huawei datacom product quick reference --ne series routers(20080121)

Huawei Datacom Product Quick Reference

HUAWEI TECHNOLOGIES CO., LTD.

— NE Series Routers

2



Quidway® NetEngine 5000E Core Router ...................................................................1

Quidway® NetEngine 80E Core Router .......................................................................8

Quidway® NetEngine 40E Core Router .....................................................................16

Quidway® NetEngine 80 Core Router .......................................................................24

Quidway® NetEngine 40 Core Router Series .............................................................31

Quidway® NetEngine 20/20E High-end Router Series ...............................................40

Quidway® NetEngine 16E/08E/05 High-end Router Series ........................................50

Contents

Quidway® NetEngine 5000E Core Router

OverviewThe Quidway® NetEngine 5000E Core Router (NE5000E for short) is one of the most

powerful routers in the industry in terms of forwarding capacity, high scalability, high

availability and service flexibility. The NE5000E is the premier high-end routing platform,

designed specifically for the heart of the next generation IP/MPLS core networks with

the latest ASIC, MPLS and IPv6 technology. The NE5000E inherits the 5th generation

of routers philosophy, based on the advanced network processor technology, ASIC

technology, IPv6 technology and optical backplane interconnection technology. The

NE5000E provides the highest reliability, the richest set of service enablers, the lowest

total cost of ownership, and the only proven investment protection, including systems

that can be upgraded in the field to increase switching capacity. This innovative

combination of features and capabilities enables service providers to build the most

competitive next generation IP/MPLS networks.

NE5000E Core Router

1



Key FeaturesContinuous Extension Capability z

The NE5000E includes two major configurations: single chassis system and multi-

chassis cluster system. The single chassis system has 2.56 Tbps switching capacity

and 16 available 40 Gbps line card slots. The multi-chassis cluster system is built by

interconnecting two or more line card chassis with fabric card chassis and supports

maximal 64 chassis cluster to extend the system capacity up to 160 Tbps. This, coupled

with a forwarding and packet processing performance of 1.6 billion packets per second,

makes the NE5000E the optimum choice in building today’s NGN backbone networks.

Outstanding Routing Performance z

The NE5000E is a highly reliable platform that not only supports the full suite of IP

routing protocols such as IS-IS, OSPF and BGP, but also allows advanced IP features to be

introduced efficiently, without compromising on performance.

Rich Service Features z

The NE5000E adopts the advanced ASIC and network processor technology, and it is

available with a variety of service features with an outstanding performance. It provides

MPLS VPN/TE, QoS, multicast and security, to implement the smooth evolution from

IPv4 and IPv6. The NE5000E is available with the fast service upgrading and expansion

capability to protect customers’ investment to the largest extent, which speeds up the

development of the IP network with the enhanced natures of broadband, security, service

and intelligence.

Carrier-class Reliability z

The NE5000E represents a new class of router designed to deliver industry-leading

scalability and reliability to IP networks. It was designed to operate in the most

demanding service provider environments. All components including the main control

board, switching fabric and cooling modules are fully redundant and hot-swappable.

In addition, we have implemented a number of reliability features on the NE5000E,

including IP/LDP FRR, MPLS TE FRR, BFD, Non-stop forwarding, Graceful Restart, IGP Fast

Convergence, Hot Patching, Ethernet Trunk, IP Trunk, etc. With these state-of-the-art

technologies, the NE5000E delivers a carrier-class reliability of 99.999%-guarranteed.

2



Feature NE5000E

Switching Capacity 2.56 Tbps per chassis, non-blocking switching

Forwarding Performance 1600 Mpps per chassis

Number of Interface Board

Slots16

Interface Type

OC-192c/STM-64c PoS

OC-48c/STM-16c PoS

OC-12c/STM-4c PoS

OC-3c/STM-1 PoS

10GE WAN/LAN

GE

Routing Protocol

Supports routing protocols OSPF, IS-IS, BGP4, PIM-DM/SM, PIM-SSM，

MSDP and MBGP; available with an ultra-large routing table capacity; all the

ports can still be able to keep wire-speed forwarding in the complex routing

environment such as routing oscillation; supports the fast convergence

function to practically improve the reliability of users’ IP network.

IPv6

Comprehensively supports the features and services of IPv6. Implements

the IPv6 wire-speed forward processing based on the hardware mode;

supports routing protocols such as OSPFv3, ISISv6, BGP4+, RIPng,

provides a variety of transition technologies from IPv4 to IPv6.

MPLS VPNMPLS TE, MPLS/BGP VPN, Inter-AS VPN, Carrier’s Carrier, MPLS L2 VPN

(Martini/Kompella), PWE3, VPLS/H-VPLS.

QoS

Supports the complex traffic classification integrating the L2/L3/

L4 packet information; provides the powerful bi-directional traffic

classification rule; supports the traffic policing and shaping function;

equipped with the advanced QoS functions such as PFQ/WFQ/CBQ

multi-level queue scheduling and WRED, it can provide the perfect QoS

function based on DiffServ and MPLS TE tunnel.

Reliability

The main control module provides 1:1 backup while the switching

fabric module provides 3+1 backup, and the system power supply and

fan provides redundancy backup, supporting the non-stop forwarding;

all the components can be hot swapped; provides the fast routing

convergence and MPLS fast re-routing (FRR) function.

ArchitectureThe standalone system is of the integrated chassis structure, supporting

19-inch standard rack and multi-machine extension.

Input Power DC: -48V; AC: 110V/220V

Specification

3



Max. Power Consumption < 5,000W

Dimension (W × D × H) 442mm × 669mm × 1,600mm

Maximum Weight in Full

Configuration< 250kg

Environmental

Requirements

Long-term operating temperature: 0 ~ 45°C

Short-term operating temperature: -5 ~ 55°C

Storage temperature: -40 ~ 70°C

Temperature change rate limit: 30°C/h

Operating humidity: 5% ~ 85%, non-condensing

Short-term operating humidity: 0% ~ 95%

Altitude: No effect on forwarding performance within 3,000m

Storage altitude: < 5000m

Order Information

Item Description Amount Remarks

Host System

CR52-22Assembly cabinet-NE500E-CR5B1TSR-2.2 high-

end router assembly cabinet1 Optional

CR52K-BKPC Components for the NE 5000E integrated chassis 1 Mandatory

CR52-MPUA

Main processing board, with L3 clock module.

Additional CF card and memory should be

configured

2

Mandatory, 2

pieces

recommended

CR52K-SFUC NE5000E switching fabric board 4

Mandatory, 4

pieces

recommended

CR52-PWRA-DC

Specially-made secondary power supply-6500W-

-5degC-55degC--38V--75V--36-75VDC- primary

channel 160A

2

Mandatory, 2

pieces

recommended

CR52-PWRA-AC AC Power Supply, NEPS5000-A 2

Mandatory, 2

pieces

recommended

SWP-NE5000E-LIC-

VRP5NE5000E VRP5 Base Package 1 Mandatory

SWP-NE5000E-LIC-

IPV6NE5000E IPv6 1 Optional

SWP-CR53KLIC-

NetStream-SPUCNetStream License for SPU C 15 Optional

4



SWP-CR53KLIC-

Tunnel-SPUCTunnel (BFD, 4 over 6, etc.) License for SPU C 15 Optional

SWP-CR53KLIC-

MVPN-SPUCMVPN License for SPU C 15 Optional

CR52-MPUACFB Main processing unit 512MB FLASH card 2

Mandatory, 1

memory bar

for 1 MPUA

CR52-MPUAMEMB Main processing unit 1GB memory bar 2

Mandatory, 1

memory bar

for 1 MPUA

DOC-NE5000E NE5000E Core Router Electronic Documentation 1 Mandatory

CF52K-SFEANE5000E, CR52SFEA, Switch Fabric Extended

Unit A4

Mandatory for

one of the 2

chassis cluster

system

CF52K-Fiber-20m

Patch Cord, 1*6MPO(M) Array Connector,

1*6MPO(M) Array Connector, Multi-mode, A1a,

2.5mm/14.9mm, 20m, 72 Cores Ribbon Cable

16

Mandatory

for 2 chassis

cluster system

CF52K-Fiber-60m

Patch Cord, 1*6MPO(M) Array Connector,

1*6MPO(M) Array Connector, Multi-mode, A1a,

2.5mm/14.9mm, 60m, 72 Cores Ribbon Cable

16

Mandatory

for 2 chassis

cluster system

Line interface board

CR52K-

10x1000Base-X-SFP10-Port 1000Base-X-SFP Line Processing Unit E 16

Optional, SFP

needs to be

configured

CR52K-

20x1000Base-X-SFP20-Port 1000Base-X-SFP Line Processing Unit E 16

Optional, SFP

needs to be

configured

CR52K-1x10GBase-

LAN-XFP1-Port 10GBase LAN-XFP Line Processing Unit E 16

Optional, XFP

needs to be

configured

CR52K-1x10GBase-

WAN-XFP1-Port 10GBase WAN-XFP Line Processing Unit E 16

Optional, XFP

needs to be

configured

CR52K-2x10GBase-


Optional, XFP

needs to be

configured

5



CR52K-2x10GBase-

WAN-XFP 2-Port 10GBase WAN-XFP Line Processing Unit E 16

Optional, XFP

needs to be

configured

CR52K-4x10GBase-


Optional, XFP

needs to be

configured

CR52K-4x10GBase-

WAN-XFP4-Port 10GBase WAN-XFP Line Processing Unit E 16

Optional, XFP

needs to be

configured

CR52K-1xPOS/

STM64-XFP

1-Port OC-192c/STM-64c POS-XFP Line Processing

Unit E16

Optional, XFP

needs to be

configured

CR52K-2xPOS/

STM64-XFP


Unit E 16

Optional, XFP

needs to be

configured

CR52K-1xPOS/

STM16-SFP

1-Port OC-48c/STM-16c POS-SFP Line Processing

Unit E16

Optional, SFP

needs to be

configured

CR52K-2xPOS/

STM16-SFP


Unit E16

Optional, SFP

needs to be

configured

CR52K-4xPOS/

STM16-SFP


Unit E16

Optional, SFP

needs to be

configured

CR52K-8xPOS/

STM16-SFP


Unit E16

Optional, SFP

needs to be

configured

CR52K-4xPOS/

STM4-SFP


Unit E16

Optional, SFP

needs to be

configured

CR52K-8xPOS/

STM4-SFP


Unit E16

Optional, SFP

needs to be

configured

CR52K-8xPOS/

STM1-SFP


Unit E16

Optional, SFP

needs to be

configured

CR52K-4xPOS/

STM64-XFP


Unit E16

Optional, XFP

needs to be

configured

6



CR52K-2xPOS/

STM64-XFP&4xPOS/

STM16-SFP

2-Port OC-192c/STM-64c POS-XFP and 4-Port

OC-48c/STM-16c POS-SFP Line Processing Unit E16

Optional, XFP/

SFP needs to

be configured

CR52K-2x10GBase-

LAN-XFP&4xPOS/

STM16-SFP

2-Port 10GBase LAN-XFP and 4-Port OC-48c/

STM-16c POS-SFP Line Processing Unit E 16

Optional, XFP/

SFP needs to

be configured

CR52K-2x10GBase-

WAN-XFP&4xPOS/

STM16-SFP

2-Port 10GBase WAN-XFP and 4-Port OC-48c/

STM-16c POS-SFP Line Processing Unit E16

Optional, XFP/

SFP needs to

be configured

CR52K-2xPOS/

STM64-XFP&10x

1000Base-X-SFP


1000Base-X-SFP Line Processing Unit E 16

Optional, XFP/

SFP needs to

be configured

CR52K-2xPOS/

STM64-XFP&2x

10GBase-LAN-XFP


10GBase LAN-XFP Line Processing Unit E16

Optional, XFP

needs to be

configured

CR52K-2xPOS/

STM64-XFP&2x

10GBase-WAN-XFP


10GBase WAN-XFP Line Processing Unit E16

Optional, XFP

needs to be

configured

CR52K-4xPOS/

STM16-SFP&10x

1000Base-X-SFP

4-Port OC-48c/STM-16c POS-SFP and 10-Port

1000Base-X-SFP Line Processing Unit E16

Optional, SFP

needs to be

configured

CR52K-16xPOS/

STM1-SFP


Unit E16

Optional, SFP

needs to be

configured

CR53K-SPU-C Versatile Service Process Unit C 15 Optional

7




OverviewThe Quidway® NetEngine 80E Core Router (NE80E for short)

