33 INTERFACE CHARACTERISTICS OF RS-89S1-24GE-SFP4RJ CARD
Interface Type
1000BASE-SX
(SFP-M500)
1000BASE-LX
(SFP-S10K)
1000BASE-LX
(SFP-S40K)
1000BASE-LH
(SFP-S80K)
1000BASE-LH
(SFP-S120K)
Characteristics
LC connector, multi-mode optical fiber, with the
wavelength of 850nm, maximum transmission
distance is 500m
Transmission power range: -9.5dBm~-4dBm,
receiving sensitivity: ≥-18dBm
LC connector, single-mode optical fiber, with the
wavelength of 1310nm, maximum transmission
distance is 10km
Transmission power range: -9.5dBm~-3dBm,
receiving sensitivity: ≥-20dBm
LC connector, single-mode optical fiber, with the
wavelength of 1310nm, maximum transmission
distance is 40km
Transmission power range: -4dBm~0dBm,
receiving sensitivity: ≥-22dBm
LC connector, single-mode optical fiber, with the
wavelength of 1550nm, maximum transmission
distance is 80km
Transmission power range: 0dBm~5dBm,
receiving sensitivity: ≥-22dBm
LC connector, single-mode optical fiber, with the
wavelength of 1550nm, maximum transmission
distance is 120km
Transmission power range: 0dBm~5dBm,
receiving sensitivity: ≥-30dBm
Follow IEEE 802.3z standard
RJ45 connector
10/100/1000
Base-TX
Using UTP5
The maximal transmission distance is 100m
MDI/MDIX
LEDs
42
There are 48 LEDs in front panel of RS-89S1-24GE-SFP4RJ card.
Each interface has two LEDs. Functions of these LEDs are described in Table 34.
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TABLE 34 LED FUNCTIONS
LED Type
OF
RS-89S1-24GE-SFP4RJ CARD
State Description
On: port link is created
LINK
Off: port is disconnected from others
Off: no data transmission or reception in the port
ACT
Flash: data transmission and reception in the port
RS-89S1-48GE-RJ Card
Function
Front Panel
RS-89S1-48GE-RJ card provides 48 gigabit Ethernet electrical interfaces.
Front panel is shown in Figure 28.
FIGURE 28 FRONT PANEL
Interfaces
OF
RS-89S1-48GE-RJ
Forty-eight interfaces in the front panel of RS-89S1-48GE-RJ card
support RJ45 electrical interface, supporting different transmission
distances used by gigabit Ethernet.
Interface characteristics of RS-89S1-48GE-RJ card are described
in Table 35.
TABLE 35 INTERFACE CHARACTERISTICS
Interface Type
OF
RS-89S1-48GE-RJ CARD
Characteristics
Follow IEEE 802.3z standard
RJ45 connector
10/100/1000
Base-TX
Using UTP5
The maximal transmission distance is 100m
MDI/MDIX
LEDs
There are 48 LEDs in the front panel of RS-89S1-48GE-RJ card.
Each interface has one LED. Functions of these LEDs are described
in Table 36.
TABLE 36 LED FUNCTIONS
OF
RS-89S1-48GE-RJ CARD
LED Type
State Description
LINK/ACT
Off: interface is disconnected from others
On: interface link is created
Flash: data transmission and reception in the interface
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ZXR10 8900 Series Hardware Manual
RS-89S1-48GE-SFP Card
Function
Front Panel
RS-89S1-48GE-SFP card provides 48 gigabit Ethernet optical interfaces.
Front panel is shown in Figure 29.
FIGURE 29 FRONT PANEL
Interfaces
OF
RS-89S1-48GE-SFP
Optical module used by gigabit Ethernet optical interface is
hot—swap SFP optical module. Each port supports different
transmission distances used by gigabit Ethernet. Characteristics
are shown in Table 37.
TABLE 37 INTERFACE CHARACTERISTICS
Interface Type
1000BASE-SX
(SFP-M500)
1000BASE-LX
(SFP-S10K)
1000BASE-LX
(SFP-S40K)
1000BASE-LH
(SFP-S80K)
1000BASE-LH
(SFP-S120K)
LEDs
44
OF
RS-89S1-48GE-SFP CARD
Characteristics
LC connector, multi-mode optical fiber, with the
wavelength of 850nm, maximum transmission
distance is 500m
Transmission power range: -9.5dBm~-4dBm,
receiving sensitivity: ≥-18dBm
LC connector, single-mode optical fiber, with the
wavelength of 1310nm, maximum transmission
distance is 10km
Transmission power range: -9.5dBm~-3dBm,
receiving sensitivity: ≥-20dBm
LC connector, single-mode optical fiber, with the
wavelength of 1310nm, maximum transmission
distance is 40km
Transmission power range: -4dBm~0dBm,
receiving sensitivity: ≥-22dBm
LC connector, single-mode optical fiber, with the
wavelength of 1550nm, maximum transmission
distance is 80km
Transmission power range: 0dBm~5dBm,
receiving sensitivity: ≥-22dBm
LC connector, single-mode optical fiber, with the
wavelength of 1550nm, maximum transmission
distance is 120km
Transmission power range: 0dBm~5dBm,
receiving sensitivity: ≥-30dBm
There are 48 LEDs in the front panel of RS-89S1-48GE-SFP card.
Each interface has one LED. Functions of these LEDs are described
in Table 38.
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TABLE 38 LED FUNCTIONS
OF
RS-89S1-48GE-SFP CARD
LED Type
State Description
LINK/ACT
Off: interface is disconnected from others
On: interface link is created
Flash: data transmission and reception in the interface
RS-89S1-2XGE-XFP Card
Function
Front Panel
RS-89S1-2XGE-XFP card provides two XFP interfaces for 10 gigabit
Ethernet optical interface.
Front panel is shown in Figure 30.
FIGURE 30 FRONT PANEL
Interfaces
OF
RS-89S1-2XGE-XFP
Optical module used by RS-89S1-2XGE-XFP card is hot-swap XFP
optical module. Each port supports different transmission distances. Characteristics are shown in Table 39.
TABLE 39 INTERFACE CHARACTERISTICS
Interface Type
10GBASE-SR
(XFP-M300)
10GBASE-LR
(XFP-L10K)
10GBASE-ER
(XFP-L40K)
LEDs
OF
RS-89S1-2XGE-XFP
CARD
Characteristics
LC connector, single-mode optical fiber, with the
wavelength of 850nm, maximum transmission
distance is 300m
Transmission power: -7.3dBm~-1dBm,
receiving sensitivity: ≥-11.1dBm
LC connector, single-mode optical fiber, with the
wavelength of 1310nm, maximum transmission
distance is 10km
Transmission power: -6dBm~-1dBm, receiving
sensitivity: ≥-10.3dBm
LC connector, single-mode optical fiber, with the
wavelength of 1550nm, maximum transmission
distance is 40km
Transmission power: -2dBm~1dBm, receiving
sensitivity: ≥-11.3dBm
There are 4 LEDs in the front panel of RS-89S1-2XGE-XFP card.
Functions of these LEDs are described in Table 40.
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ZXR10 8900 Series Hardware Manual
TABLE 40 LED FUNCTIONS
LED Type
LINK
ACT
OF
RS-89S1-2XGE-XFP
CARD
State Description
On: port link is created
Off: the port is disconnected from others
Off: no data transmission or reception on the port
Flash: data transmission and reception on the port
RS-89S1-4XGE-XFP Card
Function
Front Panel
RS-89S1-4XGE-XFP card provides four XFP interfaces for 10 gigabit Ethernet optical interface.
Front panel is shown in Figure 31.
FIGURE 31 FRONT PANEL
Interfaces
OF
RS-89S1-4XGE-XFP
Optical module used by RS-89S1-4XGE-XFP card is hot—swap XFP
optical module. Each port supports different transmission distances. Characteristics are shown in Table 41.
TABLE 41 INTERFACE CHARACTERISTICS
Interface Type
10GBASE-SR
(XFP-M300)
10GBASE-LR
(XFP-L10K)
10GBASE-ER
(XFP-L40K)
LEDs
46
OF
RS-89S1-4XGE-XFP CARD
Characteristics
LC connector, single-mode optical fiber, with the
wavelength of 850nm, maximum transmission
distance is 300m
Transmission power: -7.3dBm~-1dBm, receiving
sensitivity: ≥-11.1dBm
LC connector, single-mode optical fiber, with the
wavelength of 1310nm, maximum transmission
distance is 10km
Transmission power: -6dBm~-1dBm, receiving
sensitivity: ≥-10.3dBm
LC connector, single-mode optical fiber, with the
wavelength of 1550nm, maximum transmission
distance is 40km
Transmission power: -2dBm~1dBm, receiving
sensitivity: ≥-11.3dBm
There are 8 LEDs in the front panel of RS-89S1-4XGE-XFP card.
Functions of these LEDs are described in Table 42.
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TABLE 42 LED FUNCTIONS
LED Type
OF
RS-89S1-4XGE-XFP CARD
State Description
On: port link is created
LINK
Off: the port is disconnected from others
Off: no data transmission or reception on the port
ACT
Flash: data transmission and reception on the port
RS-89S1-8XGE-XFP Card
Function
Front Panel
RS-89S1-8XGE-XFP card provides eight XFP interfaces for 10 gigabit Ethernet optical interface.
Front panel is shown in Figure 32.
FIGURE 32 FRONT PANEL
Interfaces
OF
RS-89S1-8XGE-XFP
Optical module used by RS-89S1-8XGE-XFP card is hot-swap
XFP optical module. Each port supports various transmission
distances. Interface characteristics are shown in Table 43.
TABLE 43 INTERFACE CHARACTERISTICS
Interface Type
10GBASE-SR
(XFP-M300)
10GBASE-LR
(XFP-L10K)
10GBASE-ER
(XFP-L40K)
LEDs
OF
RS-89S1-8XGE-XFP CARD
Characteristics
LC connector, single-mode optical fiber, with the
wavelength of 850nm, maximum transmission
distance is 300m
Transmission power: -7.3dBm~-1dBm, receiving
sensitivity: ≥-11.1dBm
LC connector, single-mode optical fiber, with the
wavelength of 1310nm, maximum transmission
distance is 10km
Transmission power: -6dBm~-1dBm, receiving
sensitivity: ≥-10.3dBm
LC connector, single-mode optical fiber, with the
wavelength of 1550nm, maximum transmission
distance is 40km
Transmission power: -2dBm~1dBm, receiving
sensitivity: ≥-11.3dBm
There are 16 LEDs in the front panel of RS-89S1-8XGE-XFP card.
Functions of these LEDs are described in Table 44.
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ZXR10 8900 Series Hardware Manual
TABLE 44 LED FUNCTIONS
LED Type
LINK
ACT
OF
RS-89S1-8XGE-XFP CARD
State Description
On: port link is created
Off: the port is disconnected from others
Off: no data transmission or reception on the port
Flash: data transmission and reception on the port
RS-89S2-12GE-SFP4RJ Card
Function
Front Panel
RS-89S2-12GE-SFP4RJ card provides 12 gigabit Ethernet optical
interfaces, 4 of which support optical/electrical auto-sensing operation (interface number is 9~12). Optical and electrical interfaces
are not used at the same time. It is improved to support the functions in Layer 2 and Layer 3. It can process packets from L2 to L7
to meet the complex application in practical networking.
Front panel is shown in Figure 33.
FIGURE 33 FRONT PANEL
Interfaces
OF
RS-89S2-12GE-SFP4RJ
Optical module used by gigabit Ethernet optical interface is
hot—swap SFP optical module. Each port supports different
transmission distances used by gigabit Ethernet. Characteristics
are shown in Table 45.
TABLE 45 INTERFACE CHARACTERISTICS OF RS-89S2-12GE-SFP4RJ CARD
Interface Type
1000BASE-SX
(SFP-M500)
1000BASE-LX
(SFP-S10K)
1000BASE-LX
(SFP-S40K)
48
Characteristics
LC connector, multi-mode optical fiber, with the
wavelength of 850nm, maximum transmission
distance is 500m
Transmission power range: -9.5dBm~-4dBm,
receiving sensitivity: ≥-18dBm
LC connector, single-mode optical fiber, with the
wavelength of 1310nm, maximum transmission
distance is 10km
Transmission power range: -9.5dBm~-3dBm,
receiving sensitivity: ≥-20dBm
LC connector, single-mode optical fiber, with the
wavelength of 1310nm, maximum transmission
distance is 40km
Transmission power range: -4dBm~0dBm,
receiving sensitivity: ≥-22dBm
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Interface Type
1000BASE-LH
(SFP-S80K)
1000BASE-LH
(SFP-S120K)
Characteristics
LC connector, single-mode optical fiber, with the
wavelength of 1550nm, maximum transmission
distance is 80km
Transmission power range: 0dBm~5dBm,
receiving sensitivity: ≥-22dBm
LC connector, single-mode optical fiber, with the
wavelength of 1550nm, maximum transmission
distance is 120km
Transmission power range: 0dBm~5dBm,
receiving sensitivity: ≥-30dBm
Follow IEEE 802.3z standard
RJ45 connector
10/100/1000
Base-TX
Using UTP5
The maximal transmission distance is 100m
MDI/MDIX
LEDs
There are 12 LEDs in front panel of RS-89S2-12GE-SFP4RJ card.
Each interface has one LED. Functions of these LEDs are described
in Table 46.
TABLE 46 LED FUNCTIONS
OF
RS-89S2-12GE-SFP4RJ CARD 1
LED Type
State Description
LINK/ACT
Off: interface is disconnected from others
On: interface link is created
Flash: data transmission and reception in the interface
For the electrical interfaces on the right, each interface has two
LEDs on the interface. Functions of these LEDs are described in
Table 47.
TABLE 47 LED FUNCTIONS
LED Type
LINK
ACT
OF
RS-89S2-12GE-SFP4RJ CARD 2
State Description
On: port link is created
Off: port is disconnected from others
Off: no data transmission or reception in the port
Flash: data transmission and reception in the port
RS-89S2-12GE-RJ4SFP Card
Function
RS-89S2-12GE-RJ4SFP card provides 12 gigabit Ethernet electrical interfaces, 4 of which support optical/electrical auto-sensing
operation (interface number is 9~12). Optical and electrical interfaces are not used at the same time. It is improved to support the
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49
ZXR10 8900 Series Hardware Manual
functions in Layer 2 and Layer 3. It can process packets from L2
to L7 to meet the complex application in practical networking.
Front Panel
Front Panel is shown in Figure 34.
FIGURE 34 FRONT PANEL
Interfaces
OF
RS-89S2-12GE-RJ4SFP
Optical module used by gigabit Ethernet optical interface is hotswapSFP optical module. Each port supports different transmission distances used by gigabit Ethernet. Characteristics are shown
in Table 48.
TABLE 48 INTERFACE CHARACTERISTICS OF RS-89S2-12GE-RJ4SFP CARD
Interface Type
1000BASE-SX
(SFP-M500)
1000BASE-LX
(SFP-S10K)
1000BASE-LX
(SFP-S40K)
1000BASE-LH
(SFP-S80K)
1000BASE-LH
(SFP-S120K)
Characteristics
LC connector, multi-mode optical fiber, with the
wavelength of 850nm, maximum transmission
distance is 500m
Transmission power range: -9.5dBm~-4dBm,
receiving sensitivity: ≥-18dBm
LC connector, single-mode optical fiber, with the
wavelength of 1310nm, maximum transmission
distance is 10km
Transmission power range: -9.5dBm~-3dBm,
receiving sensitivity: ≥-20dBm
LC connector, single-mode optical fiber, with the
wavelength of 1310nm, maximum transmission
distance is 40km
Transmission power range: -4dBm~0dBm,
receiving sensitivity: ≥-22dBm
LC connector, single-mode optical fiber, with the
wavelength of 1550nm, maximum transmission
distance is 80km
Transmission power range: 0dBm~5dBm,
receiving sensitivity: ≥-22dBm
LC connector, single-mode optical fiber, with the
wavelength of 1550nm, maximum transmission
distance is 120km
Transmission power range: 0dBm~5dBm,
receiving sensitivity: ≥-30dBm
Follow IEEE 802.3z standard
RJ45 connector
10/100/1000
Base-TX
Using UTP5
The maximal transmission distance is 100m
MDI/MDIX
50
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LEDs
There are 16 LEDs in front panel of RS-89S2-12GE-RJ4SFP card.
Each interface has one LED. Functions of these LEDs are described
in Table 49.
TABLE 49 LED FUNCTION
OF
RS-89S2-12GE-RJ4SFP CARD
LED Type
State Description
LINK/ACT
Off: interface is disconnected from others
On: interface link is created
Flash: data transmission and reception in the interface
RS-89S2-24GE-RJ Card
Function
Front Panel
RS-89S2-24GE-RJcard provides 24 gigabit Ethernet electrical interfaces. It is improved on the base of RS-89S1-24GE-RJ card
to support the functions in Layer 2 and Layer 3. It can process
packets from L2 to L7 to meet the complex application in practical
networking.
Front panel is shown in Figure 35.
