Index

Symbols

802.1ad QinQ, Introduction
802.1p priority
classifier, Classifier-based traffic marking
determining outbound port queue, Configuring classifier-based QoS
mapped to DSCP codepoint, Using Differentiated Services Codepoint (DSCP) mapping
DSCP policy table, Configuring QoS actions in a policy
packet marking, Layer 2 802.1p prioritization, Classifier-based traffic marking, Configuring QoS actions in a policy, Classifier-based QoS model
global QoS, Assigning a priority for a global source-port classifier, Assigning a priority for a global VLAN-ID classifier, Assigning an 802.1p priority for a global TCP/UDP classifier, Assigning an 802.1p priority for a global IP-precedence classifier, Assigning a priority for a global IP-device classifier, Assigning a priority for a global layer 3 protocol classifier
priority, Classifier-based traffic marking
802.1Q VLAN tagging, Enabling and disabling GVRP on the switch

A

Alias
with show VLAN commands, Customizing the show VLANs output

B

Bootp
gateway ignored, The primary VLAN
BPDU throttling
MSTP enabled
spanning tree, Overview
overview, Overview
BYOD-redirect
associate VLAN, Associating with the BYOD server on a specified VLAN
configuration
distribution switch, BYOD configuration on a distribution switch
configuring, Configuring
associating a BYOD server, Associating a BYOD server
client authentication on edge switch, Client authentication configuration on edge switch
creating a BYOD ACL rule, Creating a BYOD ACL rule
creating a BYOD server, Creating a BYOD server
features, Introduction
interoperability, Interoperability with other switch features
VLAN, Features
implementing
BYOD-redirect configuration, Implementing BYOD-redirect configuration
BYOD-redirect configuration example, Implementing BYOD-redirect configuration examples
interoperability, Interoperability with other switch features
Comware, Interoperability with other vendors
introduction, Introduction
restrictions, Restrictions
show commands, Show commands
show portal free-rule, Show portal free rule
show portal redirect statistics, Show portal redirect statistics
show portal server, Show portal server
SNMP interactions, SNMP Interactions
VLAN
SNMP, SNMP Interactions

