speed, reliable, flexible ne series routers - huawei · speed, reliable, flexible — ne series...

Speed, Reliable, Flexible

— NE Series Routers

Pre-Sales Training Material for Enterprise Business Products and Solutions

Version: V1.0(20140128)

1

Contents Click to add Title 1 Huawei & EBG Overview

Click to add Title 5 Success Stories

Click to add Title 3 Product Highlights

Click to add Title 4 Product Comparisons

Click to add Title 6 Ordering Guide

Click to add Title 7 Resources

Click to add Title 2 Market Summary & Positioning

2

5

15

Sustainable Growth

Huawei Technologies releases an annual report with consolidated financial statements

audited by KPMG. — From Huawei annual report audited by KPMG

Sales revenue (billion USD)

0

10

20

25

30

35

Who is Huawei?

Leading global ICT solutions

provider

Rank 315th on the 2013 Global

Fortune 500

Customer-centric culture

World-class management,

process, and practice

2009

21.5

2010

27.6

2011

32.4

2012

35.4

2013(Unaudited)

39.5

40

3

Worldwide Expertise

16 R&D Centers

170+ Countries

14 Regional HQs

28 Joint Innovation Centers

150,000 Employees Worldwide

45 Training Centers

4

Unprecedented Reach through Innovative Technologies

Enable 3.5 billion end users

5

Continuous Investment in Innovation

USD $5.45 billion in 2013

USD $25.4 billion over 10 years (from 2004 to 2013)

70,000 R&D employees

16 R&D centers

R&D investment Standards and patents

Continuous increase in percentage of R&D

investment to total sales revenue

Membership in 170+ international

standards organizations such as IEEE,

IETF, DMTF, Continua, and HL7

180+ positions in international standards

organizations

5,000 standards proposals in 2013 Standards

44,168 patent applications in China; 14,555

PCT patent applications and 18,791 patent

applications outside of China.

36,511 patent applications granted (by

December 31, 2013) Patents

0

5%

10%

15%

14% 9.7% 9.7% 11.6%

2013 2009 2010 2011

13.7%

2012

6

Industry-Recognized Innovation Awards

Corporate Use of Innovation Award

The Economist

Excellence in

Standards Development Award

CE12800 series DC switches won

the Best of Show Award in the Data

Center and Storage Category

Interop

Top 5 most innovative companies

in the world

Fast Company

Best LTE Commercial Performance

Award,

Best Contribution to LTE R&D Award

Informa

HVS high-end storage and IVS won

the Red Dot Design Award

WLAN AP products won the IF Industrial

Design Award

Red Dot & IF

IEEE

7

ICT Penetration Globalizes Huawei

Enlightenment

(1993-1997)

Centralization

(1998-2002)

Internationalization

(2003-2008)

Globalization

(2009-…)

Worldwide network, regional data centers, global IT support, IT security, VPN, VOIP

Cloud computing, unified communications, global telepresence, BYOD

Nationwide backbone network, enterprise-class data center

Nationwide DDN WAN, OA

8








9

Enterprise High-end Router Market Summary

According to the 2013Q4 report of Infornetics and analyzed by MKTG:

•In the year of 2013, the total market space of high-end enterprise routers will be 2.2 B$.

•In 2014, the annual growth rate will keep about 5%, with a little downtrend.

$1,429

$1,887 $2,046

$2,138 $2,225 $2,274

0%

5%

10%

15%

20%

25%

30%

35%

$0

$500

$1,000

$1,500

$2,000

$2,500

CY09 CY10 CY11 CY12 CY13 CY14

data source: MKTG analyzed

10

18 Years Continuous Innovation

Basic routing function

Traditional interface

1996: Huawei R Series

NP based 2.5G platform

Flexible interfaces

VPN, VRRP, BFD, FRR, GR

10G platform

2005:

Huawei NE40E Series

2003:

Huawei NE40 Series

2009:

Huawei NE40E-X Series

400G platform

Most compact desing, High density

ISSU, BFD for everything

FW, NAT, BRAS, IPSec

2004:

Huawei NE5000E Series

Cluster Router

2012:

