huawei s series lan switch pre-sales specialist · pdf file · 2014-06-17pre-sales...

Huawei CloudEngine Series Switches Pre-sales Specialist Training

Version: V1.1(20140310)

2

Agenda

Click to add Title 1

Click to add Title 3 Click to add Title 4

Huawei & EBG Overview

Highlights of CloudEngine Switches

Click to add Title 5 Success Stories

Competitive Analysis

Click to add Title 6 Configurations

Click to add Title 2 Market Summary and Positioning

3

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

4

Unprecedented Reach through Innovative Technologies

Enable 3.5 billion end users

5

Worldwide Expertise

16 R&D Centers

170+ Countries

14 Regional HQs

28 Joint Innovation Centers

150,000 Employees Worldwide

45 Training Centers

6

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

7

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

8

Enterprise Business: A Major, Fast-Growing Unit

Supporting Platform

Consumer

Business

Enterprise

Business

Carrier Network

Business Fast Revenue Growth

2.0

0.5

1.5

Sales revenue (billion USD)

0

1.0

2011

2010

0.88

1.46

2012

1.85

2.5

2013(Unaudited)

2.5

9

70% of CIOs will embrace

a ‘cloud first’ strategy in 2016

80% of large organizations

will use social networks

in 2016

“We hope to strengthen telemarketing

and network marketing. And the solution

combining CC with social media is very

creative.”

—— President, a top insurance company in Asia

We have 80+ data centers, they are

managing me, not I am managing them.

——CIO, a top telecom operators in Europe

1 GB data per person per day

in 2015

86% of enterprises will use

mobile office in 2014

“If medical insurance becomes

networked nationwide, there will be very

large amounts of data.”

—— CTO, a top TMT company in China

“150,000 employees are on the road

most of time. What’s the best way to

work on the move? How does the

delivery person do business

using a terminal?”

—— Executive, a top delivery company

Four Forces Drive Innovation

Innovation

10

ICT: Enterprises’ Competitive Core

<2%

<8%

<20%

>50%

>20%

Use basic

functions to

reduce costs

L1 Support

Obtain basic

technical services

and efficiency

improvement

L2 Consolidation

Combine services

using innovative

ICT technologies

L3 Promotion

Achieve business

goals and drive

business innovation

L4 Unique value

Improve

competitiveness,

redefine markets and

rules of competition

L5 Transformation

XX : As Is

: Target Goal

Stage

Cost

Center

Profit

Center

11

• Integration of business objectives with ICT

Pain Points Expectations to ICT solutions

• Decreasing bargaining power

• Traditional organizational structures

• IT talent shortages

• Digital flood

• Customer-centric

• TCO savings

• Support transformation

• Innovative

• Quick response to new changes

Addressing Customers’ Challenges

12

Vision

A better partner for

enterprise ICT innovation

Strategy

Focus:

ICT pipe

To be integrated:

Openness, cooperation, win-win, partnership

for customer success

13

ERP

Customer-centric

culture

Government &

Public Sector

Large Enterprises

Energy & Power

Transportation

Finance

SMB

/Server

Focus on Selected Industries

14

145,000+

km highway & railway

5 of Top 10 banks

12 of Top 20 oil and gas companies

160+ power companies

140+ countries including both

government agencies and public sectors

A Better Partner

of

Enterprise ICT

Innovation

Various Industries Benchmarks Chose Huawei

15

UC&C

Security

Unified Management Bring Your

Own Device

Software Defined

Network

Cloud

Data Center

Conferencing Telepresence IVS UC Contact Center

Data Center

Infrastructure Server Storage VDI Networking Power

Enterprise Network &

Enterprise Wireless

DC Network OTN/Microwave GSM-R/LTE

ICT Product and Solution Portfolio

Agile Network

16

Data Center:

330 DC

(70 Cloud DC)

Storage:

22.3% growth

No.1 Ranking

Source: TBR

Enterprise Routers:

11.9% market share

No. 2 Ranking

Source: Gartner

1.35M units shipped

No.3 Ranking

LAN Switch:

Source: Dell'Oro

LTE:

46 Industry LTE networks

No.1 Ranking

GSM-R:

14,000 km Coverage

UC, Videoconferencing :

Major Player

Source : IDC

WLAN, Switch, UC, CC: placed in the

challengers quadrant

Source: Gartner

Market Impact of Main Stream Product

DC Switches:

1,200+ units

CE series switches shipped

17

Nurturing Ecosystem with Openness and To-be-integrated Strategy

Products and Solutions Sales and Services

1,100+ Solution Partners

ISV…

Industry Partner Distributor

Silver Gold

Authorized ……

4,300+ channel partners

800+ service partners

eSDK

ICT Infrastructure

Design-In

18

Global Resources for Services

Global Technical Assistance Centers (GTACs)

Regional & Country Technical Assistance Centers (TACs)

Global & Regional Spare Parts Operation Centers (SOCs)

Spare Parts Logistics Centers (SLCs)

Service Resource Centers (SRCs)

R&D Centers

Technical Assistance Centres (TACs) & Logistics Centres

12 TACs Worldwide

11 Languages Supported

131 Logistic &Spare Parts Centres

Learning Resources & Partnership

45 Training Centres

80+ Authorized Learning Partners

800+ Certified & Authorized Service Partners

7,000 Enabled Partner Engineers

Global Service Team

28,000 Service Staff

1,450 Dedicated Enterprise Service

Staff/Experts

1,350 PMP Project Management Experts

19

Create Greater Value For You

•BYOD - Mobility UC

•Saudi Aramco

•Serving more than 130K UC users

•Cloud storage

•CERN

•Addressing the challenges for EB-level

massive data

•Agile network

•Sochi Olympics

•HD(1280*1024) video all over the city,

improving efficiency by 30%

•GSM-R

•Railways worldwide

•Over 14,000 km

•LTE

•Norway’s offshore oilfields

•Coverage up to 100 km

•Cloud Data Center

•Phoenix TV

•Reducing TCO by 16%

20

Why Huawei: A Better Partner for Your Business

Global 170+ countries and regions

Quality 3.5 billion users worldwide,

a fortune 500 company

with 20 years of steady growth

Innovation 70,000 R&D employees,

over 10% of sales

revenue invested in R&D

Leading Products and solutions

TCO Saving > 20%

Customer-Centric Customer-Centric corporate culture,

agile customer services

21

Agenda

Click to add Title 2 Click to add Title 3 Click to add Title 4

Market Summary and Positioning





Click to add Title 1 Huawei & EBG Overview

22

CloudEngine in Data Center

FC SAN

Server

iStack

TOR

Access CE6800 CE5800

Core/AGG CE12800

servers& storages

TOR EOR/MOR

iStack

Rack servers

CNA

iStack

eSight

IP SAN

OTN/

SDH

Blade Servers

Cloud Fabric

Main DC IP/MPLS

iStack

EOR/MOR TOR TOR

FC SAN

Server

iStack

CNA

iStack

IP SAN

Rack servers

Blade Servers

Cloud Fabric

DR DC

23

CE Series Switches Sales Opportunities

CloudEngine (CE) series switches can be sold for data centers and enterprise campus networks.

