H3C S10500 Switch SeriesInstallation Quick StartNew H3C Technologies Co., Ltd.http://www.h3c.com.hkDocument version: 6PW103-20170430

H3C S10506 Installation, Quick Start

obtaining documentation

Configuring MCE

MPLS L3VPN concepts

Multi-VPN-instance CE

How MCE works

Configuring routing on an MCE

Route exchange between an MCE and a PE

Configuring routing between MCE and VPN site

Configuring routing between MCE and PE

Resetting BGP connections

Displaying and maintaining MCE

MCE configuration examples

Using BGP to advertise VPN routes to the PE

Using tunnels to advertise VPN routes

Configuring IPv6 MCE

Configuring routing on an IPv6 MCE

Configuring routing between IPv6 MCE and PE

IPv6 MCE configuration examples

Configuring basic MPLS

MPLS network structure

label distribution and management

MPLS forwarding

Protocols

Enabling the MPLS function

Configuring a static LSP

Establishing dynamic LSPs through LDP

Configuring local LDP session parameters

Configuring PHP

Configuring the policy for triggering LSP establishment

Configuring LDP loop detection

Configuring LDP MD5 authentication

Configuring DSCP for outgoing LDP packets

Resetting LDP sessions

Sending back ICMP TTL exceeded messages for MPLS TTL expired packets

Configuring LDP GR

Setting MPLS statistics reading interval

Configuring MPLS LSP ping

Configuring BFD for LSPs

Configuring periodic LSP tracert

Enabling MPLS trap

Displaying MPLS LDP operation

Clearing MPLS statistics

Configuring LDP to establish LSPs dynamically

Configuring MPLS TE

Basic concepts of MPLS TE

CR-LSP

RSVP-TE

Traffic forwarding

CR-LSP backup

PS for an MPLS TE tunnel

MPLS TE configuration task list

Creating an MPLS TE Tunnel over a static CR-LSP

Creating an MPLS TE tunnel with a dynamic signaling protocol

Configuration procedure

Configuring RSVP-TE advanced features

Configuring RSVP state timers

Configuring the RSVP hello extension

Configuring RSVP authentication

Tuning CR-LSP setup

Configuring CR-LSP reoptimization

Tuning MPLS TE tunnel setup

Assigning priorities to a tunnel

Forwarding traffic along MPLS TE tunnels through automatic route advertisement

Configuring traffic forwarding tuning parameters

Specifying the link metric type for tunnel path calculation

Configuring CR-LSP backup

Enabling FRR on the headend of a primary LSP

Configuring node protection

Inspecting an MPLS TE tunnel

Configuring periodic LSP tracert for an MPLS TE tunnel

Configuring protection switching

MPLS TE configuration examples

MPLS TE using RSVP-TE configuration example

RSVP-TE GR configuration example

MPLS RSVP-TE and BFD cooperation configuration example

CR-LSP backup configuration example

FRR configuration example

MPLS TE in MPLS L3VPN configuration example

Troubleshooting MPLS TE

Configuring VPLS

PW establishment

MAC address learning and flooding

VPLS loop avoidance

H-VPLS implementation

VPLS configuration task list

Configuring an LDP VPLS instance

Configuring BGP VPLS

Resetting VPLS BGP connections

Configuring MAC address learning

Inspecting PWs

VPLS configuration examples

S10500 Series

configuration guide

Configuring EVB

Basic concepts

Protocols and standards

EVB and feature configuration restrictions

Enabling EVB

Specifying a default VSI manager

Configuring an S-channel

Configuring an S-channel interface or S-channel aggregate interface

Configuring a VSI interface or VSI aggregate interface

Configuring a VSI filter

Activating a VSI interface or VSI aggregate interface

Displaying and maintaining EVB

Verifying the configuration

Index

installation guide

Preparing for installation

ESD prevention

Humidity

Grounding

Space

Installing the switch

Installing cage nuts

Attaching mounting brackets and cable management brackets to the rack

Installing mounting brackets

Installing an air filter (optional)

Mounting the switch on a workbench or on the floor

Installation procedures

Grounding the switch

Grounding the switch through the PE wire of an AC power supply

Grounding the switch through the RTN wire of a DC power supply

Installing FRUs

Installing MPUs/LPUs/switching fabric modules

Installing a power module

Connecting an AC power cable

Connecting a DC power cable

Installing a transceiver module (optional)

Installing a CFP module

Setting up an IRF fabric

Planning IRF fabric setup

Identifying the master switch and planning IRF member IDs

Configuring basic IRF settings

Verifying the IRF fabric configuration

Connecting your switch to the network

Setting terminal parameters

Powering on the switch

Configuring the switch

Configuring authentication on a user interface

Connecting the switch to the network

Testing connectivity

Troubleshooting

Garbled terminal display

Fan failure

Interface failure

Technical support

Replacement procedures

Replacing a card

Replacing a fan tray

Removing a fan tray

Installing a fan tray

Replacing a transceiver module

Replacing a CFP module

Appendix A Chassis views and technical specifications

Weights and dimensions

Module power consumption and system power consumption

Fan tray power consumption

System power consumption

Noise

Appendix B FRUs and compatibility matrixes

Switching fabric modules

Fan trays

Air filters

DC power cable

Appendix C LEDs

LPU LEDs

Switching fabric module LEDs

Fan tray status LEDs

Appendix D Cables

RJ-45 connector

Pin assignments

Making an Ethernet twisted pair cable

Patch cord

SFP+ cable

QSFP+ to SFP+ cable

Appendix E Cabling recommendations

Appendix F Repackaging the switch

Removing the twisted pair and optical fiber

Repackaging the card

Removing the air filter

Repackaging the switch chassis

S10504

S10506

S10508

S10508-V

S10510

S10512