1

H3C (HP Networking) IRF2 Technology &

Products Introduction

H3C (HP Networking) IRF2 Technology &

Products Introduction

Wilson CheungSenior Sales Manager Dec-2012

2

1. Current Network Challenges

2. H3C IRF2 Introduction

3. H3C IRF2 Product Introduction

4. H3C Green IT

5. H3C IRF2 Case Study

3

The Challenge of IT Network

• Device Increase !!

• Complex Topology !!

• Difficult to Manage !!

• Compatibility !!

• High Reliability !!

• Load Balance !!

• Able to Failover ??

• Able / Easy to Recover after Failover ??

4

Application server farm

Common Difficulties of Network Administrator

How to ensure network reliability

and service continuity?

How to guarantee security of key

data that faces soft and hard faults?

How to implement remotedisaster recovery of data?

How to manage the network in a

unified manner and reduce the

management and maintenance cost?

What will be included in large- and

mid-scale networks?

How to construct them?

While there are more applications

And higher performance requirements,

can the data center support future

service development?

How to address the compatibility problem of heterogeneous devices purchased at different times?

5

Network Design Concerns

ChallengeScalability & Availability has becoming more and more

important for campus network and data center

construction.

Conventional technology facing challenge

including ： 1. Slow network convergence

2. Complexity for management

3. Low utilization of bandwidth

4. High cost for upgrade network

VRRP configuration

MSTP+VRRP design of flow load balance and

VLAN assign

IGP configuration

VRRP Multiple Instance

CoreCore

L2L3

MSTP

VRRP instance Master MSTP instance

VRRP Multi-instance MSTP

NSFWIPSLB

Multiple service

Multiple service

6

1. Current Network Challenges

2. H3C IRF2 Introduction

3. H3C IRF2 Product Introduction

4. H3C Green IT

5. H3C IRF2 Case Study

7

What’s IRF2

H3C IRF2 H3C IRF2

Architecture

Create Advanced Framework & Architecture

Virtualization

H3C’s Virtual LAN Technology.

Integrate Multiple Service and Openness

Compatibility

For H3C Full Series Box and Chassis Devices

Expansibility

Software

Network

hardware

Security

Application

8

1st StackableEthernet Hub

3Com1992

IRF1Technology

L3 10GE box switches

Huahui -3Com S5600/S3600

2005

IRF2Technology

10GE IPv6 boxH3C S5500-EI

H3C S5800

10GE ChassisH3C S7500EH3C S9500EH3C 12500

2009

H3C leverages abundant stacking solution experience

1st Stackable L2 10/100

switch

3Com SuperStack 1100/3300

1998

First

XRN

Technology

L3 GE switch

3Com SuperStack

49xx & Switch 40x0

2002

H3C Stacking Technology Trend

9

How we look at IRF2 Technically?

CPU

CPU

CPU

CPU

CPU

Master

Engine

Slave

Engine

Slave

Engine

10

Advantage of IRF2 – Doubled Performance

Active Link

Standby link

Standby device

Active device

Vituralize by H3C IRF2 Technology

With IRF, all core and distribution are working both active---two devices as one logical device

With IRF, all uplinks are working in LACP mode---all load sharing

Traditional Network

Without IRF, all core and distribution devices are working as active and standby---only one at the same time

Without IRF, all links are also active and standby---Only one link used at the same time

11

Advantage of IRF2 – Manageable

10.1.1.2 10.2.1.2

10.3.1.2

10.3.1.3

10.3.1.5

10.2.1.1

10.3.1.1

• Aggregated devices are treated as one logical device, all members are managed by master device (or master MCU in chassis switch).

• Only one configuration file works on the entire stack.

• The entire stack is able to be managed via any port on its member.