is the Terabit Switching Router oriented towards the IP/MPLS

backbone, IP bearer network, Metro Ethernet and other IP/

MPLS networks. As a Network Processor based core router,

it adopts distributed forwarding architecture and non-block

switching fabric, featuring carrier class reliability, wire-speed

forwarding performance, excellent scalability and strong

service capability. It is also the first core router in the industry

with a built-in layer 2 bridging function and high port-density

Ethernet interfaces, making it very suitable for constructing

Wireless/NGN IP bearer networks. The NE80E routing platform

provides the richest set of service enablers, the lowest total

cost of ownership, and the only proven investment protection,

including systems that can be upgraded in the field to increase

switching capacity. This innovative combination of features

and capabilities enables service providers to build the most

competitive IP/MPLS next generation networks.

Key FeaturesThe Distributed 5 z th Generation Router

The NE80E, a 5th generation router, adopts the industry-leading high performance

Network Processor technologies, fully inheriting the architecture of the 4th generation

full distributed hardware processing, and combining the flexibility of software and high

performance of hardware organically, thus providing line speed forwarding performance

and rapid service upgrading and expanding capacities and guaranteeing customer’s

investment to the largest extent, thereby speeding up the development of a more secure,

intelligent IP network.

NE80E Core Router

8



Abundant Services z

The NE80E provides a plethora of advanced IP services, such as QoS, to implement the

intelligent service awareness, advanced queue scheduling algorithm and congestion

control algorithm, to exactly ensure the bandwidth, delay and jitter of different services,

and to meet the QoS requirements for different users and at different service levels.

The NE80E also supports hierarchical QoS with 5 levels and 128K queues in ingress

and egress to manage bandwidth more precisely so as to meet the SLA demands from

enterprise customers.

Powerful Routing Capability and Line-speed Forwarding Performance z

The NE80E supports the IP/MPLS distributed forwarding with a powerful routing

capability, and it supports the ultra-large routing table and provides a variety of routing

protocol functions such as RIP, OSPF, IS-IS and BGP4 as well as multicast routing

protocols. In addition, the NE80E realizes the full-duplex wire-speed forwarding of

all interfaces, and it can provide 32 10Gbps interfaces and the packet forwarding

performance of the integrated IP/MPLS is as high as 800 Mpps.

End-to-end Millisecond Level Reliability Solution z

The NE80E represents a new class of router designed to deliver industry-leading scalability

and reliability to IP networks. It was designed to operate in the most demanding service

provider environments. All components including the main control board, switching

fabric and cooling modules are fully redundant and hot-swappable. In addition, a

number of reliability features have been implemented on the NE80E, including IP/LDP

FRR, MPLS TE FRR, BFD, Non-stop forwarding, Graceful Restart, IGP Fast Convergence,

Hot Patching, Ethernet Trunk, IP Trunk, etc. With these state-of-the-art technologies, the

NE80E delivers an “end-to-end millisecond level reliability solution”, with a reliability of

99.999%-guarranteed.

9



Specification

Feature NE80E

Switching Capacity 2.56 Tbps, non-blocking switching

Forwarding

Performance

800 Mpps

Scalable to 1,600 Mpps

Number of Interface

Board Slots16

Interface Type

OC-192c/STM-64c RPR

OC-48c/STM-16c PRR

GE RPR

OC-192c/STM-64c PoS

OC-48c/STM-16c PoS

OC-12c/STM-4c PoS

OC-3c/STM-1c PoS

Channelized STM-1 PoS to E1/T1

OC-3c/STM-1c ATM

10GE WAN/LAN

GE/FE

E3/T3/CE1/CT1

Dedicated Service Board Netstream/Tunnel/MVPN

Routing Protocol Supports routing protocols such as RIP, OSPF, IS-IS and BGP4

IPv6

•Comprehensively supports the dual protocol stack, IPv4 and IPv6.

• Supports rich transition technologies from IPv4 to IPv6: manual tunnel

configuration, automatic tunnel configuration, 6to4 tunnel.

• Supports the IPv6 static routing, and supports such dynamic routing

protocols as BGP4+, RIPng, OSPFv3, ISISv6.

•Supports ICMPv6 MIB, UDP6 MIB, TCP6 MIB and IPv6 MIB.

MPLS VPN

• Can serve as P and PE.

•Supports MPL VPN, meeting the RFC2547bis protocol.

•Supports three cross-domain implementation mode.

• Supports the integration with the Internet service.

•Supports the multi-role host.

•Supports MPLS L2VPN in Martini, Kompella and PWE3.

•Supports BGP-based/LDP-based VPLS.

•Supports ATM-Ethernet IWF.

QoS

•Supports 5-level H-QoS with 128K queue in ingress and egress.

• Supports the advanced scheduling technologies such as CBQ, LLS/NLS

and PBS.

•Adopts WRED, supporting the discard priority with eight levels.

•Provides the exact traffic policing and traffic shaping functions.

10



• Provides the function of defining the complex rules and it can discriminate

the streams with fine granularity.

•Provides the perfect QoS guarantee based on DiffServ.

Multicast

• Supports IGMPv1/v2/v3, static multicast configuration, PIM-DM/SM, PIM-

SSM, MSDP and MBGP multicast routing protocol.

•Supports the interoperability between multiple multicast protocols.

• Supports the multicast policy processing, including the policy processing

of multicast routing protocol and multicast forwarding as well as

multicast QoS.

• Provides the multicast reproduction function at two levels, switching

fabric and line board, to reach the optimal multicast effect.

Reliability

System level reliability: redundancy backup of key parts (including route

processing module, switching fabric, power supply), the integrated system

has no single point faults; NSF and GR; hot patch.

Network level reliability: IP/LDP FRR for link failure; MPLS TE FRR for link

and node failure; MPLS OAM path protection for P nodes and links failure;

VPN FRR for PE node failure; Enhanced VRRP for PE node failure.

Architecture Integrated chassis structure supports 19-inch standard rack


Max. Power

Consumption< 5,000W




Environmental

Requirements


Short-term operating temperature: 5 ~ 55°C





Order Information

NE80E


Host System

CR52-22Assembly cabinet-NE80E-CR5B1TSR-2.2

high-end router assembly cabinet1 Optional

11



CR52-BKPC Sixteen-Slot Chassis for NetEngine80E Router 1 Mandatory

CR52-MPUB

Main processing board, with L3 clock

module, CF card and memory can be

configured otherwise

2

Mandatory,

2 pieces

recommended

CR52-SFUG-40Gbps Switch Fabric Unit G 4

Mandatory,

4 pieces

recommended

CR52-PWRA-DC

Specially-made secondary power supply-

6500W--5degC-55degC--38V--75V--36-

75VDC- primary channel 160A

2

Mandatory,

2 pieces

recommended

CR52-PWRA-AC AC Power Supply, NEPS5000-A 2

Mandatory,

2 pieces

recommended

SWP-NE80E/40E-LIC-

VRP5NetEngine80E/40E VRP5 Base Package 1 Mandatory

SWP-NE80E/40E-LIC-

IPV6NetEngine80E/40E IPv6 1 Optional

SWP-NE80E/40E-LIC-

NETSTMNetEngine80E/40E NetStream 1 Optional

SWP-CR53LIC-


SWP-CR53LIC-Tunnel-

SPUC

Tunnel (GRE, Lawful interception, 4 over 6,

etc.) License for SPU C15 Optional

SWP-CR53LIC-MVPN-

SPUCMVPN License for SPU C 15 Optional

CF-512M 512MB CF Module 4

Mandatory,

2 CFB for 1

MPUB

MEM-1G-184pin 1GB 184pin Memory Module 4

Mandatory,

2 memory bar

for 1 MPUB

Line Interface Board

CR52-24xGE-TX24-10/100/1000Base-TX-RJ45 Electrical

Interface LPU G16 Optional

CR52-24xGE/FE-SFP24*100/1000Base-X-SFP Optical Interface

LPU G16

Optional, SFP

needs to be

configured

12



CR52-5xGE-SFP 5-port GbE SFP Optical Interface LPU G 16

Optional, SFP

needs to be

configured


Optional, SFP

needs to be

configured

CR52-1x10GE-LAN-XFP 1*10GBase LAN-XFP Optical Interface LPU G 16

Optional, XFP

needs to be

configured

CR52-1x10GE-WAN-XFP 1*10GBase WAN-XFP Optical Interface LPU G 16

Optional, XFP

needs to be

configured

CR52-POS/STM64-XFP1-OC-192c/STM-64c POS-XFP Optical Interface

LPU G16

Optional, XFP

needs to be

configured

CR52-POS/STM16-SFP1-port 2.5G POS SFP Optical Interface

Enhanced LPU G 16

Optional, SFP

needs to be

configured

CR52-2xPOS/STM16-SFP2-port 2.5G POS-SFP Optical Interface

Enhanced LPU G 16

Optional, SFP

needs to be

configured

CR52-4xPOS/STM16-SFP 4-port 2.5G POS SFP Optical Interface LPU G 16

Optional, SFP

needs to be

configured

CR52-4xPOS/STM4-SFP4-OC-12c/STM-4c POS-SFP Optical Interface

LPU G16

Optional, SFP

needs to be

configured

CR52-4xPOS/STM1-SFP4-OC-3c/STM-1 POS-SFP Optical Interface

LPU G16

Optional, SFP

needs to be

configured


Enhanced LPU G16

Optional, SFP

needs to be

configured

CR52-RPR/STM64-XFP1-OC-192c/STM-64c RPR-XFP Optical

Interface LPU G16

Optional, XFP

needs to be

configured

CR52-2*RPR/STM16-SFP2*OC-48c/STM-16c RPR-SFP Optical Interface

LPU G16

Optional, SFP

needs to be

configured

13




LPU G16

Optional, SFP

needs to be

configured

CR52-2*RPR/1G-SFP 2*GE RPR-SFP Optical Interface LPU G 16

Optional, SFP

needs to be

configured


Optional, SFP

needs to be

configured

CR52-LPUF-DFlexible Card Line Processing Unit D, with 1.6

Inch Fabric Adapter Board16 Optional

CR52-PIM-8xcE1-RJ458-Port Channelized E1-RJ45 Physical

Interface Card32 Optional

CR52-PIM-8xcT1-RJ458-Port Channelized T1-RJ45 Physical


CR52-PIM-1xcPOS-

STM1-SFP

1-port Channelized OC-3/STM-1 Flexible

Service Interface Card16

Optional, SFP

needs to be

configured

CR52-LPUF Flexible Card Line Processing Unit 16 Optional

CR52-PIM-8xATM-

STM1-SFP

8-ATM STM-1 XFP Optical Flexible Interface

Card32

Optional, SFP

needs to be

configured

CR52-PIM-3xE3-SMB 3-Port, SMB, E3, Flexible Card B 32 Optional

CR52-PIM-3xT3-SMB 3-Port, SMB, T3, Flexible Card B 32 Optional

CR52-NetStream NetStream Traffic Statistics Service LPU 16 Optional

CR52-TSUGTSU Service Processing Card Without

Customer Interface Enhanced card16 Optional

CR53-SPU-C Versatile Service Process Unit C 15 Optional

CR52-LPUF-20-A

Flexible Card Line Processing Unit (LPUF-20,2

sub-slots, Not hot pluggable for sub cards) A

(L3VPN, MVPN, IPv6 Enhanced)