Huawei NE20E-S Series

Flexible interfaces

VPN, VRRP, BFD, FRR, GR

220m depth

11

Market Share

No 2 in global carrier IP router market

in 2012Q3-2013Q2

Source：Infonetics 2013 Q2 Report

No 2 in enterprise traditional router market in 2012

Source：Gartner 2013 Q2 Report

Cisco 69.6%

Huawei 9.6%

HP 7.5%

Juniper 5.2%

Others 8.1%

Cisco, 34.7%

Huawei, 20.0%

ALU, 17.8%

Juniper, 17.0%

Others, 10.5%

12

Global Footprint

FMC Metro Mobile Backhaul IP Backbone

Serving 35 of top 50 operators

130+ mobile/NGN bearer networks; 800+ metro networks

3300+ NE5000E core routers shipped, including 420+ cluster routers

Sunrise

http://www.vodafone.com/hub_page.html


13

Global R&D, Global Intelligence

Munich, Germany: Product pre-planning

Beijing, China: NE40E/ME60

Shenzhen： Cluster Router

Nanjing, China: Network Management

Bangalore, India: VRP Distributed OS

Silicon Valley, USA: ASIC/NP 100G/200G

6000+ R&D

in IP, 10000+

Related

12%+ revenue

invested in IP

R&D

http://3ms.huawei.com/image/docMaintain/mmMaintain.do?method=showMMDetail&f_id=com200906080004

14

The Main Scenario of High-end Router

Disaster Recovery

Center

WDM

Large Branch Access

IDC Interconnection

WLAN LAN Switch

IDC Switch

Campus Interconnection & Branch

Aggregation

NE40E

NE40E

WAN Key node

NE40E

Power industry、Finance、Oil & GasPipeline、Oilfield、e-Education、Government, etc.

15

Scenario 1: Power Dispatch Data Network

NE80E/NE40E

NE40E/20E

NE20E

Plants

NE40E

• Real-time VPN:

• Guaranteed low latency & no packet loss

• HQoS for VPN

• Most comprehensive VPN and QoS technologies

• Clock synchronization：

• Provide high precision clock reference for every

plant and transformer substation

• Deploy hop-by-hop over entire network

• Alternative to GPS clock synchronization

Case： SGCC(State Grid Corporation of China)

NE40E-8 and NE20E were used to setup core network.

VPN QoS/H-QoS was deployed and the device and link

reliability design was adopted.

Dual-plane backbone

Data center

SCADA

master

clock

SCADA

master

L1 dispatch center

clock

Control center Control center

L2 dispatch center

NE40E

NE40E NE40E

16

Scenario 2: e-government WAN

• Realize isolation by the MPLS VPN technology in a physical network

• Support current three types of across-domain MPLS VPN

• L2 VPN and L3 VPN mixed running in network

• Data sharing area and multi-role host were used to realize inter-access within AS.

• HoVPN to reduce complexity of MPLS VPN deployment.

Town(Village)

government

Provincial (State)

Congress

Vertical plane network structure

Central Governmen

t

Parliament

Horizontal plane

network

structure

Municipal (County)

government

Provincial (State)

Government

Town(Village)

Congress

Municipal (County)

Congress

Case: China national e-government intranet, Deploying 65 NE40E/80E high-end routers, covers 32 provinces, municipalities and

autonomous regions, 15 independent cities, 8 ministries and headquarter. With MPLS and customized encryption technology to

meet stringent security requirement.

E-government

MPLS VPN

Provincial(State) Police Station

Municipal (County) Police

Station

Town(Village) Police station

Police Administration

17

Scenario 3: Financial Backbone Network • Secure backbone: Use WDM products λ division to

divide a physical plane into several logical planes to

carry different businesses.

• Network isolation：Use MPLS VPN to divide a

physical network into logical networks to bear different

businesses, ensure the safety of the production

business.

• Remote access security: Industry leading IPSec

VPN capacity, secure remote access for braches,

ATM and POS.

• Routing security: MD5 certification for routing

protocols, isolate control plane and forwarding plane.

Case: Germany IZB network, 12 sets of NE40 to build

MPLS backbone.

Business 1

Business n

Router plane

WDM plane

Logical plane 1

Logical plane n

NE40

E

NE40E

NE40E

IP Bear network HQ

Branch

Work

outsid

e

IPSEC

inside

IPSEC

18

Scenario 4: Transportation WAN

Zone A Zone B

RR/VRR RR/VRR

CE

Access

layer PE

(station)

P

Convergence

ASBR &

RR/VRR

Core ASBR

Data center

• High reliability: End to end multi-level reliability

technologies, switch to backup link within 200ms,

ensure no business interruption.

• BFD for everything: cover all kinds of scenarios,

detect faults within 50ms, end to end within 200ms.

• Enhanced VRRP: VRRP switchover time reduced from

second to 50ms.

• Comprehensive FRR: FRR for all kinds of scenarios.

• NSR & NSF: dual MPU, NSR ensures non-stop control

flow, NSF ensures non-stop data traffic.

