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H3C S5500-SI System Description ISSUE 2.0 Date Hangzhou H3C Technologies Co., Ltd. Review Impelling 1000M desktop connection demands Development of IPV6 applications New-generation full 1000M IPv4/IPv6 dual-stack switch


  1. H3C S5500-SI System Description ISSUE 2.0 Date : Hangzhou H3C Technologies Co., Ltd.

  2. Review  Impelling 1000M desktop connection demands  Development of IPV6 applications  New-generation full 1000M IPv4/IPv6 dual-stack switch

  3. Objectives Upon completion of this course, you will be able to:  Understand S5500-SI configuration and hardware structure  Comprehend S5500-SI software features  Master typical S5500-SI applications  Grasp basic S5500-SI maintenance

  4. Contents  Chapter 1 S5500-SI System Description  Chapter 2 S5500-SI Software Features  Chapter 3 Typical S5500-SI Applications  Chapter 4 Basic S5500-SI Maintenance

  5. References  H3C S5500-SI Installation Manual  H3C S5500-SI Operation Manual  H3C S5500-SI Command Manual  H3C S5500-SI FAQ www.h3c.com 5

  6. S5500-SI System Description  System description——1000M weak L3 Ethernet switch  High port density  Flexible extension slot  Support 10GE uplink  Support PoE  Support IPv6  Equipment positioning  At the access layer of enterprise network  At the convergence layer of enterprise or campus network www.h3c.com 6

  7. Product Positioning H3C S9500 10GE H3C S9500 H3C S5100-50C H3C S7500 L3- + GE+ 10GE H3C S7502M H3C S5100-26C uplink +IPv4/IPv6 H3C S5600 H3C S5100-24P H3C S5600-PWR GE S5500-SI H3C S5100-48P H3C S5600 Quidway S5000 Quidway S3000-EI Quidway S3552I Quidway S3050C Quidway S3528 FE H3C S3600-EI-PWR H3C S3100-SI H3C S3600-EI Quidway S2000-EI H3C S3600-SI Layer 2 Layer 3- Layer 3 Metro www.h3c.com 7

  8. H3C Series Products Comparison S5500-SI S5100-EI S5600 S5510 Quantity of GE ports 24/48 24/48 24/48 24 Quantity of 10GE ports 4 2 2 0 10GE port type XFP/CX4 XENPAK/CX4 XENPAK/XFP NA IRF NA Support Support NA PoE Support NA Support NA MAC address 8K 16K 16K 12K ARP table 2K 256 8K 4K Routing table 512 16 16K 16K RIP Support NA Support Support OSPF NA NA Support Support PIM NA NA Support Support VRRP NA NA Support Support IPv6 protocol stack Support NA NA Support RIPng Support NA NA Support OSFPv3 NA NA NA Support Software platform ComwareV5 ComwareV3 ComwareV3 ComwareV5 www.h3c.com 8

  9. Comparison with Competitors’ Products H3C S5500-SI Cisco C3560 HP 2800 HP 3400cl Fixed port 24 GE + 4 SFP(Combo) 24 GE + 4 SFP 24 GE + 4 SFP(Combo) 24 GE + 4 SFP(Combo) 48 GE + 4 SFP(Combo) 48 GE + 4 SFP 48 GE + 4 SFP(Combo) 48 GE + 4 SFP(Combo) Extension port 4x10GE None None 2x10GE Routing table 512 8k ? ? Flow speed limit Granularity 64kbps Granularity 8kps NA NA Quantity of queues 8 4 4 4 L2 protocol LACP/GVRP/MSTP LACP/VTP/MSTP/PVST+ LACP/MSTP/GVRP/CDP LACP/MSTP/GVRP/LLDP IPv4 routing RIP RIP/OSPF/BGP/IGRP/EIGRP NA RIP/OSPF protocol IPv6 routing RIPng RIPng/OSPFv3 NA NA protocol Equal cost route NA Support NA NA Policy route NA Support NA NA Multicast protocol IGMP Snooping/MLD IGMP/PIM/MLD Snooping IGMPv3 IGMPv3 Snooping VRRP NA HSRP NA XRRP SSHv2/Tacacs+ Support Support Support Support sFlow NA NA Support Support PoE Support Support NA NA www.h3c.com 9

  10. Product Models and Configuration  H3C S5500-SI series models and configuration  H3C S5500-28C-SI  24 1000M electrical interfaces + 4 SFP ports (combo) + 2 extension slots  H3C S5500-52C-SI  48 1000M electrical interfaces +4 SFP ports (combo) + 2 extension slots  H3C S5500-28C-PWR-SI  24 1000M electrical interfaces + PoE + 4 SFP ports (combo) + 2 extension slots  H3C S5500-52C-PWR-SI  48 1000M electrical interfaces + PoE + 4 SFP ports (combo) + 2 extension slots www.h3c.com 10

  11. Product Models and Configuration  Extension modules (hot swappable)  LSPM1XP1P  1-port XFP 10GE Module, the XFP shall support LR/SR/ER/LRM  LSPM1XP2P  2-port XFP 10GE Module, the XFP shall support LR/SR/ER/LRM  LSPM1CX2P  2-port CX4 10GE Module  CX4 cable  50cm/100cm/300cm (screw-screw)  300cm (screw-clip) www.h3c.com 11