16 Optional

CR52-LPUF-20-BFlexible Card Line Processing Unit (LPUF-20, 2

sub-slots, Not hot pluggable for sub cards) B16 Optional

CR52-P20-1x10GBase

WAN/LAN-XFP1-Port 10GBase WAN/LAN-XFP Flexible Card 32 Optional

CR52-P20-

12x100/1000Base-X-

SFP

12-Port 100/1000Base-SFP Flexible Card 32 Optional

14



CR52-P20-

12x10/100/1000Base-

TX-RJ45

12-Port 10/100/1000Base-RJ45 Flexible Card 32 Optional

CR53-LPUF-10Flexible Card Line Processing Unit (LPUF-10,

four slots)16 Optional

CR53-P10-1xPOS/

STM64-XFP

1-Port OC-192c/STM-64c POS-XFP Flexible

Card16 Optional

CR53-P10-1xPOS/

STM16-SFP

1-Port OC-48c/STM-16c POS-SFP Flexible

Card64 Optional

CR53-P10-

8x100/1000Base-X-SFP8-Port 100/1000Base-X-SFP Flexible Card 64 Optional

CR53-P10-2xATM/

STM4-SFP

2-Port OC-12c/STM-4c ATM-SFP Flexible

Card 64 Optional

CR53-P10-4xATM/

STM1-SFP4-Port OC-3c/STM-1c ATM-SFP Flexible Card 64 Optional

15




OverviewThe Quidway® NetEngine 40E Core Router (NE40E for short) delivers consistent, high

performance services for carriers deploying IP/MPLS, and broadband services to DSL

and private line customers. Coupled with high availability and innovative adaptive

Network Processor technology, the NE40E is uniquely designed to meet the service

needs of carriers for aggregation of tens of thousands of network connections. The

NE40E can be deployed in the national IP backbone network as a convergence router,

provincial core router or Metropolitan Area Network (MAN) core router. In addition, it

can also function as an IDC egress router as well as NGN access router

Based on distributed hardware forwarding and non-blocking switching technology, the

NE40E provides the IP/MPLS networks with high line speed forwarding capacity, perfect

QoS mechanism, great service capacity and a carrier-class reliability of 99.999%. Hence,

carrier’s IP/MPLS networks are able to cope with the increasing demand for bandwidth

while at the same time providing a full spectrum of services to their subscribers.

The NE40E includes two models: NE40E-8, and NE40E-4, which has 8 and 4 slots for line

cards respectively.

NE40E-8 NE40E-4

16




The NE40E, a 5th generation router, adopts the industry-leading high performance


full distributed hardware processing, and combining the flexibility of software and

high performance of hardware organically, thus providing line speed forwarding

performance and rapid service upgrading and expanding capacities and guaranteeing

customer’s investment to the largest extent, thereby speeding up the development of a

more secure, intelligent IP network.

Rich Service Capability and High-quality Service Performance z

The NE40E provides a plethora of advanced IP services, such as QoS, to implement the

intelligent service awareness, advanced queue scheduling algorithm and congestion

control algorithm, to exactly ensure the bandwidth, delay and jitter of different

services, and to meet the QoS requirements for different users and at different service

levels. The NE40E also supports hierarchical QoS with 5 levels and 128K queues

in ingress and egress to manage bandwidth more precisely so as to meet the SLA

demands from enterprise customers.

End-to-end Millisecond Level Reliability Solution z

The NE40E represents a new class of router designed to deliver industry-leading

scalability and reliability to IP networks. It was designed to operate in the most


board, switching fabric and cooling modules are fully redundant and hot-swappable.

In addition, we have implemented a number of reliability features on the NE40E,

including IP/LDP FRR, MPLS TE FRR, BFD, Non-stop forwarding, Graceful Restart, IGP

Fast Convergence, Hot Patching, Ethernet Trunk, IP Trunk, etc. With these state-of-

the-art technologies, the NE40E delivers an “end-to-end millisecond level reliability

solution”, with a reliability of 99.999%-guarranteed.

17



Specification

Feature NE40E

Switching Capacity 640 Gbps, non-blocking switching

Forwarding Performance 400 Mpps

Number of Interface

Board Slots8 for NE40E-8; 4 for NE40E-4

Interface Type

OC-192c/STM-64c RPR

OC-48c/STM-16c PRR

GE RPR

OC-192c/STM-64c PoS

OC-48c/STM-16c PoS

OC-12c/STM-4c PoS

OC-3c/STM-1c PoS

Channelized STM-1 PoS to E1/T1

OC-3c/STM-1c ATM

10GE WAN/LAN

GE/FE

E3/T3/CE1/CT1

Dedicated Service Board Netstream/Tunnel/MVPN


IPv6




• Supports the IPv6 static routing, and supports dynamic routing protocols

such as BGP4+, RIPng, OSPFv3, ISISv6.


L2 Service Feature

Supports the basic VLAN feature; supports various L2 features such as

VLAN convergence, VLAN TRUNK, multicast VLAN, VLAN Translation,

STP/RSTP/MSTP, and HGMP; QinQ and Flexible QinQ.

MPLS VPN

•Can serve as P and PE.

•Supports MPL L3 VPN.

•Supports three inter-AS implementation mode.

•Supports the integration with the Internet service.


•Supports MPLS L2VPN in Martini, Kompella and PWE3.

•Support BGP-based/LDP-based VPLS.

•Support ATM-Ethernet IWF.

18



QoS

•Support 5-level HQoS with 128K queues in ingress and egress.

• Supports the advanced scheduling technologies such as CBQ, LLS/NLS

and PBS.

•Adopts WRED, supporting the discard priority with eight levels.

•Provides the exact traffic policing and traffic shaping functions.



•Provides the perfect QoS guarantee based on DiffServ.

Multicast

• Supports IGMPv1/v2/v3, static multicast configuration, PIM-DM/SM,

PIM-SSM, MSDP and MBGP multicast routing protocol.

•Supports multicast VPN.



multicast QoS.



Reliability


processing module, switching fabric, power supply), the integrated

system has no single point faults; NSF and GR; hot patch.

Network level reliability: IP/LDP FRR for link failure; MPLS TE FRR for

link and node failure; MPLS OAM path protection for P nodes and links

failure; VPN FRR for PE node failure; Enhanced VRRP for PE node failure.



Max. Power Consumption < 3,000W

Dimension (W × D × H)442mm × 669mm × 886mm (NE40E-8)

442mm × 669mm × 442mm (NE40E-4)


Configuration

<110kg (NE40E-8)

<75kg (NE40E-4)

Environmental

Requirements


Short-term operating temperature: 5 ~ 55°C





Storage Altitude: <5,000m

19



NE40E


Host System

CR52-22 Rack-NetEngine80E-CR0B1NGSR-2.2m 1 Optional

CR52-BKPB-20U Integrated Chassis Components(NE40E-8)-20U 1 Mandatory

CR52-BKPB-10U Integrated Chassis Components(NE40E-4)-10U 1 Mandatory

CR52-SRUA1

NE40E route switching board, with L3

clock module, CF card and memory can be

configured otherwise.

2

Mandatory,

2 pieces

recommended

CR52-SFUD NE40E switching fabric board 2

Mandatory,

2 pieces

recommended

CR52-PWRB -48V DC power supply module 2

Mandatory,

2 pieces

recommended

CR52-PWRC

AC/DC,-5degC-55degC,90V-

275V,48V/62.5A,110V Input 50%Load

Output

2

Mandatory,

2 pieces

recommended

CF-512M 512MB CF Module 4 Mandatory

MEM-1G-184pin 1GB 184pin Memory Module 4 Mandatory

SWP-NE80E/40E-LIC-

VRP5NetEngine80E/40E VRP5 Base Package 1 Mandatory

SWP-NE80E/40E-LIC-

IPV6NetEngine80E/40E IPv6 1 Optional

SWP-NE80E/40E-LIC-

NETSTMNetEngine80E/40E NetStream 1 Optional

SWP-CR53LIC-


SWP-CR53LIC-Tunnel-

SPUC

Tunnel (GRE, Lawful interception, 4 over 6,

etc.) License for SPU C15 Optional

SWP-CR53LIC-MVPN-

SPUCMVPN License for SPU C 15 Optional


CR52-24xGE-TX24-10/100/1000Base-TX-RJ45 Electrical

Interface LPU G8 Optional

Order Information

20



CR52-24xGE/FE-SFP 24*100/1000Base-X-SFP Optical Interface LPU G 8

Optional, SFP

needs to be

configured


Optional, SFP

needs to be

configured


Optional, SFP

needs to be

configured

CR52-1x10GE-LAN-XFP 1*10GBase LAN-XFP Optical Interface LPU G 8

Optional, XFP

needs to be

configured

CR52-1x10GE-WAN-XFP 1*10GBase WAN-XFP Optical Interface LPU G 8

Optional, XFP

needs to be

configured

CR52-POS/STM64-XFP1-OC-192c/STM-64c POS-XFP Optical

Interface LPU G8

Optional, XFP

needs to be

configured

CR52-POS/STM16-SFP1-port 2.5G POS SFP Optical Interface Enhanced

LPU G8

Optional, SFP

needs to be

configured

CR52-2xPOS/STM16-SFP2-port 2.5G POS-SFP Optical Interface Enhanced

LPU G8

Optional, SFP

needs to be

configured

CR52-4xPOS/STM16-SFP 4-port 2.5G POS SFP Optical Interface LPU G 8

Optional, SFP

needs to be

configured

CR52-4xPOS/STM4-SFP4-OC-12c/STM-4c POS-SFP Optical Interface

LPU G8

Optional, SFP

needs to be

configured


LPU G8

Optional, SFP

needs to be

configured


Enhanced LPU G8

Optional, SFP

needs to be

configured

CR52-RPR/STM64-XFP1-OC-192c/STM-64c RPR-XFP Optical Interface

LPU G 8

Optional, XFP

needs to be

configured

21




LPU G8

Optional, SFP

needs to be

configured


LPU G8

Optional, SFP

needs to be

configured


Optional, SFP

needs to be

configured


Optional, SFP

needs to be

configured

CR52-LPUF-DFlexible Card Line Processing Unit D, with 1.6

Inch Fabric Adapter Board8 Optional

CR52-PIM-8xcE1-RJ458-Port Channelized E1-RJ45 Physical Interface

Card16 Optional

CR52-PIM-8xcT1-RJ458-Port Channelized T1-RJ45 Physical Interface

Card16 Optional

CR52-PIM-1xcPOS-

STM1-SFP

1-port Channelized OC-3/STM-1 Flexible

Service Interface Card8

Optional, SFP

needs to be

configured

CR52-LPUF Flexible Card Line Processing Unit 8 Optional

CR52-PIM-8xATM-

STM1-SFP

8-ATM STM-1 XFP Optical Flexible Interface

Card16

Optional, SFP

needs to be

configured

CR52-PIM-3xE3-SMB 3-Port, SMB, E3, Flexible Card B 16 Optional

CR52-PIM-3xT3-SMB 3-Port, SMB, T3, Flexible Card B 16 Optional

CR52-NetStream-1 NetStream Traffic Statistics Service LPU 8 Optional

CR52-TSUGTSU Service Processing Card Without

Customer Interface Enhanced card8 Optional

CR53-SPU-C Versatile Service Process Unit C 7 Optional

CR52-LPUF-20-A

Flexible Card Line Processing Unit (LPUF-20,2

sub-slots, Not hot pluggable for sub cards) A

(L3VPN, MVPN, IPv6 Enhanced)

