HUAWEI

Quidway NetEngine 16E/08E/05 Multi-Service Edge Routers

HUAWEIT e c h n o l o g i e s

Introduction

Quidway NetEngine 16E/08E/05 series high-end routers are based on high performance distributed processing architecture.

Beneficial from latest Multi-Processor and Distributed Operating System technology, NE 16E/08E/05 series routers are

ideal high performance platforms delivering abundant service and carrier-class reliability for provider edge network and

enterprise core-layer networks.

The Quidway NetEngine high-end series routers have three Models: NetEngine 16E, NetEngine 08E and NetEngine 05.

The NetEngine16E router has 17 slots in total, including 12 VIU (Versatile Interfaces Unit) slots, 2 RSU (Routing Switching

Unit) slots, 2 HAU (High Availability Unit) slots and 1 ALU (Alarming Unit) slot.

The NetEngine08E router has 11 slots in total, including 6 VIU slots, 2 RSU slots, 2 HAU slots and 1 ALU slot.

The NetEngine05 router has 6 slots in total, including 4 VIU slots, 1 RSU slot and 1 ALU slot.

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Quidway NetEngine 16E/08E/05 Multi-Service Edge Routers

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Product FeaturesHigh Performance: The Quidway NetEngine 16E/08E/05 series routers achieve high processing capability with the

distributed routing processing and packet forwarding architecture. Both RSU and VIUs have independent high perfor-

mance CPUs and are interconnected with high-speed bus. RSU is the master of the system, running routing protocols and

downloading forwarding information to VIU. VIUs perform packet forwarding and other IP services, including filtering and

QoS. Each VIU has the outstanding 300Kpps performance and NE16E with full configuration of VIUs has the 3.6Mpps

aggregative performance.

High Reliability: Benefiting from Huawei abundant experiences in telecommunication products R&D and manufacturing,

the Quidway NetEngine 16E/08E/05 series routers have been designed to fully ensure the carrier-class reliability with

adoption of comprehensive hot-backup techniques. All the major system components are using redundant design, includ-

ing HAU, RSU, power supply and BUS. All boards are hot swappable to reduce the possibility of network disconnection

due to individual board failures, thus ensuring the round-the-clock uninterrupted network services.

Scalability: The Quidway NetEngine 16E/08E/05 series routers provide maximum flexibility of functions extension:

board extension from single RSU to dual configuration, bus extension from 2G to 4G and slot extension from 6 slots to 17

slots. Each VIU can be deployed with two interface modules, providing both flexible internetworking ability and extending

facility whenever required. All the flexibility and extension capability above will ensure long-term protection of users' in-

vestments on the networks.

Abundant Services: Based on Versatile Routing Platform (VRP), the Quidway NetEngine 16E/08E/05 series rout-

ers support distributed processing all-around. Also they provide rich route protocols and route policy management functions.

In addition, they support multi-cast services, traffic engineering (TE) and MPLS VPN.

IPv4/v6 Dual Protocol Stacks: NE16E/08E/05 supports both IPv4 and IPV6 protocol stacks and can work in the

IPv4/IPv6 dual-stack mode.

Provide all IPv6 features and solutions for smooth transition from IPv4 networks to IPv6 networks.

Support three IPv6 over IPv4 tunnel techniques: manually configured tunnel, automatic tunnel, and 6to4 tunnel.

Software Specifications

3.1.1 IPv4 support

Attribute Description

Internetworking LAN protocol Ethernet II

Ethernet SNAP

VLAN 802.1Q

VLAN aggregation

802.1P

Frame Relay Three kinds of LMI: ITU-T Q.933 Appendix A, ANSI T1.617 Appendix D, non-

standard compatible

FR PVC switching (FRF2.1)

MFR (FRF.16)

STAC compression of FR (FRF.9)

End-to-End fragmentation (FRF12)

IP Header Compression (FRF20)

FR switching PVC Standby

FR over IP

FR QoS: TS on FRVC, CAR on FR VC, congestion management of FR VC,

DE rule setting

PPP PAP, CHAP

LCP negotiation, NCP negotiation, MPLSCP negotiation, CCP negotiation

STAC LZS compression

PPPoE, IPoEoA, PPPoEoA

MP( MP is not allowed between different boards, STA compression is not

supported on MP)