CE12800 can be used at the core/aggregation layer of data centers and campus networks. CE6800 and

CE5800 are often used for data center Top of Rack (TOR) access.

4*100G/24*40GE/48*

10GEhigh-density

card

IPv6/VS

ISSU ensuring

service reliability

High-end Campus Core

Vertical Industries and Corporations

EDC Core

Standard TRILL

large scale

networking

High port density

Evolution to VXLAN

or NVGRE

Carrier Resale Public Cloud

Redundancy of key

components

High port density

Easy management

methods such as

Netconf and NDA

Customization

Internet Service Provider Market

IDC Core

Millions FIB entries

Lowering construction

costs by more than

30%

VR replaced by VS

Medium-range Data Center

Egress Router

CSS+iStack/SVF

simplified management

VS 1:8security isolation

nCenter automatic

deployment

Finance: less than 2 us

delay

24

Application Scenario: Vertical Industries and Corporations EDC Core

Service Characteristics

Implements non-blocking and low-delay forwarding of core

services of the enterprise.

Provides multiple independent service systems and has a high

security requirement.

Deploys a large number of virtual machines.

Huawei Solution Unique CSS+VS virtualization solution

Vertical cluster solution SVF by CE6850 and CE5810

Integrated and virtualized access solution nCenter

Huawei Advantages Huawei uses the VS+CSS solution and SVF solution to

construct a loop-free network to simplify network

management, reduce CAPEX and OPEX, and ensure security

isolation among multiple service systems. The leaf node

devices CE5800s can use the local forwarding mode to

release bandwidth pressure of the parent node devices

CE6800s.

The cluster bandwidth can reach 640 Gbit/s which can ensure

non-blocking forwarding of services.

Less than 2 us low delay ensures normal transmission of

real-time services.

nCenter is used to implement automatic deployment of

network services.

Internet

Access layer:

CE5800

Core layer:

CE12800

Aggregation layer:

CE6800

CSS+iStack+VS

networking

SVF

VM migration

nCenter

V

M

V

M

Hypervisor

V

M

V

M

Hypervisor vCenter

nCenter

VM migration

… Network policy migration

Office

Production

Office

Production

2 x 10 GE 2 x 10 GE

API interface

25

Application Scenario: ISP Data Center

Service Characteristics

Four CE12800s with 48*10GE or 24*40GE cards are

deployed at the core layer. The CE12800s are connected to

TOR switches through 10GE or 40GE links, and ECMP is

used for load balancing. OSPF or BGP is run at the access

and core layers.

Layer 3 services run on TOR switches which connect to the

four CE12800s through four uplink 10GE or 40GE ports. The

TOR switches provide smart classification functions such as

L3 gateway, QoS, and ACL.

Servers are single-domed to TOR switches. Redundancy

deployment of services in service zones ensures service

reliability at the access layer.

Huawei Advantages

Stability: High bandwidth evolution capability; 16 slots of

high-density 10GE, 40GE, or 100GE ports; back-to-back

cluster; leading product architecture and redundancy of key

components

Visibility: Network control and service deployment methods

such as Netconf, OpenFlow, and NQA

Openness: Fine openness and strong customization

capability; diversified and customized zero configuration

solutions (POAP ZTP); customized interfaces, programs, and

routing protocols (for example, for the IT company Tencent)

Service

zone 1 Service

zone n

……………………

…………

Access

layer

Server

Core

layer

TOR TOR

4 x

CE12808/

12/16

160 x

CE5800/6800

………………

… 5000 to

10000 servers

26

…

… …

AC

Wireless campus network

CE12800

…

Data center

VS1

VS1

VS2

VS2

CE12800

40GE 10GE 40GE

100GE

Service Characteristics High bandwidth: There are many types of services including

video, voice, and wireless services, which have high

requirements on bandwidth and port density.

New technology: IPv6 and VS (shared core of campus and data

center) need to be deployed.

High reliability: Some campuses have high reliability

requirements. For example, uninterrupted service transmission

must be ensured during software upgrade.

Huawei Solution Huawei sets up two CE12800 switches in a CSS and uses the

CSS as two VSs to function as the core for both the campus

network and data center network.

Huawei Advantages The CE12800 provides high-density 10GE, 40GE, or even

100GE ports, and there are four CE12800 models: CE12804,

CE12808, CE12812, and CE12816.

Huawei's IPv6 technology has passed test of third party

authorities and Huawei supports "CSS+VS" virtualization.

Huawei supports CSS and BFD and provides ISSU to ensure

service reliability.

Application Scenario: High-end Campus Core

27

Service Characteristics The Ethernet egress needs to strong routing capabilities such

as OSPF and BGP.

The network transmits multiple services and security isolation

is required between different services.

Customers who care about the price, want to use an Ethernet

switch as the egress router.

Huawei Solution Huawei sets up two CE12800 switches in a CSS and uses the

CSS as two VSs (one VS as the egress router and the other as

the switching core).

Huawei uses MPLS L3VPN/VPLS to support multi-tenants and

expansion of Layer 2 domains.

Huawei Advantages A single card supports a maximum of 1 MB FIB entries .

CSS+VS is used to simplify network management, reducing

CAPEX and OPEX.

VS ensures security isolation between the egress router and

switching core, and the routing entry specification is the same

as the device specification.

Abundant IPv4/IPv6 routing features are supported to

implement smooth migration from IPv4 to IPv6 .

Huawei switches use standard protocols; therefore, you can

connect them to devices from other vendors.

OSPF

Multiple

Instances

iStack

iStack

CSS

iStack

iStack

VPNA VPNB VPNA VPNB

OSPF

Multiple

Instances

PE

MCE

PE

MCE

IP/MPLS WAN

VS1

VS2

VS2

VS1

Site 1

CSS

Site 2

CSS CSS

Application Scenario: Ethernet Egress Router

28

Service Characteristics Virtual machines can be leased to 3000 tenants currently, and the number of

tenants can be enlarged in the future. Different tenants need to be isolated

logically or physically.