8 Optional

CR52-LPUF-20-BFlexible Card Line Processing Unit (LPUF-20,2

sub-slots, Not hot pluggable for sub cards) B8 Optional

22



CR52-P20-1x10GBase

WAN/LAN-XFP1-Port 10GBase WAN/LAN-XFP Flexible Card 16 Optional

CR52-P20-

12x100/1000Base-X-

SFP

12-Port 100/1000Base-SFP Flexible Card 16 Optional

CR52-P20-

12x10/100/1000Base-

TX-RJ45

12-Port 10/100/1000Base-RJ45 Flexible Card 16 Optional

CR53-LPUF-10Flexible Card Line Processing Unit (LPUF-10,

four slots)8 Optional

CR53-P10-1xPOS/

STM64-XFP1-Port OC-192c/STM-64c POS-XFP Flexible Card 8 Optional

CR53-P10-1xPOS/

STM16-SFP1-Port OC-48c/STM-16c POS-SFP Flexible Card 32 Optional

CR53-P10-

8x100/1000Base-X-

SFP

8-Port 100/1000Base-X-SFP Flexible Card 32 Optional

CR53-P10-2xATM/


CR53-P10-4xATM/


23



Quidway® NetEngine 80 Core Router

OverviewThe Quidway® NetEngine 80 Core Couter (NE80 for short) is a

high-end, multiprotocol platform with high availability and low

cost. It is specially designed for backbone networks where high

performance IP services are required to enable profitability, service

differentiation and business agility. With a switching capacity of

128 Gbps and service interfaces ranging from 64 Kbps to 2.5 Gbps,

the NE80 delivers high-touch IP services at optical speeds necessary

for applications such as the high-end enterprise and managed

service customer premise equipment. The NE80 is based on the

distributed Network Processor hardware forwarding and non-

blocking switching technology, and its carrier-class reliability, wire-

speed forwarding performance, perfect QoS mechanism, rich service

processing capacity and outstanding expansion capacity meet the

increasing requirements of the data and internet services for the

network backbone equipment. With NE80, we are able to provide

our carrier’s IP/MPLS networks with a plethora of services, thereby

giving them a competitive edge over their competitors.


The NE80, a 5th generation router, adopts the industry-leading high performance







NE80 Core Router

24



Abundant Services z

The NE80 is available with rich service capabilities and high-quality, secure and

comprehensive MPLS VPN solutions based on the distributed hardware processing, and it

provides the high-efficiency multicast forwarding capability; it provides the services such

as Gigabit wire-speed NAT. With NE80, we provide carrier-class IP/MPLS network with

multi-service provisioning capability, so as to strengthen the overall competitiveness for

operators.

Flexible Networking Capability z

The NE80 high-end router has a great variety of interface types, supports the RPR ring

network technology, provides the perfect protocol function and is able to work perfectly

in the most complex networks. Hence, it is able to meet the requirements of IP MAN,

backbone networks, and operation supporting networks. The NE80 provides such

security measures as packet filtering, traffic sampling, port imaging and security log, and

it is an ideal device for constructing a highly secure and maintainable network.

High Reliability z

The NE80, like all of Huawei’s 5th generation routers, was designed to operate in the

most demanding service provider environments. All components including the main

control board, route processing system, power supply, switching fabric and cooling

modules are fully redundant and hot-swappable. In addition, we have implemented

a number of reliability features on the NE80, including IP/MPLS FRR, BFD, Non-stop

forwarding, IGP Fast Convergence, Hot Patching, Ethernet Trunk, IP Trunk, etc. With

these state-of-the-art technologies, the NE80 delivers an “end-to-end millisecond level

reliability solution”, with a reliability of 99.999%-guarranteed.

Specification

Feature NE80

Switching Capacity 128 Gbps, non-blocking switching

Forwarding Performance 96 Mpps

Number of Interface

Board Slots16

25



Interface Type

OC-48c/STM-16c POS GE

OC-12c/STM-4c POS FE

OC-3/STM-1 POS

OC-48/STM-16c POS is channelized to 155M

OC-3/STM-1c POS is channelized to DS0

OC-12c/STM-4c ATM

OC-3/STM-1 ATM

OC-48c/STM-16c RPR

E1/CE1/E3/T3

Dedicated Service Board NAT/NAT-PT/Netstream/Tunnel/L2TP


IPv6



configuration, automatic tunnel configuration, 6to4 tunnel and

implementation of NAT-PT by hardware.

•Supports the IPv6 static routing.

• Supports dynamic routing protocols such as BGP4+, RIPng, OSPFv3,

ISISv6.


L2 Service Feature


VLAN convergence, VLAN TRUNK, multicast VLAN, STP/RSTP/MSTP, and

HGMP, QinQ.

MPLS VPN


•Supports MPLS L3 VPN.

•Supports three inter-AS implementation mode.


•Provids VPN-based multi-instance NAT.


• Supports MPLS L2VPN in Martini, Kompella modes and BGP-based/LDP-

based VPLS/H-VPLS.

NAT

• Provides the dedicated NAT service processing board to implement the

bi-directional Gigabit wire-speed address translation capability.

•Each board supports 1 million concurrent connections.

•200,000 new connections are processed per second.

•500,000 NAT entries are refreshed per second.

•Supports the NAT-PT function of IPv6/IPv4.

•Provides a perfect security log.

26



QoS

• Each line board provides 2k queues, supporting the advanced

scheduling technologies such as CBQ, LLS/NLS and PBS.

• Adopts WRED and the advanced SA-RED algorithm, supporting the

discard priority with eight levels.

• Provides the exact traffic policing and traffic shaping functions.

• Provides the function of defining the complex rules and it can

discriminate the streams with fine granularity.

•Provide the perfect QoS guarantee based on DiffServ.

Multicast

• Supports IGMPv1/v2/v3, static multicast configuration, PIM-DM/SM,

PIM-SSM, MSDP and MBGP multicast routing protocol.

•Supports multicast VPN.



multicast QoS.

Reliability


processing module, switching fabric, power supply), the integrated

system has no single point faults; NSF and GR; hot patch.

Network level reliability: IP/LDP FRR for link failure; MPLS TE FRR for

link and node failure; VPN FRR for PE node failure; MPLS Hot-standby for

path protection; Enhanced VRRP for PE node failure.



Max. Power Consumption < 1800W




Environmental

Requirements







Storage altitude: < 5000m

27



Order Information

NE80


Host System

CHASSIS-

NE80-N68-222.2m Assembly Cabinet 1 Optional

CR-K08011 Backplane Plug Frame Components of NetEngine 80 1 Mandatory

CR-MPUF Main Processing Unit Enhanced 2

Mandatory,

2 pieces

recommended

CR-NETH 128G Switching Network Board 2

Mandatory,

2 pieces

recommended

CR-PW-2DC DC Power System (Double DC Inputs) 1 Mandatory

CR-PW-2AC 220V AC Power System (Double AC Inputs) 1 Mandatory

SWP-CRNE80 NE80 IP/MPLS forwarding host software 1 Mandatory


CR-EGFEE 16 Ports FE RJ45 Electrical Line Card_WAN 16 Optional

CR-EWFEE 32 Ports FE RJ45 Electrical Interface Line Card_WAN 16 Optional

CR-EGFF 16 Port FE SFP Optical Interface Line Process Card 16

Optional, SFP

needs to be

configured

CR-E4GFF4-Port Gigabits Ethernet SFP Optical Interface Line

Card_WAN16

Optional, SFP

needs to be

configured

RS-EGFEE 16 Ports FE RJ45 Electrical Interface Line Card_LAN 16 Optional

RS-EWFEE 32 Ports FE RJ45 Electrical Interface Line Card_LAN 16 Optional

RS-E4GFF 4 Ports Gigabits Ethernet SFP Interface Line Card_LAN 16

Optional, SFP

needs to be

configured

RS-EGFF 16 Port s FE Optical Interface Line Card-SFP 16

Optional, SFP

needs to be

configured

CR-P4CF 4 Port POS155 SFP Optical Interface Line Process Card 16

Optional, SFP

needs to be

configured

28



CR-P8CF 8 Port POS155 SFP Optical Interface Line Process Card 16

Optional, SFP

needs to be

configured

CR-P2HM2-Port OC-12c/STM-4c POS Optical Interface Line

Process Card (SC, Multi-mode,1300nm, 500m)16 Optional

CR-P2HS2-Port OC-12c/STM-4c POS Optical Interface Line

Process Card (SC, Single-mode,1300nm,15km)16 Optional

CR-P1UZ1-Port OC-48c/STM-16c POS Optical Interface Line

Process Card (LC, Single-mode,1300nm, 2km)16 Optional

CR-P1US1-Port OC-48c/STM-16c POS Optical Interface Line

Process Card (LC, Single-mode,15km)16 Optional

CR-P1UL1*OC-48c/STM-16c POS Single-Mode 1300nm

40km-LC Optical Interface Line Process Card16 Optional

CR-P1UV1*OC-48c/STM-16c POS Single-Mode 1550nm

70km-LC Optical Interface Line Process Card16 Optional

CR-R1UF1*OC-48c/STM-16c RPR-SFP Optical Interface Line

Process Card16 Optional

CR-C4CF4-Port Channelized OC-3/STM-1 to T1/E1 SFP Optical

Interface Line Card16

Optional, SFP

needs to be

configured

CR-C2CF2-Port Channelized OC-3/STM-1 to T1/E1 SFP Optical

Interface Line Card16

Optional, SFP

needs to be

configured

CR-A4CFF4 Ports STS-3C/STM-1 ATM SFP Optical Interface

Line Card16

Optional, SFP

needs to be

configured

CR-A8CFF8 Ports STS-3C/STM-1 ATM SFP Optical Interface

Line Card16

Optional, SFP

needs to be

configured

CR-A2HFF2 Ports STS-12C/STM-4 ATM SFP Optical Interface

Line Card16

Optional, SFP

needs to be

configured

CR-SPUA Flexible Card Service Processing Unit A 16 Optional

CR-PIM-ETGFF NATPT Flexible Plug Card 16 Optional

CR-PIM-E0GFF NAT Flexible Plug Card 16 Optional

CR-SPUB Flexible Card Service Processing Unit B 16 Optional

CR-PIM-SNGFF NetStream Flexible Plug Card 16 Optional

29



CR-PIM-STGFF L2TP Flexible Plug Card 16 Optional

CR-SPUC Flexible Card Service Processing Unit C 16 Optional

CR-PIM-SGGFF GRE Flexible Plug Card 16 Optional

30



Quidway® NetEngine 40 Core Router Series

OverviewThe Quidway® NetEngine 40 Universal Switching Router (USR) (NE40 for short) fully

inherits the design philosophy and key technology of the NE80 core router. The NE40 is

mainly deployed in large-scale enterprise networks, industrial networks, IP MAN and IP

backbone networks.