FIGURE 35 FRONT PANEL
Interfaces
OF
RS-89S2-24GE-RJ
Twenty-four interfaces in the front panel of RS-89S2-24GE-RJ card
support RJ45 electrical interface, supporting different transmission
distances used by gigabit Ethernet.
Interface characteristics of RS-89S2-24GE-RJ card are described
in Table 50.
TABLE 50 INTERFACE CHARACTERISTICS
Interface Type
OF
RS-89S2-24GE-RJ CARD
Characteristics
Follow IEEE 802.3z standard
RJ45 connector
10/100/1000
Base-TX
Using UTP5
The maximal transmission distance is 100m
MDI/MDIX
LEDs
There are 24 LEDs in the front panel of RS-89S2-24GE-RJ card.
Each interface has one LED. Functions of these LEDs are described
in Table 51.
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ZXR10 8900 Series Hardware Manual
TABLE 51 LED FUNCTIONS
OF
RS-89S2-24GE-RJ CARD
LED Type
State Description
LINK/ACT
Off: interface is disconnected from others
On: interface link is created
Flash: data transmission and reception in the interface
RS-89S2-24GE-SFP Card
Function
Front Panel
RS-89S2-24GE-SFP card provides 24 gigabit Ethernet optical interfaces. It is improved on the base of RS-89S1-24GE-SFP card
to support the functions in Layer 2 and Layer 3. It can process
packets from L2 to L7 to meet the complex application in practical
networking.
Front panel is shown in Figure 36.
FIGURE 36 FRONT PANEL
Interfaces
OF
RS-89S2-24GE-SFP
Optical module used by gigabit Ethernet optical interface is
hot—swap SFP optical module. Each port supports different
transmission distances used by gigabit Ethernet. Characteristics
are shown in Table 52.
TABLE 52 INTERFACE CHARACTERISTICS
Interface Type
1000BASE-SX
(SFP-M500)
1000BASE-LX
(SFP-S10K)
1000BASE-LX
(SFP-S40K)
52
RS-89S2-24GE-SFP CARD
Characteristics
LC connector, multi-mode optical fiber, with the
wavelength of 850nm, maximum transmission
distance is 500m
Transmission power range: -9.5dBm~-4dBm,
receiving sensitivity: ≥-18dBm
LC connector, single-mode optical fiber, with the
wavelength of 1310nm, maximum transmission
distance is 10km
Transmission power range: -9.5dBm~-3dBm,
receiving sensitivity: ≥-20dBm
LC connector, single-mode optical fiber, with the
wavelength of 1310nm, maximum transmission
distance is 40km
Transmission power range: -4dBm~0dBm,
receiving sensitivity: ≥-22dBm
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Chapter 4 Hardware Board
Interface Type
1000BASE-LH
(SFP-S80K)
1000BASE-LH
(SFP-S120K)
LEDs
Characteristics
LC connector, single-mode optical fiber, with the
wavelength of 1550nm, maximum transmission
distance is 80km
Transmission power range: 0dBm~5dBm,
receiving sensitivity: ≥-22dBm
LC connector, single-mode optical fiber, with the
wavelength of 1550nm, maximum transmission
distance is 120km
Transmission power range: 0dBm~5dBm,
receiving sensitivity: ≥-30dBm
There are 24 LEDs in the front panel of RS-89S2-24GE-SFP card.
Each interface has one LED. Functions of these LEDs are described
in Table 53.
TABLE 53 LED FUNCTIONS
OF
RS-89S2-24GE-SFP CARD
LED Type
State Description
LINK/ACT
Off: interface is disconnected from others
On: interface link is created
Flash: data transmission and reception in the interface
RS-89S2-24GE-SFP4RJ Card
Function
Front Panel
RS-89S2-24GE-SFP4RJ card provides 24 gigabit Ethernet optical
interfaces, 4 of which support optical/electrical auto-sensing operation (interface number is 21~24). Optical and electrical interfaces are not used at the same time. It is improved on the base
of RS-89S1-24GE-SFP4RJ card to support the functions in Layer
2 and Layer 3. It can process packets from L2 to L7 to meet the
complex application in practical networking.
Front panel is shown in Figure 37.
FIGURE 37 FRONT PANEL
Interfaces
OF
RS–89S2-24GE-SFP4RJ
Optical module used by gigabit Ethernet optical interface is
hot—swap SFP optical module. Each port supports different
transmission distances used by gigabit Ethernet, as shown in
Table 54.
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ZXR10 8900 Series Hardware Manual
TABLE 54 INTERFACE CHARACTERISTICS OF RS-89S2-24GE-SFP4RJ CARD
Interface Type
Characteristics
1000BASE-SX (SFP-M500)
LC connector, multi-mode optical
fiber, with the wavelength of
850nm, maximum transmission
distance is 500m
Transmission power range:
-9.5dBm~-4dBm, receiving
sensitivity: ≥-18dBm
1000BASE-LX (SFP-S10K)
LC connector, single-mode optical
fiber, with the wavelength of
1310nm, maximum transmission
distance is 10km
Transmission power range:
-9.5dBm~-3dBm, receiving
sensitivity: ≥-20dBm
1000BASE-LX (SFP-S40K)
LC connector, single-mode optical
fiber, with the wavelength of
1310nm, maximum transmission
distance is 40km
Transmission power range:
-4dBm~0dBm, receiving
sensitivity: ≥-22dBm
1000BASE-LH (SFP-S80K)
LC connector, single-mode optical
fiber, with the wavelength of
1550nm, maximum transmission
distance is 80km
Transmission power range:
0dBm~5dBm, receiving
sensitivity: ≥-22dBm
1000BASE-LH (SFP-S120K)
LC connector, single-mode optical
fiber, with the wavelength of
1550nm, maximum transmission
distance is 120km
Transmission power range:
0dBm~5dBm, receiving
sensitivity: ≥-30dBm
Follow IEEE 802.3z standard
RJ45 connector
10/100/1000 Base-TX
Using UTP5
The maximal transmission
distance is 100m
MDI/MDIX
LEDs
54
There are 24 LEDs in front panel of RS-89S2-24GE-SFP4RJ card,
indicating the state of the optical interfaces. Each interface has
one LED. Functions of these LEDs are described in Table 55.
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Chapter 4 Hardware Board
TABLE 55 LED FUNCTION
OF
LED Type
RS-89S2-24GE-SFP4RJ CARD 1
State Description
On: interface link is created
Off: interface is disconnected
from others
LINK/ACT
Flash: data transmission and
reception in the interface
For the electrical interfaces on the right, each interface has two
LEDs on the interface. Functions of these LEDs are described in
Table 56.
TABLE 56 LED FUNCTION
OF
RS-89S2-24GE-SFP4RJ CARD 2
LED Type
State Description
LINK
Off: port is disconnected from
others
On: port link is created
Off: no data transmission or
reception in the port
ACT
Flash: data transmission and
reception in the port
RS-89S2-24GE-RJ4SFP Card
RS-89S2-24GE-RJ4SFP card provides 24 gigabit Ethernet electrical interfaces, 4 of which support optical/electrical auto-sensing
operation (interface number is 21~24). Optical and electrical interfaces are not used at the same time. It is improved to support
the functions in Layer 2 and Layer 3. It can process packets from
L2 to L7 to meet the complex application in practical networking.
Front Panel
Front panel is shown in Figure 38.
FIGURE 38 FRONT PANEL
Interfaces
OF
RS-89S2-24GE-RJ4SFP
Optical module used by gigabit Ethernet optical interface is
hot—swap SFP optical module. Each port supports different
transmission distances used by gigabit Ethernet. Characteristics
are shown in Table 57.
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ZXR10 8900 Series Hardware Manual
TABLE 57 INTERFACE CHARACTERISTICS OF RS-89S2-24GE-RJ4SFP CARD
Interface Type
1000BASE-SX
(SFP-M500)
1000BASE-LX
(SFP-S10K)
1000BASE-LX
(SFP-S40K)
1000BASE-LH
(SFP-S80K)
1000BASE-LH
(SFP-S120K)
Characteristics
LC connector, multi-mode optical fiber, with the
wavelength of 850nm, maximum transmission
distance is 500m
Transmission power range: -9.5dBm~-4dBm,
receiving sensitivity: ≥-18dBm
LC connector, single-mode optical fiber, with the
wavelength of 1310nm, maximum transmission
distance is 10km
Transmission power range: -9.5dBm~-3dBm,
receiving sensitivity: ≥-20dBm
LC connector, single-mode optical fiber, with the
wavelength of 1310nm, maximum transmission
distance is 40km
Transmission power range: -4dBm~0dBm,
receiving sensitivity: ≥-22dBm
LC connector, single-mode optical fiber, with the
wavelength of 1550nm, maximum transmission
distance is 80km
Transmission power range: 0dBm~5dBm,
receiving sensitivity: ≥-22dBm
LC connector, single-mode optical fiber, with the
wavelength of 1550nm, maximum transmission
distance is 120km
Transmission power range: 0dBm~5dBm,
receiving sensitivity: ≥-30dBm
Follow IEEE 802.3z standard
RJ45 connector
10/100/1000
Base-TX
Using UTP5
The maximal transmission distance is 100m
MDI/MDIX
LEDs
There are 28 LEDs in front panel of RS-89S2-24GE-RJ4SFP card.
Each electrical interface has one LED. Functions of these LEDs are
described in Table 58.
TABLE 58 LED FUNCTIONS
LED Type
OF
RS-89S2-24GE-RJ4SFP CARD
State Description
On: interface link is created
LINK/ACT
Off: interface is disconnected from others
Flash: data transmission and reception in the interface
56
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RS-89S2-48GE-RJ Card
Function
Front Panel
RS-89S2-48GE-RJ card provides 48 gigabit Ethernet electrical interfaces. It is improved on the base of RS-89S1-48GE-RJ card
to support the functions in Layer 2 and Layer 3. It can process
packets from L2 to L7 to meet the complex application in practical
networking.
Front panel is shown in Figure 39.
FIGURE 39 FRONT PANEL
Interfaces
OF
RS-89S2-48GE-RJ
Forty-eight interfaces in the front panel of RS-89S2-48GE-RJ card
support RJ45 electrical interface, supporting different transmission
distances used by gigabit Ethernet.
Interface characteristics of RS-89S2-48GE-RJ card are described
in Table 59.
TABLE 59 INTERFACE CHARACTERISTICS
Interface Type
OF
RS-89S2-48GE-RJ CARD
Characteristics
Follow IEEE 802.3z standard
RJ45 connector
10/100/1000
Base-TX
Using UTP5
The maximal transmission distance is 100m
MDI/MDIX
LEDs
There are 48 LEDs in the front panel of RS-89S2-48GE-RJ card.
Each interface has one LED. Functions of these LEDs are described
in Table 60.
TABLE 60 LED FUNCTIONS
OF
RS-89S2-48GE-RJ CARD
LED Type
State Description
LINK/ACT
Off: interface is disconnected from others
On: interface link is created
Flash: data transmission and reception in the interface
RS-89S2-48GE-SFP Card
Function
RS-89S2-48GE-SFP card provides 48 gigabit Ethernet optical interfaces. It is improved on the base of RS-89S1-48GE-SFP card
to support the functions in Layer 2 and Layer 3. It can process
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ZXR10 8900 Series Hardware Manual
packets from L2 to L7 to meet the complex application in practical
networking.
Front Panel
Front panel is shown in Figure 40.
FIGURE 40 FRONT PANEL
Interfaces
OF
RS-89S2-48GE-SFP
Optical module used by gigabit Ethernet optical interface is
hot—swap SFP optical module. Each port supports different
transmission distances used by gigabit Ethernet. Characteristics
are shown in Table 61.
TABLE 61 INTERFACE CHARACTERISTICS
Interface Type
1000BASE-SX
(SFP-M500)
1000BASE-LX
(SFP-S10K)
1000BASE-LX
(SFP-S40K)
1000BASE-LH
(SFP-S80K)
1000BASE-LH
(SFP-S120K)
LEDs
58
OF
RS-89S2-48GE-SFP CARD
Characteristics
LC connector, multi-mode optical fiber, with the
wavelength of 850nm, maximum transmission
distance is 500m
Transmission power range: -9.5dBm~-4dBm,
receiving sensitivity: ≥-18dBm
LC connector, single-mode optical fiber, with the
wavelength of 1310nm, maximum transmission
distance is 10km
Transmission power range: -9.5dBm~-3dBm,
receiving sensitivity: ≥-20dBm
LC connector, single-mode optical fiber, with the
wavelength of 1310nm, maximum transmission
distance is 40km
Transmission power range: -4dBm~0dBm,
receiving sensitivity: ≥-22dBm
LC connector, single-mode optical fiber, with the
wavelength of 1550nm, maximum transmission
distance is 80km
Transmission power range: 0dBm~5dBm,
receiving sensitivity: ≥-22dBm
LC connector, single-mode optical fiber, with the
wavelength of 1550nm, maximum transmission
distance is 120km
Transmission power range: 0dBm~5dBm,
receiving sensitivity: ≥-30dBm
There are 48 LEDs in the front panel of RS-89S2-48GE-SFP card.
Each interface has one LED. Functions of these LEDs are described
in Table 62.
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TABLE 62 LED FUNCTIONS
OF
RS-89S2-48GE-SFP CARD
LED Type
State Description
LINK/ACT
Off: interface is disconnected from others
On: interface link is created
Flash: data transmission and reception in the interface
RS-89S2-2XGE-XFP Card
Function
Front Panel
RS-89S2-2XGE-XFP card provides two XFP interfaces for 10 gigabit
Ethernet optical interface. It is improved on the base of RS-89S12XGE-XFP card to support the functions in Layer 2 and Layer 3. It
can process packets from L2 to L7 to meet the complex application
in practical networking.
Front panel is shown in Figure 41.
FIGURE 41 FRONT PANEL
Interfaces
OF
RS-89S2-2XGE-XFP
Optical module used by RS-89S2-2XGE-XFP card is hot—swap XFP
optical module. Each port supports different transmission distances. Characteristics are shown in Table 63.
TABLE 63 INTERFACE CHARACTERISTICS
Interface Type
10GBASE-SR
(XFP-M300)
10GBASE-LR
(XFP-L10K)
10GBASE-ER
(XFP-L40K)
LEDs
OF
RS-89S2-2XGE-XFP CARD
Characteristics
LC connector, single-mode optical fiber, with the
wavelength of 850nm, maximum transmission
distance is 300m
Transmission power: -7.3dBm~-1dBm,
receiving sensitivity: ≥-11.1dBm
LC connector, single-mode optical fiber, with the
wavelength of 1310nm, maximum transmission
distance is 10km
Transmission power: -6dBm~-1dBm, receiving
sensitivity: ≥-10.3dBm
LC connector, single-mode optical fiber, with the
wavelength of 1550nm, maximum transmission
distance is 40km
Transmission power: -2dBm~1dBm, receiving
sensitivity: ≥-11.3dBm
There are 4 LEDs in the front panel of RS-89S2-2XGE-XFP card.
Functions of these LEDs are described in Table 64.
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ZXR10 8900 Series Hardware Manual
TABLE 64 LED FUNCTIONS
LED Type
LINK
ACT
OF
RS-89S2-2XGE-XFP CARD
State Description
On: port link is created
Off: the port is disconnected from others
Off: no data transmission or reception in the port
Flash: data transmission and reception in the port
RS-89S2-4XGE-XFP Card
Function
Front Panel
RS-89S2-4XGE-XFP card provides four XFP interfaces for 10 gigabit Ethernet optical interface. It is improved on the base of
RS-89S1-4XGE-XFP card to support the functions in Layer 2 and
Layer 3. It can process packets from L2 to L7 to meet the complex
application in practical networking.
Front panel is shown in Figure 42.
FIGURE 42 FRONT PANEL
Interfaces
OF
RS-89S2-4XGE-XFP
Optical module used by RS-89S2-4XGE-XFP card is hot—swap XFP
optical module. Each port supports different transmission distances. Characteristics are shown in Table 65.
TABLE 65 INTERFACE CHARACTERISTICS
OF
RS-89S2-4XGE-XFP
CARD
Interface Type
Characteristics
10GBASE-SR
(XFP-M300)
LC connector, single-mode optical fiber, with the
wavelength of 850nm, maximum transmission
distance is 300m
Transmission power: -7.3dBm~-1dBm,
receiving sensitivity: ≥-11.1dBm
10GBASE-LR
(XFP-L10K)
LC connector, single-mode optical fiber, with the
wavelength of 1310nm, maximum transmission
distance is 10km
Transmission power: -6dBm~-1dBm, receiving
sensitivity: ≥-10.3dBm
10GBASE-ER
(XFP-L40K)
LC connector, single-mode optical fiber, with the
wavelength of 1550nm, maximum transmission
distance is 40km
Transmission power: -2dBm~1dBm, receiving
sensitivity: ≥-11.3dBm
LEDs
60
There are 8 LEDs in the front panel of RS-89S2-4XGE-XFP card.
Functions of these LEDs are described in Table 66.
