HP 2900 - Manual

HP 2900

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Table of Contents:

  • Page 5 – iii; Contents; Product Publications and IPv6 Command Index
  • Page 6 – iv; Use Model
  • Page 7 – IPv6 Addressing
  • Page 8 – IPv6 Addressing Configuration
  • Page 9 – vii; IPv6 Management Features
  • Page 10 – viii; IPv6 Management Security Features
  • Page 11 – ix; IPv6 Diagnostic and Troubleshooting
  • Page 13 – About Your Switch Manual Set; N o t e; Technical support; Printed Publications
  • Page 15 – xi; IPv6 Command Index; A link-local address must include
  • Page 16 – xii
  • Page 17 – xiii
  • Page 18 – xiv
  • Page 19 – Getting Started; Introduction
  • Page 20 – umentation”; Conventions; Command Syntax Statements; copy tftp
  • Page 21 – Command Prompts; ProCurve; Screen Simulations; Figure 1-1. Example of a Figure Showing a Simulated Screen; Configuration and Operation Examples; ProCurve> show version
  • Page 22 – Sources for More Information
  • Page 24 – Getting Documentation From the Web; Go to the ProCurve Networking web site at; Click on; Product; Click on the product for which you want to view or download a manual.; Online Help; Menu Interface; Figure 1-2. Online Help for Menu Interface
  • Page 25 – Command Line Interface; help; Web Browser Interface; Figure 1-4. Button for Web Browser Interface Online Help
  • Page 26 – Use the ProCurve
  • Page 27 – Introduction to IPv6; Migrating to IPv6
  • Page 28 – IPv6 Scalability
  • Page 29 – receiving IPv6 traffic addressed to the switch
  • Page 30 – IPv6 Propagation
  • Page 31 – Information Sources for Tunneling IPv6 Over IPv4; RFC 2893: “Transition Mechanisms for IPv6 Hosts and Routers”
  • Page 32 – Adding IPv6 Capability; switch configuration and management
  • Page 33 – Configuration and Management; Management Features; IPv6 Addressing; The switch offers these IPv6 address configuration features:; SLAAC (Stateless Automatic Address Configuration); , which is prepended to the
  • Page 34 – accessible on a VLAN configured on the switch; Static Address Configuration
  • Page 35 – show ipv6; command displays the address as a; duplicate; Advertise anycast addresses that may be configured on the device.
  • Page 36 – IPv6 Management Features; TFTPv6 Transfers
  • Page 37 – IP Preserve; configure and display IPv6 addressing; Configurable IPv6 Security
  • Page 38 – IPv6 only; IP Authorized Managers; Telnet, SSH, and other terminal emulation applications
  • Page 39 – C a u t i o n; RFC 4864, “Local Network Protection for IPv6”.; Diagnostic and Troubleshooting; Traceroute6
  • Page 40 – traceroute6; The neighbor discovery feature includes commands for:; Event Log
  • Page 41 – SNMP; Dual stack operation (IPv4 and IPv6 addresses on the same VLAN).
  • Page 45 – Address Format
  • Page 46 – Network Prefix; A shorter way to show this address is to remove the leading zeros:
  • Page 47 – IPv6 Addressing Options; IPv6 Address Sources; stateless IPv6 autoconfiguration on VLAN interfaces includes:; General IPv6 Address Types; Stateless Address Autoconfiguration .; This method does not require the
  • Page 48 – Stateful Address Autoconfiguration.
  • Page 49 – Stateless Address Autoconfiguration (SLAAC); Applications
  • Page 50 – To implement stateful address configuration:; DHCPv6 relay may not currently be available in some IPv6 routers.
  • Page 51 – write memory; ) remain across a reboot and are permanent, unless statically
  • Page 52 – Address Types and Scope; Address Types; IPv6 uses these IP address types:; A single address of this type can be assigned to multiple
  • Page 53 – Address Scope; Global Unicast Address.; Applies to a unique IPv6 routable address on the; Unique Local Unicast.; Applies to a routable, globally unique address; Unicast Address Prefixes; This well-known 64-bit fixed prefix is for