Based on distributed hardware forwarding and non-blocking switching technology, the

NE40 provides the IP/MPLS networks with high line speed forwarding capacity, perfect

QoS mechanism, great service capacity and a carrier-class reliability of 99.999%. Hence,

customers’ IP backbone networks are able to cope with the increasing demand for

bandwidth while at the same time providing a full spectrum of services to their subscribers.

The NE40 series includes three models: NE40-8, NE40-4, and NE40-2.

NE40-8 NE40-4 NE40-2


The NE40, a 5th generation router, adopts the industry-leading high performance




31






Abundant Services z

The NE40 is available with rich service capabilities and high-quality, secure and

comprehensive MPLS VPN solutions based on the distributed hardware processing, and it

provides the high-efficiency multicast forwarding capability; it provides the services such as

Gigabit wire-speed NAT. With NE40, we provide carrier-class IP/MPLS network with multi-

service provisioning capability, so as to strengthen the overall competitiveness for operators.

Flexible Networking Capability z

The NE40 high-end router has a great variety of interface types, supports the RPR ring

network technology, provides the perfect protocol function and is able to work perfectly

in the most complex networks. Hence, it is able to meet the requirements of IP MAN,

backbone networks, and operation supporting networks. The NE40 provides such

security measures as packet filtering, traffic sampling, port imaging and security log, and

it is an ideal device for constructing a highly secure and maintainable network.

High Reliability z

The NE40, like all of Huawei’s 5th generation routers, was designed to operate in the most


board, route processing system, power supply, switching fabric and cooling modules

are fully redundant and hot-swappable. In addition, a number of reliability features have

been implemented on the NE40, including IP/MPLS FRR, BFD, Non-stop forwarding, IGP

Fast Convergence, Hot Patching, Ethernet Trunk, IP Trunk, etc. With these state-of-the-art

technologies, the NE40 delivers a carrier-class reliability of 99.999%-guaranteed.

Ideal Cost Performance z

The NE40 USR boasts a localized design, with the features of a layer 3 switch integrated

on the basis of the core router. Having a powerful processing capability coupled with

a high forwarding performance, the NE40 is able to meet the requirements of the IP

backbone network and large-scale enterprise networks. The NE40 reflects an extremely

32



high cost performance by greatly saving the network construction cost in addition to

satisfying the service application, so it can be applied in the peripheral layer of the IP

backbone network and MAN.

Specification

Feature NE40-8 NE40-4 NE40-2

Switching Capacity128 Gbps, nonblocking

switching

128 Gbps, nonblocking

switching

16G bps, nonblocking

switching

Forwarding Performance 48 Mpps 24 Mpps 12 Mpps

Number of Interface

Board Slots8 4 2

Interface Type

OC-48c/STM-16c POS GE

OC-12c/STM-4c POS FE

OC-3/STM-1 POS E3/ T3

OC-48/STM-16 cPOS is channelized to 155M E1/CE1

OC-3/STM-1 cPOS is channelized to E1/T1 E1/cE1

OC-48c/STM-16c RPR

OC-12c/STM-4c ATM

OC-3/STM-1 ATM

Dedicated Service Board NAT/NAT-PT/Netstream/Tunnel/L2TP

Routing Protocol

Supports routing protocols such as RIP, OSPF, IS-IS and BGP-4, and all

the ports can still be able to keep wire-speed forwarding in the complex

routing environment such as routing oscillation.

IPv6



configuration, automatic tunnel configuration, 6to4 tunnel and

implementation of NAT-PT by hardware.




L2 Service Feature


VLAN convergence, VLAN TRUNK, multicast VLAN, VLAN Translation, STP/

RSTP/MSTP, and HGMP.

MPLS VPN




33



• Supports the integration with the Internet service, providing VPN-based

multi-instance NAT.


•Supports MPLS L2VPN in Martini, Kompella, VPLS modes.

NAT

• Provides the dedicated NAT service processing board to implement the

bi-directional Gigabit wire-speed address translation capability.

•Each board supports 1 million concurrent connections.

•200,000 new connections are processed per second.

•500,000 NAT entries are refreshed per second.

•Supports the NAT-PT function of IPv6/IPv4.

•Provides a perfect security log.

QoS

• Each line board provides 2k queues, supporting the advanced scheduling

technologies such as CBQ, LLS/NLS and PBS.

• Adopts WRED and the advanced SA-RED algorithm, supporting the

discard priority with eight levels.


• Provides the function of defining the complex rules and it can

discriminate the streams with fine granularity.


Multicast

• Supports IGMP, static multicast configuration, PIM-DM/SM, MSDP and

MBGP multicast routing protocol.

•Supports the interoperability between multiple multicast protocols.



multicast QoS.



Reliability


processing module, switching fabric, power supply), the integrated system

has no single point faults; NSF and GR; hot patch.

Network level reliability: IP/LDP FRR for link failure; MPLS TE FRR for link

and node failure; VPN FRR for PE node failure; MPLS Hot-standby for path

protection; Enhanced VRRP for PE node failure.


Input Power DC: -48V/-60V; AC: 110V/220V

Max. Power

Consumption<1,000W < 600W < 600W

Dimension (W × D × H)482.6mm × 420mm ×

797.3mm

482.6mm × 420mm ×

352.8mm

482.6mm × 420mm ×

219.5mm

34




Configuration< 85kg < 50kg < 35kg

Environmental

Requirements




Operating humidity: 5% ~ 85%, non-condensing;



Storage altitude: < 5,000m

35



Order Information

NE40-8/4/2


NE40-8 Host System

CHASSIS-N68-22-DC 2.2m DC Assembly Cabinet 1 Optional


CHASSIS-N68-22-AC 2.2m AC Assembly Cabinet 1 Optional

CHASSIS-N68-18-AC 1.8m AC Assembly Cabinet 1 Optional

UR-NE40-8-

CHASSIS-DCNE40-8 Integrated Chassis With Dual DC Power 1 Mandatory

UR-NE40-8-

CHASSIS-ACNE40-8 Integrated Chassis With Dual AC Power 1 Mandatory

CR-SRUE-128G Switch Router Unit Enhanced 2

Mandatory,

2 pieces

recommended


NE40-4 Host System

CHASSIS-


UR-NE40-4-


UR-NE40-4-


CR-SRU-128G Switch Router Unit Enhanced 2

Mandatory,

2 pieces

recommended


NE40-2 Host System

CHASSIS-


UR-NE40-2-


UR-NE40-2-


CR-SRU-16G Switch Router Unit Enhanced 1 Mandatory,


36




CR-EGFEE 16 Ports FE RJ45 Electrical Line Card_WAN 8/4/2 Optional

CR-EWFEE32 Ports FE RJ45 Electrical Interface Line

Card_WAN8/4/2 Optional

CR-EGFF 16 Port FE SFP Optical Interface Line Process Card 8/4/2 Optional

CR-E4GFF4-Port Gigabits Ethernet SFP Optical Interface

Line Card_WAN8/4/2

Optional, SFP

needs to be

configured

RS-EGFEE16 Ports FE RJ45 Electrical Interface Line

Card_LAN8/4/2 Optional

RS-EWFEE32 Ports FE RJ45 Electrical Interface Line

Card_LAN8/4/2 Optional

RS-E4GFF4 Ports Gigabits Ethernet SFP Optical Interface

Line Card_LAN8/4/2

Optional, SFP

needs to be

configured

RS-EGFF 16*FE Optical Interface Line Card-SFP 8/4/2

Optional, SFP

needs to be

configured

CR-P2HM2-Port OC-12c/STM-4c POS Optical Interface Line

Process Card (SC, Multi-mode, 1300nm, 500m)8/4/2 Optional

CR-P2HS2-Port OC-12c/STM-4c POS Optical Interface Line

Process Card (SC, Single-mode, 1300nm, 15km)8/4/2 Optional

CR-P1UZ1-Port OC-48c/STM-16c POS Optical Interface Line

Process Card (LC, Single-mode, 1300nm, 2km)8/4/2 Optional

CR-P1US1-Port OC-48c/STM-16c POS Optical Interface

Line Process Card (LC, Single-mode, 15km)8/4/2 Optional

CR-P1UL1*OC-48c/STM-16c POS Single-Mode 1300nm

40km-LC Optical Interface Line Process Card8/4/2 Optional

CR-P1UV1*OC-48c/STM-16c POS Single-Mode 1550nm

70km-LC Optical Interface Line Process Card8/4/2 Optional

CR-R1UF1*OC-48c/STM-16c RPR-SFP Optical Interface

Line Process Card8/4/2 Optional

CR-C4CF4-Port Channelized OC-3/STM-1 to T1/E1 SFP

Optical Interface Line Card8/4/2

Optional, SFP

needs to be

configured

CR-C2CF2-Port Channelized OC-3/STM-1 to T1/E1 SFP

Optical Interface Line Card8/4/2

Optional, SFP

needs to be

configured

37



UR-LPUF Flexible card Line Processing Unit (NE40) 8/4/2 Optional

UR-PIM-16xFE-

WAN-RJ4516FE_RJ45 Flexible Card_WAN 16/8/4 Optional

UR-PIM-16xFE-LAN-

RJ4516FE_RJ45 Flexible Card_LAN 16/8/4 Optional

UR-PIM-E8FF-WAN 8*FE-SFP Optical Interface Flexible Card _WAN 16/8/4

Optional, SFP

needs to be

configured

UR-PIM-E8FF-LAN 8*FE-SFP Optical Interface Flexible Card_LAN 16/8/4

Optional, SFP

needs to be

configured

UR-PIM-1xGE-WAN-

SFP1GE_SFP Flexible Plug Card_WAN 16/8/4

Optional, SFP

needs to be

configured

UR-PIM-1xGE-LAN-

SFP1GE_SFP Flexible Plug Card_LAN 16/8/4

Optional, SFP

needs to be

configured

UR-PIM-2xGE-WAN-

SFP2GE_SFP Flexible Plug Card_WAN 16/8/4

Optional, SFP

needs to be

configured

UR-PIM-2xGE-LAN-

SFP2GE_SFP Flexible Plug Card_LAN 16/8/4

Optional, SFP

needs to be

configured

UR-PIM-8xCHE1-RJ45 8 Ports,RJ45,Channelized E1,Flexible Card 16/8/4 Optional

UR-PIM-3xE3-SMB 3 Ports,SMB,E3,Flexible Card 16/8/4 Optional

UR-PIM-3xT3-SMB 3 Ports,SMB,T3,Flexible Card 16/8/4 Optional

UR-PIM-P1CFF 1POS155_SFP Flexible Plug Card 16/8/4

Optional, SFP

needs to be

configured


Optional, SFP

needs to be

configured


Optional, SFP

needs to be

configured

UR-PIM-A1CFF1-port STS-3C/STM-1 ATM SFP Optical Interface

Flexible Plug Card16/8/4

Optional, SFP

needs to be

configured

38





Optional, SFP

needs to be

configured



Optional, SFP

needs to be

configured



Optional, SFP

needs to be

configured

UR-PIM-A2HFF2-port STS-12C/STM-4 ATM SFP Optical

Interface Flexible Plug Card16/8/4

Optional, SFP

needs to be

configured

CR-SPUA Flexible Card Service Processing Unit A 8/4/2 Optional

CR-PIM-ETGFF NATPT Flexible Plug Card 8/4/2 Optional

CR-PIM-E0GFF NAT Flexible Plug Card 8/4/2 Optional

CR-SPUB Flexible Card Service Processing Unit B 8/4/2 Optional

CR-PIM-SNGFF NetStream Flexible Plug Card 8/4/2 Optional

CR-PIM-STGFF L2TP Flexible Plug Card 8/4/2 Optional

CR-SPUC Flexible Card Service Processing Unit C 8/4/2 Optional

CR-PIM-SGGFF GRE Flexible Plug Card 8/4/2 Optional

39



NE20-2 NE20-4

NE20-8 NE20E-8

Quidway® NetEngine 20/20E High-end Router Series

OverviewThe Quidway® NetEngine 20/20E Multi-service Router (NE20/20E for short) is part of a

series of Huawei’s 5th generation routing platforms. Equipped with Network Processor

technology, the NE20/20E delivers uncompromising performance in a small form

factor with proven scalability, reliability and lowest Total Cost of Ownership (TCO). The

NE20/20E uses Huawei’s feature-rich VRP system software, which today powers some of

the world’s leading networks.