Case: Australia railway service network

Over 43,000 KM in total of existing railway

-More than 308 PTN (including NE40E) and 4 sets of

data center core switching equipment

19

Scenario 5: IPv6 Network for Education

NE40E

FE/GE

Campus B

GE

GE

S6700/S5700

NE20E

Campus A

GE NE20E GE

NE40E

GE

WAN

INTERNET

Education

management

S5700/S3700 Municipal

education

network

NE40E

MPLS

VPN 6vPE

6vPE

• IPv6 Ready: NE routers support IPv6 routing protocols, support all kinds of immigration technologies, such as

6over4, 6to4 tunnel, DS-Lite, dual-stack, immigrate from IPv4 to IPv6 smoothly.

• Migration solution:

• For MPLS backbone, deploy 6PE or 6vPE, only need to upgrade PE; for MPLS VPN, must deploy 6vPE.

• For IP backbone, deploy dual-stack, need upgrade network devices.

• Deploy DNSv6 server.

20








21

2012: 1st 480G Routing Line Card

LPUF-400 2 * 100GE 20 * 10GE 5 * 40GE

LPUI-480

Flexible Design: PAYG

Network Engine:

Solar3.0

<1W/G* 1st 480G

*400G Line card power consumption

22

NE5000E

1 T bit/s

NE5000E

LPU-1T: 24*40GE Data Highway

9U Interface Type： - 100GE, 40GE Power： - <0.9W/G*

2 times+ industry capacity

2013: 1st 1Tbps Routing Line Card

*1T Line card power consumption

23

2006: 1st Back-to-Back 7+ years commercial experience 130+ systems deployed worldwide 60% upgrade to 2+X cluster with ISHE

Innovative Back-to-Back System

Large

Capacity

System Throughput 25.6 Tbps

128*100GE, 384*40GE,1536*10GE

ISHE: In-service migration

to cluster without change fabric

Smooth Expansion

Lower

TCO

CAPEX: No CCC & Save cluster fibers

OPEX: Save 30% space & 45% power

Higher

Reliability Innovative Inter-Chassis switchover

to enhance reliability

24

VRP Inside Products: Router, Switch, FW, ATN, DSLAM, GGSN…

18+ Years continuous R&D and

Deployment

6000+ IP R&D employees, 10000+ IP

Related

7,000,000+ VRP-inside equipments serving on line

Unified Distributed VRP OS

Service

Control

Data

Forwarding

Distributed VRP OS® (Versatile Routing Platform)

25

1. 2005 R&D,2009 Launch

2.65/45nm

3.100G Chipsets

4. Including NP2.0, ASE2.0,

TM(FIC)2.0 and SF2.0

1. 2009 R&D,2012 Launch

2.40/32nm

3.480G Chipsets

4. Including NP3.0, TM(FIC)3.0,

eTM3.0 and SF3.0

5. NP3.0: 132 cores, 8 threads

per core, 1056 threads

1. 2011 R&D, 2013 Launch

2.22/20 nm

3.1T Chipsets

PFE: Packet Forwarding Engine

TM: Traffic Management

SF: Switch Fabric

PIC: Physical Interface Card

1. 1999 R&D, 2004 Launch

2.130nm

3.40G Chipsets

4. Including PP1.0, TM1.0,

FIC1.0, SF1.0

Solar 1.0 Solar 2.0 Solar 3.0 Solar 4.0

SF Internal CPU

Sub-card

Sub-card

TM/FIC PIC

PIC

PFE

PFE TM/FIC

Memory

Self-Design Solar Series Chipset

26

Face to SDN-IP Core Virtualization

Scalability of network

Independent and external server, for higher

capability and scalability of control plane.

Simplifying flow control and control plane

Easy planning

Centralized control, which can simplify

management of control plane, for more

freedom and flexibility of control plane.

Global routing.

Low cost

Independent and external server , and

simplifying the forwarding device

simplifying operation for maintenance cost

Value of IP Core virtual cluster Tenant A Controller

Tenant B Controller

Tenant C Controller

FLOWVISOR

OpenFlow Protocol

OpenFlow Protocol

Dividing ports of device and link, for each controller isolating virtual network

Tenant A Controller

Tenant C Controller

Tenant B Controller

Isolated Virtual

Network Slices

Control Plane API Control Plane API

27

Launched SDN enabled router

Carrier SDN prototype series

Unveiled SoftCOM, future network architecture leveraging SDN

Released SDN-based mobile backhaul solution - LTEHaul

Successfully participated in EANTC ‘s SDN

OpenFlow 1.2 test

Announced SDN capabilities on IP mobile backhaul products;

