Huawei CR52K-10GE-LAN-40KM, CR52K-10GE-WAN-40KM, CR52K-10GE-LAN-10KM, CR52K-2x10GE-LAN-XFP, CR52K-10GE-WAN-10KM Specifications

Quidway® NetEngine 5000E Core Router 10GE Optical Interface Boards

Copyright ©2007 Huawei Technologies Co., Ltd. All Rights Reserved.

http://www.huawei.com/products/datacomm/

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Quidway® NetEngine 5000E Core Router

10GE Optical Interface Boards

Overview

Based on the 10G platform, the Quidway® NetEngine 5000E core router (hereinafter referred to as
"NE5000E") supports 10GE optical interface boards with different port densities. Having 16 service
slots and supporting multi-chassis cascading, the NE5000E i s scalable to provide high -densit y 10G
interfaces, fully satisfying super core node requirements of IP backbone networks. The NE5000E
has a switching capacity of 2.56 Tbps, achieving the wire-speed forwarding performance on
high-density 10G interfaces.

The 10GE optical interface boards provided by the E5000E fall into two categories: W AN board and
LAN board. Their differences are as follows:

z The WAN board encapsulates Ethernet MAC frames in the SDH/SONET frame structure and

then transmits them over optical fibers. It can be connected with the interfaces of another WAN
board or with the SDH/SONET transmission equipment. The WAN board is mainly applied in
WAN interconnection of the Ethernet.

z The LAN board conducts electrical/optical (E/O) conversion of Ethernet MAC frames and then

directly transmits them via optical fibers. It can be connected only to the interface of another
LAN board. It is mainly applied in LAN interconnection of the Ethernet.

CR52K-10GE-LAN-10KM

The 10G LAN board mainly implements 10G LAN processi ng and interface fun ctions. The i nte rface
complies with IEEE 802.3ae, implements MAC and Physical Coding Sublayer (PCS) functions and
provides functions such as loopback, environment monitoring and information query.

The 10G WAN board mainly implements 10G WAN processing and interface functions. The
interface complies with IEEE 802.3ae, implements MAC, PCS and Wide Area Interface Sublayer
(WIS) functions and provides functions such as loopback, environment monitoring and information
query.

Quidway® NetEngine 5000E Core Router 10GE Optical Interface Boards

Copyright ©2007 Huawei Technologies Co., Ltd. All Rights Reserved.

http://www.huawei.com/products/datacomm/

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Currently , the NE5000E provides two types of 10GE optical interface board s: 1-port and 2-port. The
first type uses pluggable XFP optical modules, and the latter type uses fixed optical modules.
Before networking, you must first choose between 10G LAN board and 10G WAN board based on
their differences, then choose between 1-port and 2-port 10GE optical interface boards based on
network requirements, and finally choose between pluggable XFP optical module s and fixed optical
modules for the 10G optical interface board based on transmission distance requirements.

Specifications

Currently, the NE5000E supports three types of 10G LAN boards and three types of 10G WAN
boards. Among them, two use pluggable XFP optical modules (2-port), and the other four use fixed
optical modules (1-port). The specifications are listed below:

Module name Interface type Description

CR52K-2x10GE-LAN-XFP LC

2-port 10G LAN Ethernet optical interface
board: Different XFP optical modules can be
chosen for different transmission distances.

CR52K-10GE-LAN-10KM LC

1-port 10G LAN Ethernet optical interface
board: The center wavelength is 1310 nm, and
the maximum transmission distance is 10 km.

CR52K-10GE-LAN-40KM LC

1-port 10G LAN Ethernet optical interface
board: The center wavelength is 1550 nm, and
the maximum transmission distance is 40 km.

CR52K-2x10GE-WAN-XFP LC

2-port 10G WAN Ethernet optical interface
board: Different XFP optical modules can be
chosen for different transmission distances.

CR52K-10GE-WAN-10KM LC

1-port 10G WAN Ethernet optical interface
board: The center wavelength is 1310 nm, and
the maximum transmission distance is 10 km.

CR52K-10GE-WAN-40KM LC

1-port 10G WAN Ethernet optical interface
board: The center wavelength is 1550 nm, and
the maximum transmission distance is 40 km.