The NE20/20E router series includes four models: NE20-8, NE20-4, NE20-2 and NE20E-8.

Key FeaturesThe 5 z th Generation Router Concept

The NE20/20E differs from the past router products of the same type that adopt the CPU

software for forwarding; it adopts the high-performance Network Processor technology

to implement the centralized forwarding of the high-speed interface packets, organically

combining with the flexibility of software and high-performance of hardware. In addition,

it provides the wire-speed forwarding performance, so the NE20E performance can reach

40



up to 6 Mpps and the performance of NE20-8, NE20-4, and NE20-2 can reach up to 4.5

Mpps.

High-quality QoS Capability z

The perfect QoS mechanism and the excellent QoS performance can ensure the service

quality of different services under the heavy load, and they can provide the perfect QoS

mechanism based on DiffServ. The NE20/20E supports the classification of complex

streams and precise traffic policing and shaping. Furthermore, it provides the queue

scheduling and congestion avoidance function, and supports advanced scheduling

technologies such as CBWFQ, LLS/NLS and PBS. It adopts WRED and the advanced SA-

RED algorithm, and RED supports the discard priority of eight levels, which ensures the

bandwidth, delay and jitter indices of different services, meet the “Discrimination service”

requirements of users at various service levels.

High Reliability z

The NE20/20E adopts the high-reliability modular design. All the boards, fans and power

supply modules support hot swapping; provides the dual-power (1+1) module that can

be mutual backup, and the design mode of passive backplane; provides the software hot

patching technology to implement the fully smooth upgrading, thus effectively ensuring

the high-speed and reliable running in the whole network. The integrated system realizes

the non-stop running for 7 x 24 hours. The NE20E is a further enhancement of the NE20,

adopting the bus technology of the core router, and the bandwidth of the backplane

reaches 40G at present, with a very strong expandability. The NE20E processing board

and the network processing board provide (1+1) redundancy backup to implement the

status-based hot switching and non-stop forwarding and provide the high-quality service

guarantee.

Powerful MPLS Processing Capability z

The NE20/20E supports MPLS L3VPN/L2VPN/VPLS and MPLS TE, providing high-quality,

secure and multi-level MPLS VPN solution, used as the cost-effective MPLS PE equipment.

Service Capability z

The software system is based on the VRP software platform that Huawei owns the

41



independent intellectual property rights, supporting VPN in multiple modes (L2TP,

GRE, MPLS VPN, IPSec), and it is available with the NAT function and provides rich

interworking functions such as Ethernet /VLAN, PPP/MP, PPPoE, Frame Relay, HDLC, ATM,

X.25, HDLC and LAPB.

Specification

Feature NE20E NE20-8 NE20-4 NE20-2

BUS Bandwidth 40G 8G 8G 8G

Forwarding

Performance6 Mpps 4.5 Mpps 4.5 Mpps 4.5 Mpps

Number of Interface

Board Slots8 8 4 2

Interface Type

Synchronous serial port/interface module

E1/CE1 interface module

T1/CT1 interface module

E3/CE3 interface module

T3 interface module

OC-3c/STM-1 POS interface module

OC-3c/STM-1 ATM interface module

FE interface module

GE interface module

CPOS interface module

HSSI interface module


IPv6







MPLS VPN






•Supports MPLS L2VPN in Martini, Kompella, VPLS modes.

42



QoS

• Each line board provides 2k queues, supporting the advanced scheduling

technologies such as CBQ, LLS/NLS and PBS.

• Adopts WRED and the advanced SA-RED algorithm, supporting the discard

priority with eight levels.





Multicast

• Supports IGMPv1/v2/v3, static multicast configuration, PIM-DM/SM, PIM-

SSM,MSDP and MBGP multicast routing protocol.

• Supports the interoperability between multiple multicast protocols.

• Supports the multicast policy processing, including the policy processing of

multicast routing protocol and multicast forwarding as well as multicast QoS.

Reliability

• Provides the protection mechanisms such as IP/MPLS fast re-routing, virtual

routing redundancy protocol (VRRP) and RPR.

• Provides the software hot patching technology to implement the full smooth

upgrading of equipment software.

• Uses the passive back-panel design.

• Redundancy backup of key parts (including route processing module,

switching fabric, power supply), the integrated system has no single-point

faults; all the components can be hot swapped, supporting the status-based

hot backup switching as well as non-stop forwarding of NSF and BFD.


Input Power DC: -48V/-60V; AC: 100V/240V, 50/60Hz

Dimension

(W × D × H)

436.2mm × 480mm

× 263.9mm

436.2mm × 420mm

× 219.5mm

436.2mm × 420mm

× 130.5mm

436.2mm × 420mm

× 130.5mm

Weight 32.5kg 27.5kg 17.5kg 15kg

Maximum Output

Power350W 320W 240W 240W

Environmental

Requirements







43



Order Information

NE20E


Host System

RT-NE20E-8-CHASSIS NetEngine20E-8 6U Router Chassis 1 Mandatory,

RT-NE20E-ACPower Module, -5degC-55degC, 90V-264VAC,

3.3VDC/60A, 5VDC/20A, 12VDC/30A2

Mandatory,

2 pieces

recommended

RT-NE20E-DCDC/DC Power Module, 550W, -5degC-55degC,

-36V--75V, 3.3V/60A, 5V/20A,12V/30A2

Mandatory,

2 pieces

recommended

RT-NE20E-ERPUAEnhanced Router Process Unit (512M Memory,

with 2GE/FE Interface)2

Mandatory,

2 pieces

recommended

RT-NE20E-ENPUB Network Processor Unit 2

Mandatory,

2 pieces

recommended

SWP-RT-NE20E-VRP5 Software Charge for NE20E Host Software 1 Mandatory


NE20E-HIC-2xFE-RJ452-port 100M Ethernet High Speed Electrical

Interface Board (RJ45)3 Optional





NE20E-HIC-2xFE-SFP2-Port Fast Ethernet High Speed Optical

Interface Board (SFP)3

Optional, SFP

needs to be

configured



Optional, SFP

needs to be

configured



Optional, SFP

needs to be

configured

NE20E-HIC-1xGE-SFP1-Port 1000M Ethernet High Speed Optical


Optional, SFP

needs to be

configured

44



NE20E-HIC-2xGE-SFP2-port 1000M Ethernet High Speed Optical


Optional, SFP

needs to be

configured

NE20E-HIC-1xSTM1/

POS-SFP

1-port 155M POS High Speed Optical Interface

Board (SFP)6

Optional, SFP

needs to be

configured

NE20E-HIC-2xSTM1/

POS-SFP


Board (SFP)3

Optional, SFP

needs to be

configured

NE20E-HIC-4xSTM1/

POS-SFP


Board (SFP)3

Optional, SFP

needs to be

configured

NE20E-HIC-CPE1-SFP1-port OC-3/STM-1 CPOS-Channelized E1

Optical Interface Board (SFP)6

Optional, SFP

needs to be

configured

NE20E-HIC-CPT1-SFP1-port OC-3/STM-1 CPOS-Channelized T1-

Optical Interface Board (SFP)6

Optional, SFP

needs to be

configured

NE-FIC-1AE31-Port ATM over E3 Interface Board, SMB

interface8 Optional

NE-FIC-SMT1/ATM-

MM/1310-2km-SC

1-port ATM/155M Multi-mode Optical

Interface Board (1310nm, 2km, SC)8 Optional

NE-FIC-SMT1/ATM-

SM/1310-15km-SC

1-port ATM/155M Singlemode Optical

Interface Board (1310nm, 15km, SC)8 Optional

NE-FIC-SMT1/ATM-

SM/1310-30km-SC

1-Port ATM/155M Singlemode Long Reach

Optical Interface Board (1310nm, 30km, SC)8 Optional

NE-HIC-1xSTM1/

ATM-SFP

1-port OC-3/STM-1 ATM High Speed Optical


Optional, SFP

needs to be

configured

NE-HIC-2xSTM1/

ATM-SFP



Optional, SFP

needs to be

configured

NE-HIC-4xSTM1/

ATM-SFP



Optional, SFP

needs to be

configured

NE-FIC-CE3 Single-port E3/CE3 Compatible Interface Card 8 Optional

NE-FIC-4xE1-75ohm 4-Port, E1, DB68, 75ohm, Interface Board 8 Optional


45





NE-FIC-4xcE1-75ohm4-Port, Channelized E1, DB68, 75ohm, Interface

Board8 Optional

NE-FIC-4xcE1-120ohm4-Port,Channelized E1, DB68, 120ohm, Interface

Board8 Optional

NE-FIC-4xcT1-100ohm4-Port, Channelized T1, DB68, 100ohm, Interface

Board8 Optional


Board8 Optional


Board8 Optional

Optional NE-FIC-

8xcT1-100ohm

8-Port, Channelized T1, DB68, 100ohm, Interface

Board8 Optional

NE-HIC-16xcE1-

120ohm

16-port channelized E1, DB78, 120ohm, interface

Board6 Optional

NE-HIC-16xcE1-

75ohm

16-port Channelized E1-DB78-75ohm, Interface

Board6 Optional

NE-HIC-16xcT1-

120ohm

16-port Channelized T1-DB78-120ohm, Interface

Board6 Optional

RT-FIC-4SAE4-Port Enhanced Synchronous/Asynchronous


RTP-HSSIA01-Channel 52M HSSI High Speed Serial Interface

Board8 Optional

RTP-HSSIB02-Channel 52M HSSI High Speed Serial Interface

Board8 Optional

RTP-IPSEC0 IPSEC0-IPSEC High speed service Board 1 Optional

NE20-8/4/2


Host System

RT-NE20-8-CHASSIS NetEngine20-8 5U Router Chassis 1 Mandatory

RT-NE20-4-CHASSIS 3U Router Chassis (NE20-4) 1 Mandatory

RT-NE20-2-CHASSIS 3U Router Chassis (NE20-2) 1 Mandatory

RT-PWRNE20-AC

AC/DC Power System, 0degC, 50degC,

85.0V, 264V, 3.3V/55A; 5V/25A; 12V/14A;

for NE20

2

Mandatory,

2 pieces

recommended

46



RT-NE20-DC

DC/DC Power Module, 550W, -5degC-

55degC, -36V--75V, 3.3V/60A, 5V/20A,

12V/30A

2

Mandatory,

2 pieces

recommended

RT-NE20-RPU-512MRouter Process Unit (512M Memory, with

2FE Interface)1 Mandatory

RT-NE20-NPU Network Processor Unit 1 Mandatory

SWP-RT-NE20-VRP5 Software Charge for NE20 Host Software 1 Mandatory



Interface Board (RJ45)