  • Page 54 – In binary notation, the fixed prefix for link-local prefixes is:; Routable Global Unicast Prefix.; This well-known fixed prefix is defined
  • Page 55 – Other Prefix Types.; There are other designated global unicast prefixes; Link-Local Unicast Address; Autoconfiguring Link-Local Unicast Addresses
  • Page 56 – ipv6 address dhcp full; ipv6 enable
  • Page 57 – RFC 2373: “IP Version 6 Addressing Architecture”; Statically Configuring Link-Local Addresses; MAC Address
  • Page 58 – Global Unicast Address; Router Advertisements.; With autoconfiguration enabled, if the switch; If IPv6 Is Not Already Enabled.; Enabling address autoconfiguration on a
  • Page 59 – IPv6 is not enabled on VLAN 1.; IPv6 Already Enabled.; Enabling address autoconfiguration on a VLAN; Static Configuration of a Global Unicast Address
  • Page 60 – Prefixes in Routable IPv6 Addresses; or
  • Page 61 – Unique Local Unicast IPv6 Address; the well-known prefix “fd”
  • Page 62 – Anycast Addresses; time servers; anycast
  • Page 63 – Multicast Application to IPv6 Addressing; Overview of the Multicast Operation in IPv6; solicited node multicast group
  • Page 64 – When MLD is enabled on an interface, you can use; IPv6 Multicast Address Format; For related information, refer to RFC 4291.; Multicast Group Identification; multicast identifier:; address as multicast.; Bit ID
  • Page 65 – Solicited-Node Multicast Address Format; Bit
  • Page 66 – then the corresponding solicited-node multicast address is; Loopback Address
  • Page 67 – The Unspecified Address; Preferred and Valid Address Lifetimes; valid; Figure 3-1. Valid and Preferred Lifetimes; When the preferred lifetime expires, the address becomes
  • Page 68 – N o t e s; Related Information
  • Page 69 – IPv6 Addressing Configuration
  • Page 70 – View IPv6 Gateway, Route, and Router Neighbors
  • Page 71 – This chapter provides the following:; show; commands; Feature
  • Page 72 – General Configuration Steps; In the default configuration, IPv6 is disabled on all VLANs.
  • Page 73 – Configuring IPv6 Addressing
  • Page 74 – show run; (Lists IPv6 addresses for all VLANs configured on the switch.); preferred; Disabled
  • Page 76 – Operating Notes; — Continued from the previous page. —; autoconfig
  • Page 77 – Enabling DHCPv6; A DHCPv6 server does not assign link-local
  • Page 78 – To view the current IPv6 DHCPv6 settings per-VLAN, use
  • Page 79 – For related information refer to:
  • Page 80 – Statically Configuring a Link-Local Unicast Address; comprise this value in a link-local address:; form of the static IPv6 address
  • Page 81 – Statically Configuring A Global Unicast Address
  • Page 82 – Statically Configuring An Anycast Address; keyword to; output. For more information on using anycast addresses, refer to
  • Page 84 – “View the Current IPv6 Addressing Configuration” on page 4-21; Disabling IPv6 on a VLAN
  • Page 86 – DAD Operation
  • Page 87 – command, and is not; Configuring DAD; The number of consecutive neighbor solicitation
  • Page 90 – show ipv6 vlan
  • Page 91 – Figure 4-1. Example of Show IPv6 Command Output; (Refer to “Router Access and Default; attempts 0; disables neighbor discovery.
  • Page 92 – Address
  • Page 95 – Router Advertisements; learning the hop limit for traffic leaving the VLAN interface; Router Solicitations
  • Page 96 – Default IPv6 Router; For related information:
  • Page 97 – Viewing Gateway and IPv6 Route Information
  • Page 98 – Figure 4-4. Example of Show IPv6 Route Output; Viewing IPv6 Router Information
  • Page 99 – Figure 4-5. Example of Show IPv6 Routers Output; Indicates whether the entry source is on the same; Interface