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TABLE 66 LED FUNCTIONS
LED Type
LINK
ACT
OF
RS-89S2-4XGE-XFP
CARD
State Description
On: port link is created
Off: the port is disconnected from others
Off: no data transmission or reception in the port
Flash: data transmission and reception in the port
RS-89S2-24GE2XGE-SFP4RJXFP
Card
Function
Front Panel
RS-89S2-24GE2XGE-SFP4RJXFP card provides 24 gigabit optical
interfaces and 2 10G optical interfaces. Each gigabit interface has
4 Combo interfaces, thus supporting utmost 24 optical interfaces
or 20 gigabit optical interfaces +4 gigabit electrical interfaces. ALC
and SVLAN are enabled on the card. The card supports 32K MAC
entries and can be used at Enterprise network or MAN distribution
layer.
Front panel is shown in Figure 43.
FIGURE 43 RS-89S2-24GE2XGE-SFP4RJXFP FRONT PANEL
Interfaces
Optical module used by RS-89S2-24GE2XGE-SFP4RJXFP card is
hot-swap XFP optical module. Each port supports various transmission distances. Interface characteristics are shown in Table 67.
TABLE 67 INTERFACE CHARACTERISTICS
SFP4RJXFP CARD
OF
RS-89S2-24GE2XGE-
Interface Type
Characteristics
1000Base-SX (SFP-M500)
LC connector, 50 or 62.5 125mm
multi-mode fiber, with the
wavelength of 850nm, maximum
transmission distance is 500m
Transmission power:
-9.5dBm~-4dBm, receiving
sensitivity: <-18dBm
1000Base-LX (SFP-S10K))
LC connector, 8 or 9 125mm
single-mode fiber, with the
wavelength of 1310nm, maximum
transmission distance is 10km
Transmission power:
-9.5dBm~-3dBm, receiving
sensitivity: <-20dBm
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ZXR10 8900 Series Hardware Manual
Interface Type
Characteristics
1000Base-LX (SFP-S40K)
LC connector, 8 or 9 125mm
single-mode fiber, with the
wavelength of 1310nm, maximum
transmission distance is 40km
Transmission power:
-4dBm~0dBm, receiving
sensitivity: <-22dBm
1000Base-LH (SFP-S80K)
LC connector, 8 or 9 125mm
single-mode fiber, with the
wavelength of 1550nm, maximum
transmission distance is 80km
Transmission power:
0dBm~5dBm, receiving
sensitivity: <-22dBm
1000Base-LX (SFP-S120K)
LC connector, 8 or 9 125mm
single-mode fiber, with the
wavelength of 1550nm, maximum
transmission distance is 120km
Transmission power:
5dBm~9dBm, receiving
sensitivity: <-24dBm
1000Base-T (RJ45)
RJ45 connector, Supporting
CAT5, 10/100/1000BASE-TX rate
adaptive, MDX/MDIX adaptive
and full duplex mode/half duplex
mode adaptive; the maximum
transmission distance is 150m
10GBase-SR/SW-XFP
LC connector, 50 or 62.5 125mm
multi-mode fiber, with the
wavelength of 850nm,
As for 62.5um MMF
w/160MHz*km, the maximum
transmission distance is 26M.
As for 50um MMF w/ 500MHz*km,
the maximum transmission
distance is 82M.
As for 50um MMF w/
2000MHz*km, the maximum
transmission distance is 300M.
LEDs
62
10GBase-LR/LW-XFP
LC connector, 9/125mm
single-mode fiber, with the
central wavelength of 1310nm,
maximum transmission distance
is 10KM.
10GBase-ER/EW-XFP
LC connector, 9/125mm
single-mode fiber, with the
central wavelength of 1550nm,
maximum transmission distance
is 40KM.
24 gigabit optical interfaces on RS-89S2-24GE2XGE-SFP4RJXFP
card correspond to 24 indicators respectively, labelled from 1 to
24 with functions of these LEDs are described in Table 68. 4 gigabit electrical interfaces correspond to two indicators, which are
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Chapter 4 Hardware Board
on the card with LINK indicator on left side and ACT indicator on
right side. Their functions are shown in Table 69. There are also
2 10G optical interface, with each interface corresponding to two
indicators. Their functions are shown inTable 70.
TABLE 68 RS-89S2-24GE2XGE-SFP4RJXFP CARD GIGABIT OPTICAL
INTERFACE LED FUNCTION DESCRIPTION
LED Type
State Description
LINK/ACT
Off: the port is disconnected from
others
On: port link is created
Flash: data transmission and
reception on the port
TABLE 69 RS-89S2-24GE2XGE-SFP4RJXFP CARD GIGABIT ELECTRICAL
INTERFACE LED FUNCTION DESCRIPTION
LED Type
State Description
Off: the port is disconnected from
others
ACT
Flash: data transmission and
reception on the port
On: port link is created
LINK
Off: the port is disconnected from
others
TABLE 70 RS-89S2-24GE2XGE-SFP4RJXFP CARD 10G OPTICAL
INTERFACE LED FUNCTION DESCRIPTION
LED Type
ACT
State Description
Off: the port is disconnected from
others
Flash: data transmission and
reception on the port
On: port link is created
LINK
Off: the port is disconnected from
others
RS-89S2-24GE2XGE-RJ4SFPXFP
Card
Function
RS-89S2-24GE2XGE-RJ4SFPXFP card provides 24 gigabit electrical interfaces and 2 10G optical interfaces. Each gigabit interface
has 4 Combo interfaces, thus supporting utmost 24 electrical interfaces or 20 gigabit electrical interfaces +4 gigabit optical inter-
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ZXR10 8900 Series Hardware Manual
faces. ALC and SVLAN are enabled on the card. The card supports
32K MAC entries and can be used at Enterprise network or MAN
distribution layer.
Front Panel
Front panel is shown in Figure 44.
FIGURE 44 RS-89S2-24GE2XGE-RJ4SFPXFP FRONT PANEL
Interfaces
Optical module used by RS-89S2-24GE2XGE-RJ4SFPXFP card is
hot-swap XFP optical module. Each port supports various transmission distances. Interface characteristics are shown in Table 71.
TABLE 71 INTERFACE CHARACTERISTICS
RJ4SFPXFP CARD
OF
RS-89S2-24GE2XGE-
Interface Type
Characteristics
1000Base-SX (SFP-M500)
LC connector, 50 or 62.5 125mm
multi-mode fiber, with the
wavelength of 850nm, maximum
transmission distance is 500m
Transmission power:
-9.5dBm~-4dBm, receiving
sensitivity: <-18dBm
1000Base-LX (SFP-S10K))
LC connector, 8 or 9 125mm
single-mode fiber, with the
wavelength of 1310nm, maximum
transmission distance is 10km
Transmission power:
-9.5dBm~-3dBm, receiving
sensitivity: <-20dBm
1000Base-LX (SFP-S40K)
LC connector, 8 or 9 125mm
single-mode fiber, with the
wavelength of 1310nm, maximum
transmission distance is 40km
Transmission power:
-4dBm~0dBm, receiving
sensitivity: <-22dBm
1000Base-LH (SFP-S80K)
LC connector, 8 or 9 125mm
single-mode fiber, with the
wavelength of 1550nm, maximum
transmission distance is 80km
Transmission power:
0dBm~5dBm, receiving
sensitivity: <-22dBm
1000Base-LX (SFP-S120K)
LC connector, 8 or 9 125mm
single-mode fiber, with the
wavelength of 1550nm, maximum
transmission distance is 120km
Transmission power:
5dBm~9dBm, receiving
sensitivity: <-24dBm
64
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Interface Type
Characteristics
1000Base-T (RJ45)
RJ45 connector, Supporting
CAT5, 10/100/1000BASE-TX rate
adaptive, MDX/MDIX adaptive
and full duplex mode/half duplex
mode adaptive; the maximum
transmission distance is 150m
10GBase-SR/SW-XFP
LC connector, 50 or 62.5 125mm
multi-mode fiber, with the
wavelength of 850nm,
As for 62.5um MMF
w/160MHz*km, the maximum
transmission distance is 26M.
As for 50um MMF w/ 500MHz*km,
the maximum transmission
distance is 82M.
As for 50um MMF w/
2000MHz*km, the maximum
transmission distance is 300M.
LEDs
10GBase-LR/LW-XFP
LC connector, 9/125mm
single-mode fiber, with the
central wavelength of 1310nm,
maximum transmission distance
is 10KM.
10GBase-ER/EW-XFP
LC connector, 9/125mm
single-mode fiber, with the
central wavelength of 1550nm,
maximum transmission distance
is 40KM.
24 gigabit electrical interfaces on RS-89S2-24GE2XGE-RJ4SFPXFP
card correspond to 24 indicators respectively, labelled from 1 to
24. 4 gigabit optical interfaces correspond to 4 indicators respectively, labelled from 21 to 24. Their functions are shown in Table
72. There are also 2 10G optical interface, with each interface corresponding to two indicators. Their functions are shown in Table
73.
TABLE 72 RS-89S2-24GE2XGE-RJ4SFPXFP CARD GIGABIT OPTICAL
INTERFACE LED FUNCTION DESCRIPTION
LED Type
State Description
On: port link is created
LINK/ACT
Off: the port is disconnected from
others
Flash: data transmission and
reception on the port
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ZXR10 8900 Series Hardware Manual
TABLE 73 RS-89S2-24GE2XGE-RJ4SFPXFP CARD 10G OPTICAL
INTERFACE LED FUNCTION DESCRIPTION
LED Type
State Description
Off: the port is disconnected from
others
ACT
Flash: data transmission and
reception on the port
On: port link is created
LINK
Off: the port is disconnected from
others
RS-89S2A-24GE-SFP4RJ Card
Function
Front Panel
RS-89S2A-24GE-SFP4RJ card is a 24–port gigabit Ethernet optical
interface card and implements L2–L7 packet processing so as to
meet complicated applications in networking.
Front panel is shown in Figure 45.
FIGURE 45 RS-89S2A-24GE-SFP4RJ FRONT PANEL
Interfaces
RS-89S2A-24GE-SFP4RJ card has 24 optical interfaces, providing
24 1000BASE-X services or 24 100BASE-FX services. The last 4
optical interfaces can also be configured to electrical interface, providing 10/100/1000BASE-T interface.
All optical module used by interface are hot—swap SFP optical
module. Each port supports various transmission distances of gigabit Ethernet. Electrical interface is RJ45 interface. Interface
characteristics are shown in Table 74.
TABLE 74 INTERFACE CHARACTERISTICS
OF
RS-89S2A-24GE-SFP4RJ
CARD
Interface Type
Characteristics
1000Base-SX
(SFP-M500)
LC connector, 50 or 62.5 125mm multi-mode
fiber, with the wavelength of 850nm, maximum
transmission distance is 500m
Transmission power: -9.5dBm~-4dBm,
receiving sensitivity: <-18dBm
1000Base-LX
(SFP-S10K))
LC connector, 8 or 9 125mm single-mode fiber,
with the wavelength of 1310nm, maximum
transmission distance is 10km
Transmission power: -9.5dBm~-3dBm,
receiving sensitivity: <-20dBm
66
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Interface Type
Characteristics
1000Base-LX
(SFP-S40K)
LC connector, 8 or 9 125mm single-mode fiber,
with the wavelength of 1310nm, maximum
transmission distance is 40km
Transmission power: -4dBm~0dBm, receiving
sensitivity: <-22dBm
1000Base-LH
(SFP-S80K)
LC connector, 8 or 9 125mm single-mode fiber,
with the wavelength of 1550nm, maximum
transmission distance is 80km
Transmission power: 0dBm~5dBm, receiving
sensitivity: <-22dBm
1000Base-LX
(SFP-S120K)
LC connector, 8 or 9 125mm single-mode fiber,
with the wavelength of 1550nm, maximum
transmission distance is 120km
Transmission power: 5dBm~9dBm, receiving
sensitivity: <-24dBm
10/100/1000
BASE-TX
RJ45 connector, Supporting UTP5
The maximum transmission distance is 100m
Full duplex mode/half duplex mode, MDX/MDIX
LEDs
48 round indicators on left side of RS-89S2A-24GE-SFP4RJ front
panel correspond to 24 Ethernet interfaces, two indicators for each
interface. Functions of these LEDs are described in Table 75.
TABLE 75 RS-89S2A-24GE-SFP4RJ CARD FRONT PANEL LED FUNCTION
DESCRIPTION
LED Type
ACT
LINK
State Description
Off: the port is disconnected from others
Flash: data transmission and reception on the port
On: port link is created
Off: the port is disconnected from others
RS-89S2A-2XGE-XFP Card
Function
Front Panel
RS-89S2A-2XGE-XFP card provides 2 10G Ethernet optical interfaces and implements L2–L7 packet processing so as to meet complicated applications in networking.
Front panel is shown in Figure 46.
FIGURE 46 RS-89S2A-2XGE-XFP FRONT PANEL
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ZXR10 8900 Series Hardware Manual
Interfaces
RS-89S2A-2XGE-XFP card use hot—swap XFP optical module.
Each port supports various transmission distances. Interface
characteristics are shown in Table 76.
TABLE 76 INTERFACE CHARACTERISTICS
OF
RS-89S2A-2XGE-XFP
CARD
Interface Type
Characteristics
10GBASE—SR
(XFP-M300)
LC connector, single-mode fiber, with the
wavelength of 850nm, maximum transmission
distance is 300m
Transmission power: -7.3~-1dBm, receiving
sensitivity: ≥-11.1dBm
10GBASE-LR
(XFP-L10K))
LC connector, single-mode fiber, with the
wavelength of 1310nm, maximum transmission
distance is 10Km
Transmission power: -6~-1dBm, receiving
sensitivity: ≥-10.3dBm
10GBASE-ER
(XFP-L40K)
LC connector, single-mode fiber, with the
wavelength of 1550nm, maximum transmission
distance is 40km
Transmission power: -2~1dBm, receiving
sensitivity: ≥-11.3dBm
LEDs
2 round indicators on left side of optical module of RS-89S2A2XGE-XFP card correspond to fixed Ethernet optical interfaces.
Functions of these LEDs are described in Table 77.
TABLE 77 RS-89S2A-2XGE-XFP CARD FRONT PANEL LED FUNCTION
DESCRIPTION
LED Type
State Description
On: port link is created
LINK/ACT
Off: the port is disconnected from others
Flash: data transmission and reception on the port
RS-89E3-12GE-SFP4RJ Card
Function
Front Panel
RS-89E3-12GE-SFP4RJ card provides 12 gigabit Ethernet optical
interfaces, 4 of which support optical/electrical auto-sensing operation (interface number is 9~12). Optical and electrical interfaces
are not used at the same time.
Front panel is shown in Figure 47.
FIGURE 47 FRONT PANEL
68
OF
RS-89E3-12GE-SFP4RJ
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Interfaces
Optical module used by gigabit Ethernet optical interface is
hot—swap SFP optical module. Each port supports different
transmission distances used by gigabit Ethernet. Characteristics
are shown in Table 78.
TABLE 78 INTERFACE CHARACTERISTICS OF RS-89E3-12GE-SFP4RJ CARD
Interface Type
1000BASE-SX
(SFP-M500)
1000BASE-LX
(SFP-S10K)
1000BASE-LX
(SFP-S40K)
1000BASE-LH
(SFP-S80K)
1000BASE-LH
(SFP-S120K)
Characteristics
LC connector, multi-mode optical fiber, with the
wavelength of 850nm, maximum transmission
distance is 500m
Transmission power range: -9.5dBm~-4dBm,
receiving sensitivity: ≥-18dBm
LC connector, single-mode optical fiber, with the
wavelength of 1310nm, maximum transmission
distance is 10km
Transmission power range: -9.5dBm~-3dBm,
receiving sensitivity: ≥-20dBm
LC connector, single-mode optical fiber, with the
wavelength of 1310nm, maximum transmission
distance is 40km
Transmission power range: -4dBm~0dBm,
receiving sensitivity: ≥-22dBm
LC connector, single-mode optical fiber, with the
wavelength of 1550nm, maximum transmission
distance is 80km
Transmission power range: 0dBm~5dBm,
receiving sensitivity: ≥-22dBm
LC connector, single-mode optical fiber, with the
wavelength of 1550nm, maximum transmission
distance is 120km
Transmission power range: 0dBm~5dBm,
receiving sensitivity: ≥-30dBm
Follow IEEE 802.3z standard
RJ45 connector
10/100/1000
Base-TX
Using UTP5
The maximal transmission distance is 100m
MDI/MDIX
LEDs
There are 12 LEDs in front panel of RS-89E3-12GE-SFP4RJ card.
Each interface has one LED. Functions of these LEDs are described
in Table 79.
TABLE 79 LED FUNCTIONS
LED Type
OF
RS-89E3-12GE-SFP4RJ CARD 1
State Description
On: interface link is created
LINK/ACT
Off: interface is disconnected from others
Flash: data transmission and reception in the interface
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ZXR10 8900 Series Hardware Manual
For the electrical interfaces on the right, each interface has two
LEDs on the interface. Functions of these LEDs are described in
Table 80.