Protocol-Oblivious Forwarding; SDN for BNG; SDN for IP Core,

vFamily

Huawei SDN Milestones – Driving SDN Innovations

2013.2

2012.10

2012.9

2013.3

2013.4

2009

Started SDN R&D

2013.6

Launched POF site for developers with controller & switch

source code downloadble www.poforwarding.org

http://www.poforwarding.org/

28

Virtual System

Production Network

Office Network DMZ

Each department uses individual VS

Multi-user Independently Managed

A physical device bears multiple logical topology

of network, reducing the number of physical

devices

Resources allocated on demand, improve

equipment utilization

Maintain fewer physical nodes

Requires less equipment placed space

Reduce Costs

Different service configured in different VS

Fault isolation between VS

Service isolated, increase Security

29

Voice

Tunnel2

PRI

VPN 3

VPN 2 Video

OA Service

…

Service1

Service2 …

Tunnel1 VPN 1 SCADA

…

Dispatch Service

MPLS HQoS, Build Dedicated Tunnels for Key Services

Internet P PE

P

VPN 1

(Production Domain)

PE IP/MPLS CORE

VPN1 (10M, dedicated bandwidth)

P

VPN 2

(R&D Domain)

P P

VPN 3

(Finance Domain)

VPN 1

(Production Domain)

VPN 2

(R&D Domain)

VPN 3

(Finance Domain) VPN2/3 (100M, service isolation, bandwidth sharing)

Tunnel 2

Tunnel 1

Port

Service PRI QoS Model

Product ion

service

Service isolation, dedicated bandwidth,

highest PRI

Voice Sharing bandwidth, highest PRI, …

Video Sharing bandwidth, higher PRI, …

… …

OA Service Sharing bandwidth, low PRI

30

VPN

Data

Control flow

Signaling

Flexible VPN separation & Special service for Key

business

CT7

CT1

CT6

CT0

CT7 EF

CT6 CS7

CT5 CS6

CT0 BE ●

●

Internet P PE

P P

MPLS TE DOMAIN

Core business

Integrated Data

PE IP/MPLS CORE

TE Tunnel （VPN1 100M）

P

TE VOIP

…

CT5

• Full sharing the bandwidth for different class type in TE tunnel

• Only vendor to support 8 Class Types & 8 priority queues

• Support RDM and MAM mode

Share

Voice

Internet

Service QoS OAM

Platinum

Platinum

Silver

Golden

Bronze

High

High

High

Medium

Low

Control flow

Signal

Video flow

Financial department

Financial department

Core business

Integrated Data

31

The industry’s largest CGN service board

VSUF-160

L2NAT DS-Lite NAT44 NAT64

CGN2.0

• 160G throughout, 4Xindustry • 64M session, 3Xindustry

Industry’s 1st 160G CGN

• Large Capacity • Flexible design: PAYG

40G 80G

160G

Abundant IPv6 transition technologies

High reliable CGN services

Inter chassis

Internal chassis

Inter chassis

Internal chassis

1+1 1+1 1 : 1 1 : 1

32

Abundant CGN Transition technologies

PC CPE DSALM/MXU/OLT BNG UPE PE-AGG

IPv6

IPv4 Dual Stack

+ NAT444

DS-Lite AFTR IPv6 Tunnel

IPv6

IPv4

Dual stack

Only V6

CG-NAT

NAT64 IPv6 Only V6 CG-NAT64

IPv6

NAT44

NAT44

NAT64

CR PE PE

P

IGW

Core Access Agg MAN Agg

Internet Translation

solution

Or Dual Stack

MPLS/6vPE

L2 network

MPLS/6vPE

MPLS/6vPE

Or Dual Stack

Or Dual Stack

DS+NAT444 DS-Lite NAT64

CPE require Dual Stack，IPv4-IPv4 NAT Dual Stack，4in6 tunnel IPv6 Only

BNG require Dual Stack user management IPv6 user management,

DHCPv6 option64

IPv6 user management,

DNS 64 Server

CGN IPv4-IPv4 NAT IPv4-IPv4 NAT

4in6 tunnel

coordinate DNS 64 rule

customer Mainstream solution Mainstream solution New site，Strong promote IPv6

33

OLT

BNG+ CGN board

BNG+ CGN board

OLT

BNG+ CGN board

BNG+ CGN board

Backup channel Switch fabric

CGN 1

CGN 2

Session backup

Switch fabric

CGN 1

CGN 2

Load balance(chassis) 1:1 hot standby(board) Load balance(board)

High reliability CGN service

1:1 hot standby(chassis)

• Abundant high reliability technology ensure CGN service • CGN with BRAS implement 50ms switchover，user service no interrupt