Services should not be interrupted during device upgrade or when a single point

failure occurs.

Services are deployed in several stages and expanded based on requirements.

Huawei Solution Huawei uses multiple CE12800s as core switches and CE12800s, CE5800s and

CE6800s as access switches to construct a TRILL large Layer 2 network. Huawei

uses ECMP to implement load balancing. Servers are dual-homed to TOR/EORs,

which are multi-homed to core switches.

Uses VS to function as the internal Layer 3 gateway, improving device usage

efficiency.

Uses TRILL, VxLAN, or NVGRE to support a large number of tenants.

Huawei Advantages CE12800 supports CSS multiple switches to one, simplifying network, improving

network efficiency ; Industry-leading VS 1:16, improving resources utilization ;And

combine VS & CSS to manage switches with more flexibility.

Huawei switches use standard protocol TRILL; therefore, you can connect them to

devices from other vendors.

TOR switches provide 4 x 40 Gbit/s or 4 x 10 Gbit/s uplink bandwidth and support

a small oversubscription ratio.

Huawei provides high-density 24 x 40GE cards to construct large scale networks.

Huawei is the only vendor in the industry to supply NVGRE hardware gateways

and work with Microsoft to deliver an end-to-end solution for customers.

……

……….

……

10GE servers GE servers

10/40/100GE link

CE5800

CE12800

Internet

TRILL

VS1 VS1

VS0 VS0

Application Scenario: Carrier Resale (Public Cloud)

40GE link 10GE link

CE6800

29

Agenda








Click to add Title 3 Highlights of CloudEngine Switches

Elastic Fabric

Virtualized Fabric

High-quality Fabric

30

CloudEngine Series Switches overview

CE12812 CE12808 CE12804

CE6850-48S4Q-EI

CE6850-48T4Q-EI

Core Switches 10GE TOR Switches

Elastic Fabric

• High speed line cards:4x 100 GE ;

24 x 40 GE/96 x 10 GE

• 64Tbps large capacity， 2Tbps slot

bandwidth

• 3 fabrics types, flexible scalability

Virtualized Fabric

• Network virtualization: VS and CSS

reduces investment

• TRILL: Large L2 network for VM

migration

• nCenter for rapid batch VM migration

High-quality Fabric

• All system components hot backup

• Five non-blocking architecture

features

• DCB zero packet loss

• 2us low latency

Support four generations of

servers in a 10 year lifecycle

Investment protection, agile

business deployment

Reliable network, carrying

high-valued service

CE12816

GE TOR Switches

CE5810-24T4S-EI

CE5810-48T4S-EI

CE5850-48T4S2Q-HI

CE5850-48T4S2Q-EI

31

Next-Generation Core Switch—CloudEngine 12800

ITEM CE12816 CE12812 CE12808 CE12804

Switching capacity 64T 48 T 32 T 16 T

Line card slots number 16 12 8 4

Per slot bandwidth 2 Tbps (unidirectional), scalable to 4 T in the future (unidirectional)

Height 36U 22U 17U

11U

Buffer capacity Average 100 ms/port (10 GE, 40 GE, and 100 GE have super large buffer.)

32

Items CE6850-48S4Q-EI CE6850-48T4Q-EI

Downlink interface 48*10 G SFP+ 48*10 G Base-T

Uplink interface 4*40 G QSFP+ 4*40 G QSFP+

Forwarding performance 960 Mpps

Direction of ventilation

channel

Front-to-rear/rear-to-front

Dimensions (width x

depth x height)

442(mm) x 600(mm) x 43.69(m)

Supports a variety of features for s for data centers, best choice for cloud-

computing data centers

CE6850-48S4Q-EI

High Performance 10 GE TOR Switches

CE6850-48T4Q-EI

High performance, high density

• Large capacity：1.28Tbps；

• High density access: maximum 64*10GE access

ports

• Low latency:3us forwarding latency

40GE Uplink

• 40GE uplink, realizes full mesh 40GE connection

network, 1+1 uplink backup

• Non-convergence stacking

Rich DC Features

• Strict front-to-rear air ventilation channel

• 512 nodes TRILL large layer 2 network

• Cooperate with nCenter, realizes VMs fast

migration

33

High Performance GE TOR Switches

Items CE5850-48T4S2Q-

HI/EI

CE5810-48T4S-EI CE5810-24T4S-EI

Downlink

interface

48*10/100/1000BAS

E-T

48*10/100/1000BA

SE-T

24*10/100/1000BA

SE-T

Uplink interface 4*10G SFP+, 2*40G

QSFP+

4*10G SFP+ 4*10G SFP+

Forwarding

performance 252Mpps 132Mpps 96Mpps

Air ventilation

channel Front-to-rear/rear-to-front

Dimensions

(width x depth x

height)

442(mm)*420(mm)*43.6(mm)

40GE uplink GE TOR CE5850

• The first 40GE uplink GE TOR of industry

• 40GE uplink advantages

Builds non-blocking 40GE connection network,

1+1 uplink backup

40GE links for non-convergence stacking

High availability

• Dual power supplies, 1+1 redundancy

• Dual fan trays, 1+1 redundancy, each fan tray in

CE5850 includes two fans

• MTBF is up to 53, 60,70 years

Rich DC features

• Strict front-to-rear air ventilation channel

• CE5850 supports 512 nodes TRILL network

• Cooperate with nCenter, realizes VMs fast

migration

CE5850-48T4S2Q-EI CE5850-48T4S2Q-HI

CE5810-48T4S-EI CE5810-24T4S-EI

34

Agenda









Elastic Fabric

Virtualized Fabric

High-quality Fabric

35

Industry-Leading Performance Core Switches

CloudEngine 12800

Cisco N7700 CE12800

4 x 100 GE Line Card

Industry-leading scalable fabric, a stable network platform with 10 years of

sustained evolution

24*40GE/96*10GE Line Card

Slot

Bandwidth

500Gbps 2Tbps

Switch

capacity

17Tbps 64Tbps

Multi-level switch fabric, supports large capacity and future

evolution

Evolutionary

capacity

1.32Tbps

Industry

128Tbps

24 x 40 GE/96 x 10 GE (Breakout) Line Card

Evolutionary architecture, can be scalable to over 100Tbps

capacity

42Tbps

83Tbps 48Tbps

36

Stable Hardware Platform – TOR Switches with 40 GE

Uplink Ports

10 GE TOR Switches

(40 GE Uplink ports)