Other WAN ATM

protocol HDLC

IP IP service IP forwarding, Forwarding Information base (FIB)

IP address management: Primary and secondary IP address, IP unnumbered,

VPN address space overlapping

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Specifications

IP options: strict source routing, loose source routing, record route, timestamp

and Route Alert

Reset the Don't Fragment (DF) flag of IP packet

Internet Control Message Protocol

Transport Control Protocol

User Datagram Protocol

Address Resolution Protocol, ARP Proxy, DNS Client

ARP Multi-Instances

DHCP Relay, DHCP Server

Unicast Policy route and Multicast Policy route

NetStream: supports statistics on unicast, broadcast and multicast traffic.

The output format of raw information can be set as version 5 or version 9,

while the output format of aggregated information can be version 8 or

version 9.

Web Cache Communication Protocol (WCCP)

Ping and Tracert

IP routing Static route

RIP: RIP-1, RIP-2 and Multi-Instances of RIP

OSPFv2: OSPF Stub area, OSPF NSSA, Multi-processes of OSPF,

Multi-Instances of OSPF, OSPF TE, Opaque LSAs

BGP: BGP-4, MP-BGP, BGP VPN-IPv4

Integrated IS-IS: support wide metric and route leaking

Route policy

Route capacity limitation

Multicast Multicast static routing protocol

Internet Group Management Protocol: IGMP v1, IGMP v2 and IGMP proxy

Protocol Independent Multicast Sparse Mode/Dense Mode

Multicast Source Discovery Protocol: Anycast RP

Multiprotocol Extensions for BGP-4

Mtracert., MSDP tracert

IP-based VPN Supports the Lay 2 or Lay 3 VPN solutions:

L2TP: L2TP tunnel switch(Multi-hop L2TP), L2TP source address

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specification

GRE

IPSec VPN

IPv6 Supports IPv4 and IPv6 dual stacks

Supports basic transition technologies from IPv4 to IPv6:

Manually configuration tunnels, automatic configuration

tunnels, 6to4 tunnels, GRE tunnels, NAT-PT, etc.

Supports IPv6 static routing and dynamic routing protocols such as BGP4+,

RIPng, OSPFv3, and ISISv6.

Supports ICMPv6 MIB, UDP6 MIB, TCP6 MIN, IPv6 MIB, etc.

MPLS Basic MPLS MPLS IP TTL propagation

Capability Ping and tracert for VPN instance

MPLS TE RSVP-TE as signaling protocol to set up CR-LSP

DiffServ-Aware MPLS Traffic Engineering

Constraint Shortest Path First (CSPF)

IGP extend for TE

CR-LSP Fast Reroute (FRR)

CR-LSP backup

MPLS-based CCC local connection, CCC remote connection

L2VPN Static VC (SVC) MPLS L2VPN

Kompella MPLS L2VPN

Martini MPLS L2VPN

L2VPN bridging

L2VPN interworking for Kompella and Martini

BGP/MPLS MPLS VPNs based on RFC 2547

L3VPN BGP/MPLS VPN based on LSP tunnel

BGP/MPLS VPN based on GRE tunnel

Inter-AS solution based on RFC 2547bis (BGP/MPLS VPN Hierarchical and

Recursive Applications):

Inter-Provider Backbones Option A: ASBRs manage VPN routes through the

subinterfaces.

Inter-Provider Backbones Option B: ASBRs distribute labeled VPN-IPv4 routes

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through MP-EBGP..

Inter-Provider Backbones Option C: PEs distributes labeled VPN-IPv4 routes

through Multi-hop MP-EBGP.

Hierarchy BGP/MPLS VPN (HoVPN/HoPE).

Multi-role Host.

VPN Multicast Improved Multicast Domains solution

Shared Multicast Distribution Tree (Shared MDT)

Distribution on Demand Multicast Distribution Tree (DoD-MDT)

Supports to apply policies on multicast tunnel interface Multicast Tunnel Inter

face (MTI), including filtering PIM neighbors through the ACL, setting BSR

border, setting JP packet receiving policy, and configuring the MTU.