12

DeploymentVRRP MSTP IRF2

Convergence

Time

N Second

Second

ms

Gateway=10.153.108.1

Gateway=10.153.108.1

IP=10.153.108.3/24

Virtual IP=10.153.108.1

IP=10.153.108.2/24

Gateway=10.153.108.1

Gateway=10.153.108.1

IP=10.153.108.1/24

IP=10.153.108.1/24

Gateway=10.153.108.1

Gateway=10.153.108.1

IRF2

IP=10.153.108.1/24

WAN

WAN

WAN

Speed Network Convergence

Advantage of IRF2 – Resilience

13

IRF2 Benefits

Enhanced Performance

Virtual Switching

EasyManagement

High Reliability

Multi-service

IRF2 Fabric

+ =

Virtual Switching Virtual L2 switching Virtual L3 switching Virtual MPLS switching

Enhanced Performance Up to 10 units in an IRF2 Fabric Multiplied performance

Easy Management Centralized Management Unified OS/CLI

Multi-service Sec-blade firewall Load-balancing module Netstream IPS module Wireless controllerHigh Reliability

1:N backup Distributed link aggregation Eliminating the dependency on Spanning Tree Protocol (STP)

H3C Intelligent Resilient Framework 2 (IRF2) is a network virtualization technology that virtualizes several physical switches into one logic switch. In a IRF2 system, the data plane and switch fabric of all engines are active at the same time, thereby providing a multiplied switching capacity.IRF2 members are connected by virtual switch channels (VSCs). VSCs use standard 10 Gigabit Ethernet connections (as many as twelve 10G trunk) between the IRF2 members. VSCs can carry regular user traffic in addition to the control plane communication between the IRF2 members without compromising functionalities.

14

S5000 SeriesBox Switch

Chassis Switch

Chassis Switch

Chassis Switch

S7500E Series

S9500E Series Series

S12500 Series

5 Breakthroughs of IRF25 Breakthroughs of IRF2

Break through restriction on performance & bandwidth

Break through the constraints of slots and interfaces

Break through the restriction on the form of equipments

Break through the limitation of regions

  Break through the restrictions on services

IRF2IRF2

IRF2 can run on H3C S5800, S5820, S5500-EI, S5120EI box switches and S7500E, S9500E, S12500 chassis switches. IRF2 enables the same series switches work as a single logical unit in the network.

By applying IRF2, either chassis switches or box switches can be virtualized as a single high reliable, high throughput and high integrated logical device.

IRF2 Benefits

15

IRF2 in SMB network

100 user

200 user

1500 User

Focus on

• Lower TCO • Higher Price Performance

Ratio • Pay while grow

16

Revolution of Campus LAN Architecture

H3C IRF2 is transforming enterprise network architecture for simplyness and optimization

Common Network Stacking Network IRF2 Network

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IRF2-based 4 Chassis Virtualization

2003 2009 2011

8 x Switch IRF

2 x Core Switch IRF2

4 x Core switch IRF22 x Chassis Switch IRF2

4 x Chassis Switch IRF2

18

L2L3

MSTP instance

10.1.1.2 10.2.1.2

10.3.1.210.3.1.3

10.3.1.5

10.2.1.1

10.3.1.1

No STP, only link aggregation, miliseconds failover

With IRF2 stacking, multiple devices-single config file

All paths active, performance is doubled

Simplified Management

Single IP Management

Fast FailoverMiliSecond Recovery

Doubled performanceActive-Active

mode

H3C IRF2

H3C IRF2

H3C IRF2Two-tier network design suitable for flat server-to-server connectivity

H3C Optimizes data center with Intelligent Resilient Framework 2 (IRF2)

19

H3C Chassis Base SwitchDouble Fault Tolerance Network

Any two link failure

10G

Any two switch failure

Any two switch components

Whole network recovery within milliseconds level

B&F transaction and data base will not be affected

20

H3C “4-in-1” Intelligent Resilient Framework 2 (IRF2) virtualization solution

SITE 1 SITE 2

SITE 3SITE 4

H3C CLOUD NETWORK

Dark Fiber / DWDM

Dark Fiber /DWDM

Dark Fiber / DWDM

Dark Fiber / DWDM

H3C 4 CHASSIS VIRTUALIZATIONFour core switches dispersed among multiple sites into a single IRF2 logical unit

21

IRF2 in Enterprise network

WE

B

WE

B

WE

B

IP

SAN

IP

SAN

IP

SANAP

P

AP

P

AP

P

DB DB DB

Management Software

Management

ServerManagement

Server

Extran

et

Intran

et

Inte

rnet

OA

Netw

ork

OA

Netw

ork

Data

Cen

ter

Co

re Area

Management Area

Focus on

• Architecture Flexibility• Multiple Services • Performance &

Scalability

22

IRF2 in Enterprise network

Focus on

• Architecture Flexibility• Multiple Services • Performance &

Scalability

23

H3C IMC total network management Solution

H3C IMC is designed exclusively to control a complicated, multi-vendor, highly virtualized network platform across multi-sites. Its unified management idea and single pane of glass make it unique in the market.