GE TOR: Non-blocking

Stacking through 40 GE Ports CE6850：1 * 40 GE = 4 * 10 GE

40 GE uplink, 10 GE Base-T TOR

48 * 10 GE Base-T, and 4 *40 GE QSFP+

CE6850-48T4Q-El

40 GE uplink, 10 GE SFP+/SFP TOR

48 *10 GE SFP/SFP+ and 4 * 40 QSFP+

CE6850-48S4Q-El

GE TOR: 40 GE uplink

48 * 10/100/1000Base-T, 4 x 10 GE

SFP/SPF+ and 2 * 40 GE QSFP+

QSFP+ 1:4 breakout: one 40GE can

connect to 4*10GE

CE5850-48T4S2Q-HI

CE5850-48T4S2Q-EI

37

Multi-type Access TOR, Flexible Access

GE Access,10GE Uplink

GE Access,40GE Uplink

10GE Access，40GE Uplink

16-member Stacking, flexible

scalability

……

All TOR switches provide iStacking,

with maximum 768 GE and 896

10GE access interfaces.

Core

Switches

•CE5850-48T4S2Q-EI 48*GE Base-T，4*10GE SFP+，2*40GE QSFP+

•CE5810-48T4S-EI 48*GE Base-T，4*10GE SFP+

•CE5810-24T4S-EI 24*GE Base-T，4*10GE SFP+

•CE6850-48T4Q-El 48*10GE Base-T, 4*40GE QSFP+

•CE6850-48S4Q-El 48*10GE SFP/SFP+,4*40 QSFP+

38

Elastic Non-Blocking Network

40 GE Line Speed Connection

Designed for Large-scale Servers Access

Capability to Handle East-to-West Traffic

Each CE12800 line card provides 24 * 40 GE ports

Each 10 GE TOR (CE6850) provides 4 * 40 GE uplink ports

Each GE TOR (CE5850) provides 2*40 GE uplink ports

High density 40 GE ports

18,432 10 GE servers or 73,728 GE servers access

capacity

Large buffer on GE/10GE/40 GE/100 GE ports to handle

burst traffic

Capability to support large scale server access: 18,432

10 GE servers or 73,728 GE servers

Core:

4*CE12816

TOR

Access

……

……

18432(10GE Servers )= 384 (TOR number) * 48 （10GE ports number per CE6800） 73728 (GE Servers) = 1536(TOR number) * 48 （GE ports number per CE5800

384*CE6800 or 1536* CE5800

GE TOR： 10GE uplink 10GE TOR: 40GE uplink

39

Verified Stability

39

Applied to 5 Product Families 19 Years of Experience

Serves 100+ Countries and Regions,

Stable Operations of 7,000,000+ Devices 2000+ R&D Engineers Dedicated to Innovation, Active

Participants in Standardization Organizations

Switches Core Access routers

NGN Security IAS VRP

VRP v8

VRP v5

VRP v1

VRP v3

Multi-process,

multi-core

Distributed system

Single-process,

single-core

Centralized system

40

CE12800 Test Report from Miercom

Huawei CloudEngine 12812 provided full line throughput at 2 Tbps

per line card without loss, using traffic pairs on the same line card

as well as traversing cards

CE12800 is a high performance, scalable core switch supporting up

to 1152 x 10 GbE or 288 x 40 GbE port connections, up to 47.52

Tbps of line rate traffic and 28,800 Mbps forwarding rate

Ultra low latency of 2-5 usec and low jitter even during high volume

traffic tests and regardless of frame size

Highly reliable Core Data Center Switch with hot swappable

components including line cards, power supplies, cooling fans, and

redundant processing modules

CE12800 is highly energy efficient with power consumption 50%

better than the industry average for core switches

Key Findings and Conclusions

2 Tbps/slot Bandwidth

High Density 10 GE/40 GE

2-5 usec Low Latency

High Reliability

Saving 50% of Power

41

In 2013，CE12800

gained an award from

InterOP:“Data Center

And Storage Special

Award”

Won InterOP Awards

Winning Recognition in the Industry

Gartner MQ4

In February 2013，Huawei entered

in data center network Gartner

Magic Quadrant

High density 10GE and

40GE ports

42

Agenda









Elastic Fabric

Virtualized Fabric

High-quality Fabric

43

Network and

fault isolation

Secure, Reliable

Network

Virtualized Fabric: VS & CSS Reduces Investment

Network Virtualization

Benefits

Campus

Office

Production

DMZ

CE12800

VS (Virtual System) CSS (Cluster Switch System)

CE12800

CE6800/CE5800

Combine VS & CSS to manage switches with more

flexibility

Network Resource Virtualization:

– VS supports up to 16 virtual switches in one chassis

– CSS supports 2 chassis in one cluster

Fewer devices,

higher utilization Lower CAPEX 100% bandwidth

utilization

VS CSS

Fewer physical

nodes to maintain Lower OPEX

Simpler network

management

Loop-free,

reliable network

44

Industry-leading 1 to 16 VS Reduces TCO

Improves device utilization, reduces hardware costs

Reduce power consumption, save physical space

Reduce physical nodes to maintain

Network is divided into multiple zones to enhance

security

Fault on one VS does not affect other VSs

Scenario 1: One Core Device for

Campus and Data Center

Scenario 2: Isolation Multi-

Zone/Multi-Tenant Scenario 3: Integrated

Aggregation and Core Layer

Office

Production

DMZ

Core

Aggregation DC

Campus

Reduce TCO Build Reliable Network

45

VS Components System Resource Allocation Independent VS Operation

VS: Independent Virtual Systems

Virtual control and service plane

Virtual forwarding plane

Virtual management plane

Multi-Core Multi-Process VRP V8

Per VS physical card and interface

allocation

Per VS system resource specifications

Independent configuration, management

and maintenance

Independent protocol processing

Isolation from other Virtual Systems

Independent Control &

Forwarding

Independent

Management

Independent

Configuration

BGP ISIS PM ….

VLAN STP TRILL ….

VS Configuration file

VS 1 VS 2

VS 3 VS 4

VS 5 VS 6

VS 7 VS 8

VS 9 VS 10

VS 11 VS 12

VS 13 VS 14

VS 15 VS 16

Vs 10

46

Per Port Group Allocation

VS: Flexible Resource Allocation

46

A group of ports are allocated to one VS.

The VS exclusively uses system service

specifications.

A VS can enable all services.

Any port can be allocated to any VS.

VSs share system service specifications.

(Optional) Enable some features in only

one VS.