VPN multicast solution for Inter-AS BGP/MPLS VPN based on VRF to VRF

VPN multicast solution for Inter-AS BGP/MPLS VPN based on Multi-hop

EBGP

Supports multicast VPN over GRE tunnel, and multicast VPN over Extranet.

MPLS QoS Classifies MPLS packets according to EXP field

Changes the value of MPLS packet's EXP field

QoS CAR

Traffic Shaping

Congestion management: PQ, CQ, WFQ, CBQ/LLQ, RTPQ

Physical speed limit: LR

Congestion avoidance: RED, WRED

LFI

IPHC

MP QoS: FIFO, PQ, CQ,WFQ, CBQ and RTPQ are supported by Virtual Access of MP

FR QoS: FIFO, PQ, CQ,WFQ, CBQ and RTPQ are supported by FR or MFR interfaces with FRTS

enabled

MPLS QoS

PVC service mapping and ATM QoS

Mapping between User Priority Bits (802.1p) and IP Precedence or DiffServ Code Point (DSCP)

Structured QoS command line (SQC)

Network Management of Limit the number of access users

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security access users PPP user access, PPPoE user access, PPPoA user access, PPPoEoA user

access

L2TP user access

Layer 2 user access: Static ARP user access, DHCP user access, WEB

authentication, binding authentication

Layer3 user access: IPoE user access, IPoA user access, IPoEoA user access,

WEB authentication

Local accounting management

Control the number of access users via License

Portal

NAT NAT, PAT

H323, RAS, ILS, NetMeeting, DNS, ICMP unreachable, ICMP redirect

Multi-Instance of NAT

AAA, RADIUS and HWTACACS

NAT, Time range, ACL, ACL Multi-Instances

Packet filtering firewall, Application Specific Packet Filter (ASPF)

Ethernet frame filtering

IPSec: aggressive mode, NAT traversal

IKE, RSA

Hardware encryption with card SECP

NAT user log

Unicast Reverse Path Finding (URPF)

Validity check of source address of packets

Forwarding control of broadcast packets

Transmission control of ICMP packets

Hierarchical protection of command line to ensure that unauthorized users cannot invade the

router.

Broadband Accounting based on the destination IP address

Access Server PPP terminating capability

Server (BAS)

Reliability VRRP

Hot swapping

Interface standby

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Active/standby switchover, warm backup, cool backup (NE16E and NE08E)

NTP

Configuration Command line Supports local configuration of the router via the Console

management interface Supports router configuration via the Telnet terminal. The system can restrict

the clients logging via Telnet through the IP address

Supports to connect Modem through the AUX port and support remote con

figuration and maintenance in asynchronous dial mode

Detailed debugging information for fault diagnosis

Provides both Chinese and English prompt information and they can be

switched freely

Provides network test tools such as the Tracert and Ping commands to quickly

analyze whether the network is normal

HWPing, which enhances the ping function, is used to test the performance

of various protocols running on the network

Login via Telnet command and manage other routers

FTP Server/Client. FTP can be used to download and upload configuration

file and application program

TFTP client

IP finger

Supports software downloading, online upgrading and online patching

Supports log function

File system

User-interface configuration

Provides hard disk interface for hard disk, which can be used to perform the

online backup and software upgrading to the system configuration

Information Provides three categories of information: alarm information, log information

processing center and debugging information.

Information is divided into 8 levels: emergency, alert, critical, error, warning,

notification, informational, debugging

Supports to output information to the log host and EXEC user terminal. Log

and alarm information can be output through SNMP Agent and buffer.

SNMP Agent Supports standard SNMP V3, compatible with SNMP V1, SNMP V2c

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Supports RMON and RMON2

MIB Public MIB

Performance alarm MIB

Equipment panel MIB

Equipment resource MIB

VLAN MIB

QoS MIB

NiMIB

Portal MIB

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3.1.2 IPv6 Support

Attribute Description

IPv6 basic Basic IPv6 Standard IPv6 message

protocol stack function IPv6 extension headers: hop-by-hop options header, routing header,