24

1. Current Network Challenges

2. H3C IRF2 Introduction

3. H3C IRF2 Product Introduction

4. H3C Green IT

5. H3C IRF2 Case Study

25

H3C Switch Product Portfolio

IPv6IRF2

S3100v2EI S3600v2SI/EI S3610

S5500SI/EI S5800

IRF2IRF2 IPv6 IPv6

S7500E S9500E S12500

IRF2 IPv6 IRF2 IPv6 IRF2 IPv6 100G

Backbone switch series

GE switch series

FE switch series

M-core

S5120SI/EI

IRF2 IPv6

S10500

IRF2 IPv6 100G

26

S12500 Product Introduction

4/8/32-port 10GE line card

48-port GE

100G Platform

Maximum 512 10GE ports

200ms buffer capabilityS12508 S12518

Switching capacity

3.06Tbps 6.66Tbps

Throughput 960Mpps/ 1920Mpps 2160Mpps/ 4320Mpps

Bandwidth 360Gbps/ 720Gbps 360Gbps/ 720Gbps

CPU 1+1 1+1

Switching fabric 8+1 8+1

CPU slots 2 2

Switching fabric slots

9 9

I/O slots 8 18

GE (max) 384 864

10GE (max) 256 576

Buffer per port256Mbytes/10G port21.3Mbytes/GE port

256Mbytes/10G port21.3Mbytes/GE port

Fan module Fan N+M, fan frame1+1 Fan N+M, fan frame1+1

Power module N+M N+M

27

S12508 Product Physical Appearance

442mm

22

RU

(

97

5m

m)

Switching fabric9 (max)

Fan frame

Power cables

Fan frame

Power module6 (max)

I/O slots8 (max)

CPU engine1 ～ 2 pieces

Power cooling fan

28

S12500 Benefits

10GE10GE

10GE10GE

512MB buffer512MB buffer

24GE24GE

10GE10GE

10GE10GE

512MB buffer512MB buffer

24GE24GE

CLOS multi-layered switching Fabric architecture

512M buffer for each 2 10GE ports

512MB512MB

512MB512MB

512MB512MB

512MB512MB

512MB512MB

512MB512MB

512MB512MB

512MB512MB

Dynamic non-blocking service scheduling

180G per slot, smoothly upgrade

Update of switching capacity when user upgrade their network

guarantees 200ms buffering to avoidTCP retransmission storm

CLOS architecture

29

512MBCache512MBCache

512MBCache512MBCache

512MB缓存

512MB缓存

512MB缓存

512MB缓存

512MBCache512MBCache

512MBCache512MBCache

512MB缓存

512MB缓存

512MB512MB

512MBCache512MBCache

512MBCache512MBCache

Egress Line cardEgress Line card

blocking

Ingress Line cardIngress Line card

S12500 Benefits

Egress line card: Easy to cause blocking when more than one ingress line cards transmit data to one egress line cardsat the same time with large burst traffic

Distributed buffering can handle the large Burst of each interface and avoid blockingAt the egress interface

48-port GE copper/fiber full wire speed

4/8-port 10GE full wire speed (XFP)

8/16-port 10GE full wire speed (SFP+) 32-port 10GE (SFP+)

48-port GE copper 48-port GE fiber

8-port 10GE 32-port 10GE16-port 10GE

30

• Enables 2-Tier Architectures

• 128 wire speed 10 GbE (for 8-slot chassis)

• IRF creates a 1536 GE-port core (4 chassis stacking)

