Contents
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Static Virtual LANs -
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General steps for using VLANs -
Configuring port-based and protocol-based VLAN parameters -
Viewing a switch's VLAN configuration -
Viewing the VLAN membership of one or more ports -
Viewing the configuration for a particular VLAN -
Customizing the show VLANs output -
Creating an alias for show VLAN commands -
Changing the number of VLANs allowed on the switch -
Assigning the primary VLAN -
Adding or editing VLAN names (Menu) -
Changing VLAN support settings (Menu) -
Creating a new static VLAN (port-based or protocol-based) -
Deleting a static VLAN -
Converting a dynamic VLAN to a static VLAN -
Configuring static VLAN per-port settings -
Adding or changing a VLAN port assignment (Menu) -
Deleting multiple VLANs -
Connecting an HP Switch to another with a multiple forwarding database (Example) -
Configuring a secure Management VLAN -
Configuring an existing VLAN as the Management VLAN -
Obtaining an IP address using DHCP -
Disabling the Management feature -
Prioritizing voice VLAN QoS -
Configuring a VLAN MAC address with heartbeat interval -
Viewing a VLAN MAC address configuration -
About static VLAN operation -
Introducing tagged VLAN technology into networks running untagged VLANs -
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VLAN Operating Rules -
Multiple VLAN considerations -
Single forwarding database operation -
802.1Q VLAN tagging -
Special VLAN types -
Voice VLANs -
Effects of VLANs on other switch features -
Spanning Tree operates differently in different devices -
VLAN restrictions -
Migrating Layer 3 VLANs using VLAN MAC configuration
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Correcting an unsupported configuration
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GVRP -
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Using GVRP -
Planning for GVRP operation -
Viewing the switch's current GVRP configuration -
Viewing and configuring GVRP (Menu) -
Enabling and disabling GVRP on the switch -
Controlling how individual ports handle advertisements for new VLANs -
Listing static and dynamic VLANs on a GVRP-enabled switch -
Converting a Dynamic VLAN to a Static VLAN -
About GVRP
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Multiple instance spanning tree operation -
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MSTP -
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Planning an MSTP application -
Configuring MSTP at a glance -
Configuring MSTP operation mode and global settings -
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Selecting MSTP as the spanning tree mode -
Clearing spanning tree debug counters -
Resetting the configuration name of the MST region in which a switch resides -
Designating the revision number of the MST region for a switch -
Setting the spanning tree compatibility mode -
Setting the time interval between listening, learning and forwarding states -
Setting spanning tree to operate in 802. ID legacy mode -
Setting spanning tree to operate with 802. ID legacy path cost values -
Specifying the time interval between BPDU transmissions -
Setting the hop limit for BPDUs -
Setting the maximum age of received STP information -
Manipulating the pending MSTP configuration -
Setting the bridge priority for a region and determining the root switch -
Enabling SNMP traps
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Configuring MSTP per-port parameters -
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Enabling immediate transition to forwarding on end nodes -
Identifying edge ports automatically -
Specifying the interval between BPDU transmissions -
Forcing a port to send RST/MST BPDUs -
Determining which ports are forwarding ports by assigning port cost -
Informing the switch of the device type to which a port connects -
Determining which port to use for forwarding -
Denying a port the role of root port -
Denying a port propagation change information
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BPDU -
PVST -
MST -
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About MSTP -
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Overview -
MSTP structure -
How MSTP operates -
802.1s Multiple Spanning Tree Protocol (MSTP) -
Types of Multiple Spanning Tree Instances -
Operating rules -
Operating notes for the VLAN configuration enhancement -
MSTP compatibility with RSTP or STP -
About BPDU protection -
PVST protection and filtering -
Loop protection -
Operating notes
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Configuring MST instance parameters -
Setting the bridge priority for an instance -
Configuring MST instance per-port parameters -
Enabling or disabling spanning tree operation -
Preconfiguring an MSTP regional topology -
Viewing MSTP statistics -
Viewing the MSTP configuration -
Configuring loop protection -
Troubleshooting an MSTP configuration -
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Viewing the change history of root bridges -
Enabling traps and Viewing trap configuration -