(Optional) Enable some services (like

multicast, MPLS, and TRILL) in only one

VS.

Per Port Allocation

24 x 40 G

ASIC 1

ASIC 3

ASIC 2

ASIC 4

24 x 40 G

ASIC 1

ASIC 3

ASIC 2

ASIC 4

VS1

VS2

VS2

VS2

47

CSS and iStack Simplify Network Topology

and Reduce OPEX Simplify O&M and reduce OPEX

Fewer network nodes are deployed, simplifying network

management.

Master switch synchronizes configuration file to member

switches, simplifying device operation and configuration.

Improve bandwidth efficiency and reduce CPEX

Ring protection protocols such as MSTP are not required,

and no link needs to be blocked.

100% of bandwidth is used (only 50% of bandwidth is

used on an STP network).

Build a highly reliable loop free network

CSS, iStack, and Eth-Trunk build a loop-free network.

The convergence time is much shorter than STP.

The network continues to work when a single device fails.

Traditional Networking

Network Topology

CSS + iStack

Network Topology

NMS

48

Flexible CSS and iStack Deployment

CE12800: Stacking with line card

interfaces, up to 640 Gbps stack

bandwidth (16 * 40 GE)

Up to 16 CE6800/5850 switches in a

stacking system

Single hop distance of 80 km (10 GE

SFP+) when using fibers for stacking

Beneficial for many different scenarios

deployments

Load balance traffic among links of

cluster members

Prefer local forwarding improves

bandwidth efficiency

CSS Stack Capacity Long Distance Stack Preferred Local Forwarding

Site 1

Site 2

City A

Inter- Rack/Building Stack

Inter-City Stack

Single hop 80 km

City B

Intra- Rack Stack

49

Rapid VM Migration in a Large-scale Network

Super Large L2 Network

Network Policy Migration

Large L2 network: up to 512 nodes, flexible VM

deployment

TRILL supported on 10GE/GE TOR and core

switches

IETF standard compliance, 4 K tenants

VM VM VM VM VM VM

TRILL: VMs migrate in a large L2 network

nCenter: automatic network policy deployment on

TOR

High speed RADIUS interfaces, improves the VMs

access rate

Open APIs: compatible with mainstream VM

management platforms(VMware)

VM VM VM

nCenter: network policy

management

Open API

RADIUS

VM management

VM VM VM

Auto network deployment

VMs migration

TOR TOR

50

TRILL Builds Next Generation Data Center Network

Standard IETF TRILL Protocol, L2 Interconnection Between Multi-Vendor Devices

Use STP to build a loop-free network: low

bandwidth utilization efficiency

STP: network switchover time is long

Use TRILL to build a large Layer 2 network:

allow VM migration in a wide range

Support a maximum of 32 equal cost links on

CE12800, 16 equal cost links on CE6800/5800

Traditional DC Network Architecture

L3

L2 L2

STP STP

New DC Network Architecture

TRILL Bridge

L3

L2

51

Benefits of TRILL-Based Large L2 Networks

Efficient, Reliable Forwarding

Data traffic is forwarded along the shortest path

through SPF.

ECMP realizes fast forwarding over multiple equal

cost links.

Real-time detection of link/node failures achieves

sub-second convergence upon topology changes.

Flexible Service Deployment

VMs can migrate freely in a large L2 network, making

service deployment more flexible.

A logical network supports 4K tenants and allows network

resources to be allocated on demand.

Unicast and multicast services are controlled by a single,

easily configured protocol.

Hypervisor

V

M

3

V

M

2

Service A

Hypervisor

V

M

3

V

M

2

Service B

Equipment Room 1 Equipment Room 1

Equipment Room 3 Equipment Room N

Service B Service A

TRILL Bridge ECMP

V

M

3

V

M

2

Hypervisor

V

M

3

V

M

2

Hypervisor

52

Rapid And Automated VMs Migration with nCenter

10-20 Times Faster Migration

RADIUS interfaces support high speed VMs access rate.

Network policies quickly migrate when a large number of

VMs migrate.

Open APIs, 3rd party VMs management system cooperation

Dynamic Network Policy Migration

nCenter detects VM migrations and automatically delivers

network policies: VLAN, QoS, ACL, DHCP Snooping

Auto Sensing of Network Changes

Real time resource release: release network resources

after VM migration is complete.

Open

API

VM

VM

VM

VM VM VM

nCenter

RADIUS Interface

vCenter

Server 1

Server 2

4 Notify target TOR

when user goes

online

6 Notify source

TOR that user is

going offline

3 API reports VM migration starting

5 API reports VM migration

complete

1 Deliver VM

migration policies

2 VM starts to migrate

Interface type Radius NetConf

VMs Access Rate 256 VMs/S 10~20 VMs/S

53

Unified physical and virtual

resource management

Automatic virtual resource

discovery and management

Unified

Resource

Automatic

O&M

Visualized management,

physical and virtual network

connection discovery, and

automatic update

Unified monitoring over physical

and virtual resource status to

facilitate the locating of VM faults

Network configurations are

migrated with VM migration.

Network resources can be

reclaimed in a timely manner,

and no junk data is generated.

Difficulty in locating VM faults and

ambiguous VM management

responsibilities

Dynamic migration of network configurations

and insufficient control over complex VM

profiles

nCenter — Rich Management features

nCenter

54

VPLS：DCI Network Virtualization

DC1

Service A

Service B

DC n

IETF protocol standard VPLS, for distributed data centers any-to-any connection, making distributed applications easy to deployment VPLS Layer-2 network, making VMs flexible deployment MPLS Label capsulation achieves highly extensive layer-2 network in multi-tenants scenario LDP FRR, NSR makes service fast recovery

DC2 Service A

Service B

Service A

Service B

DC Core DC Core

DC Core

VPLS

VPN 1

VPN 2

55

Agenda









Elastic Fabric

Virtualized Fabric

High-quality Fabric

56

Lossless Switching Network Non-blocking Switching Fabric Non-stop Switching Core

Five hardware components hot-

backup, all system buses redundancy

Whole lifecycle reliability：NSR,NSF,

NSP,NSB

DCB: storage service lossless

forwarding

2us low latency: : forwarding

efficiency 2x industry standard

Full system backup Five architecture features

Main Control

Switching

Monitor

Power

Fan

System

backup

Service

recovery

Zero packet loss

Orthogonal design, improves bandwidth,

scalable system

Dynamic CLOS architecture, load

balancing

Cell exchange, improves fabric utilization

VoQ scheduling, fabric schedules in order

NSF

NSR

NSP

NSB

High-quality Fabric: Non-Stopping Service

12GB large buffer, burst traffic non-

blocking forwarding

57

Reliable CloudEngine: 99.999% Reliability,

Hot Backup of All Components

System Level Hot Backup

Switching planes

Control planes

System power supplies

Fan Trays

Fans in one tray

N+M hot backup

1+1 hot backup

N+M hot backup

1+1 hot backup

1+1 hot backup

Monitoring Units:

1+1 hot backup

Main Control

Units:

1+1 hot backup

Power supplies:

N+M hot backup

Switch fabric units:

N+M hot backup

Fan trays:

1+1 hot backup

Fans :

1+1 hot backup

Primary

CMU

Backup

MU

LPU

MPU

SFU

Power supply

Fan

Peripheral

Primary

MPU

Backup

MPU LPU

SFU CMU

Dual GE Management Bus

LPU SFU1 SFU5

Multi-link High-speed Data Bus

In System Hot Backup

Dual-CAN Monitoring Bus

58

LP

U

LP

U

LP

U

MP

U

MP

U

CM

U

CM

U

FA

N

X

1 2 3 4 5 6 6 5 4 3 2 1 X

AC1 AC2

Industry-Grade Reliability — Dual Power Inputs

Efficient and reliable power supply architecture

Highly efficient new - generation PM

Dual power inputs, N + M backup (CE12812/12808/12804 can

support a maximum of 12/8/4 PMs respectively)

Dynamic dormancy improves the power conversion rate by

increasing the load rate of non-dormant PMs.

Power conversion rate ≥ 96%. Power conversion loss is

greatly reduced.

Wide voltage range: 90 to 290 VAC. Power fluctuation is

greatly alleviated.

Automatic power distribution avoids power loss caused by

even power load on some PMs.

Smart management realizes remote management, dormancy

control, and realtime power consumption detection to reduce

power consumption.

59

Forwarding Plane

Whole Lifecycle Reliability System

VRP V8 provides whole lifecycle non-stop recovery technologies to guarantee non-stop service in a switchover

Management Plane

Control Plane L3 Protocol

Non-Stop Routing

L3 Protocol

Non-Stop Bridge L2 Protocol L2 Protocol

Active

Active

Switchover Backup

Backup

Non-Stop Routing Frame

Non-Stop Patching

Function Scenario Description

NSF Forwarding plane Non-stop service forwarding capability

NSR L3 control plane Non-stop capability in Layer 3 control plane

NSP System Patching Non-stop service capability while system is patched

NSB L2 control plane Non-stop capability in Layer 2 control plane

FIB

Non-Stop Forwarding

Data

60

Full Orthogonal Architecture for High Bandwidth, Flexibility

and Expansion

Excellent full orthogonal architecture • In core switches, cable connection between line cards and switching fabrics is an important factor affecting slot bandwidth. The longer the

backplane cable and its speed, the greater the loss.

• The orthogonal architecture of CE12800 removes the need for backplane cables, which greatly improves the system bandwidth and

enhances its evolutionary capability.

Traditional architecture Orthogonal architecture

VS.

LPU Card

LPU Card

Backplane

cabling

Fabric

61

Non-blocking Dynamic CLOS Architecture

Non-blocking CLOS Architecture

Cell exchange improves forwarding

efficiency and prevents switching

performance degradation caused by

oversized packets.

VoQ scheduling avoids packet loss caused

by congestion.

Dynamic Routing, Distributed

Arbitration

Dynamic routing model is independent of

traffic and avoids unbalanced traffic

distribution caused by static routing.

Distributed arbitration avoids message loss

and inaccurate scheduling caused by

active/standby switchover in centralized

arbitration.

CLOS Static Routing CE12800: CLOS

Dynamic Routing

CLOS static routing causes

low fabric utilization and

cannot support non-blocking

switching

CLOS dynamic routing:

– Supports non-blocking

switching

– Provides higher reliability

– Provides limitless scalability

1/3 1/3

1/3

1/3

1/3

1/3

1/3

1/3

1/

3

1/3

1/3

1/3

1/3 1/3

1/3

1/3

1/3

1/3

62

Dynamic Distributed Buffer

Distributed Buffer Absorbs Burst Traffic

Better

Dynamic Buffer Improves Buffer

Utilization

Ingress distributed buffer mitigates buffer load

on a single port

On-demand buffer allocation with

dynamic adjustment

Per Port Buffer Ingress Distributed Buffer

LPU1 LPU2 LPU1 LPU2

1st second 2nd second

LPU1 LPU2 LPU1 LPU2

Data streams Buffer

63

DCB Guarantees Zero Packet Loss

E LAN Traffic FC Traffic

F IPC Traffic

I

E

E E

E

I

F

F

F

IPoE

FCoE

IPCoE

Eth

ern

et

Storage and HPC service promotes

new challenges in QoS

IPC：Communication between

service, requires low latency,

high priority forwarding service

SAN：Sensitive to packet

loss, requires packet

sequence in transmission

LAN：Best-of-effort service,

ignore packet loss and out-of-

order

QoS of Traditional Network

DC

B

（Data

Cen

ter B

ridgin

g

）

Storage: No Packet Loss IPC: High-speed Service Forwarding Converged Network for the Future

F

F

F

I

+

LAN

SAN

IPC

Ethernet: Provide best-

of-effort network service

mode, no end-to-end

traffic control; Packet

loss or transmission

failure will occurs while

network busy

64

Agenda








65

CE Series Competitive Analysis Overview

CE12800 Chassis Switch

10G TOR

GE TOR

CE6850-EI

CE5850-HI/

CE5850-EI

N7000

N2224TP/

N2248TP/N2248TP-E

N6004

N6001

N5500

N3064

N2248PQ/

N2232PP/N2232TM

CE5810

N3048

N7700 N9500

N9300

66

Competition with Cisco DC Switch

Feature Huawei CE12816

Cisco N7718

Cisco N7018

Cisco N9508

Hardware

Service Slot 16 16 16 8

Switching Capacity (Bi-directional)

64Tbps (Scale to 128Tbps)

42Tbps (Scale to 83Tbps)

18.7T 30T

Slot Bandwidth (Single-directional)

2Tbps/Slot 1.32Tbps/Slot 550G/Slot 1.92 Tbps/Slot

Forwarding Performance

19200Mpps 28800Mpps 11500M N/A

Buffer/Slot 12 GB 144 MB 144 MB 40M

Power Consumption 48*10GE Line Card:

240W/300W 48*10GE Line Card:

400W/500W 48*10GE(F2e ): 350W/450W

3.85W/10GE

Software

Virtual System (One to many)

16 8+1 8+1 N

Scale of Layer2 Network

TRILL: 512 nodes FabricPath: 128

nodes FabricPath: 128

nodes N/A

MAC 216K 64K/SOC 16K/SOC 160K

FIB 1M 64K 64K 128K

67

Architecture Highlights: "strict front-to-rear ventilation channel design+full

series orthogonal architecture+high-density, low-delay, and low power consumption cards"

Technology Advantage

Huawei Highlights Competitors

Front-to-rear ventilation channel

All the four CE12800 chassis use the strict front-to-rear ventilation channel design. This design can isolate cold air from hot air in a data center; therefore, equipment room reconstruction is not required.