• 3 microsecond latency

• 40G, 100G ready

S10504 S10508V S10508

Introducing the NEW S10500 core switch

S10500 Product introduction

New generation switches, high-density 10-Gigabit and ultra high-

density Gigabit applications, future 40G, 100G ready

The H3C S10500 is engineered for:– Core and distribution layer– Core layer of large enterprise, data centre and campus networks

31

S10500 benefit-Industry leading Architecture

The forwarding plane is physically separated from the control plane, so the MPU switchover will not affect the forwarding traffic

Easy to upgrade bandwidth, only need to upgrade the fabric modules

Good scalability; Smooth upgrade to next-generation 40GE and100GE interfaces

Fabric redundancy; When one failure, others can take over the work

背 板

背 板FabricFabric

交换网交换网交换网交换网

Line

car

d

Line

car

d

MPU

MPU

MPU

MPU

Line

car

d

Line

car

d

Lin

card

Lin

card

Line

car

d

Line

car

d

FabricFabric

FabricFabricFabricFabric

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CLOS Architecture Benefits:

– Simplifying large-scale switching

architecture

– Reducing possible fault points and

enhance the switching architecture

reliability

– Powerful fault defense capability

– Independent switching paths will not affect

each other. Further enhances reliability

and expandability

– Supporting recursive expanding. Capacity

expansion is unlimited in theoryThe H3C S10500 adopts the CLOS multi-layered switching architecture. The service boards and the switching fabrics are all physically connected.

The multi-stage switching architecture implements large-capacity switching capability

Service board Service board Switching fabric

Multistage CLOS Switching Network

33

CLOS multi-layered switching Fabric architecture

Dynamic non-blocking service scheduling

480G per slot, smoothly upgrade

Update of switching capacity when user upgrade their network

S10500 benefit

The multi-stage switching architecture

48-port GE copper/fiber full wire speed

4-port 40GE full wire speed (QSFP)

8/16/32/48-port 10GE full wire speed (SFP+)

48-port GE copper 48-port GE fiber

8-port 10GE 32-port 10GE16-port 10GE 48-port 10GE

4-port 40GE

34

OAA (Firewall, IPS, wireless, LB, network analysis and etc)

IRF2

Distributed ASIC+NP+Multicore technology

Maximum 192 10GE ports

2/4/16-port 10GE line card

48-port GE

S9500E Product Introduction

Type S9505E S9508E-V S9512E

Number of slots 5 8 (vertical) 12

Switching capacity 720G 1.44T 1.44T

Packet forwarding rate 360Mpps 576Mpps 864Mpps

Engine redundancy Supported Supported Supported

Power supply redundancy

1+1 1+1 1+1

Maxi. number of Gigabit ports

240 384 576

Maxi. number of 10G ports per slot

16 16 16

Maximum number of 10G ports

80 128 192

Cabinet size 11U 22U 17U

35

S9500E Benefits

FFDRFFDR

主控板

处理器处理器

背板

EMSEMS

EMSEMS

EMSEMS

FFDRFFDR

ProcessorProcessor

Main board

EMSEMS

Innovative Multi-Engine Design

ProcessorProcessor

1Ghz CPU 10ms MSTPfailover

30ms IP FRRfailover

20k route Per second

FFDRFFDR

Fast Fault Detection and Restoration

BFD Detection OAM Detection

Provide fastFailover andconvergence

30ms BFD failover

POSTdetection

of hardware faults

detection of service channels

Board isolation

Offline diagnosis

Software

integrated

managementEMSEMS

Embedded Maintenance Subsystem

36

S9500E Benefits

Packets of each protocol are assigned to a single queue to avoid interference between protocols

Traffic can be limited based on pps

Integrate Multiple service capability

Security: Firewall/IPS

Services: AC, NAT, Load balancing

Wireless Controller NAT

Firewall IPS

Traffic to CPUTraffic to CPU

OSPF

ARP

BPDU

ICMP

...