TABLE 80 LED FUNCTIONS
LED Type
LINK
ACT
OF
RS-89E3-12GE-SFP4RJ CARD 2
State Description
On: port link is created
Off: port is disconnected from others
Off: no data transmission or reception in the port
Flash: data transmission and reception in the port
RS-89E3-12GE-RJ4SFP Card
Function
Front Panel
RS-89E3-12GE-RJ4SFP card provides 12 gigabit Ethernet electrical interfaces, 4 of which support optical/electrical auto-sensing
operation (interface number is 9~12). Optical and electrical interfaces are not used at the same time.
Front panel is shown in Figure 48.
FIGURE 48 FRONT PANEL
Interfaces
OF
RS-89E3-12GE-RJ4SFP
Optical module used by gigabit Ethernet optical interface is
hot—swap SFP optical module. Each port supports different
transmission distances used by gigabit Ethernet. Characteristics
are shown in Table 81.
TABLE 81 INTERFACE CHARACTERISTICS OF RS-89E3-12GE-RJ4SFP CARD
Interface Type
1000BASE-SX
(SFP-M500)
1000BASE-LX
(SFP-S10K)
70
Characteristics
LC connector, multi-mode optical fiber, with the
wavelength of 850nm, maximum transmission
distance is 500m
Transmission power range: -9.5dBm~-4dBm,
receiving sensitivity: ≥-18dBm
LC connector, single-mode optical fiber, with the
wavelength of 1310nm, maximum transmission
distance is 10km
Transmission power range: -9.5dBm~-3dBm,
receiving sensitivity: ≥-20dBm
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Interface Type
1000BASE-LX
(SFP-S40K)
1000BASE-LH
(SFP-S80K)
1000BASE-LH
(SFP-S120K)
Characteristics
LC connector, single-mode optical fiber, with the
wavelength of 1310nm, maximum transmission
distance is 40km
Transmission power range: -4dBm~0dBm,
receiving sensitivity: ≥-22dBm
LC connector, single-mode optical fiber, with the
wavelength of 1550nm, maximum transmission
distance is 80km
Transmission power range: 0dBm~5dBm,
receiving sensitivity: ≥-22dBm
LC connector, single-mode optical fiber, with the
wavelength of 1550nm, maximum transmission
distance is 120km
Transmission power range: 0dBm~5dBm,
receiving sensitivity: ≥-30dBm
Follow IEEE 802.3z standard
RJ45 connector
10/100/1000
Base-TX
Using UTP5
The maximal transmission distance is 100m
MDI/MDIX
LEDs
There are 16 LEDs in front panel of RS-89E3-12GE-RJ4SFP card.
Each interface has one LED. Functions of these LEDs are described
in Table 82.
TABLE 82 LED FUNCTIONS
OF
RS-89E3-12GE-RJ4SFP CARD
LED Type
State Description
LINK/ACT
Off: interface is disconnected from others
On: interface link is created
Flash: data transmission and reception in the interface
RS-89E3-24GE-SFP4RJ Card
Function
Front Panel
RS-89E3-24GE-SFP4RJ card provides 24 gigabit Ethernet optical
interfaces, 4 of which support optical/electrical auto-sensing operation (interface number is 21~24). Optical and electrical interfaces are not used at the same time.
Front panel is shown in Figure 49.
FIGURE 49 FRONT PANEL
OF
RS-89E3-24GE-SFP4RJ
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ZXR10 8900 Series Hardware Manual
Interfaces
Optical module used by gigabit Ethernet optical interface is
hot—swap SFP optical module. Each port supports different
transmission distances used by gigabit Ethernet. Characteristics
are shown in Table 83.
TABLE 83 INTERFACE CHARACTERISTICS OF RS-89E3-24GE-SFP4RJ CARD
Interface Type
1000BASE-SX
(SFP-M500)
1000BASE-LX
(SFP-S10K)
1000BASE-LX
(SFP-S40K)
1000BASE-LH
(SFP-S80K)
1000BASE-LH
(SFP-S120K)
Characteristics
LC connector, multi-mode optical fiber, with the
wavelength of 850nm, maximum transmission
distance is 500m
Transmission power range: -9.5dBm~-4dBm,
receiving sensitivity: ≥-18dBm
LC connector, single-mode optical fiber, with the
wavelength of 1310nm, maximum transmission
distance is 10km
Transmission power range: -9.5dBm~-3dBm,
receiving sensitivity: ≥-20dBm
LC connector, single-mode optical fiber, with the
wavelength of 1310nm, maximum transmission
distance is 40km
Transmission power range: -4dBm~0dBm,
receiving sensitivity: ≥-22dBm
LC connector, single-mode optical fiber, with the
wavelength of 1550nm, maximum transmission
distance is 80km
Transmission power range: 0dBm~5dBm,
receiving sensitivity: ≥-22dBm
LC connector, single-mode optical fiber, with the
wavelength of 1550nm, maximum transmission
distance is 120km
Transmission power range: 0dBm~5dBm,
receiving sensitivity: ≥-30dBm
Follow IEEE 802.3z standard
RJ45 connector
10/100/1000
Base-TX
Using UTP5
The maximal transmission distance is 100m
MDI/MDIX
LEDs
There are 24 LEDs in front panel of RS-89E3-24GE-SFP4RJ card,
indicating the state of the optical interfaces. Each interface has
one LED. Functions of these LEDs are described in Table 84.
TABLE 84 LED FUNCTIONS
LED Type
OF
RS-89E3-24GE-SFP4RJ CARD 1
State Description
On: interface link is created
LINK/ACT
Off: interface is disconnected from others
Flash: data transmission and reception in the interface
72
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For the electrical interfaces on the right, each interface has two
LEDs on the interface. Functions of these LEDs are described in
Table 85.
TABLE 85 LED FUNCTIONS
LED Type
OF
RS-89E3-24GE-SFP4RJ CARD 2
State Description
On: port link is created
LINK
Off: port is disconnected from others
Off: no data transmission or reception in the port
ACT
Flash: data transmission and reception in the port
RS-89E3-24GE-RJ4SFP Card
Function
Front Panel
RS-89E3-24GE-RJ4SFP card provides 24 gigabit Ethernet electrical interfaces, 4 of which support optical/electrical auto-sensing
operation (interface number is 21~24). Optical and electrical interfaces are not used at the same time.
Front panel is shown in Figure 50.
FIGURE 50 FRONT PANEL
Interfaces
OF
RS-89E3-24GE-RJ4SFP
Optical module used by gigabit Ethernet optical interface is
hot—swap SFP optical module. Each port supports different
transmission distances used by gigabit Ethernet. Characteristics
are shown in Table 86.
TABLE 86 INTERFACE CHARACTERISTICS OF RS-89E3-24GE-RJ4SFP CARD
Interface Type
1000BASE-SX
(SFP-M500)
1000BASE-LX
(SFP-S10K)
Characteristics
LC connector, multi-mode optical fiber, with the
wavelength of 850nm, maximum transmission
distance is 500m
Transmission power range: -9.5dBm~-4dBm,
receiving sensitivity: ≥-18dBm
LC connector, single-mode optical fiber, with the
wavelength of 1310nm, maximum transmission
distance is 10km
Transmission power range: -9.5dBm~-3dBm,
receiving sensitivity: ≥-20dBm
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ZXR10 8900 Series Hardware Manual
Interface Type
1000BASE-LX
(SFP-S40K)
1000BASE-LH
(SFP-S80K)
1000BASE-LH
(SFP-S120K)
Characteristics
LC connector, single-mode optical fiber, with the
wavelength of 1310nm, maximum transmission
distance is 40km
Transmission power range: -4dBm~0dBm,
receiving sensitivity: ≥-22dBm
LC connector, single-mode optical fiber, with the
wavelength of 1550nm, maximum transmission
distance is 80km
Transmission power range: 0dBm~5dBm,
receiving sensitivity: ≥-22dBm
LC connector, single-mode optical fiber, with the
wavelength of 1550nm, maximum transmission
distance is 120km
Transmission power range: 0dBm~5dBm,
receiving sensitivity: ≥-30dBm
Follow IEEE 802.3z standard
RJ45 connector
10/100/1000
Base-TX
Using UTP5
The maximal transmission distance is 100m
MDI/MDIX
LEDs
There are 28 LEDs in front panel of RS-89E3-24GE-RJ4SFP card.
Each electrical interface has one LED. Functions of these LEDs are
described in Table 87.
TABLE 87 LED FUNCTIONS
OF
RS-89E3-24GE-RJ4SFP CARD
LED Type
State Description
LINK/ACT
Off: interface is disconnected from others
On: interface link is created
Flash: data transmission and reception in the interface
RS-89E3-2XGE-XFP Card
Function
Front Panel
RS-89E3-2XGE-XFP card provides two XFP interfaces for 10 gigabit
Ethernet optical interface.
Front panel is shown in Figure 51.
FIGURE 51 FRONT PANEL
Interfaces
74
OF
RS-89E3-2XGE-XFP
Optical module used by RS-89E3-2XGE-XFP card is hot—swap XFP
optical module. Each port supports different transmission distances. Characteristics are shown in Table 88.
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TABLE 88 INTERFACE CHARACTERISTICS
Interface Type
10GBASE-SR
(XFP-M300)
10GBASE-LR
(XFP-L10K)
10GBASE-ER
(XFP-L40K)
LEDs
OF
RS-89E3-2XGE-XFP CARD
Characteristics
LC connector, single-mode optical fiber, with the
wavelength of 850nm, maximum transmission
distance is 300m
Transmission power: -7.3dBm~-1dBm,
receiving sensitivity: ≥-11.1dBm
LC connector, single-mode optical fiber, with the
wavelength of 1310nm, maximum transmission
distance is 10km
Transmission power: -6dBm~-1dBm, receiving
sensitivity: ≥-10.3dBm
LC connector, single-mode optical fiber, with the
wavelength of 1550nm, maximum transmission
distance is 40km
Transmission power: -2dBm~1dBm, receiving
sensitivity: ≥-11.3dBm
There are 4 LEDs in the front panel of RS-89E3-2XGE-XFP card.
Functions of these LEDs are described in Table 89.
TABLE 89 LED FUNCTIONS
LED Type
LINK
ACT
OF
RS-89E3-2XGE-XFP CARD
State Description
On: port link is created
Off: the port is disconnected from others
Off: no data transmission or reception in the port
Flash: data transmission and reception in the port
RS-89E3-4XGE-XFP Card
Function
Front Panel
RS-89E3-4XGE-XFP card provides four XFP interfaces for 10 gigabit Ethernet optical interface.
Front panel is shown in Figure 52.
FIGURE 52 FRONT PANEL
Interfaces
OF
RS-89E3-4XGE-XFP
Optical module used by RS-89E3-4XGE-XFP card is hot—swap XFP
optical module. Each port supports different transmission distances. Characteristics are shown in Table 90.
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ZXR10 8900 Series Hardware Manual
TABLE 90 INTERFACE CHARACTERISTICS
Interface Type
10GBASE-SR
(XFP-M300)
10GBASE-LR
(XFP-L10K)
10GBASE-ER
(XFP-L40K)
LEDs
OF
RS-89E3-4XGE-XFP CARD
Characteristics
LC connector, single-mode optical fiber, with the
wavelength of 850nm, maximum transmission
distance is 300m
Transmission power: -7.3dBm~-1dBm,
receiving sensitivity: ≥-11.1dBm
LC connector, single-mode optical fiber, with the
wavelength of 1310nm, maximum transmission
distance is 10km
Transmission power: -6dBm~-1dBm, receiving
sensitivity: ≥-10.3dBm
LC connector, single-mode optical fiber, with the
wavelength of 1550nm, maximum transmission
distance is 40km
Transmission power: -2dBm~1dBm, receiving
sensitivity: ≥-11.3dBm
There are 8 LEDs in the front panel of RS-89E3-4XGE-XFP card.
Functions of these LEDs are described in Table 91.
TABLE 91 LED FUNCTIONS
LED Type
LINK
ACT
OF
RS-89E3-4XGE-XFP CARD
State Description
On: port link is created
Off: the port is disconnected from others
Off: no data transmission or reception in the port
Flash: data transmission and reception in the port
RS-89E3B-2XGE-XFP Card
Function
Front Panel
RS-89E3B-2XGE-XFP card provides 2 10G Ethernet optical interfaces.
Front panel is shown in Figure 53.
FIGURE 53 RS-89E3B-2XGE-XFP FRONT PANEL
Interfaces
76
RS-89E3B-2XGE-XFP card use hot—swap XFP optical module.
Each port supports various transmission distances. Interface
characteristics are shown in Table 92.
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TABLE 92 INTERFACE CHARACTERISTICS
OF
RS-89E3B-2XGE-XFP
CARD
Interface Type
Characteristics
10GBASE—SR
(XFP-M300)
LC connector, single-mode fiber, with the
wavelength of 850nm, maximum transmission
distance is 300m
Transmission power: -7.3~-1dBm, receiving
sensitivity: ≥-11.1dBm
10GBASE-LR
(XFP-L10K))
LC connector, single-mode fiber, with the
wavelength of 1310nm, maximum transmission
distance is 10Km
Transmission power: -6~-1dBm, receiving
sensitivity: ≥-10.3dBm
10GBASE-ER
(XFP-L40K)
LC connector, single-mode fiber, with the
wavelength of 1550nm, maximum transmission
distance is 40km
Transmission power: -2~1dBm, receiving
sensitivity: ≥-11.3dBm
LEDs
4 indicators on front panel of RS-89E3B-2XGE-XFP card correspond to 2 fixed Ethernet optical interfaces. Functions of these
LEDs are described in Table 93.
TABLE 93 RS-89E3B-2XGE-XFP CARD FRONT PANEL LED FUNCTION
DESCRIPTION
LED Type
LINK
ACT
State Description
On: port link is created
Off: the port is disconnected from others
Off: the port is disconnected from others
Flash: data transmission and reception on the port
RS-89E3B-4XGE-XFP Card
Function
Front Panel
RS-89E3B-4XGE-XFP card provides 4 10G Ethernet optical interfaces.
Front panel is shown in Figure 54.
FIGURE 54 RS-89E3B-4XGE-XFP FRONT PANEL
Interfaces
RS-89E3B-4XGE-XFP card use hot—swap XFP optical module.
Each port supports various transmission distances. Interface
characteristics are shown in Table 94.
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ZXR10 8900 Series Hardware Manual
TABLE 94 INTERFACE CHARACTERISTICS
OF
RS-89E3B-4XGE-XFP
CARD
Interface Type
Characteristics
10GBASE—SR
(XFP-M300)
LC connector, single-mode fiber, with the
wavelength of 850nm, maximum transmission
distance is 300m
Transmission power: -7.3~-1dBm, receiving
sensitivity: ≥-11.1dBm
10GBASE-LR
(XFP-L10K))
LC connector, single-mode fiber, with the
wavelength of 1310nm, maximum transmission
distance is 10Km
Transmission power: -6~-1dBm, receiving
sensitivity: ≥-10.3dBm
10GBASE-ER
(XFP-L40K)
LC connector, single-mode fiber, with the
wavelength of 1550nm, maximum transmission
distance is 40km
Transmission power: -2~1dBm, receiving
sensitivity: ≥-11.3dBm
LEDs
8 indicators on front panel of RS-89E3B-4XGE-XFP card correspond to 4 fixed Ethernet optical interfaces. Functions of these
LEDs are described in Table 95.
TABLE 95 RS-89E3B-4XGE-XFP CARD FRONT PANEL LED FUNCTION
DESCRIPTION
LED Type
LINK
ACT
State Description
On: port link is created
Off: the port is disconnected from others
Off: the port is disconnected from others
Flash: data transmission and reception on the port
RS-89F3-24GE-SFP Card
Function
Front Panel
RS-89F3-24GE-SFP card adopts FPGA to realize enhanced Ethernet OAM functional card, shows large entry size and provides MPLS
function to meet complicated applications in actual networking.
Front panel is shown in Figure 55
FIGURE 55 FRONT PANEL
Interfaces
78
OF
RS-89F3-24GE-SFP
Optical module used by RS-89F3-24GE-SFP interface is hot-swap
SFP optical module. Each port supports different transmission distances used by gigabit Ethernet. Characteristics are shown in Table
96.
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TABLE 96 INTERFACE CHARACTERISTICS
Interface Type
1000BASE-SX
SFP-M500
1000BASE-LXSFP-S10K
OF
RS-89F3-24GE-SFP CARD
Characteristics
LC connector, multi-mode fiber, wavelength:
850 nm, max. transmission distance: 500m
Transmission power range: -9.5 Bm~-4
dBm; receiving sensitivity: ≥-18 dBm
LC connector, single-mode fiber. Wavelength:
1310 nm. Max. transmission distance:
10km
Transmission power range: -9.5 dBm~-3
dBm; receiving sensitivity: ≥-20 dBm
1000BASE-LXSFP-S40K
LC connector, single-mode fiber. Wavelength:
1310 nm. Max. transmission distance:
40km
Transmitting power range: -4 dBm~0 dBm;
receiving sensitivity: ≥-22 dBm
1000BASE-LHSFP-S80K
LC connector, single-mode fiber. Wavelength:
1550 nm. Max. transmission distance:
80km
Transmitting power range: 0 dBm~5 dBm;
receiving sensitivity: ≥-22 dBm
1000BASE-LH
SFP-S120K
LC connector, single-mode fiber. Wavelength:
1550 nm. Max. transmission distance:
120km
Transmitting power range: 5dBm~9dBm,
receiving sensitivity: ≥-30dBm
LEDs
There are 24 LEDs on the front panel of RS-89F3-24GE-SFP card.