Line card

Line card

34

Leading Multi-level Reliability Solution

•Industry-first E2E 200ms recovery solution

•Rendering the IP network a true high-reliability network

•Many Innovations: VPN FRR, IP/LDP FRR, E serial (E-APS, E-TRUNK, E-VRRP )

dual-homing

BFD for anything

To

po

log

y

Netw

ork

D

ev

ice

Redundancy Design Online SW Upgrade NSR/NSF/GR/ISSU

Fast ReRoute

Fast Convergence

dual-homing MPLS TE Protection

E-VRRP E-VRRP

Stop Campus

Station Station

Campus

35

Se

rvic

e

Le

ve

l

Eq

uip

me

nt

Le

ve

l

Netw

ork

Le

ve

l

E2E Network Protection Ensures Service-Always-Online

Geographical

Redundancy

Fast

Troubleshooting

Performance

Monitoring

Node & Link

Redundancy

Redundant

Hardware In-Service

Hardware Expand

Fast Failure

Detection FC/FRR/NSR/NSF

Professional

Design

In-Service

Software Upgrade

Sub-50ms failover upon any failure

36

BFD for everything: Fast fault detection Static/Dynamic

Single-hop/Mulit-hop

For IPv6 in the future

Huawei first innovated the static BFD through the expansion of IETF standard,

Single-hop BFD：For failure detection of directly connected link between routers in the same network segment. Multi-hop BFD：For failure detection of indirectly connected link between routers in the different network segment.

When using BFD to detect physical status of link, you may not be able to specify the IP address of the peer, then, you need to send BFD control packets to the multicast address which is binded to BFD session. BFD is transitting to IPv6 as the increasing of network.

BFD

Single-hop link detection

BFD

Multi-hop link detection

Dynamic negotiation

Dynamic link detection of BFD

Static configuration

Static link detection of BFD

Multicast

Unicast BFD detection for Eth-Trunk status

Multicast BFD detection for interface status of member

Multicast BFD and unicast BFD

BFD for OSPFv3

BFD for ISISv6 BFD for BGP4+

BFD for VRRPv6

BFD for NGN ……

37

FRR for High reliability IP FRR

While the main link is available, IP FRR strategy set by Route-Policy, provides the forwarding engine with the forwarding information of the backup route. When the main link fails, service can be transmitted by the backup route.

LDP FRR

Through master and slave tag technology, 50ms switching function of network failure can be achieved.

VPN FRR

• The failure report of BFD detection can cause VPN FRR. • Solve the problem of rapid convergence of the tunnel endpoint failure. • Simple, reliable, and easy to deploy • VPN FRR is not dependent on the coordination of peripherals, in addition to the fast fault detection between PEs.

MPLS TE FRR

Flexible deployment, and 50ms switching, which user cannot detect.

BFD can detect the failure of the transmission device, and cause TE switching for non-

stop service.

Huawei is the first in the industry to provide BFD for TE FRR.

Interface 1 IP：1.1.1.1

Ra

Rb

Rc



Network 10.10.10.1


R1

R2

R5 Loo1:5.5.5.5

R4 R3

L52

L32 L21

Huawei Patent

Multi-service

NE40E

NE40E NE40E

NE40E

BFD for LSP failure detection

IP/MPLS Backbone

Master LSP

Backup LSP

PE PE

MPLS Core

P

P P

P

Huawei Patent

38 Page 38

1588v2 Fulfill Clock SYN Requirement

AGW

RNC/BSC

Access Metro

ATM/TDM BS CSG ASG

CSG ATM/TDM BS

Metro UPE

UPE

RSG

RSG

Aggregation

ATM/TDM BS

IP BS

E1/STM-1

1588v2

Sync Eth

1588v2, Sync Eth 1588v2, Sync Eth,

1588v2

Sync Eth

E1/STM-1

ASG

阿杜，给一张你们那审美的理发卡给你吧，还有5次

ANY ACCESS: Ethernet、xPON

WDM、Microwave support

1588v2

E2E phase syn: from access

to IP core/OTN E2E support

1588v2

GPS free: reduce 50% TCO

With GPS deployment

39

Proactive measurement, measure by additional

insertion test packet

Insertion test packet

Services flow Services flow

Color the packets

P2P mode only

Low Precision The measurement is based on test

packet, not same with real services

flow definitely

Service level

test for PW/L3VPN/LSP

MP2MP is

supported

High Precision Measuring the real service flow, 10-6 precision can be

achieved

Flow level

Beside service level, IP

flow level can be

measured also

IP FPM: Leading Measurement Tech ensure SLA Monitoring

Traditional Measurement Innovative IP FPM measurement

Passive measurement, colored packets for

measurement on ECMP

40

Command> configuration1 Command> configuration2 Command> configuration3 Command> configuration4 Command> configuration5 Command> configuration6 Command> configuration7 Command> configuration8 Command> configuration9

Rollback

Point

Fault

Command> Command> Command> Command> Command>

If new configuration has error, rollback ensure

system recover to old configuration quickly.