Software Control Policy CPU

Load Balancing

Dedicated CPU traffic control

37

OAA (Firewall, IPS, wireless, LB, network analysis and etc)

IRF2

Distributed ASIC+NP+Multicore technology

Maximum 84 10GE ports

2/4/8-port 10GE line card

48-port GE

S7500E Product Introduction

S7502E S7503E S7506E(V) S7510E

No. of Slots 4 5 8 12

backplane bandwidth ≥400G ≥1T ≥1.6T ≥2.4T

Switching capacity 192G 480G 768G 1152G/768G

Forwarding Capacity 143Mpps 274Mpps 488Mpps 773M/488Mpps

MCU Redundancy Support Support Support Support

Power supply

redundancy1+1 1+1 1+1 1+1

Max. GE Ports 96 144 288 480

Max. 10G Ports 4 10 16 24

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S7500E Benefits

768G SwitchingRouting

MPLS

Firewall

Wireless EPON EAD

IPS SSL VPN Load balancing

NetstreamsFlow

IRF2

Full service chassis switch

Firewall IPS

Load Balancing

Wireless EPON

SSL VPN

2-port 10GE 4-port 10GE 8-port 10GE

Integrate Multiple service capability

Security: Firewall/IPS/SSL VPN

Services: 2/4/8-port 10GE

39

S7500E Benefits

CPU

CPU

CPU

CPU

CPU

Master

Engine

Slave

Engine

Slave

Engine

IRF2IRF2

S7500E uses 53%~55% less W/G against industry average

40

30W PoE+

OAA

USB

Type Size 10/100/1000SFP

FE/GESFP+

GE/10GEExtension Module OAA

Redundant PW

S5800-60C-PWR 2U 48 PoE+ 42 (Front)

(2 x 2 / 4port 10GE, 2 x 16port GE)1 ○

S5800-56C-PWR 1U 48 PoE+ 4 1 (back)

(1 x 2 / 4port 10GE, 1 x 16port GE)

S5800-56C 1U 48 4 1 (back)

(1 x 2 / 4port 10GE, 1 x 16port GE)

S5800-32C-PWR 1U 24 PoE+ 41 (back)

(1 x 2 / 4port 10GE, 1 x 16port GE)

S5800-32C 1U 24 4 1 (back)

(1 x 2 / 4port 10GE, 1 x 16port GE)

S5800-32F 1U 24 41 (back)

(1 x 2 / 4port 10GE, 1 x 16port GE)○

S5800-32C (-PWR) S5800-32F S5800-56C (-PWR) S5800-60C-PWR

GE/10GE L3 switch

IRF2

IPv6

S5800 Product Introduction

Upto 84GE per box

41

S5820XMultiple 10GE ports

IRF2

Type Size 10/100/1000SFP

FE/GESFP+

GE/10GEExtension Module OAA

Redundant PW

S5820X-28C 2U 4 　 142 (Front)

(2 x 2/4port 10GE)1 ○

S5820X-28S 1U 4 　 24　 ○　

S5810-50S 1U 482

(Combo)　

2 ○　

S5820X-28C S5820X-28S S5810-50S

S5800 Extension module

16 port 10/100/1000BASE-T

16 port 100/1000 SFP

2 port 1G/10G SFP+

4 port 1G/10G SFP+

Wireless module (small scale)

S5800 OAA module

Firewall module

IPS module

Wireless module

S581048GE ports

24MB big buffer size

S5810&5820 Product Introduction

Upto 24 10GE

42

S5800 Market Position

IRF2 Stacking

High performance, flexible expansion

PoE+S5800 series

Big buffer (24M)

Dual Power module and hot swappable Fan

dedicated management portS5810 series

24-port 10GE wire speedIRF2 stackingDual Power module and hot swappable FanDedicated management portS5820X series10GE card

(ToR, EoR)

(End of Row)

(Top of Rack)

Wireless control and PoE+ IPS and Firewall IRF2 Green

IR F

43

S5800 Design Flexibility

Upto 4-port 10GE or 16 GE per module or wireless controller

USB port

Hot swappable Fan

Hot swappable Power module

Firewall Wireless IPS

OAA service module PoE card for PoE function

44

S5800 Benefits-HW design

HW design

Green

IRF2

Security

ReliabilityManagement

Multi-Service

Redundant Power module

How swappable Fan Design

Dedicated management port

NetStream

BFD

OAM

….

Routing

Multicast

STP

….