fragment header, and destination options header

Receiving and sending IPv6 packets

TCP6, UDP6

Basic IPv6 extension of socket interfaces

Advanced IPv6 extension of socket interfaces

Standard socket interfaces for receiving/sending IPv6 packets and control

messages

RawIPv6 packet processing

IPv6 Path MTU Discovery

IPv6 Neighbor Discovery

IPv6 Stateless Address Auto-configuration

ICMPv6 error Supported error message types: destination unreachable, packet too big,

message packet timeout, parameter error

processing Supported informational message types: echo request, echo reply, router

request, router advertisement, neighbor request, neighbor advertisement,

redirection

IPv6 packet Forwards legal unicast IPv6 packets

forwarding Receives the packets destined for the IPv6 multicast address that the

inbound interface joins

Separates the control and the forwarding

Not supports multicast IPv6 packet forwarding

Not supports site-local IPv6 packet forwarding

IPv6 address Supports manual configuration of IPv6 addresses on interfaces

management Supports link-local address and global address

Supports multicast address

IPv6 link layer PPP Supports IPv6CP setup and PPP link configuration

protocol Receives/sends PPP-encapsulated IPv6 packets

Supports the MTU of the interface

Ethernet Receives/sends Ethernet-encapsulated IPv6 packets

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Supports the MTU of the interface

IPv6 Ping Receives/sends ICMPv6 ECHO messages

application Supports Ping command

Traceroute Supports Tracert command

Supports hop-by-hop forwarding of IPv6 packets

TFTP Client Supports Get/Put operation on files by using IPv6 addresses or host names

Supports downloading/uploading configuration files or image files

Telnet IPv6 Telnet Client

IPv6 Telnet Server

DNS Client Supports receiving/sending DNS messages

Supports the AAAA record type of DNS

IPv4/IPv6 Supports IPv4 and IPv6 protocol stacks

Dual Stack Applies IPv4/IPv6 dual-stack mode (IPv4 and IPv6 protocol stacks are relatively independent)

Applications that are not upgraded to support IPv6 stack can coexist with upgraded applications

DNS can select either IPv4 or IPv6 protocol

IPv6 protocol stack can be enabled through the command line

IPv4 and IPv6 addresses can be configured simultaneously on an interface, which enables the

interface to forward both IPv4 and IPv6 packets

IPv6 transition Supports manual configuration of IPv6-in-IPv4 tunnel

technology Supports manual configuration of IPv6 GRE tunnel

Supports ISATAP

Supports 6PE

Automatic Supports IPv4-compatible IPv6 address format

tunnel Supports the encapsulation/decapsulation of automatic tunnel

6to4 tunnel Supports 6to4 address format

Supports 6to4 router

Supports 6to4 trunk router

NAT-PT Supports address/port-based NAT-PT

Supports static mapping of IPv4 addresses and IPv6 addresses

Supports dynamic mapping of IPv4 addresses and IPv6 addresses

Supports IPv4 address pool and IPv6 prefix

Supports DNS ALG

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IPv6 routing Static routing Configuration/deletion of IPv6 static routes

protocol Route dependency

Load balancing

Static routing multi-instance

BGP4+ IPv6 MP_REACH_NLRI, MP_UNREACH_NLRI

IPv6 route refresh request

Addition/deletion of IPv6 routes

IPv6 route reflector

IBGP/IGP route synchronization detection

IPv6 routing policy

AS confederation

RIPng RIPng

RIPng multi-instance

IS-ISv6 IS-ISv6

Load balancing and backup of two routes to the same destination

Routing policy IPv6 prefix-list

IPv6 route-policy

IPv6 distribute-list

IPv6 redistribute-list

Interface type Supports 10/100/1000M Ethernet interfaces

Supports 155M POS interfaces

IPv6-basedMIB ICMPv6 MIB

UDP6 MIB

TCP6 MIB

IPv6 MIB

Note:

ISATAP = Intra-Site Automatic Tunnel Addressing Protocol3.2 Hardware Specifications

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3.2 Hardware Specifications

Description NE16E NE08E NE05

Main Control Slots 2 2 1

Service Slots 12 6 4

Bus bandwidth 4GHz 2GHz 2GHz

Forwarding Capability 3.6Mpps per 1.8Mbps per 1.2Mbps per

system, 300Kpps system, 300Kpps system, 300Kpps

per slot per slot per slot

Dimensions (W X H X D) 482.6 X 619.5 X 482.6 X 441.7 X 482.6 X 175 X

420 mm (14U) 420 mm (10U) 420 mm (4U)