N7010: Front-to-rear ventilation channel N7009 and N7018: Left-to-right ventilation channel

Orthogonal architecture

All the CE12800 series use the orthogonal architecture. Cabling between line cards and switch fabric units is an important factor that determines link bandwidth loss. When the orthogonal architecture is used, the backplane cabling length is reduced to 0, improving signal stability.

N7010: Two slots with non-orthogonal architecture (one on left and one on right) N7018: Six slots with non-orthogonal architecture (three on left and three on right) N7009: Non-orthogonal

High-density line speed 40GE card

(24*40GE)

Line speed 48*10GE, 24*40GE, 4*100GE In cloud computing era, 10GE access and 40GE aggregation are the trend in data centers.

N7000: 12*40GE, 6*100GE

Port Buffer 100ms/port N77:2.4ms/port N9K:1.3ms/port N7K:1.2ms/port(F2/F2e)

Low power consumption and low

delay

Uses the industry-leading highly-integrated (forwarding and scheduling) large capacity chips to improve forwarding efficiency. The average power consumption of a 10GE port is no more than 5 W and the port delay is no more than 3 us. Test reports from the third-party authority Mirecom are available.

N7000: Power consumption of M series switches is 10 times that of the CE series; while power consumption of F series switches is 2 times that of the CE series.

68

Solution Highlights: "CSS+VS"+iStack (virtualization), TRILL (Large Layer 2)

Technology Advantage

Huawei Highlights Competitors

"CSS+VS"+ iStack Virtualization solution

1. Unified configurations at Layer 2 and Layer 3 CSS virtualizes multiple devices into one to prevent loops and networking reliability. There is no need to deploy Layer 2 loop prevention protocols such as STP and Layer 3 redundancy gateway protocols such as HSRP or VRRP.

2. "CSS+VS" synergy technology The cluster bandwidth is shared by all the VSs, which is similar to switch fabric units. Cluster cables belong to VS0. All the cluster cables share the cluster bandwidth to save bandwidth resources and traffic is load balanced to all the VSs.

3. 640 Gbit/s cluster bandwidth The CE12800 provides a 640 Gbit/s cluster bandwidth (16 x 40 Gbit/s).

4. TOR switches supporting iStack A maximum of 16 TOR switches can form a stack. Compared with Cisco's FEX solution, access devices support local forwarding and aggregation devices have no performance bottlenecks.

1. vPC used by the N7K is only a link-layer Layer 2 virtualization technology. You need to deploy routing protocols such as OSPF or gateway redundancy protocols such as HSRP or VRRP at Layer 3.

2. The N7K vPC provides a 160 Gbit/s cluster bandwidth (16 x 10 Gbit/s).

3. Cisco promotes the FEX solution and their access devices do not support local forwarding. Besides, only devices from the same vendor can be used at the access and aggregation layers because the two layers are closely coupled.

TRILL large layer 2 solution

1. Standard large Layer 2 protocol TRILL is an IETF standard, which facilitates interworking with devices from other vendors.

2. Supported by all cards (including GE and 40GE cards) TRILL is supported by all the CE series cards, including 40GE, 10GE, and GE cards.

1. N9K do not support large Layer 2 protocol. 2. FabricPath is Cisco proprietary protocol. 3. N7K with the F series cards (10GE) supports

FabricPath. When N7K has M series cards installed, it does not support FabricPath.

69

Agenda








70

Since 2012Q4 when the CloudEngine was launched:

• 1200+ units CE12800 was sold globally

• CloudEngine served for 220+ customers

Global Customers

CloudEngine Success Stories

• Chinese Mainland, Hongkong

• UK, France, Spain, Italy, Netherlands, Denmark, Switzerland

• America, Canada, Japan , Australia, New Zealand

• Russia, Turkey ,Saudi Arabia, Oman, India, Thailand,

Philippines, Burma, Brazil, Paraguay, South Africa, Tanzania,

Nigeria, Ghana, etc

Large Enterprise Government Media ISP

中国农业银行144台 CE12800

Finance Education Transportation Carrier

Hangzhou Metro

Jiansu

Express

Company

China

Telecom

China

Mobile

China Unicom Italy MPS

71

Solution

• Each Tier-1 data center uses four CE12800s as core switches. Two CE12800s transmit

production services and the other two are used as core switches for Tier-1 sub-branches.

• Each Tier-1 data center is connected at high speed to Huawei high-end routers and two national

data centers.

• VRF technology is used on the CE12800s to isolate service traffic from different branches and

security domains.

Benefits

• Large capacity: each card provides 2 Tbit/s throughput and high-density GE ports, meeting the

bank's business development requirements for the next five years.

• Deep virtualization and secure isolation: meets the bank's requirements for risk control, cost

reduction, and sustainable business.

Background

• In The Banker's list showcasing the ''Top 1,000 World Banks 2010,’’ Agricultural Bank of China

ranked 7th in terms of profit before tax and 18th in terms of brand value at USD $9.929 billion.

• The bank will use a new core service system that will meet new requirements and support the

bank's business development over the next five years.

• The Tier-1 branch networks and backbone network need to be reconstructed. Afterwards, the

data centers will provide strong service guarantees to headquarters, 36 Tier-1 branches, 19,573

local establishments, and 23,461 branch outlets.

Tier-1 Data Center of the Agricultural Bank of China

72

Background

• Two CE12808 switches function as core switches and backup each other. 48 * GE cards are installed to

provide access ports for downstream access switches. The CE12808s are connected to upstream

NE40E routers through GE links.

• Access switches are dual-homed to CE12808s. STP is used to prevent loops.

• NE40Es are connected to Hong Kong Internet Exchange (HKIX), Pacific Century Cyber Works (PCCW),

and Hong Kong Broadband Network Limited (HKBN). VRRP is deployed to ensure high reliability.