  • Page 100 – Address Lifetimes; Preferred Lifetime; Valid Lifetime
  • Page 101 – IPv6 Unicast Addresses Lifetimes
  • Page 104 – Management
  • Page 105 – Viewing the Neighbor Cache; dynamic; INCOM
  • Page 106 – Figure 5-1. Example of Neighbor Cache Without Specifying a VLAN; — Continued from previous page. —
  • Page 107 – Clearing the Neighbor Cache; command output may become too cluttered to efficiently read.; Figure 5-3. Example of Clearing the IPv6 Neighbors Cache; clear ipv6 neighbors
  • Page 108 – Telnet6 Operation; for your; Outbound Telnet6 to Another Device
  • Page 109 – Viewing the Current Telnet Activity on a Switch
  • Page 110 – Enabling or Disabling Inbound Telnet6 Access
  • Page 111 – SNTP and Timep; Configuring (Enabling or Disabling) the SNTP Mode; Management and Configuration
  • Page 112 – Configuring an IPv6 Address for an SNTP Server
  • Page 113 – followed immediately (without spaces) by the VLAN identifier.; timep
  • Page 114 – show sntp; output for the preceeding; sntp server; command; show management; command can also be used to display SNTP; Configuring (Enabling or Disabling) the Timep Mode; Commands Affecting Timep
  • Page 115 – For example, to configure a link-local Timep server address of:; Note
  • Page 116 – show timep
  • Page 117 – TFTP File Transfers Over IPv6; TFTP File Transfers over IPv6; copy; copy
  • Page 118 – Enabling TFTP for IPv6; U s a g e N o t e s; • Use TFTP client functionality to access IPv6-based TFTP
  • Page 119 – Using TFTP to Copy Files over IPv6; Use the TFTP; commands described in this section to:; match; filename
  • Page 120 – source
  • Page 121 – Using Auto-TFTP for IPv6; boot system flash primary; reload
  • Page 122 – SNMP Management for IPv6; SNMP Features Supported
  • Page 123 – SNMP Configuration Commands Supported; SNMPv1 and V2c; IPv6 addresses are supported in SNMP; command output as shown in
  • Page 124 – Figure 5-8. “show snmp-server” Command Output with IPv6 Address
  • Page 125 – show snmpv3 targetaddress; command displays the configuration (including; IP Preserve for IPv6; To configure IP Preserve, enter the; ip preserve; statement at the end of the
  • Page 126 – command as described in “TFTP File Transfers over IPv6” on; command. Figure 5-11 shows an example in which
  • Page 127 – Management and Config-
  • Page 129 – IPv6 Management Security Features; IPv6 Management Security
  • Page 130 – Authorized IP Managers for IPv6
  • Page 131 – Usage Notes; addresses
  • Page 133 – Configuring Authorized IP Managers for Switch Access; managers; Configuring Single Station Access; ipv6 authorized-managers
  • Page 134 – FFFF; Configuring Multiple Station Access; IPv6 Mask
  • Page 135 – Figure 6-2. Hexadecimal Mask Values and Binary Equivalents; Hexadecimal Value in an IPv6 Mask
  • Page 139 – in the fourth block of the IPv6
  • Page 140 – Displaying an Authorized IP Managers Configuration; Use the; show ipv6 authorized-managers; command to list the IPv6 stations; Figure 6-9. Example of “show ipv6 authorized-managers” Output; Mask
  • Page 141 – Authorizing Manager Access.
  • Page 142 – manager; Deleting an Authorized IP Manager Entry.
  • Page 143 – Secure Shell for IPv6; Client public-key authentication; Configuring SSH for IPv6; ip ssh; command to reconfigure
  • Page 144 – ” chapter in the; no ip ssh
  • Page 145 – Displaying an SSH Configuration; command. Information on all current SSH
  • Page 146 – Secure Copy and Secure FTP for IPv6; create; “File Transfers”; no ip ssh filetransfer; command to disable the switch’s
  • Page 147 – Multicast Listener Discovery (MLD) Snooping; Overview
  • Page 149 – Introduction to MLD Snooping; MLD host
  • Page 150 – Multicast communication can take place without MLD,