Each interface corresponds to one LED. Functions of these LEDs
are described in Table 97.
TABLE 97 LED FUNCTIONS
LED Type
OF
RS-89F3-24GE-SFP CARD
State Description
On: interface link is created
LINK/ACT
Off: interface is disconnected from others
Flash: data transmission and reception in
the interface
RS-89H1-24GE-SFP Card
Function
RS-89H1-24GE-SFP card improves L2/3 functions based on
RS-89S2-24GE-SFP card, shows large entry size and provides
MPLS function. It can provide 24 gigabit Ethernet optical interfaces and implement L2-L7 packet processing to meet complicated
applications in actual networking.
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ZXR10 8900 Series Hardware Manual
Front Panel
Front panel is shown in Figure 56.
FIGURE 56 FRONT PANEL
Interfaces
OF
RS-89H1-24GE-SFP
Optical module used by RS-89H1-24GE-SFP interface is hot-swap
SFP optical module. Each port supports different transmission distances used by gigabit Ethernet. Characteristics are shown in Table
98.
TABLE 98 INTERFACE CHARACTERISTICS
Interface Type
1000BASE-SX
SFP-M500
1000BASE-LXSFP-S10K
OF
RS-89H1-24GE-SFP CARD
Characteristics
LC connector, multi-mode fiber, wavelength:
850 nm, max. transmission distance: 500m
Transmission power range: -9.5 Bm~-4
dBm; receiving sensitivity: ≥-18 dBm
LC connector, single-mode fiber. Wavelength:
1310 nm. Max. transmission distance:
10km
Transmission power range: -9.5 Bm~-3
dBm; receiving sensitivity: ≥-20 dBm
1000BASE-LXSFP-S40K
LC connector, single-mode fiber. Wavelength:
1310 nm. Max. transmission distance:
40km
Transmitting power range: -4 dBm~0 dBm;
receiving sensitivity: ≥-22 dBm
1000BASE-LHSFP-S80K
LC connector, single-mode fiber. Wavelength:
1550 nm. Max. transmission distance:
80km
Transmitting power range: 0 dBm~5 dBm;
receiving sensitivity: ≥-22 dBm
1000BASE-LH
SFP-S120K
LC connector, single-mode fiber. Wavelength:
1550 nm. Max. transmission distance:
120km
Transmitting power range: 5dBm~9dBm,
receiving sensitivity: ≥-30dBm
LED Type
80
There are 24 LEDs on the front panel of RS-89H1-24GE-SFP card.
Each interface corresponds to one LED. Functions of these LEDs
are described in Table 99.
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TABLE 99 LED FUNCTIONS
LED Type
OF
RS-89H1-24GE-SFP CARD
State Description
On: interface link is created
Off: interface is disconnected from others
LINK/ACT
Flash: data transmission and reception in
the interface
RS-89H1-48GE-SFP Card
Function
Front Panel
RS-89H1-48GE-SFP card improves L2/3 functions based on
RS-89S2-48GE-SFP card, shows large entry size and provides
MPLS function. It can provide 48 gigabit Ethernet optical interfaces and implement L2-L7 packet processing to meet complicated
applications in actual networking.
Front panel is shown in Figure 57.
FIGURE 57 FRONT PANEL
Interfaces
OF
RS-89H1-48GE-SFP
Optical module used by RS-89H1-48GE-SFP interface is hot-swap
SFP optical module. Each port supports different transmission distances used by gigabit Ethernet. Characteristics are shown in Table
100.
TABLE 100 INTERFACE CHARACTERISTICS
Interface Type
1000BASE-SX
SFP-M500
1000BASE-LXSFP-S10K
OF
RS-89H1-48GE-SFP CARD
Characteristics
LC connector, multi-mode fiber, wavelength:
850 nm, max. transmission distance: 500m
Transmission power range: -9.5 Bm~-4
dBm; receiving sensitivity: ≥-18 dBm
LC connector, single-mode fiber. Wavelength:
1310 nm. Max. transmission distance:
10km
Transmission power range: -9.5 Bm~-3
dBm; receiving sensitivity: ≥-20 dBm
1000BASE-LXSFP-S40K
LC connector, single-mode fiber. Wavelength:
1310 nm. Max. transmission distance:
40km
Transmitting power range: -4 dBm~0 dBm;
receiving sensitivity: ≥-22 dBm
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ZXR10 8900 Series Hardware Manual
Interface Type
Characteristics
1000BASE-LHSFP-S80K
LC connector, single-mode fiber. Wavelength:
1550 nm. Max. transmission distance:
80km
Transmitting power range: 0 dBm~5 dBm;
receiving sensitivity: ≥-22 dBm
1000BASE-LH
SFP-S120K
LC connector, single-mode fiber. Wavelength:
1550 nm. Max. transmission distance:
120km
Transmitting power range: 5dBm~9dBm,
receiving sensitivity: ≥-30dBm
LED Type
There are 48 LEDs on the front panel of RS-89H1-48GE-SFP card.
Each interface corresponds to one LED. Functions of these LEDs
are described in Table 101.
TABLE 101 LED FUNCTIONS
LED Type
OF
RS-89H1-48GE-SFP CARD
State Description
On: interface link is created
LINK/ACT
Off: interface is disconnected from others
Flash: data transmission and reception in
the interface
RS-89H1-48GE-RJ Card
Function
Front Panel
RS-89H1-48GE-RJ card improves L2/3 functions based on
RS-89S2-48GE-RJ card, shows large entry size and provides MPLS
function. It can provide 48 gigabit Ethernet electrical interfaces
and implement L2-L7 packet processing to meet complicated
applications in actual networking.
Front panel is shown in Figure 58.
FIGURE 58 FRONT PANEL
Interfaces
82
OF
RS-89H1-48GE-RJ
All 48 interfaces on RS-89H1-48GE-RJ support RJ45 electrical interface. Each port supports different transmission distances used
by gigabit Ethernet. Interface characteristics are shown in Table
102.
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TABLE 102 INTERFACE CHARACTERISTICS
Interface Type
OF
RS-89H1-48GE-RJ CARD
Characteristics
In compliance with IEEE 802.3z
RJ45 connector
10/100/1000Base-TX Using CAT5 Unshielded Twisted Pairs (UTP)
Maximum transmission distance: 100m
MDI/MDIX
LED Type
There are 48 triangle LEDs on the front panel of RS-8H1-48GE-RJ
card. Each Ethernet optical interface corresponds to one LED.
Functions of these LEDs are described in Table 103.
TABLE 103 LED FUNCTIONS
LED Type
OF
RS-89H1-48GE-RJ CARD
State Description
On: interface link is created
Off: interface is disconnected from others
LINK/ACT
Flash: data transmission and reception in the
interface
RS-89H1-4XGE-XF Card
Function
Front Panel
RS-89H1-4XGE-XF card improves L2/3 functions based on
RS-89S2-4XGE-XFP card, provides 4 XFP 10G Ethernet optical
interfaces, implements L2-L7 packet processing, shows large
entry size and provides enhanced MPLS function so as to meet
complicated applications in actual networking.
Front panel is shown in Figure 59.
FIGURE 59 FRONT PANEL
Interfaces
OF
RS-89H1-4XGE-XF
Optical module used by RS-89H1-4XGE-XF card is hot—swap XFP
optical module. Each port supports different transmission distances. Characteristics are shown in Table 104.
TABLE 104 INTERFACE CHARACTERISTICS
Interface Type
10GBASE-SR
XFP-M300
OF
RS-89H1-4XGE-XF CARD
Characteristics
LC connector, single-mode fiber. Wavelength:
850 nm. Max. transmission distance: 300m
Transmitting power range: -7.3 dBm~-1 dBm;
receiving sensitivity: ≥-11.1 dBm
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ZXR10 8900 Series Hardware Manual
Interface Type
10GBASE-LR
XFP-L10K
10GBASE-ER
XFP-L40K
LED Type
Characteristics
LC connector, single-mode fiber. Wavelength:
1310 nm. Max. transmission distance: 10Km
Transmitting power range: -6 dBm~-1 dBm;
receiving sensitivity: ≥-10.3 dBm
LC connector, single-mode fiber. Wavelength:
1550 nm. Max. transmission distance: 40km
Transmitting power range: -2 dBm~1 dBm;
receiving sensitivity: ≥-11.3 dBm
There are 8 indicators on front panel of RS-89H1-4XGE-XF card.
Their functions are shown in Table 105.
TABLE 105 LED FUNCTIONS
LED Type
OF
RS-89H1-4XGE-XF CARD
State Description
On: interface link is created
LINK Indicator
Off: interface is disconnected from others
Flash, there is no packet being received or
sent on this port
ACT Indicator
Flash: data transmission and reception in the
interface
RS-89H2-24GE-SFP Card
Function
Front Panel
RS-89H2-24GE-SFP card improves L2/3 functions based on
RS-89S2-24GE-SFP card, shows large entry size and provides
MPLS function. It can provide 24 gigabit Ethernet optical interfaces and implement L2-L7 packet processing to meet complicated
applications in actual networking.
Front panel is shown in Figure 60.
FIGURE 60 FRONT PANEL
Interfaces
84
OF
RS-89H2-24GE-SFP CARD
Optical module used by RS-89H2-24GE-SFP interface is hot-swap
SFP optical module. Each port supports different transmission distances used by gigabit Ethernet. Characteristics are shown in Table
106.
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TABLE 106 INTERFACE CHARACTERISTICS
Interface Type
1000BASE-SX
SFP-M500
1000BASE-LXSFP-S10K
OF
RS-89H2-24GE-SFP CARD
Characteristics
LC connector, multi-mode fiber, wavelength:
850 nm, max. transmission distance: 500m
Transmission power range: -9.5 Bm~-4
dBm; receiving sensitivity: ≥-18 dBm
LC connector, single-mode fiber. Wavelength:
1310 nm. Max. transmission distance:
10km
Transmission power range: -9.5 Bm~-3
dBm; receiving sensitivity: ≥-20 dBm
1000BASE-LXSFP-S40K
LC connector, single-mode fiber. Wavelength:
1310 nm. Max. transmission distance:
40km
Transmitting power range: -4 dBm~0 dBm;
receiving sensitivity: ≥-22 dBm
1000BASE-LHSFP-S80K
LC connector, single-mode fiber. Wavelength:
1550 nm. Max. transmission distance:
80km
Transmitting power range: 0 dBm~5 dBm;
receiving sensitivity: ≥-22 dBm
1000BASE-LH
SFP-S120K
LC connector, single-mode fiber. Wavelength:
1550 nm. Max. transmission distance:
120km
Transmitting power range: 5dBm~9dBm,
receiving sensitivity: ≥-30dBm
LED Type
There are 24 LEDs on the front panel of RS-89H2-24GE-SFP card.
Each interface corresponds to one LED. Functions of these LEDs
are described in Table 107.
TABLE 107 LED FUNCTIONS
LED Type
OF
RS-89H2-24GE-SFP CARD
State Description
On: interface link is created
LINK/ACT
Off: interface is disconnected from others
Flash: data transmission and reception in
the interface
RS-89H2-48GE-SFP Card
Function
RS-89H2-48GE-SFP card improves L2/3 functions based on
RS-89S2-48GE-SFP card, shows large entry size and provides
MPLS function. It can provide 48 gigabit Ethernet optical interfaces and implement L2-L7 packet processing to meet complicated
applications in actual networking.
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ZXR10 8900 Series Hardware Manual
Front Panel
Front panel is shown in Figure 61.
FIGURE 61 FRONT PANEL
Interfaces
OF
RS-89H2-48GE-SFP CARD
Optical module used by RS-89H2-48GE-SFP interface is hot-swap
SFP optical module. Each port supports different transmission distances used by gigabit Ethernet. Characteristics are shown in Table
108.
TABLE 108 INTERFACE CHARACTERISTICS
Interface Type
1000BASE-SX
SFP-M500
1000BASE-LXSFP-S10K
OF
RS-89H2-48GE-SFP CARD
Characteristics
LC connector, multi-mode fiber, wavelength:
850 nm, max. transmission distance: 500m
Transmission power range: -9.5 Bm~-4
dBm; receiving sensitivity: ≥-18 dBm
LC connector, single-mode fiber. Wavelength:
1310 nm. Max. transmission distance:
10km
Transmission power range: -9.5 Bm~-3
dBm; receiving sensitivity: ≥-20 dBm
1000BASE-LXSFP-S40K
LC connector, single-mode fiber. Wavelength:
1310 nm. Max. transmission distance:
40km
Transmitting power range: -4 dBm~0 dBm;
receiving sensitivity: ≥-22 dBm
1000BASE-LHSFP-S80K
LC connector, single-mode fiber. Wavelength:
1550 nm. Max. transmission distance:
80km
Transmitting power range: 0 dBm~5 dBm;
receiving sensitivity: ≥-22 dBm
1000BASE-LH
SFP-S120K
LC connector, single-mode fiber. Wavelength:
1550 nm. Max. transmission distance:
120km
Transmitting power range: 5dBm~9dBm,
receiving sensitivity: ≥-30dBm
LED Type
86
There are 48 LEDs on the front panel of RS-89H2-48GE-SFP card.
Each interface corresponds to one LED. Functions of these LEDs
are described in Table 109.
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Chapter 4 Hardware Board
TABLE 109 LED FUNCTIONS
LED Type
OF
RS-89H2-48GE-SFP CARD
State Description
On: interface link is created
Off: interface is disconnected from others
LINK/ACT
Flash: data transmission and reception in
the interface
RS-89H2-48GE-RJ Card
Function
Front Panel
RS-89H2-48GE-RJ card improves L2/3 functions based on
RS-89S2-48GE-RJ card, shows large entry size and provides MPLS
function. It can provide 48 gigabit Ethernet electrical interfaces
and implement L2-L7 packet processing to meet complicated
applications in actual networking.
Front panel is shown in Figure 62.
FIGURE 62 FRONT PANEL
Interfaces
OF
RS-89H2-48GE-RJ
All 48 interfaces on RS-89H2-48GE-RJ support RJ45 electrical interface. Each port supports different transmission distances used
by gigabit Ethernet. Interface characteristics are shown in Table
110.
TABLE 110 INTERFACE CHARACTERISTICS
Interface Type
OF
RS-89H2-48GE-RJ CARD
Characteristics
In compliance with IEEE 802.3z
RJ45 connector
10/100/1000Base-TX Using CAT5 Unshielded Twisted Pairs (UTP)
Maximum transmission distance: 100m
MDI/MDIX
LED Type
There are 48 triangle LEDs on the front panel of RS-8H2-48GE-RJ
card. Each Ethernet optical interface corresponds to one LED.
Functions of these LEDs are described in Table 111.
TABLE 111 LED FUNCTIONS
LED Type
OF
RS-89H2-48GE-RJ CARD
State Description
On: interface link is created
LINK/ACT
Off: interface is disconnected from others
Flash: data transmission and reception in the
interface
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ZXR10 8900 Series Hardware Manual
RS-89H2-24GE2XG-SF12RJXF
Card
Function
Front Panel
RS-89H2-24GE2XG-SF12RJXF card improves L2/3 functions, implements L2-L7 packet processing, shows large entry size and provides enhanced MPLS function so as to meet complicated applications in actual networking. This LIC card can provide 24 gigabit
Ethernet optical interfaces and 12 gigabit Ethernet electrical interfaces, where optical and electrical interfaces 13-24 support electro-optical adaptive. But optical interface and electrical interface
cannot be used at the same time.
Front panel is shown in Figure 63.
FIGURE 63 FRONT PANEL
Interfaces
OF
RS-89H2-24GE2XG-SF12RJXF CARD
Optical module used by RS-89H2-24GE2XG-SF12RJXFJ optical interfaces is hot-swap SFP optical module. Characteristics of optical
interface and electrical interface are shown in Table 112.