Weight 63.5kg 45kg 22kg

Input Voltage AC: 100 to 240V, 50/60Hz

DC: -48V to -60V

Max. Power Consumption 450W 450W AC: 350W, DC:

280W

Operating Temperature 0(C to 45(C

Operating Humidity 5% to 85%, non-condensing

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ModulesPMC Card:

1-port 100M Ethernet electrical interface module

1-port 100M Ethernet optical interface module

1-port Gigabit Ethernet interface module

4-port synchronous serial interface module

4-port E1/CE1 interface module

8-port E1/CE1 interface module

8-port CT1 interface module

1-port E3 interface module

1-port channelized E3 interface module

1-port T3 interface module

1-port channelized T3 interface module

8-port E1 IMA interface module

8-port T1 IMA interface module

1-port ATM OVER E3 interface module

2-port ATM OVER E3 interface module

1-port ATM OVER T3 interface module

2-port ATM OVER T3 interface module

1-port OC-3c/STM-1 ATM interface module

1-port OC-3c/STM-1 POS interface module

1-Port OC-12/STM-4 ATM interface module

1-port channelized OC-3c/STM-1 POS interface module

IPSec encryption card

Integrated Module Unit: 5-port fast Ethernet interface integrated module unit

3-port fast Ethernet plus 2-port Gigabit Ethernet electrical interface integrated module unit

3-port fast Ethernet plus 1-port Gigabit Ethernet optical interface integrated module unit

3-port fast Ethernet plus 2-port Gigabit Ethernet optical interface integrated module unit

3-port fast Ethernet plus 1 PMC position integrated module unit

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ApplicationsLarge Carrier Networking:

Networking outline is as follows.

The core network could be ATM, MPLS or Genuine IP, built with NE series 5th Generation Switching Routers.

NE16E/08E/05 routers are deployed at the provider edge layer, delivering high-density access capability of VPN

and Internet service.

It is recommended to use intermediate or low end routers to perform the access in the places which having less

number of accessing users and requiring lower accessing rate, and use NE16E/08E/05 routers in the places which

have more users and requiring higher access rate.

POS, ATM, GE and FE can be used for

NE16E/08E/05 routers interconnect with other carrier networks and act as international egress running BGP-4. The

egress interface type can be serial interface, E1/CE1, CT1, E3/CE3, FE, GE, POS and ATM.

NE16E/08E/05 routers applied in large carrier networking

Enterprise�

router B

Router

Router Router

A8010

LAN

WWW AAA

Router

Router

Backbone A Backbone B

Backbone C Backbone D

NE

NE

NE NE

NE

Enterprise�

branch C

Router

Campus�

network

Internet

Enterprise�

branch A

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Business User Networking:

Networking outline is as follows.

As for financial institutions and governments, or support network of large carriers, e.g., DCN, one or more

NE16E/08E/05 routers in the headquarters can be used to connect branches.

Several intermediate or low end routers are configured in the headquarters and the branches are connected

over WAN.

The important branches are configured with two lines. Incase the main line fails, the backup line will be used so

that the service will not be affected.

Figure 5-2 NE16E/08E/05 routers applied in business user networking

RouterRouter Router Router

Router

Node A Node B Node C Node D Node E

DDN

NE

Company�headquarters

Router

WAN

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IPv6 User Access Networking:

Multiple transition/access methods are provided on the basis of the existing IPv4 network architecture. The com-

plete access method can meet the requirement on the smooth migration from the existing IPv4 networks to the

IPv6-only networks.

Networking outline:

NE16E/08E/05 dual-stack routers are used to initiate/terminate IPv6 over IPv4 tunnels and 6to4 trunks, imple-

ment NAT-PT functions, and provide user authentication capability.

For the existing IPv4 Customer Premise Networks (CPNs) and newly-built IPv6 CPNs, the NAT-PT technology

is used to realize the access to IPv6 services.