  • Page 151 – Forwarding in MLD snooping.; When MLD snooping is active, a multicast; Listeners and joins.; The “snooping” part of MLD snooping arises because
  • Page 152 – A node acting as an MLD host can be disconnected from a multicast
  • Page 153 – Fast leaves and forced fast leaves.; The fast leave and forced fast leave
  • Page 154 – Configuring MLD; Enabling or Disabling MLD Snooping on a VLAN; For example, to enable MLD snooping on VLAN 8:
  • Page 155 – Configuring Per-Port MLD Traffic Filters; Figure 7-3. Example of an MLD Configuration with Traffic Filters
  • Page 156 – Configuring the Querier; For example, to disable the switch from acting as querier on VLAN 8:; Configuring Fast Leave
  • Page 157 – For example, to disable fast leave on ports in VLAN 8:; Configuring Forced Fast Leave; For example, to enable forced fast leave on ports in VLAN 8:
  • Page 158 – Current MLD Status; show ipv6 mld; — VLAN ID
  • Page 161 – Current MLD Configuration; Figure 7-6. Example of a Global MLD Configuration; show ipv6 mld config
  • Page 162 – The specific form of the command might look like this:; Figure 7-7. Example of an MLD Configuration for a Specific VLAN; VLAN ID and name
  • Page 163 – Ports Currently Joined
  • Page 164 – auto; Statistics; show ipv6 mld statistics
  • Page 165 – For example, the general form of the command:; Figure 7-9. Example of MLD Statistics for All VLANs Configured; Figure 7-10. Example of MLD Statistics for a Single VLAN
  • Page 166 – Counters; Figure 7-11. Example of MLD Counters for a Single VLAN; show ipv6 mld vlan
  • Page 167 – The following information is shown:
  • Page 169 – IPv6 Diagnostic and Troubleshooting
  • Page 170 – neighbor solicitations
  • Page 171 – no ipv6 icmp error-interval
  • Page 174 – Traceroute for IPv6; Management and Configura-
  • Page 175 – hostname
  • Page 176 – Figure 8-2. Examples of IPv6 Traceroute Probes
  • Page 177 – DNS Resolver for IPv6; dual-stack operation: IPv6 and IPv4 DNS resolution; ping; DNS Configuration
  • Page 178 – the address
  • Page 179 – Management and; Viewing the Current Configuration; show ip dns; command to view the current DNS server configuration.; command to view both the current DNS server addresses
  • Page 180 – Debug/Syslog for IPv6; Syslog; Configuring Debug and Event Log Messaging; debug
  • Page 181 – Debug Command; acl; log; all; logging; ip
  • Page 182 – lldp
  • Page 183 – Configuring Debug Destinations
  • Page 184 – Logging Command
  • Page 185 – Terminology; Router Advertisement. Refer to “Router Advertisements” on page 4-27.
  • Page 187 – Index – 1; Index; Symbols
  • Page 188 – – Index
  • Page 189 – Index – 3
  • Page 190 – – Index
  • Page 191 – Index – 5
  • Page 192 – – Index
  • Page 193 – Index – 7
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IPv6 Configuration Guide

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Summary

Page 5 - iii; Contents; Product Publications and IPv6 Command Index

iii Contents Product Publications and IPv6 Command Index About Your Switch Manual Set . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . xi Printed Publications. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . xi Electronic Publications . . . . . ...

Page 6 - iv; Use Model

iv Information Sources for Tunneling IPv6 Over IPv4 . . . . . . . . . . . 2-5 Use Model . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-6 Adding IPv6 Capability . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-6...

Page 7 - IPv6 Addressing

v 3 IPv6 Addressing Contents . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-1 Introduction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-3 IPv6 Address Structure and Format . . . . ...

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