TABLE 112 INTERFACE CHARACTERISTICS
SF12RJXF CARD
Interface Type
1000BASE-SX
SFP-M500
1000BASE-LX
SFP-S10K
1000BASE-LX
SFP-S40K
1000BASE-LH
SFP-S80K
88
RS-89H2-24GE2XG-
Characteristics
LC connector, multi-mode fiber, wavelength:
850 nm, max. transmission distance: 500m
Transmission power range: -9.5 Bm~-4 dBm;
receiving sensitivity: ≥-18 dBm
LC connector, single-mode fiber. Wavelength:
1310 nm. Max. transmission distance: 10km
Transmission power range: -9.5 Bm~-3 dBm;
receiving sensitivity: ≥-20 dBm
LC connector, single-mode fiber. Wavelength:
1310 nm. Max. transmission distance: 40km
Transmitting power range: -4 dBm~0 dBm;
receiving sensitivity: ≥-22 dBm
LC connector, single-mode fiber. Wavelength:
1550 nm. Max. transmission distance: 80km
Transmitting power range: 0 dBm~5 dBm;
receiving sensitivity: ≥-22 dBm
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Chapter 4 Hardware Board
Interface Type
1000BASE-LH
SFP-S120K
Characteristics
LC connector, single-mode fiber. Wavelength:
1550 nm. Max. transmission distance: 120km
Transmitting power range: 5dBm~9dBm,
receiving sensitivity: ≥-30dBm
In compliance with IEEE 802.3z
RJ45 connector
10/100/1000Base-TX
Using CAT5 Unshielded Twisted Pairs (UTP)
Maximum transmission distance: 100m
MDI/MDIX
LED Type
There are 12 triangle LEDs on the front panel of RS-89H224GE2XG-SF12RJXF card. Each optical interface corresponds to
one LED, indicating working states of optical interfaces. Functions
of these LEDs are described in Table 113. There are 12 electrical
interfaces on right side of panel with one indicator corresponding
to each interface to indicate working state of interface. Their
functions are shown in Table 114.
TABLE 113 RS-89H2-24GE2XG-SF12RJXF FRONT PANEL OPTICAL
INTERFACE INDICATOR FUNCTION DESCRIPTION
LED Type
State Description
On: interface link is created
Off: interface is disconnected from others
LINK/ACT
Flash: data transmission and reception in
the interface
TABLE 114 RS-89H2-24GE2XG-SF12RJXF FRONT PANEL ELECTRICAL
INTERFACE INDICATOR FUNCTION DESCRIPTION
LED Type
State Description
On: interface link is created
LINK/ACT
Off: interface is disconnected from others
Flash: data transmission and reception in
the interface
RS-89H3-24GE-SFP Card
Function
Front Panel
RS-89H3-24GE-SFP card improves L2/3 functions based on
RS-89S2-24GE-SFP card, shows large entry size and provides
MPLS function. It can provide 24 gigabit Ethernet optical interfaces and implement L2-L7 packet processing to meet complicated
applications in actual networking.
Front panel is shown in Figure 64.
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ZXR10 8900 Series Hardware Manual
FIGURE 64 FRONT PANEL
Interfaces
OF
RS-89H3-24GE-SFP
Optical module used by RS-89H3-24GE-SFP interface is hot-swap
SFP optical module. Each port supports different transmission distances used by gigabit Ethernet. Characteristics are shown in Table
115.
TABLE 115 INTERFACE CHARACTERISTICS
Interface Type
1000BASE-SX
SFP-M500
1000BASE-LXSFP-S10K
OF
RS-89H3-24GE-SFP CARD
Characteristics
LC connector, multi-mode fiber, wavelength:
850 nm, max. transmission distance: 500m
Transmission power range: -9.5 Bm~-4
dBm; receiving sensitivity: ≥-18 dBm
LC connector, single-mode fiber. Wavelength:
1310 nm. Max. transmission distance:
10km
Transmission power range: -9.5 Bm~-3
dBm; receiving sensitivity: ≥-20 dBm
1000BASE-LXSFP-S40K
LC connector, single-mode fiber. Wavelength:
1310 nm. Max. transmission distance:
40km
Transmitting power range: -4 dBm~0 dBm;
receiving sensitivity: ≥-22 dBm
1000BASE-LHSFP-S80K
LC connector, single-mode fiber. Wavelength:
1550 nm. Max. transmission distance:
80km
Transmitting power range: 0 dBm~5 dBm;
receiving sensitivity: ≥-22 dBm
1000BASE-LH
SFP-S120K
LC connector, single-mode fiber. Wavelength:
1550 nm. Max. transmission distance:
120km
Transmitting power range: 5dBm~9dBm,
receiving sensitivity: ≥-30dBm
LED Type
There are 24 LEDs on the front panel of RS-89H3-24GE-SFP card.
Each interface corresponds to one LED. Functions of these LEDs
are described in Table 116.
TABLE 116 LED FUNCTIONS
LED Type
OF
RS-89H3-24GE-SFP CARD
State Description
On: interface link is created
LINK/ACT
Off: interface is disconnected from others
Flash: data transmission and reception in
the interface
90
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Chapter 4 Hardware Board
RS-89H3-48GE-SFP Card
Function
Front Panel
RS-89H3-48GE-SFP card improves L2/3 functions based on
RS-89S2-48GE-SFP card, shows large entry size and provides
MPLS function. It can provide 48 gigabit Ethernet optical interfaces and implement L2-L7 packet processing to meet complicated
applications in actual networking.
Front panel is shown in Figure 65.
FIGURE 65 FRONT PANEL
Interfaces
OF
RS-89H3-48GE-SFP
Optical module used by RS-89H3-48GE-SFP interface is hot-swap
SFP optical module. Each port supports different transmission distances used by gigabit Ethernet. Characteristics are shown in Table
117.
TABLE 117 INTERFACE CHARACTERISTICS
Interface Type
1000BASE-SX
SFP-M500
1000BASE-LXSFP-S10K
OF
RS-89H3-48GE-RJ CARD
Characteristics
LC connector, multi-mode fiber, wavelength:
850 nm, max. transmission distance: 500m
Transmission power range: -9.5 Bm~-4
dBm; receiving sensitivity: ≥-18 dBm
LC connector, single-mode fiber. Wavelength:
1310 nm. Max. transmission distance:
10km
Transmission power range: -9.5 Bm~-3
dBm; receiving sensitivity: ≥-20 dBm
1000BASE-LXSFP-S40K
LC connector, single-mode fiber. Wavelength:
1310 nm. Max. transmission distance:
40km
Transmitting power range: -4 dBm~0 dBm;
receiving sensitivity: ≥-22 dBm
1000BASE-LHSFP-S80K
LC connector, single-mode fiber. Wavelength:
1550 nm. Max. transmission distance:
80km
Transmitting power range: 0 dBm~5 dBm;
receiving sensitivity: ≥-22 dBm
1000BASE-LH
SFP-S120K
LC connector, single-mode fiber. Wavelength:
1550 nm. Max. transmission distance:
120km
Transmitting power range: 5dBm~9dBm,
receiving sensitivity: ≥-30dBm
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ZXR10 8900 Series Hardware Manual
LED Type
There are 48 LEDs on the front panel of RS-89H3-48GE-SFP card.
Each interface corresponds to one LED. Functions of these LEDs
are described in Table 118.
TABLE 118 LED FUNCTIONS
LED Type
OF
RS-89H3-48GE-RJ CARD
State Description
On: interface link is created
Off: interface is disconnected from others
LINK/ACT
Flash: data transmission and reception in
the interface
RS-89H3-48GE-RJ Card
Function
Front Panel
RS-89H3-48GE-RJ card improves L2/3 functions based on
RS-89S2-48GE-RJ card, shows large entry size and provides MPLS
function. It can provide 48 gigabit Ethernet electrical interfaces
and implement L2-L7 packet processing to meet complicated
applications in actual networking.
Front panel is shown in Figure 66.
FIGURE 66 FRONT PANEL
Interfaces
OF
RS-89H3-48GE-RJ
All 48 interfaces on RS-89H3-48GE-RJ support RJ45 electrical interface. Each port supports different transmission distances used
by gigabit Ethernet. Interface characteristics are shown in Table
119.
TABLE 119 INTERFACE CHARACTERISTICS
Interface Type
OF
RS-89H3-48GE-RJ CARD
Characteristics
In compliance with IEEE 802.3z
RJ45 connector
10/100/1000Base-TX Using CAT5 Unshielded Twisted Pairs (UTP)
Maximum transmission distance: 100m
MDI/MDIX
LED Type
92
There are 48 triangle LEDs on the front panel of RS-8H3-48GE-RJ
card. Each Ethernet optical interface corresponds to one LED.
Functions of these LEDs are described in Table 120.
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Chapter 4 Hardware Board
TABLE 120 LED FUNCTIONS
LED Type
OF
RS-89H3-48GE-RJ CARD
State Description
On: interface link is created
Off: interface is disconnected from others
LINK/ACT
Flash: data transmission and reception in the
interface
RS-89H3-24GE2XG-SF12RJXF
Card
Function
Front Panel
RS-89H3-24GE2XG-SF12RJXF card improves L2/3 functions, implements L2-L7 packet processing, shows large entry size and provides enhanced MPLS function so as to meet complicated applications in actual networking. This LIC card can provide 24 gigabit
Ethernet optical interfaces and 12 gigabit Ethernet electrical interfaces, where optical and electrical interfaces 13-24 support electro-optical adaptive. But optical interface and electrical interface
cannot be used at the same time.
Front panel is shown in Figure 67.
FIGURE 67 FRONT PANEL
Interfaces
OF
RS-89H3-24GE2XG-SF12RJXF CARD
Optical module used by RS-89H3-24GE2XG-SF12RJXFJ optical interfaces is hot-swap SFP optical module. Characteristics of optical
interface and electrical interface are shown in Table 121.
TABLE 121 INTERFACE CHARACTERISTICS
SF12RJXF CARD
Interface Type
1000BASE-SX
SFP-M500
1000BASE-LX
SFP-S10K
1000BASE-LX
SFP-S40K
OF
RS-89H3-24GE2XG-
Characteristics
LC connector, multi-mode fiber, wavelength:
850 nm, max. transmission distance: 500m
Transmission power range: -9.5 Bm~-4 dBm;
receiving sensitivity: ≥-18 dBm
LC connector, single-mode fiber. Wavelength:
1310 nm. Max. transmission distance: 10km
Transmission power range: -9.5 Bm~-3 dBm;
receiving sensitivity: ≥-20 dBm
LC connector, single-mode fiber. Wavelength:
1310 nm. Max. transmission distance: 40km
Transmitting power range: -4 dBm~0 dBm;
receiving sensitivity: ≥-22 dBm
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ZXR10 8900 Series Hardware Manual
Interface Type
1000BASE-LH
SFP-S80K
1000BASE-LH
SFP-S120K
Characteristics
LC connector, single-mode fiber. Wavelength:
1550 nm. Max. transmission distance: 80km
Transmitting power range: 0 dBm~5 dBm;
receiving sensitivity: ≥-22 dBm
LC connector, single-mode fiber. Wavelength:
1550 nm. Max. transmission distance: 120km
Transmitting power range: 5dBm~9dBm,
receiving sensitivity: ≥-30dBm
In compliance with IEEE 802.3z
RJ45 connector
10/100/1000Base-TX
Using CAT5 Unshielded Twisted Pairs (UTP)
Maximum transmission distance: 100m
MDI/MDIX
LED Type
There are 12 triangle LEDs on the front panel of RS-89H324GE2XG-SF12RJXF card. Each optical interface corresponds to
one LED, indicating working states of optical interfaces. Functions
of these LEDs are described in Table 122. There are 4 electrical
interfaces on right side of panel with 2 indicators corresponding
to each interface to indicate working state of interface. Their
functions are shown in Table 123.
TABLE 122 RS-89H3-24GE2XG-SF12RJXF FRONT PANEL OPTICAL
INTERFACE INDICATOR FUNCTION DESCRIPTION
LED Type
State Description
On: interface link is created
LINK/ACT
Off: interface is disconnected from others
Flash: data transmission and reception in
the interface
TABLE 123 RS-89H3-24GE2XG-SF12RJXF FRONT PANEL ELECTRICAL
INTERFACE INDICATOR FUNCTION DESCRIPTION
LED Type
State Description
On: interface link is created
LINK/ACT
Off: interface is disconnected from others
Flash: data transmission and reception in
the interface
RS-89H3-4XGE-XFP Card
Function
94
RS-89H3-4XGE-XFP card improves L2/3 functions based on
RS-89S2-4XGE-XFP card, provides 4 XFP 10G Ethernet optical
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Chapter 4 Hardware Board
interfaces, implements L2-L7 packet processing, shows large
entry size and provides enhanced MPLS function so as to meet
complicated applications in actual networking.
Front Panel
Front panel is shown in Figure 68.
FIGURE 68 FRONT PANEL
Interfaces
OF
RS-89H3-4XGE-XFP
Optical module used by RS-89H3-4XGE-XFP card is hot—swap XFP
optical module. Each port supports different transmission distances. Characteristics are shown in Table 124.
TABLE 124 INTERFACE CHARACTERISTICS
Interface Type
10GBASE-SR
XFP-M300
10GBASE-LR
XFP-L10K
10GBASE-ER
XFP-L40K
LED Type
OF
RS-89H3-4XGE-XFP CARD
Characteristics
LC connector, single-mode fiber. Wavelength:
850 nm. Max. transmission distance: 300m
Transmitting power range: -7.3 dBm~-1 dBm;
receiving sensitivity: ≥-11.1 dBm
LC connector, single-mode fiber. Wavelength:
1310 nm. Max. transmission distance: 10Km
Transmitting power range: -6 dBm~-1 dBm;
receiving sensitivity: ≥-10.3 dBm
LC connector, single-mode fiber. Wavelength:
1550 nm. Max. transmission distance: 40km
Transmitting power range: -2 dBm~1 dBm;
receiving sensitivity: ≥-11.3 dBm
There are 8 indicators on front panel of RS-89H3-4XGE-XFP card.
Their functions are shown in Table 125.
TABLE 125 LED FUNCTIONS
LED Type
OF
RS-89H3-4XGE-XFP CARD
State Description
On: interface link is created
LINK Indicator
Off: interface is disconnected from others
Flash, there is no packet being received or
sent on this port
ACT Indicator
Flash: data transmission and reception in the
interface
RS-89S3-4XGE-XFP Card
Function
RS-89S3-4XGE-XFP card improves L2/3 functions based on
RS-89S2-4XGE-XFP card, provides 4 XFP 10G Ethernet optical
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ZXR10 8900 Series Hardware Manual
interfaces, implements L2-L7 packet processing, shows large
entry size and provides enhanced MPLS function so as to meet
complicated applications in actual networking.
Front Panel
Front panel is shown in Figure 69.
FIGURE 69 FRONT PANEL
Interfaces
OF
RS-89S3-4XGE-XFP
Optical module used by RS-89S3-4XGE-XFP card is hot—swap XFP
optical module. Each port supports different transmission distances. Characteristics are shown in Table 126.
TABLE 126 INTERFACE CHARACTERISTICS
Interface Type
10GBASE-SR
XFP-M300
10GBASE-LR
XFP-L10K
10GBASE-ER
XFP-L40K
LED Type
OF
RS-89S3-4XGE-XFP CARD
Characteristics
LC connector, single-mode fiber. Wavelength:
850 nm. Max. transmission distance: 300m
Transmitting power range: -7.3 dBm~-1 dBm;
receiving sensitivity: ≥-11.1 dBm
LC connector, single-mode fiber. Wavelength:
1310 nm. Max. transmission distance: 10Km
Transmitting power range: -6 dBm~-1 dBm;
receiving sensitivity: ≥-10.3 dBm
LC connector, single-mode fiber. Wavelength:
1550 nm. Max. transmission distance: 40km
Transmitting power range: -2 dBm~1 dBm;
receiving sensitivity: ≥-11.3 dBm
There are 8 indicators on front panel of RS-89S3-4XGE-XFP card.
Their functions are shown in Table 127.
TABLE 127 LED FUNCTIONS
LED Type
OF
RS-89S3-4XGE-XFP CARD
State Description
On: interface link is created
LINK Indicator
Off: interface is disconnected from others
Flash, there is no packet being received or
sent on this port
ACT Indicator
Flash: data transmission and reception on the
interface
96
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Chapter 4 Hardware Board
RS-89M1-DPI Card
Function
Front Panel
RS-89M1-DPI is a 10G card, used to perform deep packet inspection, application layer data analysis and state-based data analysis.
It can accurately identify various flows in network and perform occupied bandwidth per flow.
Front panel is shown in Figure 70.
FIGURE 70 FRONT PANEL
Interfaces
OF
RS-89M1-DPI CARD
The interface on RS-89M1-DPI card supports RJ45 electrical interface. Each port supports different transmission distances used by
gigabit Ethernet. Interface characteristics are shown in Table 128.
TABLE 128 INTERFACE CHARACTERISTICS
Interface Type
OF
RS-89M1-DPI CARD
Characteristics
In compliance with IEEE 802.3z
RJ45 connector
10/100/1000Base-TX
Using CAT5 Unshielded Twisted Pairs (UTP)
Maximum transmission distance: 100m
MDI/MDIX
LED Type
There are 2 LEDs on the front panel of RS-89M1-DPI card. The
two LEDs correspond to one Ethernet optical interface. Functions
of these LEDs are described in Table 129.