ISATAP or 6to4 tunnels are used for the communication inside a network, and IPv6 over IPv4 or ISATAP tunnels

are used outside a network.

Figure 5-3 NE16E/08E/05 routers applied in IPv6 user access networking

NE�

NE�DDN�

LAN�

ADSL�

SOHO�

Cell�

IPv6 Network�IPv6 Service�

IPv6 Over IPv4 Tunnel�

Group user�

IPv4 Service�

ISA TAP Tunnel�

6 to4 Tunnel�

IPv4 Service�

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IPv6 Networking for Small Networks:

Small office networks or family networks connect to the public network through NAT devices usually. They have

few public network addresses and use private addresses on the internal devices. To migrate to IPv6 networks,

these small networks need to upgrade NAT devices and select connection modes based on the access methods

provided by Internet Service Providers (ISPs).

Networking outline:

The NAT gateways are upgraded to dual-stack devices.

If ISPs provide both IPv4 and IPv6 access methods, the IPv6-only access method is preferred.

If ISPs provide no IPv6 accesses, the 6to4 tunnel access method can be configured.

In case that all important applications apply IPv6 only and dual-stack networks are switched to IPv6-only networks,

IPv4 networks can be accessed through NAT-PT.

Figure 5-4 NE16E/08E/05 routers applied in IPv6 networking for small networks

ISP

IPv4 Internet

6 to 4 Access

IPv6 Access

NAT-PT

Dual-st ack Host

NE

IPv6 Internet

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IPv6 Networking for Enterprise Networks:

To upgrade an enterprise network to IPv6 network, you can adopt the policy to upgrade part of the network first. If

part of the network can operate IPv6 normally and meet the expectation, you can extend the upgrade to the entire

network. That is, dual-stack networks are partly upgraded to IPv6 networks and then gradually to IPv6-only networks.

Networking outline:

A border router is upgraded to dual-stack first, so that it can access both IPv6 and IPv4 networks.

Layer 2 link technologies (such as ATM and Frame Relay) are used to directly establish IPv6-only links.

The IPv6 interworking inside a network can be implemented through IPv6-only links or tunnels. The DNS servers

inside the network are upgraded so as to support AAAA records. The IPv6 hosts and servers are imported to the

network.

If ISPs provide no IPv6-only Internet accesses, tunnel or 6to4 tunnel access can be configured on the dual-stack

router, as well as IPv6 firewall technology. For the interworking with IPv4 networks, NAT-PT needs to be configured.

NAT devices may be deployed at the edge of network for the organizations lacking in addresses. In this case,

NAT devices can be deployed for each VPN and multiple VPNs can be connected through IPv6 tunnels.

Figure 5-5 NE16E/08E/05 routers applied in IPv6 networking for enterprise networks

6 to 4 Tunnel�

IPv4 Host�IPv6 Host�

NAT-PT�

Dial-up Network�

PSTN/ISDN�

DDN/ATM/FR�

IPv6 over IPv4 �

Branch office�

(IPV4)�

Branch office�

(Dual-stack)�

Headquarter�

IPv4 Internet�

Dual-stack Server�

Dual-stack router�

IPv6 Internet�

�

NE�

NE�

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ISP IPv6 Networking:

An ISP network is composed of three areas at least: core network, network for connecting with other ISPs, and

user access network. Each area needs to apply for an IPv6 address space, register IPv6 networks and routes, and

set DNS.

The core network implements the smooth transition to an IPv6 network. It first crosses the backbone through

tunnels, and then imports IPv6-only nodes or dual-stack nodes from the backbone to establish IPv6-only links or

IPv6 over IPv4 tunnels through Layer 2 protocols. The routing system is set up accordingly and IPv6 routing is

independent of IPv4 routing.

Upon operating normally, the dual-stack router can be set to process both IPv4 and IPv6 packets on the backbone,

and then accesses the global IPv6 network through IPv6-only links or tunnels. ISPs deploy 6to4 trunk gateways at

the edges to access other 6to4 networks.

There are two methods for the transition of access networks. One is to upgrade the access device to the dual-

stack, and the other is to add dedicated IPv6 access devices. If ISPs provide MPLS or VPN networks, the IPv6

access can be implemented by upgrading PEs.