NE20-8：3

NE20-4：3

NE20-2：2

Optional



NE20-8：3

NE20-4：3

NE20-2：2

Optional



NE20-8：3

NE20-4：3

NE20-2：2

Optional


Interface Board (SFP)

NE20-8：3

NE20-4：3

NE20-2：2

Optional, SFP

needs to be

configured



NE20-8：3

NE20-4：3

NE20-2：2

Optional, SFP

needs to be

configured



NE20-8：3

NE20-4：3

NE20-2：2

Optional, SFP

needs to be

configured

NE20E-HIC-1xGE-SFP1-Port 1000M Ethernet High Speed Optical


NE20-8：3

NE20-4：3

NE20-2：2

Optional, SFP

needs to be

configured

NE20E-HIC-2xGE-SFP2-port 1000M Ethernet High Speed Optical


NE20-8：3

NE20-4：3

NE20-2：2

Optional, SFP

needs to be

configured

NE20E-HIC-1xSTM1/

POS-SFP

1-port 155M POS High Speed Optical


NE20-8：3

NE20-4：3

NE20-2：2

Optional, SFP

needs to be

configured

NE20E-HIC-2xSTM1/

POS-SFP



NE20-8：3

NE20-4：3

NE20-2：2

Optional, SFP

needs to be

configured

47



NE20E-HIC-4xSTM1/

POS-SFP



NE20-8：3

NE20-4：3

NE20-2：2

Optional, SFP

needs to be

configured

RTM-1CPOSE01-port 155M Channlized POS Interface

Board (SFP, E1 Format)

NE20-8：3

NE20-4：3

NE20-2：2

Optional, SFP

needs to be

configured

NE-FIC-1AE31-Port ATM over E3 Interface Board, SMB

interface

NE20-8：8

NE20-4：4

NE20-2：2

Optional

NE-FIC-SMT1/ATM-

MM/1310-2km-SC

1-port ATM/155M Multi-mode Optical

Interface Board (1310nm, 2km, SC)

NE20-8：8

NE20-4：4

NE20-2：2

Optional

NE-FIC-SMT1/ATM-

SM/1310-15km-SC

1-port ATM/155M Singlemode Optical

Interface Board (1310nm, 15km, SC)

NE20-8：8

NE20-4：4

NE20-2：2

Optional

NE-FIC-SMT1/ATM-

SM/1310-30km-SC

1-Port ATM/155M Singlemode Long Reach

Optical Interface Board (1310nm, 30km, SC)

NE20-8：8

NE20-4：4

NE20-2：2

Optional

NE-FIC-CE3 Single-port E3/CE3 Compatible Interface Card

NE20-8：8

NE20-4：4

NE20-2：2

Optional

NE-FIC-4xE1-75ohm 4-Port, E1, DB68, 75ohm, Interface Board

NE20-8：8

NE20-4：4

NE20-2：2

Optional


NE20-8：8

NE20-4：4

NE20-2：2

Optional


NE20-8：8

NE20-4：4

NE20-2：2

Optional


NE20-8：8

NE20-4：4

NE20-2：2

Optional

NE-FIC-4xcE1-75ohm4-Port, Channelized E1, DB68, 75ohm,

Interface Board

NE20-8：8

NE20-4：4

NE20-2：2

Optional


Interface Board

NE20-8：8

NE20-4：4

NE20-2：2

Optional

48



NE-FIC-4xcT1-100ohm4-Port, Channelized T1, DB68, 100ohm,

Interface Board

NE20-8：8

NE20-4：4

NE20-2：2

Optional


Interface Board

NE20-8：8

NE20-4：4

NE20-2：2

Optional


Interface Board

NE20-8：8

NE20-4：4

NE20-2：2

Optional

NE-FIC-8xcT1-100ohm8-Port, Channelized T1, DB68, 100ohm,

Interface Board

NE20-8：8

NE20-4：4

NE20-2：2

Optional

RT-FIC-4SAE4-Port Enhanced Synchronous/

Asynchronous Interface Card

NE20-8：8

NE20-4：4

NE20-2：2

Optional

RTP-HSSIA01-Channel 52M HSSI High Speed Serial

Interface Board

NE20-8：8

NE20-4：4

NE20-2：2

Optional

RTP-HSSIB02-Channel 52M HSSI High Speed Serial

Interface Board

NE20-8：8

NE20-4：4

NE20-2：2

Optional

RTM-HPSEC0 IPSEC High Speed Interface Board

NE20-8：1

NE20-4：1

NE20-2：1

Optional

49



Quidway® NetEngine 16E/08E/05 High-end Router Series

OverviewThe Quidway® NetEngine 16E/08E/05 (NE16E/08E/05 for short) is part of a family of

Huawei’s high end routing platforms, with advanced distributed forwarding architecture

and flexible networking capability. Equipped with the peripheral access feature, the

NE16E/08E/05 can be deployed in different types of networks. Furthermore, it can

provide users with an all-round solution to maximally meet customers’ requirements.

With its rich service functions, perfect QoS mechanism and attractive security features,

the NE16E/08E/05 is the optimum choice for designing internal and service networks of

carriers, governments, educational institutions, corporate firms, finance organizations,

electrical power suppliers, and enterprises.

Key FeaturesCPCI Bus Technology z

With the CPCI bus technology, the bandwidth and performance of the NE16E/08E/05

routing platforms is better than the similar products that were adopting the earlier bus

technology, Cybus.

High Reliability z

The redundancy design of the main control board; the active/standby switching realizes

zero packet-loss rate; (2+1) or (1+1) power hot backup; interface backup and port

binding realize the high reliability of links; VRRP ensures the reliability between devices;

NE16E NE08E NE05

50



the main control board and the interface board support hot swapping; the integrated

system realizes the non-stop running for 24 hours a day, 7 days a week.

High Performance z

Distributed forwarding architecture: the high-performance CPU cooperates with the IP

Turbo EngineTM technology of independent intellectual property rights; the integrated

forwarding performance of NE16E exceeds 4.8 Mpps; the integrated NE08E forwarding

performance exceeds 2.4 Mpps and the integrated NE05 forwarding performance

exceeds 1.6 Mpps.

Policy NAT z

It supports the distributed NAT, available with the policy and the security management

function, and it is able to effectively prevent hackers from attacking the NAT connections

and provides a perfect security log.

Security z

Supports the packet filtering firewall and dynamic firewall ASPF, the authentication of

subscribers and routing protocols, the IPSEC and IKE of the standard protocols and the

LspKeeper anti-traffic attacking technology of Huawei.

Routing Processing Capability z

Supports static routing and unicast routing protocols such as RIP, OSPF, BGP and IS-IS;

supports policy routing and multicast routing protocols, including: IGMP, PIM-DM/SM,

PIM-SSM, MBGP and MSDP.

IPv6 Routing Capability z

Supports the double protocol stack of the IPv4 and IPv6, and provides a variety of IPv6

protocols. Supports multiple transition technologies from IPv4 and IPv6, including:

manual tunnel configuration, automatic tunnel configuration, 6to4 tunnel, NAT-PT, 6PE;

supports the IPv6 static route and such dynamic routing protocols as BGP4+, RIPng,

OSPFv3 and ISISv6; supports ICMPv6 MIB, UDP6 MIB, TCP6 MIB and IPv6 MIB.

Powerful QoS Capability z

Supports traffic policing, traffic shaping, congestion control and multi-queue scheduling.

51



Service Capability z

Supports dedicated line access, PPPOE access, PPPOA access, PPPOEOA access, Ethernet

VLAN access, Portal, Web authentication, port leasing, DHCP RELAY, DNS, and DLSW.

Powerful VPN Service Capability z

Supports L2TP, GRE, IPSEC, FR, VPN services such as L3 MPLS VPN, L2 MPLS VPN;

provides tunnel integration and VPN interworking, and provides the secure and multilevel

MPLS VPN solution.

High-density Port z

The NE16E provides 12 universal I/O slots, and the maximum loading capacity of a single

frame is: 24 155M POS interfaces, 60 100M Ethernet interfaces, 192 E1/CE1 interfaces;

the NE08E provides six universal I/O slots, and the maximum loading capacity of a single

frame is: 12 155M POS interfaces.

Specification

Feature NE16E NE08E NE05

Bus Bandwidth ≥ 4G ≥ 2G ≥ 2G

Forwarding

Performance≥ 4.8 Mpps ≥ 2.4 Mpps ≥1.6 Mpps

Number of Interface

Board Slots

12 (Each interface

board can be matched

with two interface

modules)

6 (Each interface


with two interface

modules)

4 (Each interface


with two interface

modules)

Interface Type

Synchronous serial port

E1/CE1 interface

T1/CT1 interface

E3/CE3 interface

T3/CT3 interface

E1 ATM reverse multiplex interface

T1 ATM reverse multiplex interface

ATM over E3 interface

ATM over T3 interface

OC-3c/STM-1 ATM interface

OC-3c/STM-1 POS interface

Channelized OC-3c/STM-1 POS interface

52



FE interface

GE interface

Integrated Interface

Module

• 3-port 100M Ethernet electrical interface + 1-port Gigabit Ethernet optical

interface integrated module

• 3-port 100M Ethernet electrical interface + 1-port Gigabit Ethernet

electrical interface integrated module

•3-port 100M Ethernet electrical interface integrated module


Input Power DC: -40 ~ -72V; AC: 150 ~ 280V

Dimension

(W × D × H)

482.6mm × 420mm ×

619.5mm

482.6mm × 420mm ×

441.7mm

482.6mm × 420mm ×

175mm


Configuration

63.5kg (3-power

supply module, full

configuration of board)

45kg (Dual-power

supply module, full


22kg (Dual-power

supply module, full


Max. Power

Consumption460W 460W 350W

Environmental

Requirements







NE16E


Host System

CHASSIS-N68-22-DC 2.2m DC Assembly Cabinet 1 Mandatory

RT-NE16E CHASSIS/3DC NE16E Assembly Chassis (DC) 1 Mandatory

RT-NE-RSU3CRouting Switch Unit 512M Memory Front

Processing Board2

Mandatory,

2 pieces

recommended

RT-NE-HAUSystem CompactPCI Hot Swap Control

Bridge Board2

Mandatory,

2 pieces

recommended

Order Information

53



RT-NE-RSEU Route Switching Expansion Unit 2

Mandatory,

2 pieces

recommended

RT-NE-ALUA System Monitoring Administration Unit 1 Mandatory


Versatile Interface Unit

RT-NE-VIU4BThe Fourth Generation Universal Interface

Unit Front Processing Board12 Optional

RT-NE-VIU4BE

The Fourth Generation Enhanced Universal

Interface Unit Front Processing Board

(66MHz, 256MB, FE Out From IMU)

12 Optional

RTC-VIUC0

The Eighth Generation Versatile Interface Unit

Front Processing Board (33MHz, 512MB, FE

Out From VIEU)

12 Optional

RTC-VIUCE0

The Eighth Generation Versatile Interface Unit

Front Processing Board (66MHz, 512MB, FE

Out From VIEU)