TABLE 129 LED FUNCTIONS
OF
RS-89M1-DPI CARD
LED Type
State Description
LINK Indicator
On: interface link is created
Off, no interconnection is established between
this port and the other ports
ACT Indicator
Flash, there is no packet being received or
sent on this port
Flash: data transmission and reception on the
interface
RS-89M1-FW Card
Function
Front Panel
RS-89M1-FW card provides protection to network based on multicore processor and FPGA FW card.
Front panel is shown in Figure 71.
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ZXR10 8900 Series Hardware Manual
FIGURE 71 FRONT PANEL
Interfaces
OF
RS-89M1-FW CARD
The interface on RS-89M1-FW card supports RJ45 electrical interface. Each port supports different transmission distances used by
gigabit Ethernet. Interface characteristics are shown in Table 130.
TABLE 130 INTERFACE CHARACTERISTICS
Interface Type
OF
RS-89M1-FW CARD
Characteristics
In compliance with IEEE 802.3z
RJ45 connector
10/100/1000Base-TX
Using CAT5 Unshielded Twisted Pairs (UTP)
Maximum transmission distance: 100m
MDI/MDIX
LED Type
There are 2 LEDs on the front panel of RS-89M1-FW card. The
two LEDs correspond to one Ethernet optical interface. Functions
of these LEDs are described in Table 131.
TABLE 131 LED FUNCTIONS
OF
RS-89M1-FW CARD
LED Type
State Description
LINK Indicator
On: interface link is created
Off, no interconnection is established between
this port and the other ports
ACT Indicator
Flash, there is no packet being received or
sent on this port
Flash: data transmission and reception on the
interface
RS-8900-44FE4GE-SFP Card
Function
Front Panel
RS-8900-44FE4GE-SFP card provides 44 100mbps optical interfaces and 4 gigabit electrical interfaces for user mixing use. It
supports the functions in Layer 2 and Layer 3, can process services in L4-L7, implements all basic services in L3, and has basic
ACL function, extended ACL function, hybrid ACL function, IPV6
function and other functions.
Front panel is shown in Figure 72.
FIGURE 72 FRONT PANEL
98
OF
RS-8900-44FE4GE-SFP
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Chapter 4 Hardware Board
Interfaces
Physical characteristics and configurable modules for interfaces of
RS-8900-44FE4GE-SFP card are shown in Table 132.
TABLE 132 INTERFACE CHARACTERISTICS
CARD
Interface Type
1000BASE-SX
SFP-M500
1000BASE-LXSFP-S10K
OF
RS-8900-44FE4GE-SFP
Characteristics
LC connector, multi-mode fiber, wavelength:
850 nm, max. transmission distance: 500m
Transmission power range: -9.5 Bm~-4
dBm; receiving sensitivity: ≥-18 dBm
LC connector, single-mode fiber. Wavelength:
1310 nm. Max. transmission distance:
10km
Transmission power range: -9.5 Bm~-3
dBm; receiving sensitivity: ≥-20 dBm
1000BASE-LXSFP-S40K
LC connector, single-mode fiber. Wavelength:
1310 nm. Max. transmission distance:
40km
Transmitting power range: -4 dBm~0 dBm;
receiving sensitivity: ≥-22 dBm
1000BASE-LHSFP-S80K
LC connector, single-mode fiber. Wavelength:
1550 nm. Max. transmission distance:
80km
Transmitting power range: 0 dBm~5 dBm;
receiving sensitivity: ≥-22 dBm
1000BASE-LH
SFP-S120K
LC connector, single-mode fiber. Wavelength:
1550 nm. Max. transmission distance:
120km
Transmitting power range: 5dBm~9dBm,
receiving sensitivity: ≥-30dBm
100BASE-FXSFP-M02K
100BASE-FXSFP-S15K
LC connector, multi-mode fiber, wavelength:
1310 nm, max. transmission distance: 2km
Transmitting power range: -19 dBm~-14
dBm; receiving sensitivity: ≥-30 dBm
LC connector, single-mode fiber. Wavelength:
1310 nm. Max. transmission distance:
15km
Transmitting power range: -14 dBm~-8
dBm; receiving sensitivity: ≥-31 dBm
100BASE-FXSFP-S40K
LC connector, single-mode fiber. Wavelength:
1310 nm. Max. transmission distance:
40km
Transmitting power range: -4 dBm~0 dBm;
receiving sensitivity: ≥-37 dBm
100BASE-FXSFP-S80K
LC connector, single-mode fiber. Wavelength:
1550 nm. Max. transmission distance:
80km
Transmitting power range: -4 dBm~0 dBm;
receiving sensitivity: ≥-37 dBm
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LED Type
There are 48 LEDs on front panel of RS-8900-44FE4GE-SFP card,
indicating working states of 48 Ethernet optical interfaces. There
is one green LINK/ACT indicator under each SFP optical interface.
Functions of these LEDs are described in Table 133.
TABLE 133 LED FUNCTIONS
LED Type
OF
RS-8900-44FE4GE-SFP CARD
State Description
On: interface link is created
LINK/ACT
Off: interface is disconnected from others
Flash: data transmission and reception in
the interface
RS-8900-44FE4GE-RJ4SFP Card
Function
Front Panel
RS-8900-44FE4GE-RJ4SFP card provides 44 100mbps electrical
interfaces and 4 gigabit optical interfaces for user mixing use. It
supports the functions in Layer 2 and Layer 3, can process services in L4-L7, implements all basic services in L3, and has basic
ACL function, extended ACL function, hybrid ACL function, IPV6
function and other functions.
Front panel is shown in Figure 73.
FIGURE 73 FRONT PANEL
Interfaces
OF
RS-8900-44FE4GE-RJ4SFP
Optical module used by RS-8900-44FE4GE-RJ4SFP card is
hot—swap XFP optical module. Each port supports different
transmission distances. Characteristics are shown in Table 134.
TABLE 134 INTERFACE CHARACTERISTICS
Interface Type
1000BASE-SX
SFP-M500
1000BASE-LXSFP-S10K
OF
RS-8900-44FE4GE-RJ4SFP
Characteristics
LC connector, multi-mode fiber, wavelength:
850 nm, max. transmission distance: 500m
Transmission power range: -9.5 Bm~-4
dBm; receiving sensitivity: ≥-18 dBm
LC connector, single-mode fiber. Wavelength:
1310 nm. Max. transmission distance:
10km
Transmission power range: -9.5 Bm~-3
dBm; receiving sensitivity: ≥-20 dBm
100
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Chapter 4 Hardware Board
Interface Type
Characteristics
1000BASE-LXSFP-S40K
LC connector, single-mode fiber. Wavelength:
1310 nm. Max. transmission distance:
40km
Transmitting power range: -4 dBm~0 dBm;
receiving sensitivity: ≥-22 dBm
1000BASE-LHSFP-S80K
LC connector, single-mode fiber. Wavelength:
1550 nm. Max. transmission distance:
80km
Transmitting power range: 0 dBm~5 dBm;
receiving sensitivity: ≥-22 dBm
1000BASE-LH
SFP-S120K
LC connector, single-mode fiber. Wavelength:
1550 nm. Max. transmission distance:
120km
Transmitting power range: 5dBm~9dBm,
receiving sensitivity: ≥-30dBm
100BASE-FXSFP-M02K
100BASE-FXSFP-S15K
LC connector, multi-mode fiber, wavelength:
1310 nm, max. transmission distance: 2km
Transmitting power range: -19 dBm~-14
dBm; receiving sensitivity: ≥-30 dBm
LC connector, single-mode fiber. Wavelength:
1310 nm. Max. transmission distance:
15km
Transmitting power range: -14 dBm~-8
dBm; receiving sensitivity: ≥-31 dBm
100BASE-FXSFP-S40K
LC connector, single-mode fiber. Wavelength:
1310 nm. Max. transmission distance:
40km
Transmitting power range: -4 dBm~0 dBm;
receiving sensitivity: ≥-37 dBm
100BASE-FXSFP-S80K
LC connector, single-mode fiber. Wavelength:
1550 nm. Max. transmission distance:
80km
Transmitting power range: -4 dBm~0 dBm;
receiving sensitivity: ≥-37 dBm
LED Type
There are 48 LEDs on front panel of RS-8900-44FE4GE-RJ4SFP
card, indicating working states of 44 100mbps electrical interfaces
and 4 gigabit optical interfaces. There is one green LINK/ACT indicator under each interface. Functions of these LEDs are described
in Table 135.
TABLE 135 LED FUNCTIONS
LED Type
OF
RS-8900-44FE4GE-RJ4SFP CARD
State Description
On: interface link is created
LINK/ACT
Off: interface is disconnected from others
Flash: data transmission and reception in
the interface
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Chapter
5
Power Supply Module
Table of Contents
Power Supply Module of ZXR10 8912/8908/8905 ................. 103
Power Supply Module of ZXR10 8902 ................................. 105
Power Supply Module of
ZXR10 8912/8908/8905
Considering the practical requirements of core switch, ZXR10
8912/8908/8905 employs hot-backup design for power supply
part. It also provides –48V DC power supply and 220V AC power
supply. DC power supply adopts 1+1 backup mode. Power is
supplied by two groups of –48V DC simultaneously. On the other
hand AC power supply adopts 2+1 backup mode that enhances
the reliability of power supply system.
Power supply system adopts modularization design, in which
power supply types and number of modules are selected according
to the requirements.
Front panel view of power supply module
8912/8908/8905 is as shown in Figure 74.
FIGURE 74 FRONT PANEL VIEW
OF
on
ZXR10
POWER SUPPLY MODULE
Rear panel view of DC power supply module is shown in Figure 75.
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ZXR10 8900 Series Hardware Manual
FIGURE 75 REAR PANEL VIEW
OF
DC
POWER
SUPPLY MODULE
DC power supply adopts 1+1 backup mode. Each system is configured with two DC modules. Technical parameters of these modules
are shown in Table 136.
TABLE 136 TECHNICAL PARAMETERS
OF
DC MODULE
Parameter
Value
Rated voltage
-48V
Permitted voltage range
-57V~-40V
Input electrical current
25A
Maximum power consumption
1200W
Rear panel view of AC power supply module is shown in Figure 76.
FIGURE 76 REAR PANEL VIEW
OF
AC POWER MODULE
AC power supply adopts 2+1 backup mode. Each system is configured with 1~3 AC modules. Technical parameters of these modules are shown in Table 137.
TABLE 137 TECHNICAL PARAMETERS
104
OF
AC MODULE
Parameter
Value
Input voltage
Single phase (220±10%)V
Input electrical current
5A
Frequency
(50±5%)Hz
Maximum power consumption
900W
Line voltage waveform distortion
rate
<5%
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Chapter 5 Power Supply Module
Power Supply Module of
ZXR10 8902
Considering the practical requirements of core switch, ZXR10
8902 switch employs hot-backup design in power supply part. It
also provides –48V DC power supply and 220V AC power supply.
DC power supply and AC power supply adopt 1+1 backup mode.
Power is supplied by two groups simultaneously that enhances
the reliability of power supply system. Switch and power wires
are on the front end of the plug-in box.
Power supply system adopts modularization design, in which
power supply types and number of modules can be selected
according to the requirements. Front panel view of DC power
supply module is showed in Figure 77.
FIGURE 77 FRONT PANEL VIEW
OF
8902 DC POWER SUPPLY MODULE
DC power supply adopts 1+1 backup mode. Each system is configured with two DC modules. Technical parameters are shown in
Table 138.
TABLE 138 TECHNICAL PARAMETERS
OF
8902 DC POWER SUPPLY MODULE
Parameter
Value
Rated voltage
-48V
Permitted voltage range
-57V~-40V
Input electrical current
6A
Maximum power consumption
300W
Front panel view of AC power supply module is shown in Figure 78.
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ZXR10 8900 Series Hardware Manual
FIGURE 78 FRONT PANEL VIEW
OF
8902 AC POWER SUPPLY MODULE
AC power supply adopts 1+1 backup mode. Each system is configured with 1~2 AC modules. Technical parameters of AC modules
are shown in Table 139.
TABLE 139 TECHNICAL PARAMETERS
106
OF
8902 AC POWER SUPPLY MODULE
Parameter
Value
Input voltage
Single phase (220±10%)V
Input electrical current
1.5A
Frequency
(50±5%)Hz
Maximum power consumption
280W
Line voltage waveform distortion
rate
<5%
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Chapter
6
Fan Plug-in Box
Table of Contents
Fan Plug-in Box Overview ................................................. 107
Fan Plug-in Box of ZXR10 8912 ......................................... 107
Fan Plug-in Box of ZXR10 8908 ......................................... 109
Fan Plug-in Box of ZXR10 8905 ......................................... 110
Fan Plug-in Box of ZXR10 8902 ......................................... 111
Fan Plug-in Box Overview
ZXR10 8900 series switch adopts left side in draft heat dissipation
mode. This mode is adapted at the left side of front view in the
chassis. Multiple fans are used to draft the air from inside the device. There is an air inlet that lies at the right side of the chassis,
due to which the heat flows from right to left. Fan inside the device absorbs the air from outside and exchanges it with the heat
generated from single board and the power board of the device.
Major heating chips adopts aluminum radiator. Air-filter is set at
the inlet that facilitates the maintenance and cleaning of chassis.
Air-filter can be disassembled from the back of chassis.
Fan Plug-in Box of ZXR10
8912
There are eight fans in the fan plug-in box. Front panel view of
fan plug-in box is shown in Figure 79.
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ZXR10 8900 Series Hardware Manual
FIGURE 79 FRONT PANEL VIEW
OF
8912 FAN PLUG-IN BOX
There are eight LEDs in the front panel of fan plug-in box. Each
indicates the fan operating status, on for normal working status
while off for faulty.
108
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Chapter 6 Fan Plug-in Box
Fan Plug-in Box of ZXR10
8908
There are six fans in the fan plug-in box. Front panel view of fan
plug-in box is shown in Figure 80.
FIGURE 80 FRONT PANEL VIEW
OF
8908 FAN PLUG-IN BOX
There are six LEDs in the front panel of fan plug-in box. Each
indicates the fan operating status, on for normal working status
while off for faulty.
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ZXR10 8900 Series Hardware Manual
Fan Plug-in Box of ZXR10
8905
There are four fans in the fan plug-in box. Front panel view of fan
plug-in box is shown in Figure 81.
FIGURE 81 FRONT PANEL VIEW
OF
8905 FAN PLUG-IN BOX
There are four LEDs in the front panel of fan plug-in box. Each
indicates the fan operating status, on for normal working status
while off for faulty.
110
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Chapter 6 Fan Plug-in Box
Fan Plug-in Box of ZXR10
8902
There are three fans in the fan plug-in box of ZXR10 8902. Front
panel view of fan plug-in box is shown in Figure 82.
FIGURE 82 FRONT PANEL VIEW
OF
8902 FAN PLUG-IN BOX
There are no indicators on the front panel of ZXR10 8902. Fault
indicators lie on the control switching board.