If new configuration make system performance

lower, rollback ensure system recover to old

configuration quickly.

System recover more fast, more automatically.

Self-Recover Rollback Mechanism

41

CLI GUI

• Avoid Human-made Mistakes •300 Seconds -> 15 Seconds

•Proactive Failure Detection •Single Click for network health check

•85% Alarm Filtered •Knowledge based & Automatic

Visualized Service Provisioning

Visualized Performance Monitoring

Visualized Troubleshooting

Root Cause Analysis

Knowledge Base

Mass alarms

Step-by-step guide

15% alarms

Efficiency up 80%

Visualized IP/MPLS WAN

IP

MSTP/WDM Unified IP&Optical NMS

Aggregation Core Access

42








43

VS. Cisco

IP Core High-end

ASR9006

ASR9010

ASR9922

NE40E-X16

NE20E-S16 NE40E-X3

7609-S 7613

7603-S

7606-S

NE5000E

CRS

ASR1013

ASR1002 ASR1004 ASR1006

NE20E-S8 NE20E-S4

NE40E-X8

ME60-X16

ME60-X8

ME60-X3

Mid-end

44

NE40E VS. ASR9000

Note: The data of NE40E is from the latest V6R7 version; The switching capacity and forwarding throughout of ASR9000 is the calculated value, there is no value in the official website.

规格 ASR9001 ASR9904 ASR9006 ASR9010 ASR9912 ASR9922 NE40E-X3 NE40E-X8 NE40E-X16 Switching Capacity 240Gbps 1.76Tbps 3.52Tbps 7.04Tbps 15.4Tbps 30.8Tbps 1.08Tbps 7.08 Tbps 12.58 Tbps

Forwarding Throughout 180Mpps 720Mpps 1440Mpps 2880Mpps 3600Mpps 7200Mpps 360Mpps 2880Mpps 5760Mpps

Switching Fabric N/A 2 2 2 7 7 N/A 3 4

Service Slots 2 sub-slots 2 4 8 10 20 3 8 16 Card Capability

120G (Chassis)

360G 360G 360G 360G 360G 120G 240G 240G

Height (U) 2 6 10 21 30 44 4/5 14 32

45

NE40E VS. ASR9000

Independent Switching Fabric Unit

ASR9904/9006/9010 cannot support

Supporting HQoS

-L and –TR series line cards cannot support

Supporting OSPF/OSPFv3 NSR, PIM NSR, VRRP NSR, L3VPN NSR

ASR9000 cannot support

Supporting VLL FRR, LDP FRR

ASR9000 cannot support

FIBv4>1M

80G (-E –B –L) series line cards only support 1M FIB

Site to site IPSec VPN, 6K tunnels

ASR9000 cannot support site to site IPSec VPN, only support 6K tunnels

DAA

It is a BRAS feature, ASR9000 cannot support

46

NE20E VS. ASR1000

Specification ASR1001 ASR1002 ASR1002-X ASR1004 ASR1006 ASR1013 NE20E-S4 NE20E-S8 NE20E-S16 Switching Capacity 10G 20G 72G 80G 200G 400G 240G 480G 480G Forwarding Throughout 7.5Mpps 15Mpps 30Mpps 23Mpps 58Mpps 130Mpps 180Mpps 360Mpps 360Mpps

Forwarding Units Integrated 1 Integrated 1 2 2 1 2 2 Service Slots 1 3 3 8 12 24 4 8 16 Chassis Capability 5G 10G 36G 40G 100G 100G 120G 240G 240G Height (U) 1 2 2 4 6 13 3 5/6 8