• Huawei uses the CE12800 + NE40E combination to provide a unified switching and routing solution.

Benefits

• The CE12808 provides the highest performance, the largest switching capacity, and the largest number

of high-density line-rate ports in the industry. It can provide APT Satellite Holdings Limited’s service

development into the next decade.

• The CE12808 aggregates Layer 2 traffic, facilitates configuration and O&M, and improves reliability.

Background

• The company (stock code: 1045. HK) is listed on the Hong Kong Stock Exchange. Its satellite services

serve 75% of the world's population spanning Asia, Europe, Africa, and Australia. APT Satellite Holdings

Limited provides high-quality, one-stop services including data centers, satellite transponders, satellite

communications, and satellite TV broadcasting services for broadcasting and telecommunication

customers.

• Due to fast service growth, the company needs to upgrade and expand its data center.

APT Satellite Holdings Limited

73

Guangdong Cable TV Networks Co., LTD

Solution

• Build a CSS between two CE12808s at the core layer of each city's data network.

• For cities that have a separate interactive TV network and MAN, connect them separately to the

interactive HD service egress and egress on the provincial backbone data network.

• Configure HD interactive TV services deployed on the MAN so they can be transmitted to HD service

egress through the aggregation switches located on the provincial backbone data network.

• Use existing core routers as egress devices to connect to networks of other cities.

Benefits

• Clustering CE12808 core switches provides high bandwidth and reliability for the backbone network.

• 2 µs latency and a distributed buffer ensure an excellent Video on Demand (VoD) service

experience.

Background

• Guangdong Cable TV Networks Co., LTD needs to upgrade its provincial backbone data network into

an interactive TV and broadband IP network. A total of 22 new switches have been installed in 11

cities.

• Requirements: capacity of the data network in each city must be expanded to meet the requirements

of a double-plane network structure.

74

Agenda








75

Interface Card

Software/License

Price CE12800

Quotation

Accessories Price

(Cable/ Optical Transceiver, etc.)

Chassis, MPU ,

Fabric and Power,

The quotation of

CE12800 is Chassis

+ MPU + Fabric +

Line Card + Power +

Software License +

Accessories

Quotation Model

Chassis Switches Quotation Model

76

Step 1: Select chassis based on the number of required service.

Select Chassis

Select MPU Select Fabric Select Line

Card Select Power

Module

Select Software

and License

Select Chassis(CE12800)

Mode Description

CE12804-AC CE12804 AC Assembly Chassis(with CMUs and Fans)




Mode Description

CE12804-DC CE12804 DC Assembly Chassis(with CMUs and Fans)




AC DC

77

Step 2: Select MPU.

Select Chassis Select MPU

Select Fabric

Select Line Card

Select Power

Module

Select Software

and License

Select MPU(CE12800)

Mode Description Remarks

CE-MPUA Main Processing Unit A CE12800 series use the same MPU

78

Step 3: Select Fabric according to the chassis, bandwidth.

Select Chassis Select MPU

Select Fabric

Select Line Card

Select Power

Module

Select Software

and License

Select Fabric(CE12800)


CE-SFU04A CE12804 Switch Fabric Unit A

Different SFU types A/B/C can't be used in one

chassis.

CE-SFU04B CE12804 Switch Fabric Unit B

CE-SFU04C CE12804 Switch Fabric Unit C










79

Step 4: Select line cards based on requirements

Card Type Description MAC Buffer

40G 24-Port-40G Interface Card(EA,QSFP+) 216K 100ms

10G 48-Port 10GBASE-X Interface Card(EA,SFP+) 24-Port 10GBASE-X Interface Card(EA,SFP+)

216K 100ms

GE 48-Port 100/1000BASE-X Interface

Card(EA,SFP) 48-Port 10/100/1000BASE-T Interface Card(EA,RJ45)

216K 100ms

Select Chassis

Select MPU Select Fabric Select Line

Card Select Power

Module

Select Software

and License

Select Line Card(CE12800)

80

Step 5: Select power module according to the demands of the system.

Select Chassis

Select MPU Select Fabric

Select Line Card

Select Power

Module

Select Software

and License

Select Power Module (CE12800)


PAC-2700WA 2700W AC Power Supply Select power cable according to the power socket. If select wrong power

cable, the equipment can not power on.

PDC-2200WA 2200W DC Power Supply

81

Step 6: Select software and license based on demand.

Select Chassis

Select MPU Select Fabric

Select Line Card

Select Power

Module

Select Software

and License

Select Software and License (CE12800)


CE128-LIC-MPLS MPLS Function

The license is mandatory when need the functions.

CE128-LIC-TRILL TRILL Function

CE128-LIC-IPV6 IPV6 Function

CE128-LIC-VS Virtual System Function

82

Mode Description

CE12804A-B00 CE12804 AC Bundle0 (AC Assembly Chassis,2*MPUA,3*SFU04A,3*PAC-2700WA)


CE12804A-B02 CE12804 AC Bundle2 (AC Assembly Chassis,2*MPUA,5*SFU04B,3*PAC-2700WA)










CE12800 AC Bundle Options

83

Mode Description

CE12804D-B00 CE12804 DC Bundle0 (DC Assembly Chassis,2*MPUA,3*SFU04A,3*PDC-2200WA)


CE12804D-B02 CE12804 DC Bundle2 (DC Assembly Chassis,2*MPUA,5*SFU04B,3*PDC-2200WA)









CE12816D-B02 CE12816 DC Bundle 2 (DC Assembly Chassis,2*MPUA,5*SFU16B,8*PDC-2200WA)

CE12800 DC Bundle Options

84

Fan Box Price Power Module

Price CE6800&CE5800

Quotation

Accessories Price

(Cable/Optical Transceiver, etc.)

Mainframe Price

The quotation of

CE6800&CE5800 is

Mainframe + FAN +

Power + Accessories

Quotation Model

Box Switches Quotation Model

85

CE6800/5800 Configuration

Select switches

based on

downlink ports

GE

10G

Uplink:

10G ports

Uplink:

40G ports

CE5810-48T4S-EI

Downlink:

optical ports

Downlink:

electrical ports

CE5850-48T4S2Q-HI

CE6850-48T4Q-EI

CE6850-48S4Q-EI

CE5810-24T4S-EI

CE5850-48T4S2Q-EI

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.

HUAWEI ENTERPRISE ICT SOLUTIONS A BETTER WAY

huawei s series lan switch pre-sales specialist · pdf file · 2014-06-17pre-sales...

Documents