Viewing debug counters for all MST instances -
Viewing debug counters for one MST instance -
Viewing debug counters for ports in an MST instance -
Field descriptions in MSTP debug command output -
Troubleshooting MSTP operation
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Source VLAN Filtering -
Rapid per-VLAN spanning tree (RPVST+) operation -
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Overview -
Configuring RPVST+ at a glance -
Configuring RPVST+ -
Configuring BPDU filtering -
Viewing BPDU filtering -
Configuring and managing BPDU protection -
Allowing traffic on VLAN ID (PVID) mismatched links -
Configuring STP loop guard -
Viewing RPVST+ statistics and configuration -
Troubleshooting an RPVST+ configuration -
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Viewing the change history of root bridges -
Enabling traps and Viewing trap configuration -
Viewing debug counters for all VLAN instances -
Viewing debug counters per-VLAN -
Viewing debug counters per-port per-VLAN -
Field descriptions for RPVST+ debug command output -
RPVST+ event log messages -
Using RPVST+ debug
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About RPVST+
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Switch meshing -
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Introduction -
Preparing to configure switch meshing -
Configuring switch meshing -
Configuring switch meshing (Menu) -
Configuring concurrent meshing and routing -
Viewing switch mesh status -
About switch meshing -
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Switch mesh domain -
Edge switch -
Operating rules -
Using a heterogeneous switch mesh -
Bringing up a switch mesh domain -
Operating notes for switch meshing -
Static VLANs -
Dynamic VLANs -
Jumbo packets -
Mesh design optimization -
Configuring VRRP with concurrent meshing and routing -
Other requirements and restrictions
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Quality of Service: Managing bandwidth effectively -
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Overview -
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Using QoS to classify and prioritize network traffic -
Applying QoS to inbound traffic at the network edge -
Preserving QoS in outbound traffic in a VLAN -
Using QoS to optimize existing network resources -
Using classifier-based QoS to provide additional policy actions and aid migration in networks with legacy and OEM devices
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About QoS -
Creating QoS Policy -
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Configuring QoS globally -
Creating a policy based on IP address -
Configuring QoS actions in a policy -
Configuring a QoS policy for Voice over IP and Data traffic (Example) -
Configuring a QoS policy for layer 4 TCP/UDP traffic (Example) -
Configuring a QoS policy for subnet traffic (Example) -
Creating a policy based on source-port classifiers -
Changing the priority setting on a policy when classifiers are currently using the policy (Example) -
Notes on changing priority settings
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VLAN-ID Classifiers -
DSCP Policy -
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Assigning DSCP policies to packets matching specified global classifiers -
Assigning a DSCP policy for a global IP-device classifier -
Assigning a DSCP policy for a global TCP/UDP classifier -
Assigning DSCP policies to packets matching specified TCP and UDP port applications (Example) -
Assigning a DSCP policy for a global IP-Diffserv classifier -
Assigning a DSCP policy for a global VLAN-ID classifier -
Assigning a DSCP policy for a global source-port classifier -
Error messages for DSCP policy changes -
Using Differentiated Services Codepoint (DSCP) mapping
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802.1p priority -
QoS configurations with MGB -
QoS classifier based model -
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Configuring classifier-based QoS -
Viewing a classifier-based QoS configuration -
Advanced classifier-based QoS -
Classifier-based QoS model -
Classifier-based QoS restrictions -
Viewing a list of all TCP and UDP QoS classifiers -
Assigning a priority for a global IP-device classifier -
Using a global IP-Diffserv classifier to mark matching packets with an 802.1p priority -
Comparing global IP type-of-service classifiers -
Viewing resource usage for QoS policies
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QoS Queues -
QoS global classifiers -
Assigning a priority for a global layer 3 protocol classifier -
Viewing non-default codepoint settings (Example) -
IPv4 ToS/IPv6 traffic class byte -
Interaction with other software features
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Stack management for the 3500, 3500yl, 6200yl and 6600 switches -
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Introduction -
Configuring stack management -
Creating a stack (Overview) -
Viewing stack status -
Viewing the status of an individual switch -
Viewing the status of candidates the Commander has detected -