Note: The data of NE20E-S is from the latest V8R5C01 version

47

NE20E VS. ASR1000

Forwarding Throughout ≥180Mpps

The forwarding throughout of ESP200 is 130Mpps

HQOS queues ≥256K

ESP100 supports 232K queues maximally

ACL > 4K

ASR1000 ACL: 4K

Dual Main Control Units

Only ASR1006/1013 support dual main control units

Supporting VLL FRR, LDP FRR

ASR1000 cannot support LDP/VLL FRR

48

VS. Juniper

IP Core High-end

MX2010

MX240 MX480

NE40E-X16

NE20E-S16 NE40E-X3

MX960

MX2020

NE5000E

T4000

MX80/40/10/5

NE20E-S8 NE20E-S4

NE40E-X8

ME60-X16

ME60-X8

ME60-X3

Mid-end

MX104

49

NE40E VS. MX

Performance

Forwarding Capability

Board Capability

Slot Number

Redundant Component

MX240 MX480 MX960 MX2010 MX2020 NE40E-X3 NE40E-X8 NE40E-X16

960Gbps

600Mpps

320G

3

MPU 1+1 SFU 1+1

2.72Tbps

1.22Bpps

320G

6

MPU 1+1 SFU 1+1

5.12Tbps

2.64Bpps

320G

12

MPU 1+1 SFU 2+1

8.6Tps

1.88Bpps

320G

10

MPU 1+1 SFU 7+1

17.2Tbps

3.76Bpps

320G

20

MPU 1+1 SFU 7+1

1.08Tbps

360Mpps

120G

3

MPU 1+1

7.08Tbps

2.88Bpps

240G

8

MPU 1+1 SFU 2+1

12.58Tbps

5.76Bpps

240G

16

MPU 1+1 SFU 3+1

NOTE: NE40E V6R7

50

NE40E VS. MX Series

Supporting HQoS

Raise the price of MX

Supporting port-trunk including ports with different rates

MX 3D series cannot support link binding with different rates(1GE, 10GE, 40GE and 100GE)

Supporting VLL FRR, VPN FRR

MX cannot support

Supporting DHCP Snooping function/IPoA/ARP detection

MX cannot support

1588v2 function

MX 3D Series products can not support 1588v2 function

51








52

Applications in Carrier & Enterprise Market

In Carrier IP Market In Enterprise IP Market

Serving 35 of top 50 operators

Sunrise

High-speed growing

Widely used in different industries

Government

Energy

Education

Transportation

Finance

Others


http://www.leitour.com/images/it-flag.jpg

http://baike.baidu.com/image/c8ab0bce2ac5fd2ab600c80e

http://www.google.com.hk/imgres?imgurl=http://military.people.com.cn/mediafile/200505/22/F2005052218073500000.gif&imgrefurl=http://military.people.com.cn/GB/8221/47364/47368/3370727.html&h=217&w=381&sz=9&tbnid=WUdkUHR-QjwKVM:&tbnh=70&tbnw=123&prev=/images?q=%E5%A2%A8%E8%A5%BF%E5%93%A5%E5%9B%BD%E6%97%97&hl=zh-CN&usg=__5Vj_7rpYmy9m2e6cd6eDl5Fsy_4=&sa=X&ei=Nm0gTLCyBIWjcaH8sSA&ved=0CAoQ9QEwAg

http://www.fotw.net/images/p/pk.gif

53

Full-speed IPv6 migration test

The largest IPv6 network worldwide, 70%

market share and steadily running for 6 years

Shenzhen

Beijing

Jiangsu

Wuxi,

Jiangsu

Nanjing,

Jiangsu,

Changsha,

Hunan

Universiade

Shenzhen

2011

SME Expo,

Yulin

Expo 2010

Shanghai

Commercial deployment in China

Global IPv6 Commercial Deployment and Practice

Global IPv6 Summit Forum President Latif Ladid said publicly："Huawei is the best company in the field of IPv6."

54

Syntigo Railway in Belgium

Benefits

Huawei Solution IP＋Optical E2E solution

25 NE40E for MPLS network

OSN6800 for core layer, with OTN X-connect, directionless configuration and

ASON/GMPLS ;OSN1800 for access layer

E2E Monitoring and Management Solution

40G/100G-based design to cope with bandwidth explosion and cut down investment

Challenges Improve competitiveness, pursue more revenue and lower OAM cost

Provide bigger broadband and more stable network service for SNCB

Improve network quality, fulfill multi-requirements for valued customers

Provide diversified service

Optimized bandwidth utilization

Lower cost/bit and shorter TTM for customer services

Flexible configuration and expansion possibility without down-time

Higher network reliability

Increase revenue with new service types

55

SGCC Power Dispatch Data Network Backbone Upgrade

Consolidation of the entire network involves the 1 national core, the 5 regional

cores , and the 25 provincial cores network.

Huawei NE40E routers and S-series switches are deployed, to set up redundant

backbone networks. This infrastructure provides backup route and ensure high

reliability.

MPLS and BFD for FRR are deployed on entire network, to reduce break time

further in case of link failure.

Benefits

Huawei Solution

Challenges

Schedule

backbone

Northern Northwestern Northeastern

Central China Eastern

……

…… ……

……

SGCC(State Grid Corporation of China) is the biggest Power Grid company in the

world. It serves 26 provinces in China, covering more than one billion population.

As Smart Grid tactic planned, SGCC need to upgrade its power dispatch data

network backbone, to improve reliability and extend coverage.

Profit from Huawei’s new unique MPLS technology, the requirements for access

routers are lowered, so TCO is reduced greatly.

The high reliable network backbone makes entire redundancy for dispatch

communication system, which sustains smart power dispatch strongly.