12 Optional

RT-NE-VIEU Versatile Interface Extension Unit 12

Versatile Interface Card

FE Card

RT-NE-ETPA1-Port 100M Ethernet Interface Front

Processing Card24 Optional

RT-NE-ETKA1-Port 100M Ethernet Electrical Interface

Rear Interface Card (RJ45)24 Optional

RT-NE-ETKC1-Port 100M Ethernet Optical Interface Rear

Interface Card (1310nm, 2km, SC)24 Optional

RT-NE-ETKB1-Port 100M Ethernet Optical Interface Rear


Synchronization Serial Card

RT-NE-SAPA4-Port Synchronization Serial Port Front


RT-NE-SAKA4-Port Synchronization Serial Port Rear

Interface Card (DB100 Female Socket)24 Optional

1-port OC3/STM1 ATM Interface Card

RT-NE-ATPB1-Port OC3/STM1 ATM Interface Front


54



RT-NE-PAKB

1-Port OC3/STM1 POS/ATM/CPOS Multi-

mode Optical Interface Rear Interface Card

(1310nm, 2km, SC)

24 Optional

RT-NE-PAKA

1-Port OC3/STM1 POS/ATM/CPOS Single

Mode Optical Interface Rear Interface Card

(1310nm, 15km, SC)

24 Optional

RT-NE-PAKC



(1310nm, 15km, SC)

24 Optional

1-port OC3/STM1 POS Interface Card

RT-NE-POPB1-Port OC3/STM1 POS Interface Front


RT-NE-PAKB



(1310nm, 2km, SC)

24 Optional

RT-NE-PAKA



(1310nm, 15km, SC)

24 Optional

RT-NE-PAKC



(1310nm, 15km, SC)

24 Optional

1-port Channelized OC3/STM1 POS to E1 Interface Card

RT-NE-CPOP1-Port OC3/STM1 Channelized POS Interface

Front Processing Card12 Optional

RT-NE-PAKB



(1310nm, 2km, SC)

12 Optional

RT-NE-PAKA



(1310nm, 15km, SC)

12 Optional

RT-NE-PAKC



(1310nm, 15km, SC)

12 Optional

1-port Channelized OC3/STM1 POS to T1 Interface Card

RT-NE-CPOB1-Port OC3/STM1 Channelized into T1 POS

Interface Front Processing Card12 Optional

55



RT-NE-PAKB



(1310nm, 2km, SC)

12 Optional

RT-NE-PAKA



(1310nm, 15km, SC)

12 Optional

RT-NE-PAKC



(1310nm, 15km, SC)

12 Optional

E1/CE1 Interface Card

RT-NE-CEPA 4-Port E1/CE1 Interface Front Processing Card 24 Optional

RT-NE-QEKA

4-Port E1/CE1 75ohm/120ohm Electrical

Interface Rear Interface Card (DB68 Female

Socket)

24 Optional

RT-NE-8EPA 8-Port E1/CE1 Interface Front Processing Card 24 Optional

RT-NE-8EKA8-Port E1/CE1 75ohm Electrical Interface

Rear Interface Card (DB68 Female Socket)24 Optional

RT-NE-8EKB8-Port E1/CE1 120ohm Electrical Interface


8-port E1 IMA Interface Card

RT-NE-E8IP 8-Port E1 IMA Interface Front Processing Card 24 Optional





T1/CT1 &ATM T1 Interface Card

RT-NE-8TPA 8-Port T1/CT1 Interface Front Processing Card 24 Optional

RT-NE-T8IP 8-port T1 IMA Interface Pre-Processor 24 Optional

RT-NE-8TKA8-Port T1/CT1 100ohm Electrical Interface


E3/T3/ATM E3/ATM T3 Interface Card

RT-NE-E3PA 1-Port E3 Interface Front Processing Card 24 Optional

RT-NE-CE3P1 Port Channelized E3 Interface Front


RT-NE-AESP 1-Port ATM OVER E3 Interface Pre-Processor 24 Optional

RT-NE-CE3K1-Port E3/CE3/ATM E3 75ohm Electrical

Interface Rear Interface Card (SMB)24 Optional

56



RT-NE-T3PA 1-Port T3 Interface Front Processing Card 24 Optional

RT-NE-CT3P1-Port Channelized T3 Interface Front


RT-NE-ATSP 1-Port ATM OVER T3 Interface Pre-Processor 24 Optional

RT-NE-CT3K1-Port T3/CT3 75ohm Electrical Interface

Rear Interface Card (SMB)24 Optional

RT-NE-AEDP 2-Port ATM OVER E3 Interface Pre-Processor 24 Optional

RT-NE-E3DK 2-port ATM OVER E3 Interface Back Board 24 Optional

RT-NE-ATDP 2-Port ATM OVER T3 Interface Pre-Processor 24 Optional

RT-NE-T3DK 2-PORT ATM OVER T3 Interface Back Board 24 Optional

GE Interface Card

RT-NE-GEPA1-Port 1000M Ethernet Interface Front


RT-NE-GEKB1-Port 1000M Ethernet Multi Mode Optical

Interface Rear Interface Card (850nm, 500m, LC)24 Optional

RT-NE-GEKA

1-Port 1000M Ethernet Single Mode Optical

Interface Rear Interface Card (1310nm,

10km, LC)

24 Optional

RT-NE-GEKC

1 Port 1000M Ethernet Single Mode Long

Distance Optical Interface Rear Interface

Card (1550nm, 40km, LC)

24 Optional

RT-NE-GEKD

1-Port 1000M Ethernet Single Mode Ultra

Long Haul Optical Interface Rear Interface


24 Optional

IMU (3FE-Elect) Back Interface Card

RT-NE-3FEMK3-Port Fast Ethernet Plus 1 PMC Position

Back Integrated Module Unit12 Optional

IMU (1GE-GBIC+3FE) Interface Card

RT-NE-1GOMP

3-Port Fast Ethernet Plus 1-Port Gigabit

Ethernet Optical Interface Front Integrated

Module Unit

12 Optional

RT-NE-1GOMK


Ethernet Optical Interface Back Integrated

Module Unit

12 Optional

IMU (1GE-Elect+3FE) Interface Card

RT-NE-1GEMP


Ethernet Electrical Interface Front Integrated

Module Unit (256M SDRAM)

12 Optional

57



RT-NE-1GEMK


Ethernet Electrical Interface Back Integrated

Module Unit

12 Optional

NE08E


Host System

CHASSIS-N68-22-DC 2.2m DC Assembly Cabinet 1 Mandatory

RT-NE08E CHASSIS/2DC NE08E Assembly Chassis (DC) 1 Mandatory


Processing Board2

Mandatory,

2 pieces

recommended

RT-NE-HAUSystem CompactPCI Hot Swap Control

Bridge Board2

Mandatory,

2 pieces

recommended

RT-NE-RSEU Route Switching Expansion Unit 2

Mandatory,

2 pieces

recommended






RT-NE-VIU4BE




6 Optional

RTC-VIUC0

The Eighth Generation Versatile Interface

Unit Front Processing Board (33MHz,

512MB, FE Out From VIEU)

6 Optional

RTC-VIUCE0




6 Optional

RT-NE-VIEU Versatile Interface Extension Unit 6 Optional


FE Card



58

















RT-NE-PAKB



(1310nm, 2km, SC)

12 Optional

RT-NE-PAKA



(1310nm, 15km, SC)

12 Optional

RT-NE-PAKC



(1310nm, 15km, SC)

12 Optional




RT-NE-PAKB



(1310nm, 2km, SC)

12 Optional

RT-NE-PAKA



(1310nm, 15km, SC)

12 Optional

RT-NE-PAKC



(1310nm, 15km, SC)

12 Optional




59



RT-NE-PAKB



(1310nm, 2km, SC)

6 Optional

RT-NE-PAKA



(1310nm, 15km, SC)

6 Optional

RT-NE-PAKC



(1310nm, 15km, SC)

6 Optional




RT-NE-PAKB



(1310nm, 2km, SC)

6 Optional

RT-NE-PAKA



(1310nm, 15km, SC)

6 Optional

RT-NE-PAKC



(1310nm, 15km, SC)

6 Optional



RT-NE-QEKA



Socket)

12 Optional

RT-NE-8EPA8-Port E1/CE1 Interface Front Processing

Card12 Optional











60

























GE Interface Card





RT-NE-GEKA

1-Port 1000M Ethernet Single Mode Optical

Interface Rear Interface Card (1310nm,

10km, LC)

12 Optional

RT-NE-GEKC




12 Optional

RT-NE-GEKD




12 Optional

61







RT-NE-1GOMP



Module Unit

6 Optional

RT-NE-1GOMK



Module Unit

6 Optional


RT-NE-1GEMP




6 Optional

RT-NE-1GEMK



Module Unit

6 Optional

NE05


Host System


RT-NE05 CHASSIS/2DC Router DC Assembly Chassis (NE05) 1 Mandatory


Processing Board1 Mandatory

RT-NE-RSHCRoute Switching Hot Swappable Controlling

Unit1 Mandatory



RTC-VIUS0Special Versatile Interface Unit Front

Processing Board, 256M Memory4 Optional



RT-NE-VIU4BE




4 Optional

62



RTC-VIUC0




4 Optional

RTC-VIUCE0




4 Optional

RT-NE-VIEU Versatile Interface Extension Unit 4 Optional


FE Card

















RT-NE-PAKB



(1310nm, 2km, SC)

8 Optional

RT-NE-PAKA



(1310nm, 15km, SC)

8 Optional

RT-NE-PAKC



(1310nm, 15km, SC)

8 Optional




63



RT-NE-PAKB



(1310nm, 2km, SC)

8 Optional

RT-NE-PAKA



(1310nm, 15km, SC)

8 Optional

RT-NE-PAKC



(1310nm, 15km, SC)

8 Optional




RT-NE-PAKB



(1310nm, 2km, SC)

4 Optional

RT-NE-PAKA



(1310nm, 15km, SC)

4 Optional

RT-NE-PAKC



(1310nm, 15km, SC)

4 Optional




RT-NE-PAKB



(1310nm, 2km, SC)

4 Optional

RT-NE-PAKA



(1310nm, 15km, SC)

4 Optional

RT-NE-PAKC



(1310nm, 15km, SC)

4 Optional



RT-NE-QEKA



Socket)

8 Optional

64



RT-NE-8EPA 8-Port E1/CE1 Interface Front Processing Card 8 Optional

































GE Interface Card



65





RT-NE-GEKA1-Port 1000M Ethernet Single Mode Optical

Interface Rear Interface Card (1310nm, 10km, LC)8 Optional

RT-NE-GEKC




8 Optional

RT-NE-GEKD




8 Optional





RT-NE-1GOMP



Module Unit

4 Optional

RT-NE-1GOMK



Module Unit

4 Optional


RT-NE-1GEMP




4 Optional

RT-NE-1GEMK



Module Unit

4 Optional

66



67



HUAWEI TECHNOLOGIES CO., LTD.Add: Huawei Industrial Base

Bantian Longgang Shenzhen 518129, P.R.China

Tel : +86-755-28780808Version No.: M3-080030-20080121-C-4.0

www.huawei.com

Copyright © 2008 Huawei Technologies Co., Ltd.All Rights Reserved.The information contained in this document is for reference purpose only, and is subject to change or withdrawal according to specific customer requirements and conditions.

huawei datacom product quick reference --ne series routers(20080121)

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