Viewing the status of all stack-enabled switches discovered in the IP subnet -
Viewing the status of the Commander and current members of the Commander’s stack -
Viewing stack status and configuring a Commander switch (Menu) -
Configuring a Commander switch -
Making a switch a Commander -
Using a Member’s CLI to convert the Member to be the Commander of a new stack -
Adding to a stack, or moving switches between stacks -
Manually adding a Candidate to a stack (Menu) -
Moving a Member from one stack to another (Menu) -
Using auto join on a Candidate -
Using a Candidate CLI to push the Candidate into a stack -
Using the destination Commander CLI to pull a member from another stack -
Using a Member CLI to push the Member into another stack -
Converting a Commander to a Member of another stack -
Split stacking policy -
Configuring merge stacking -
Converting a Commander or Member to a Member of another stack (Commander Menu) -
Removing a Member from a stack -
Removing a stack Member (Menu) -
Accessing Member switches for configuration changes and traffic monitoring -
Accessing Member switches for configuring changes and monitoring traffic (Commander Menu) -
Disabling or re-enabling stacking -
Setting the transmission interval -
Managing a Candidate switch (Menu) -
Pushing a switch into a stack, modifying the switch’s configuration, or disabling stacking on the switch (Menu) -
Using the Commander to manage the stack -
Monitoring stack status (Menu) -
Using a stacked switch to view status for all switches with stacking enabled (Menu) -
Viewing Commander status (Menu) -
Viewing Member status, and a Commander’s IP and MAC addresses and status (Menu) -
Viewing Candidate status (Menu) -
About stack management
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Stack management for the 3800 switches -
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Introduction -
Configuring a stack -
Monitoring stacking -
Troubleshooting stacking -
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Troubleshooting OOBM and split stack issues -
Using fault recovery/troubleshooting tools -
Troubleshooting installation and deployment issues -
Troubleshooting issues with adding or removing members in the stack -
Troubleshooting a strictly provisioned, mismatched MAC address -
Troubleshooting a mismatched stack-ID -
Troubleshooting logging -
Troubleshooting a strictly provisioned, mismatched type -
Troubleshooting maximum stack members exceeded -
Troubleshooting a bad cable -
Troubleshooting when a switch crashes and reboots -
Troubleshooting an unresponsive reboot -
Troubleshooting an unexpected Commander or Standby switch selection
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Managing interactions with other switch features -
Understanding stacking election
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BYOD-redirect -
QinQ (Provider bridging) -
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Introduction -
Configuring QinQ -
QinQ Configuration example -
Enabling QinQ -
Setting up S-VLANs -
Configuring per-port S-VLAN membership -
Configuring port-types -
Disabling QinQ -
Changing VLAN port memberships (mixed VLAN mode) -
Moving ports between C-VLANs and S-VLANs (mixed VLAN mode) -
Viewing QinQ configuration and status -
Viewing a switch VLAN configuration -
Viewing the configuration for a particular VLAN -
Viewing the VLAN membership of one or more ports -
Viewing spanning tree status -
About QinQ
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Classifier-based software configuration -
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Introduction -
Configuring a traffic class -
Defining the ICMP match criteria -
Defining the IGMP match criteria -
Defining TCP and UDP match criteria -
How IPv4 mask bit settings define a match (Example) -
Resequencing match/ignore statements -
Creating a service policy -
Creating a PBR policy -
Modifying classes in a policy -
Resequencing classes in a policy -
Applying a service policy to an interface -
Checking resource usage -
Configuring class-based zones -
Creating a zone class -
Zone class configuration examples -
Creating a zone policy -
Modifying zones and policies -
Applying a zone policy to a ONE application -
About Classifier-based configuration
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MAC classes -
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Overview -
MAC Class configuration commands -
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MAC classes creation syntax -
MAC class resequence -
MAC configuring class entries -
Creating policy -
Mirror policy context -
Adding a remark to the policy -
QoS policy context -
Default MAC Class -
Inserting a remark into a policy -
Applying the Service-policy -
Show MAC class by name -
Show class ports -
show class vlan -
Show policy by name -
Show policy ports -
show policy vlan -
show statistics policy port -
Show statistics policy VLAN -
Clear statistics
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Smart link -
Spanning tree interoperability between HP and Cisco switches