56

Rich TDM Migration Experience with Telecom Carrier Worldwide

57








58

NE40E-X16 NE40E-X3 NE40E-X8

ME60-X16 ME60-X3 ME60-X8

NE5000E

NE20E-S8 NE20E-S4 NE20E-S16

NE Router Family

Mid-end Router

Cluster Router

BRAS

High-end Router

59

How to Configure NE40E

Basic Configuration

The configuration can be classified as NE40E-X16, NE40E-X8, NE40E-X3 ;

NE40E-X16 and NE40E-X8 support 240G line card(200G Bundle), 40E-X3 only

supports 120G card;

Basic configuration includes chassis, 2 MPUs, SFUs, redundant power supplies, fans;

Line Process Card

LPUF LPUF support flexible card, support for POS, cPOS, E1, ETH, etc.

High-end, 256K queues or more

LPUI Integrated boards, only support Eth interface.

Mid-end, 128K queues or less

LPUS Integrated boards, only support Eth interface

Low-end，8 queues/port

LPUI-L

Integrated boards, only support Eth interface

Low-end, small FIB table, 64K queues

There are only LPUI-21-L and LPUI-51-L

Service Process

Card

SPUC support NAT, support NetStream, GRE tunnel, etc.

VSUF-80/160 Support CGN(NAT444, DS-Lite, NAT64), the main selling NAT board

VSUI-20-A Support CGN (NAT 444/DS-Lite) or IPSec

Software + license VRP system software

License for Netstream, BRAS, NAT, IPSec etc.

60

How to Configure NE5000E

Basic Configuration

The configuration can be classified as NE5000E-X16, NE5000E-X16A;

NE5000E –X16A supports up to 480G line cards (require 400G Bundle),

NE5000E-X16 currently support up to 100G line cards;


Line Process Card

LPUF LPUF support flexible card, support for POS, cPOS, ETH, etc.

LPUI Integrated boards, only support Eth interface.

LPUE Integrated boards, only work with 100G and below bundle


61

How to Configure ME60

Basic Configuration

The configuration can be classified as ME60-X16, ME60-X8, ME60-X3 ;

ME60-X16 and ME60-X8 support up to 240G line card (require 200G Bundle)

ME60-X3 supports up to 120G line card;


Line Process Card

BSUF BSUF support flexible card, support for POS, cPOS, E1, ETH, etc.

Support BRAS, can be used at the subscriber and network side

BSUI Integrated boards, only support Ethernet interfaces.

Support BRAS, can be used at the subscriber and network side

MSUF For network side only, support flexible card

MSUI For network side only

Integrated boards, only support Eth interface

Service Process

Card

SPUC support NAT, support NetStream, GRE tunnel, etc.

VSUF-80/160 Support CGN(NAT444, DS-Lite, NAT64), the main selling NAT board

VSUI-20-A Support CGN (NAT 444/DS-Lite) or IPSec


License for Netstream, BRAS, NAT, IPSec etc.

62

How to Configure NE20E-S

Basic Configuration Choose a bundle, which includes chassis, MPU, fan and power.

NSP(Network Service Processor)

Choose 1 or 2 NSP, NSP50 or NSP120.

NSP50 provides 50G line-rate ability

NSP120 provides 120G line-rate ability

When 2 NSP are used, the default mode is 1:1 mode, turbo mode license can be

configured for 1+1 mode.

PIC(Physical Interface Card) Choose PICs, 10GE, GE, POS, cPOS, E1


License for 1588v2, Turbo mode, etc.

63








64

How to Get Huawei Document Resource

Weapon1: Enterprise Website

http://enterprise.huawei.com/en/

Weapon2: Document Email

Channel Partner Program

– To learn Partner Policy

Partnership

– To be a partner

Material & Toolkit

– To find material and toolkit

Special Partner Zone

– ISV

[email protected]

Weapon 3: Document User Guide

Where can I find it

and give feedback?

http://www.huawei.com/enterprise/


65

How to Get Pre-sale Help

[email protected]

http://enterprise.huawei.com

/en/about/contact

Support Center

Huawei Experts Team

Partners

Partners

7*24 hours presales email and

telephone support

Products and solutions consulting



http://enterprise.huawei.com/en/about/contact/index.htm

http://enterprise.huawei.com/en/about/contact/index.htm

66

Open Discussion

Any Questions?

Copyright©2012 Huawei Technologies Co., Ltd. All Rights Reserved.

The information in this document may contain predictive statements including, without limitation, statements regarding the future financial and operating results, future product

portfolio, new technology, etc. There are a number of factors that could cause actual results and developments to differ materially from those expressed or implied in the predictive

statements. Therefore, such information is provided for reference purpose only and constitutes neither an offer nor an acceptance. Huawei may change the information at any time

without notice.

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