Multi-Core

Dedicated session for specific service

High performance processing

Power of SFP+ is 1W, which is 25% of X2 (4W) 25%, 40% of XFP (2.5W), 17% of XENPAK (6W)

SFP+ module supports 10GE, it also support GE SFP module

Compared with XFP transceiver, the Cost of SFP+ is only 50%~80% of XFP

45

S5800 Benefits-Security

FW Blade

DMZ Flow control

State detection

Anti-attack

VPN

NAT

HA

HW design

Green

IRF2

Security

ReliabilityManagement

Multi-Service

Multi-core and session

upto 256 virtual FW

Three-in-One unified Intrusion

Protection

Virus database

Protocol database

Attack database

IPS Blade

Portal Authentication provides a easy way for network security

In enterprise network, S5800 can work as aggregation equipment, can provide L3 Portal authentication to all aggregation users.

46

HW design

Green

IRF2

Security

ReliabilityManagement

Multi-Service

S5800 Benefits-Reliability

Master AVIP: VIP-AMAC: MAC-A

Master BVIP: VIP-AMAC: MAC-B

GW IP: VIP-AGW MAC: MAC-A

GW IP: VIP-AGW MAC: MAC-B

VRRPE (Enhanced VRRP)

VRRP can only work in active/standby mode, VRRPE can work in load sharing mode, more flexible, higher performance

Metro Ethernet Network

A

B

C

Active Link

Backup Link

S5800

Forwarding

traffic

Forwarding traffic

Backup Link

Active Link

Blocking

Blocking

S9500E/7500E

S9500E/7500E

Smart Link Dual uplink Protection

Can be used to replace STP in dual-homing networkFailover time can be less than 50msLoading sharing among dual uplinks via different instances

Ring

Master Transit

S5800X

RRPP (Rapid Ring Protection Protocol)

Ring solution with less than 50ms failover time

Loading sharing among different links via different instances

47

S5800 Benefits-Multi-Service

IPv6Routing-IPv6 Static/ RIPng/OSPFV3/BGP+/IS-ISv6Multicast- MLD/MLD Snooping/PIM6/IPv6 multicast vlanTunneling-Manual/Auto 6to4/ISATAACL-IPv6 ACLIPv6 management: IPv6 SNMP/TELNET/ICMPv6

PoE+ (802.3AT)

S5800 series supports PoE+Each port can provide upto 30WCan be used to power 802.11n AP, Video phone and etc

Firewall

IPS/Anti-virus

…..

Wireless Controller

Wireless Controller

Default 32 AP

Maximum: 64 AP

Wireless Controller

Default 64 AP

Maximum: 256 AP

48

HW design

Green

IRF2

Security

ReliabilityManagement

Multi-Service

S5800 Benefits-Management

NTA (Network Traffic Analyzer)

S5800 can support sFlow and Netstream

Together with iMC (NTA), S5800 helps customer to analyze network in details

BFD (Bidirectional Forwarding Detection)Can be used to detect link failover, default handover time is 10msBFD can be used with OSPF/VRRP/BGP/ISIS/STATIC ROUTING, failover time is less than 50ms

SPAN/RSPAN/ERSPANSPAN: local switch port mirroring and monitoringRSPAN: cross switch port mirroring and monitoringERSPAN: cross WAN port mirroring and monitoring via GRE tunnel

NTA (Network Traffic Analyzer)

BFD neighbors

OSPF neighbors

GRE tunnel

49

HW design

Green

IRF2

Security

ReliabilityManagement

Multi-Service

S5800 Benefits-GreenComply with RoHS standard

H3C complies with restriction of Hazardous Substances (RoHS) directives that restrict the use of certain hazardous substances in electrical components

H3C also comply with China Ministry of Information Industry Order of Pollution, referred to China-RoHS.