Finally, the IPv6-only ISP network can be realized with extended IPv6 applications.

Figure 5-6 NE16E/08E/05 routers applied in ISP IPv6 networking

NAT-PT�

MPLS-based�

Layer 2 VPN�

IPv6-only link�

IPv6 Over IPv4

Tunnel�

IPv4 Internet�

WLAN�

Mobile�

IPv6�

IPv6 Mobile End�

IPv6 Access�

IPv4 Access�

IPv4 �

network�

IPv4 user� IPv6 user�

PE (v4)�

PE (v4)�

IPv6 Convergence �

IPv4 Enterprise user�

Dual-stack �

Convergence�

IPv6 Group user�

Mobile�

Network�

IPv6 Internet�

IPv6 IDC NMS iTellin�

P�

6 to 4 Relay�

IPv6 site�

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MPLS IPv6 Networking:

Networking outline:

Multiple IPv6 islands are connected with each other over IPv4 or MPLS networks. BGP is used to exchange IPv6

reachable information.

The IPv6 network is regarded as a VPN and multiple IPv6 islands belong to the same VPN. Tunnel connections

are established between PEs through the VPN mechanism.

Figure 5-7 NE16E/08E/05 routers applied in MPLS IPv6 networking

IPv6-only link�

IPv6-only link�

6 to 4 Tunnel� MPLS Network�

Mobile�

IPv6�

IPv6 Mobile End�

WLAN�

NAT-PT�6 to 4 Reday�

Dual-stack �

Convergence�

IPv6 Internet�

IPv6 网络

IPv6 site�

IPv6 Over IPv4 Tunnel�

IPv4 Access�IPv6 Access�

IPv4v6�

Sual-stack

network�

�Sual-stack

Access�

PE (v6v4)�

PE (v4)�PE (v4)�

IPv6 Convergence �

IPv4 Enterprise user�

IPv6 Group user�

Mobile Network�

IPv6 IDC NMS iTellin�

�

�

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Huawei End-to-End Solutions

VoIP Products and SolutionQuidway A8010 Expert VoIP Gateway

Quidway A8010 Mini-Expert VoIP Gateway

Quidway A8010 VoIP GateKeeper

BRASQuidway MA5200G Broadband Intelligent Access Server

Quidway MA5200F Compact Broadband Intelligent

Access Server

Access ServersQuidway A8010 Expert Remote Access Server

Quidway A8010 Mini-Expert Remote Access Server

WLAN Products and SolutionHuawei C9012 WLAN Authentication Server

Quidway W1006E WLAN Access Point

Quidway W1003 WLAN Access Point

Quidway W1003A WLAN Access Point

Quidway WL100M WLAN Cardbus Adapter

Huawei WG202 GPRS+WLAN Combo Card

Network Management SolutioniManager N2000 Datacomm Management System

iManager NSM VPN Manager

iManager NSM QoS Manager

iTellin AAA System

Router SeriesQuidway NetEngine 5000E Terabit Switching Router

Quidway NetEngine 80/80E Core Switching Router

Quidway NetEngine 40/40E Series Universal Switching

Routers

Quidway NetEngine 20 Series High-Performance Edge

Routers

Quidway NetEngine 16E/08E/05 Series Multi-Service Edge

Routers

Quidway AR 46 Series Enterprise Core Routers

Quidway AR 28 Series Modular Branch Routers

Quidway AR 18 Series Access Routers

LAN Switch Series Quidway S8500 Series 10G Core Routing Switches

Quidway S8016 Multi-Service Backbone Routing Switch

Quidway S6500 Series Gigabit Routing Switches

Quidway S5516 Gigabit Routing Switch

Quidway S5000 Series Gigabit Intelligent Layer 2 Ethernet

Switches

Quidway S3900 Series Intelligent Routing Switches

Quidway S3500 Series Intelligent Routing Switches

Quidway S3000 Series Intelligent Layer 2 Ethernet Switches

Quidway S2000 Series Enterprise Desktop Switches

Security & VPN ProductsQuidway Eudemon 1000/500/200/100 Series Firewalls

Quidway Eudemon 2000 Series Session Border Conctrollers

Quidway SecPath Series Security Gateways

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