  12. Panel LEDs  Power LED  Display the equipment status: normal/POST error  RPS LED  Display the current RPS input status  Mode LED  Display the current mode keystroke status: speed/duplex/PoE  Module LED  Display the current extension module status: normal/abnormal/not in position  7-Segment Display  Display the current equipment status:  POST ID  Cluster Status (Commander/Member/Candidate/Standalone)  File download indication  PoE utilization indication  Fan/Temperature alarm indication  Port LED  Display the current port status based on mode keystroke:  Speed: 1000M/10-100M/POST Fail  Duplex: Full /Half Duplex/POST Fail  PoE: Normal/Fault/POST Fail www.h3c.com 12

  13. Hardware Structure  S5500-28C-SI hardware  S5500-52C-SI hardware structure structure 10GE 10GE 10GE 10GE Module2 Module1 Module2 Module1 CPU CPU PCI Switch PCI Switch Switch 24 GE 48 GE www.h3c.com 13

  14. Hardware Structure Features  Hardware design features  Super compact, highest 1000M port density  Dimensions: 440 mm X 43.6 mm X 300 mm (Non-PoE)/ 440 mm X 43.6 mm X 420 mm (PoE)  The front panel offers 48 1000M electrical interfaces and 4 1000M SFP optical interfaces  The rear panel offers maximum of 4 10GE ports  High performance design, speed experience  All ports are at full wire speed, and switching capacity is 128 Gbps/176 Gbps  10GE interface  Flexible extensibility  Multiple types of extension modules  Cost-effective 10GE interface (CX4)  Comprehensive reliability design  Provide RPS and AC/DC power supply  Hot-swappable extension module  Support monitoring alarm of environment temperature and fans  Temperature-control fan  Extension module without CPU www.h3c.com 14

  15. Contents  Chapter 1 S5500-SI System Description  Chapter 2 S5500-SI Software Features  Chapter 3 Typical S5500-SI Applications  Chapter 4 Basic S5500-SI Maintenance

  16. Software Features Overview  Software design features  Built on the brand-new Comware5 platform, integrated with intelligences and advantages  8-year VRP R&D  Progressive 3Com technologies  Rich services  Routing protocol: static route/RIP  IPv6: RIPng  Multicast capability: IGMP Snooping, MLD Snooping and MVR+  Radius-based user authentication: 802.1x and MAC authentication  Voice VLAN  PoE……  Considerate design, easy to use and secure  Profile-based management (PoE profile)  How-swappable extension module  Password protection  Powerful maintenance, convenient fault diagnosis  Self-contained LED and 7-segment display, reflects the current state of equipment in real time www.h3c.com 16

  17. Port Features  Basic features  Port Types: 1000Base-T, SFP, XFP, CX4  Speed/Duplex auto-negotiation  Auto MDI/MDIX  Broadcast storm control (BC, MC, UC)  Port aggregation  Support 12 trunk groups  Each group supports max to 8 GE ports or 2 10G ports  Support LACP dynamic link aggregation  Port isolation  Port isolation (Protected Port)  Other features  PoE  Combo ports www.h3c.com 17

  18. Port Features Precautions  Broadcast storm suppression  In the port mode, the suppression percentage of the 64-byte broadcast/multicast/unknown unicast packet is accurate. This is because that the chip supports broadcast suppression based on PPS only. In the case of percentage-based suppression, the system converts the percentage into PPS based on 64 bytes. Therefore the PPS mode is recommended.  Broadcast/Multicast/Unknown unicast suppression does not change the port’s instantaneous speed, but prohibits packet forwarding in a certain period to implement suppression.  When broadcast/multicast/unknown unicast suppression and CAR are concurrently enabled on a port, the final wire speed is calculated with the following formula: CIR/wire speed * packets suppression pps.  Port aggregation  The selected/unselected principles of V3/V5 static aggregation ports are different. When there are over eight ports to be aggregated, products at the two ends may select different ports.  IP unicast packet: load balancing based on source/destination IP and source port  Non-IP unicast packet: load balancing based on source/destination MAC, VLAN and ethertype  IPMC multicast: load balancing based on source/destination IP and incoming port index  Other multicast/broadcast/unknown unicast packet: load balancing based on source/destination MAC and incoming port index www.h3c.com 18

  19. Port Features——POE  PoE :  802.3af standard PD/Legacy PD support (Cisco/Huawei)  Max to 15.4Watt power per port  24 Ports max power support with AC input  Full port max power support Switch with DC input CLI  3 priorities support: Others DEVM Critical/High/Low Driver  Power statistics: UAR T Current/Average/Peak PSU MCU www.h3c.com 19

  20. L2 Features  MAC address management  8K MAC addresses /128 static MAC addresses  MAC black hole  MAC learnt limitation  VLAN  4094 802.1q VLANs  GVRP  Auto VLAN assignment via 802.1x  Voice VLAN  QinQ/Selective QinQ  Spanning Tree  STP/RSTP/MSTP  BPDU guard/Root guard/Loop Guard/TC Protect www.h3c.com 20

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