S5800 Green featureLow power mode for all unused ports, reduce powerModify power consumption according to port speedAdd temperature sensor, modify fan speed, reduce power consumptionPoE power control based on time-slot

Comply with WEEE standard

H3C enforces guidelines for removing hazardous substances and comply with WEEE (Waster Electrical and Electronic Equipments)

WEEE

50

1. Current Network Challenges

2. H3C IRF2 Introduction

3. H3C IRF2 Product Introduction

4. H3C Green IT

5. H3C IRF2 Case Study

51

H3C Green Concept

Concise designWhile ensuring product functionality and performance, reduce the physical dimensions of products to minimize the use of materials; Reduce the techniques such as electroplating, printing, and bronzing, and use texture mapping instead; Simple package design to minimize material use;

Re-useGreater durability of products; Modular design and component standardization to reduce frequency of structure change;

RecyclingUse recyclable materials and avoid the use of hazardous substances; Use homogenous materials, and mark each type of material and its lifetime to facilitate recycling;

52

Power Consumption Saving Design

Using the advanced chip-sets that is superior

energy efficiency. Using the advanced power supply module that is

superior energy efficiency.Using Intelligent Cooling System

Low power mode on unused ports. Control port power depend on port speed.Disable PoE power by time schedule.

Control fan rotation speed depend on the environment temperature

Disable power on Unused ports

Disable power at nightAnd holiday

53

17w17w 27W27W

158%

S3100-26TP-EIS3100-26TP-EI C2960-24TCC2960-24TC158%

46w46w 72W72WS5100-24P-EIS5100-24P-EI C2960G-24TCC2960G-24TC156%

FE switchFE switch

GE switchGE switch

110w110w 265W265WS5500-28C-EIS5500-28C-EI C3750E-24TDC3750E-24TD241%

10GE switch10GE switch

Power Consumption Comparison

158%245W (max)245W (max) 353W (max)353W (max)S5800X-28CS5800X-28C C4900MC4900M144%

Mini Chassis

Mini Chassis

158%633W*633W* 1917W*1917W*S7500ES7500E C6500EC6500E303%

ChassisChassis

* With 8 10GE and 96GE hardware configuration

54

Low Power consumption certificate-S5500EI

H3C S5500-EI uses 42% less Watts/Gbps when compared to the industry average.

55

Low Power consumption certificate-S7500E

H3C S7500E uses 53~55% less Watts/Gbps when compared to the industry average.

56

1. Current Network Challenges

2. H3C IRF2 Introduction

3. H3C IRF2 Product Introduction

4. H3C Green IT

5. H3C IRF2 Case Study

57

心緊生活每一程

Caring for life’s journeys

MTR

Hong Kong’s MTR Corporation has built one of the

world's leading railway systems, well known for its

safety, reliability, customer service and cost efficiency.

H3C designed a H3C 100G future-proof information

superhighway linking 38 stations on the MTR Island,

Tsuen Wan and Kwun Tong Line, plus digital media

services along Urban Line and a new Resilient Packet

Ring (RPR) upgrade along the Airport Express and

Tung Chung Line.

H3C boosts MTR

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H3C Boosts HP Data Centre in Huston

Huston data centre is one of six major regional HP data centers around the world. H3C helped HP build a new flexible open standard network infrastructure. Achieved a “Cisco-Free” data centre environment. The new data centre now double the port density and capacity while reducing energy consumption by 50%.

Products: S12500, SR88, S95E, S5820X

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Dreamworks has deployed H3C12500 and other related products in their data centre. With H3C’s iMC, Dreamworks can manage its own network equipment from other vendors into one single platform which simplify the future network management for the data centre. This new H3C-based network helps Dreamworks create more innovative digital movies and support for future business growth.

(Shrek the Fourth) 76TB of data rendered stably on H3C-based network platform！

H3C Boots DreamWorks Make Movie Magic

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H3C Supports Tencent Data Centre

Tencent currently ranked as Internet industry’s 3rd most valuable company ， followed by Google and Amazon. The company has more than 100 million concurrent online subscribers.

H3C ‘s fast response and professional support, reliable products and supply chain which made H3C became Tencent’s “Grade A” network application supplier.

Tencent currently ranked as Internet industry’s 3rd most valuable company ， followed by Google and Amazon. The company has more than 100 million concurrent online subscribers.

H3C ‘s fast response and professional support, reliable products and supply chain which made H3C became Tencent’s “Grade A” network application supplier.

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H3C cares your so much, H3C wants to know you more.

Wilson CheungSenior Sales Manager(852) 2501 1154wilson_cheung@h3c.com