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Figures
Figure 1 ZXR10 8912/8908/8905 System Principle .................10
Figure 2 ZXR10 8902 System Principle .................................10
Figure 3 ZXR10 8912 Component Location ............................12
Figure 4 ZXR10 8912 Front Panel.........................................13
Figure 5 ZXR10 8908 Component Location ............................14
Figure 6 ZXR10 8908 Front Panel.........................................14
Figure 7 ZXR10 8905 Component Location ............................15
Figure 8 ZXR10 8905 Front Panel.........................................15
Figure 9 ZXR10 8902 Component Location ............................16
Figure 10 ZXR10 8902 Front Panel .......................................16
Figure 11 8912 Front Panel .................................................17
Figure 12 8912 Structure Diagram .......................................18
Figure 13 ZXR10 8908 Front Panel .......................................19
Figure 14 ZXR10 8908 Structure Diagram .............................19
Figure 15 ZXR10 8905 Front Panel .......................................20
Figure 16 ZXR10 8905 Structure Diagram .............................20
Figure 17 ZXR10 8902 Front Panel .......................................21
Figure 18 ZXR10 8902 Structure Diagram .............................21
Figure 19 Front Panel of RS-8912-MCSII...............................23
Figure 20 Front Panel of RS-8908-MCSII...............................26
Figure 21 Front Panel of RS-8908-MCS .................................28
Figure 22 Front Panel of RS-8905-MCSII...............................31
Figure 23 Front Panel of RS-8905-MCS .................................33
Figure 24 Front Panel of RS-8902-MCS .................................35
Figure 25 Front Panel of RS-89S1-24GE-RJ ...........................40
Figure 26 Front Panel of RS-89S1-24GE-SFP .........................40
Figure 27 Front Panel of RS-89S1-24GE-SFP4RJ ....................42
Figure 28 Front Panel of RS-89S1-48GE-RJ ...........................43
Figure 29 Front Panel of RS-89S1-48GE-SFP .........................44
Figure 30 Front Panel of RS-89S1-2XGE-XFP .........................45
Figure 31 Front Panel of RS-89S1-4XGE-XFP .........................46
Figure 32 Front Panel of RS-89S1-8XGE-XFP .........................47
Figure 33 Front Panel of RS-89S2-12GE-SFP4RJ ....................48
Figure 34 Front Panel of RS-89S2-12GE-RJ4SFP ....................50
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Figure 35 Front Panel of RS-89S2-24GE-RJ ...........................51
Figure 36 Front Panel of RS-89S2-24GE-SFP .........................52
Figure 37 Front Panel of RS–89S2-24GE-SFP4RJ ....................53
Figure 38 Front Panel of RS-89S2-24GE-RJ4SFP ....................55
Figure 39 Front Panel of RS-89S2-48GE-RJ ...........................57
Figure 40 Front Panel of RS-89S2-48GE-SFP .........................58
Figure 41 Front Panel of RS-89S2-2XGE-XFP .........................59
Figure 42 Front Panel of RS-89S2-4XGE-XFP .........................60
Figure 43 RS-89S2-24GE2XGE-SFP4RJXFP Front Panel ...........61
Figure 44 RS-89S2-24GE2XGE-RJ4SFPXFP Front Panel ...........64
Figure 45 RS-89S2A-24GE-SFP4RJ Front Panel ......................66
Figure 46 RS-89S2A-2XGE-XFP Front Panel ...........................67
Figure 47 Front Panel of RS-89E3-12GE-SFP4RJ ....................68
Figure 48 Front Panel of RS-89E3-12GE-RJ4SFP ....................70
Figure 49 Front Panel of RS-89E3-24GE-SFP4RJ ....................71
Figure 50 Front Panel of RS-89E3-24GE-RJ4SFP ....................73
Figure 51 Front Panel of RS-89E3-2XGE-XFP .........................74
Figure 52 Front Panel of RS-89E3-4XGE-XFP .........................75
Figure 53 RS-89E3B-2XGE-XFP Front Panel ...........................76
Figure 54 RS-89E3B-4XGE-XFP Front Panel ...........................77
Figure 55 Front Panel of RS-89F3-24GE-SFP..........................78
Figure 56 Front Panel of RS-89H1-24GE-SFP .........................80
Figure 57 Front Panel of RS-89H1-48GE-SFP .........................81
Figure 58 Front Panel of RS-89H1-48GE-RJ ...........................82
Figure 59 Front Panel of RS-89H1-4XGE-XF...........................83
Figure 60 Front Panel of RS-89H2-24GE-SFP Card..................84
Figure 61 Front Panel of RS-89H2-48GE-SFP Card..................86
Figure 62 Front Panel of RS-89H2-48GE-RJ ...........................87
Figure 63 Front Panel of RS-89H2-24GE2XG-SF12RJXF Card ...88
Figure 64 Front Panel of RS-89H3-24GE-SFP .........................90
Figure 65 Front Panel of RS-89H3-48GE-SFP .........................91
Figure 66 Front Panel of RS-89H3-48GE-RJ ...........................92
Figure 67 Front Panel of RS-89H3-24GE2XG-SF12RJXF Card ...93
Figure 68 Front Panel of RS-89H3-4XGE-XFP .........................95
Figure 69 Front Panel of RS-89S3-4XGE-XFP .........................96
Figure 70 Front Panel of RS-89M1-DPI Card ..........................97
Figure 71 Front Panel of RS-89M1-FW Card...........................98
Figure 72 Front Panel of RS-8900-44FE4GE-SFP ....................98
Figure 73 Front Panel of RS-8900-44FE4GE-RJ4SFP ............. 100
Figure 74 Front Panel View of Power Supply Module ............. 103
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Figures
Figure 75 Rear Panel View of DC power Supply Module ......... 104
Figure 76 Rear Panel View of AC Power Module .................... 104
Figure 77 Front Panel View of 8902 DC Power Supply
Module ........................................................... 105
Figure 78 Front Panel View of 8902 AC Power Supply Module .. 106
Figure 79 Front Panel View of 8912 Fan Plug-in Box ............. 108
Figure 80 Front Panel View of 8908 Fan Plug-in Box ............. 109
Figure 81 Front Panel View of 8905 Fan Plug-in Box ............. 110
Figure 82 Front Panel View of 8902 Fan Plug-in Box ............. 111
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Tables
Table 1 CHAPTER SUMMARY .................................................. i
Table 3 Technical Features and Parameters............................. 5
Table 4 Console Cable Line Order .........................................24
Table 5 Features of 10/100Base-TX Ethernet Interface............24
Table 6 Function Description of LEDs ....................................25
Table 7 Function Description of Buttons ................................25
Table 8 Console Cable Line Order .........................................26
Table 9 Features of 10/100Base-TX Ethernet Interface............26
Table 10 Function Description of LEDs ..................................27
Table 11 Function Description of Buttons...............................28
Table 12 Console Cable Line Order .......................................28
Table 13 Features of 10/100Base-TX Ethernet Interface ..........29
Table 14 Function Description of LEDs ..................................29
Table 15 Function Description of Buttons...............................30
Table 16 Console Cable Line Order .......................................31
Table 17 Features of 10/100Base-TX Ethernet Interface ..........31
Table 18 Function Description of LEDs ..................................32
Table 19 Function Description of Buttons...............................33
Table 20 Console Cable Line Order .......................................33
Table 21 Features of 10/100Base-TX Ethernet Interface ..........34
Table 22 Function Description of LEDs ..................................34
Table 23 Function Description of Buttons...............................35
Table 24 Console Cable Line Order .......................................36
Table 25 Features of 10/100Base-TX Ethernet Interface ..........36
Table 26 Function Description of LEDs ..................................37
Table 27 Function Description of Buttons...............................38
Table 28 ZXR10 8900 series switch LIC Model List..................38
Table 29 Interface Characteristics of RS-89S1-24GE-RJ Card ...40
Table 30 LED Functions of RS-89S1-24GE-RJ Card .................40
Table 31 Interface Characteristics of RS-89S1-24GE-SFP
Card ................................................................41
Table 32 LED Functions of RS-89S1-24GE-SFP Card ...............41
Table 33 Interface Characteristics of RS-89S1-24GE-SFP4RJ
Card ................................................................42
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ZXR10 8900 Series Hardware Manual
Table 34 LED Functions of RS-89S1-24GE-SFP4RJ Card ..........43
Table 35 Interface Characteristics of RS-89S1-48GE-RJ Card ...43
Table 36 LED Functions of RS-89S1-48GE-RJ Card .................43
Table 37 Interface Characteristics of RS-89S1-48GE-SFP
Card ................................................................44
Table 38 LED Functions of RS-89S1-48GE-SFP Card ...............45
Table 39 Interface Characteristics of RS-89S1-2XGE-XFP
card.................................................................45
Table 40 LED Functions of RS-89S1-2XGE-XFP card................46
Table 41 Interface Characteristics of RS-89S1-4XGE-XFP
Card ................................................................46
Table 42 LED Functions of RS-89S1-4XGE-XFP Card ...............47
Table 43 Interface Characteristics of RS-89S1-8XGE-XFP
Card ................................................................47
Table 44 LED Functions of RS-89S1-8XGE-XFP Card ...............48
Table 45 Interface Characteristics of RS-89S2-12GE-SFP4RJ
Card ................................................................48
Table 46 LED Functions of RS-89S2-12GE-SFP4RJ Card 1........49
Table 47 LED Functions of RS-89S2-12GE-SFP4RJ Card 2........49
Table 48 Interface Characteristics of RS-89S2-12GE-RJ4SFP
Card ................................................................50
Table 49 LED Function of RS-89S2-12GE-RJ4SFP Card ............51
Table 50 Interface Characteristics of RS-89S2-24GE-RJ Card ...51
Table 51 LED Functions of RS-89S2-24GE-RJ Card .................52
Table 52 Interface Characteristics of RS-89S2-24GE-SFP
Card ................................................................52
Table 53 LED Functions of RS-89S2-24GE-SFP Card ...............53
Table 54 Interface Characteristics of RS-89S2-24GE-SFP4RJ
Card ................................................................54
Table 55 LED Function of RS-89S2-24GE-SFP4RJ Card 1 .........55
Table 56 LED Function of RS-89S2-24GE-SFP4RJ Card 2 .........55
Table 57 Interface Characteristics of RS-89S2-24GE-RJ4SFP
Card ................................................................56
Table 58 LED Functions of RS-89S2-24GE-RJ4SFP Card ..........56
Table 59 Interface Characteristics of RS-89S2-48GE-RJ Card ...57
Table 60 LED Functions of RS-89S2-48GE-RJ Card .................57
Table 61 Interface Characteristics of RS-89S2-48GE-SFP
Card ................................................................58
Table 62 LED Functions of RS-89S2-48GE-SFP Card ...............59
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Tables
Table 63 Interface Characteristics of RS-89S2-2XGE-XFP
Card ................................................................59
Table 64 LED Functions of RS-89S2-2XGE-XFP Card ...............60
Table 65 Interface Characteristics of RS-89S2-4XGE-XFP
card.................................................................60
Table 66 LED Functions of RS-89S2-4XGE-XFP card................61
Table 67 Interface Characteristics of RS-89S2-24GE2XGESFP4RJXFP card.................................................61
Table 68 RS-89S2-24GE2XGE-SFP4RJXFP Card Gigabit
Optical Interface LED Function Description ............63
Table 69 RS-89S2-24GE2XGE-SFP4RJXFP Card Gigabit
Electrical Interface LED Function Description .........63
Table 70 RS-89S2-24GE2XGE-SFP4RJXFP Card 10G Optical
Interface LED Function Description.......................63
Table 71 Interface Characteristics of RS-89S2-24GE2XGERJ4SFPXFP card.................................................64
Table 72 RS-89S2-24GE2XGE-RJ4SFPXFP Card Gigabit
Optical Interface LED Function Description ............65
Table 73 RS-89S2-24GE2XGE-RJ4SFPXFP Card 10G Optical
Interface LED Function Description.......................66
Table 74 Interface Characteristics of RS-89S2A-24GE-SFP4RJ
card.................................................................66
Table 75 RS-89S2A-24GE-SFP4RJ Card Front Panel LED
Function Description ..........................................67
Table 76 Interface Characteristics of RS-89S2A-2XGE-XFP
card.................................................................68
Table 77 RS-89S2A-2XGE-XFP Card Front Panel LED Function
Description .......................................................68
Table 78 Interface Characteristics of RS-89E3-12GE-SFP4RJ
Card ................................................................69
Table 79 LED Functions of RS-89E3-12GE-SFP4RJ Card 1 ........69
Table 80 LED Functions of RS-89E3-12GE-SFP4RJ Card 2 ........70
Table 81 Interface Characteristics of RS-89E3-12GE-RJ4SFP
Card ................................................................70
Table 82 LED Functions of RS-89E3-12GE-RJ4SFP Card...........71
Table 83 Interface Characteristics of RS-89E3-24GE-SFP4RJ
Card ................................................................72
Table 84 LED Functions of RS-89E3-24GE-SFP4RJ Card 1 ........72
Table 85 LED Functions of RS-89E3-24GE-SFP4RJ Card 2 ........73
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ZXR10 8900 Series Hardware Manual
Table 86 Interface Characteristics of RS-89E3-24GE-RJ4SFP
Card ................................................................73
Table 87 LED Functions of RS-89E3-24GE-RJ4SFP Card...........74
Table 88 Interface Characteristics of RS-89E3-2XGE-XFP
Card ................................................................75
Table 89 LED Functions of RS-89E3-2XGE-XFP Card ...............75
Table 90 Interface Characteristics of RS-89E3-4XGE-XFP
Card ................................................................76
Table 91 LED Functions of RS-89E3-4XGE-XFP Card ...............76
Table 92 Interface Characteristics of RS-89E3B-2XGE-XFP
card.................................................................77
Table 93 RS-89E3B-2XGE-XFP Card Front Panel LED Function
Description .......................................................77
Table 94 Interface Characteristics of RS-89E3B-4XGE-XFP
card.................................................................78
Table 95 RS-89E3B-4XGE-XFP Card Front Panel LED Function
Description .......................................................78
Table 96 Interface Characteristics of RS-89F3-24GE-SFP
Card ................................................................79
Table 97 LED Functions of RS-89F3-24GE-SFP Card................79
Table 98 Interface Characteristics of RS-89H1-24GE-SFP
Card ................................................................80
Table 99 LED Functions of RS-89H1-24GE-SFP Card ...............81
Table 100 Interface Characteristics of RS-89H1-48GE-SFP
Card ................................................................81
Table 101 LED Functions of RS-89H1-48GE-SFP Card .............82
Table 102 Interface Characteristics of RS-89H1-48GE-RJ
Card ................................................................83
Table 103 LED Functions of RS-89H1-48GE-RJ Card ...............83
Table 104 Interface Characteristics of RS-89H1-4XGE-XF
Card ................................................................83
Table 105 LED Functions of RS-89H1-4XGE-XF Card ...............84
Table 106 Interface Characteristics of RS-89H2-24GE-SFP
Card ................................................................85
Table 107 LED Functions of RS-89H2-24GE-SFP Card .............85
Table 108 Interface Characteristics of RS-89H2-48GE-SFP
Card ................................................................86
Table 109 LED Functions of RS-89H2-48GE-SFP Card .............87
Table 110 Interface Characteristics of RS-89H2-48GE-RJ
Card ................................................................87
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Tables
Table 111 LED Functions of RS-89H2-48GE-RJ Card ...............87
Table 112 Interface Characteristics of RS-89H2-24GE2XGSF12RJXF Card..................................................88
Table 113 RS-89H2-24GE2XG-SF12RJXF Front Panel Optical
Interface Indicator Function Description................89
Table 114 RS-89H2-24GE2XG-SF12RJXF Front Panel
Electrical Interface Indicator Function Description...89
Table 115 Interface Characteristics of RS-89H3-24GE-SFP
Card ................................................................90
Table 116 LED Functions of RS-89H3-24GE-SFP Card .............90
Table 117 Interface Characteristics of RS-89H3-48GE-RJ
Card ................................................................91
Table 118 LED Functions of RS-89H3-48GE-RJ Card ...............92
Table 119 Interface Characteristics of RS-89H3-48GE-RJ
Card ................................................................92
Table 120 LED Functions of RS-89H3-48GE-RJ Card ...............93
Table 121 Interface Characteristics of RS-89H3-24GE2XGSF12RJXF Card..................................................93
Table 122 RS-89H3-24GE2XG-SF12RJXF Front Panel Optical
Interface Indicator Function Description................94
Table 123 RS-89H3-24GE2XG-SF12RJXF Front Panel
Electrical Interface Indicator Function Description...94
Table 124 Interface Characteristics of RS-89H3-4XGE-XFP
Card ................................................................95
Table 125 LED Functions of RS-89H3-4XGE-XFP Card .............95
Table 126 Interface Characteristics of RS-89S3-4XGE-XFP
Card ................................................................96
Table 127 LED Functions of RS-89S3-4XGE-XFP Card .............96
Table 128 Interface Characteristics of RS-89M1-DPI Card........97
Table 129 LED Functions of RS-89M1-DPI Card ......................97
Table 130 Interface Characteristics of RS-89M1-FW Card ........98
Table 131 LED Functions of RS-89M1-FW Card.......................98
Table 132 Interface Characteristics of RS-8900-44FE4GE-SFP
Card ................................................................99
Table 133 LED Functions of RS-8900-44FE4GE-SFP Card....... 100
Table 134 Interface Characteristics of RS-8900-44FE4GERJ4SFP........................................................... 100
Table 135 LED Functions of RS-8900-44FE4GE-RJ4SFP Card .. 101
Table 136 Technical Parameters of DC Module...................... 104
Table 137 Technical Parameters of AC Module ...................... 104
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121
ZXR10 8900 Series Hardware Manual
Table 138 Technical Parameters of 8902 DC Power Supply
Module ........................................................... 105
Table 139 Technical Parameters of 8902 AC Power Supply
Module ........................................................... 106
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List of Glossary
ACL - Access Control List
BGP - Border Gateway Protocol
CLI - Command Line Interface
DHCP - Dynamic Host Configuration Protocol
IGMP - Internet Group Management ProtocolInternet
IS-IS - Intermediate System-to-Intermediate System
LACP - Link Aggregation Control Protocol
MSDP - Multicast Source Discovery Protocol
MSTP - Multiple Spanning Tree Protocol
OSPF - Open Shortest Path First
PIM-SM - Protocol Independent Multicast Sparse Mode
PVLAN - Private VLAN
QoS - Quality of Service
RADIUS - Remote Authentication Dial In User Service
RIP - Routing Information Protocol
RIPng - Routing Information Protocol next generation
RMON - Remote Monitoring
RSTP - Rapid Spanning Tree Protocol
SNMP - Simple Network Management Protocol
SP - Strict Priority
SSH - Secure Shell
STP - Spanning Tree Protocol
TELNET - Telecommunication Network Protocol
UDLD - UniDirectional Link Detection
VLAN - Virtual Local Area Network
VRRP - Virtual Router Redundancy Protocol
WRR - Weighted Round Robin
ZESR - ZTE Ethernet Switch Ring
ZESS - ZTE Ethernet Smart Switch
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123