H3C S9500E Series Core Switch Contents Development Trends of - PowerPoint PPT Presentation

H3C S9500E Series Core Switch

Contents  Development Trends of Core Switches  Introduction of the H3C S9500E  Technical Characteristics of the H3C S9500E  Application of H3C S9500E Series

Development Milestones of IT Center on data Number of users (million) Center on 3,000 network 1,000 Center on server 100 Center on mainframe computer 10 0 2010 1970 1980 1990 2000 2010 2005 2020

Common Difficulties in Network Construction How to ensure network reliability and service continuity? How to guarantee security of key data that faces soft and hard faults? How to implement remote disaster recovery of data? What will be included in large- and mid-scale networks? How to construct them? How to manage the network in a unified manner and While there are more applications and reduce the management and higher performance requirements, can maintenance cost? the data center support future service development? How to address the compatibility … … problem of heterogeneous devices purchased at different times?

New Requirements on Network Devices ……… Greener, more energy- saving More diverse product online maintenance means More reliable network devices and more improved security protection mechanism Larger buffer capacity, distributive buffer mechanism to better protect service quality Network access capability of a higher density; high-density 10G capacity expansion capability; large-capacity block-free switching

Contents  Development Trends of Core Switches  Introduction of the H3C S9500E  Technical Characteristics of the H3C S9500E  Application of H3C S9500E Series

Product Family of H3C 9500E H3C S9500E Core Switch Series  The H3C S9500E is H3C’s core switch and the flagship product of the H3C switch product family.  The H3C S9500E is located at the large MAN convergence layer and the core layer of medium and small MANs, and is one of the industry-leading core switches.  The H3C S9500E series contains three switch models, S9505E/S9508E-V/S9512E. Attribute S9505E S9508E-V S9512E Number of main control slots 2 2 2 Number of service slots 5 8 12

H3C S9500E Series 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 16 16 16 slot Maximum number of 10G ports 80 128 192 Cabinet size 11U 22U 17U

Main Features of S9500E Innovative multi-engine architecture The control engine, detection engine and maintenance engine provide powerful control capabilities and high 50ms protection reliability. High-capacity multi-service forwarding performance Up to 192 10GE ports per unit IPv4/IPv6/MPLS traffic line-rate forwarding capability High-performance security and wireless service cards Perfect maintenance and detection mechanisms Online status detection mechanism Innovative board isolation mechanism

S9500E Interface Modules 24-port electrical/optical interface board (8 ports support combo port application) 2/4-port 10GE interface board (XFP interfaces) S9508E-V/S9512E main boards 48-port electrical/optical 16-port 10GE interface interface board board (SFP+ interfaces) S9505E main boards

Multi-service Support – 9500E Firewall service module WLAN Switch Module . IPS service module LB load balancing module NAT service module SSL VPN module

EMC and Safety Compliance of S9500E •The S9500E series are designed by following the leading EMC and safety standards to meet the requirements in Europe, North America, Germany, Japan and Russia and have obtained their authorized certificates.

S9500E-Green and Environmentally Friendly  Traditional production techniques largely use heavy metals and poisonous substances such as lead, mercury, cadmium, hexavalent chromium, PBB, and PBDE, which cause long-term, serious damage to the environment. Improving the techniques requires high investment and advanced technologies, which many vendors cannot afford.  H3C invests heavily in R&D and introduces advanced production techniques. The design and production of S9500E fully comply with the European RoHS directive and have passed certification testing. The production, usage and recycling processes produce no environmental pollution.

Tailor-made for User -9500E Mature architecture The hardware platform based on ASIC + NP + multiple cores balances the flexible service expansion capability and the high processing The user customization mode performance. provides tailor-made core switches to users. All-round high security Carrier-class high reliability The switch integrates the device anti- The unique design of device attack and the service anti-attack reliability and network reliability capabilities, protecting the user provides carrier-class reliability network. capability. Diverse service features MPLS+IPv6+VPLS+EPCL

Contents  Development Trends of Core Switches  Overview of the H3C S9500E  Technical Characteristics of the H3C S9500E  Innovative hardware structure  Carrier-level reliability  Rich service features  Comprehensive security and maintenance  Application of H3C S9500E Series

Innovative Multi-Engine Design S9500E adopts an innovative 背板 hardware structure, which accommodates a control engine, EMS a detection engine and a EMS maintenance engine to provide powerful control capabilities and EMS 50ms protection reliability. Independent control engine FFDR 主控板 FFDR Independent detection engine 处理器 Main board Processor EMS Independent maintenance engine

Independent Control Engine 背板 Independent control engine EMS EMS The CPU of the control engine has a main frequency of 1GHz, and thus can easily process various protocols’ EMS packets. As it is no long responsible for reliability and maintainability and thus avoids impact of service channels on FFDR control channels, the CPU almost has the same processing capabilities as a 主控板 high-end core router. FFDR Tolly test results: 处理器 Main board Route learning: 20000 routes per second Processor IP FRR failover time: 30ms EMS Control engine

Independent Detection Engine Independent detection 背板 engine EMS EMS The independent detection engine has a highly-reliable, high-performance fast fault detection and restoration (FFDR) CPU EMS system to implement BFD and OAM fast fault detection. It works together with the protocols of the control plane to provide FFDR fast failover (30ms) and convergence, ensuring service continuance. 主控板 FFDR BFD for VRRP/BGP/IS-IS/OSPF/static 处理器 Main board routing has a failover time of less than 30ms, which was tested by Tolly. Processor EMS Detection engine

Independent Maintenance Engine Independent maintenance 背板 engine EMS The independent maintenance engine has an EMS intelligent embedded maintenance subsystem (EMS) CPU system to provide intelligent power management. It powers on boards in sequence, EMS which avoids impact of simultaneous power-on on the power supply, increases device lifetime, and reduces electromagnetic radiation. It can FFDR power off specific boards, and isolate faulty/idle boards to reduce system power consumption. 主控板 FFDR The innovative board isolation function separates 处理器 Main board service boards from the forwarding plane to implement management, diagnosis, Processor maintenance, and upgrade, bringing new EMS application experience for users. Maintenance engine

Open Application Architecture (OAA) Service base board  Based on the open application FW module architecture, S9500E provides System standard application interfaces for Storage users and third parties to develop their own services, which increases the Other interfaces IPS module value of S9500E and speeds up the System development of intelligent IP networks. Storage **service module Other interfaces System Storage

Distributed Forwarding Engine Engine Crossbar Crossbar IPv4 IPv4 IPv4 IPv4 IPv6 IPv6 IPv6 IPv6 MPLS VPN MPLS VPN MPLS VPN MPLS VPN ASIC ASIC ASIC ASIC I/O Module I/O Module I/O Module I/O Module  Distributed IPv4/IPv6/MPLS traffic forwarding ensures the high- performance forwarding capabilities of S9500E, and fully satisfies the requirements of data centers and the core layer of campus networks.

Contents  Development Trends of Core Switches  Overview of the H3C S9500E  Technical Characteristics of the H3C S9500E  Innovative hardware structure  Carrier-level reliability  Rich service features  Comprehensive security and maintenance  Application of H3C S9500E Series

S9500E High-Reliability Design • As core devices, S9500E must provide high reliability, which is fully considered during design. System reliability NSF+GR; Software reliability Configuration restoration; Hot patch; BFD for Hardware reliability Online upgrade; VRRP/RIP/ISIS/OSPF/BGP/ IRF2 static routing; Power supply redundancy; IP/TE FRR; Main board redundancy; OAM; Fan module redundancy; RRPP; All boards are hot VRRP/VRRPE; swappable; Link aggregation