C

classifier
benefits, Using classifier-based QoS to provide additional policy actions and aid migration in networks with legacy and OEM devices, Advanced classifier-based QoS, Traffic classes and software releases
class configuration, Configuring classifier-based QoS, Resequencing match/ignore statements
defined, Creating a zone class, Creating a traffic class
editing, Configuring a traffic class, Creating a zone class
match criteria, Classifier-based match criteria, Classifier-based QoS model
resequencing, Configuring a traffic class
viewing, Configuring a traffic class, Resequencing match/ignore statements, Creating a zone class
class configuration commands, Configuring a traffic class
class configuration match criteria, Classifier-based QoS
default class configuration, Creating a service policy
default-class configuration, Using match criteria
defined, Traffic classes and software releases
DSCP codepoint match criteria, Configuring a traffic class
ICMP match criteria, Defining the ICMP match criteria
IGMP match criteria, Defining the IGMP match criteria
IP precedence bits match criteria, Configuring a traffic class
IPv4 subnet mask match criteria, Using CIDR notation for IPv4/IPv6 addresses
IPv6 match criteria, Configuring a traffic class
IPv6 prefix match criteria, Using CIDR notation for IPv4/IPv6 addresses
mirroring configuration, Where to go from here, Traffic class-based configuration model
override of global QoS configuration, Classifier-based traffic marking, Advanced classifier-based QoS, Override of global QoS settings
packet marking
rate limit, Configuring QoS actions in a policy
rate limiting, Classifier-based QoS model
PBR configuration
marking packets, Creating a service policy
policy configuration, Resequencing classes in a policy
applying to an interface, Configuring classifier-based QoS, Applying a service policy to an interface, Applying a zone policy to a ONE application
commands, Applying a service policy to an interface, Applying a zone policy to a ONE application
creating, Creating a service policy, Creating a zone policy
defined, Creating a service policy, Creating a zone policy
editing, Creating a service policy, Modifying classes in a policy, Creating a zone policy
example, A policy configuration, Forwarding zone traffic
marking packets, Classifier-based QoS, Creating a service policy
resequencing, Creating a service policy
restrictions, Applying a service policy to an interface
viewing, Creating a service policy, Resequencing classes in a policy, Creating a zone policy
QoS configuration, Using classifier-based QoS to provide additional policy actions and aid migration in networks with legacy and OEM devices, Viewing a classifier-based QoS configuration, Advanced classifier-based QoS, Interaction with other software features, Creating a service policy, Traffic class-based configuration model
resource usage, Viewing a classifier-based QoS configuration
viewing, Checking resource usage
restrictions, Configuring classifier-based QoS
ICMP rate limiting, Applying a service policy to an interface
QoS rate limiting, Configuring QoS actions in a policy
TCP/UDP match criteria, Defining TCP and UDP match criteria
three-step configuration model, Traffic class-based configuration model
type of Service DTR bits match criteria, Configuring a traffic class
VLAN match criteria, Configuring a traffic class
classifier-based
classifier, Configuring classifier-based QoS
match criteria
classifier-based QoS, Classifier-based match criteria
classifier-based QoS
classifier, Configuring QoS actions in a policy, Classifier-based QoS model, Classifier-based QoS restrictions
marking packets, Classifier-based traffic marking
DSCP codepoint, Classifier-based traffic marking
Command syntax
class, Configuring a traffic class, Defining the ICMP match criteria, Defining the IGMP match criteria, Defining TCP and UDP match criteria, Resequencing match/ignore statements, Creating a service policy, Creating a zone class
class ipv4/ipv6, Configuring QoS actions in a policy, Configuring classifier-based QoS
class resequence ipv4|ipv6|mac , MAC class resequence
class zone, Creating a zone policy
clear smart link flush-statistics, Clear command
clear spanning tree, Clearing spanning tree debug counters
clear statistics , Clear statistics
configure MAC, Configuring a VLAN MAC address with heartbeat interval
configure vlans, Configuring static VLAN per-port settings, Configuring an existing VLAN as the Management VLAN
convert vlans, Converting a dynamic VLAN to a static VLAN
create vlans, Creating a new static VLAN (port-based or protocol-based)
custom vlans, Interaction with other features
debug rpvst, Using RPVST+ debug
debug smart link group, Enable debug
default-class action, Configuring classifier-based QoS
delete vlans, Deleting a static VLAN, Deleting multiple VLANs
disable gvrp, Enabling and disabling GVRP on the switch
enable gvrp, Enabling and disabling GVRP on the switch
interface, Applying a service policy to an interface
qos dscp, Creating a policy based on source-port classifiers
qos priority, Assigning a priority for a global source-port classifier
interface port-list service-policy, Configuring classifier-based QoS
interface port-list trkx qinq port-type, Configuring port-types
loop protect, Configuring loop protection
max vlans, Changing the number of VLANs allowed on the switch
no class ipv4|ipv6|mac|zone, MAC classes creation syntax
no default-mac-class action mirror , Mirror policy context, Default MAC Class
no interface, Creating a policy based on source-port classifiers, Assigning a priority for a global source-port classifier
no match, Configuring classifier-based QoS
no mesh, Configuring switch meshing
no policy qos, Configuring classifier-based QoS
no policy qos|pbr|mirror|zone, Creating policy
no QinQ, Disabling QinQ
no qos type of service, Assigning a DSCP policy for a global IP-Diffserv classifier
no qos watch-queue, Using the outbound queue monitor
no SEQ_NUM class ipv4|ipv6|mac, Mirror policy context, QoS policy context
no SEQ_NUM match|ignore, MAC configuring class entries
no SEQ_NUM remark , Adding a remark to the policy, Inserting a remark into a policy
no service-policy, Applying the Service-policy
no stack, Disabling or re-enabling stacking
no stack name, Converting a Commander to a Member of another stack
no vlan, Creating a policy based on the VLAN-ID classifier
policy, Creating a service policy, Resequencing classes in a policy
policy zone, Creating a zone policy
portal free-rule, Creating a BYOD ACL rule
portal web-server, Creating a BYOD server
primary vlans, Assigning the primary VLAN
QinQ, Enabling QinQ
qos
device priority, Creating a policy based on IP address
device-priority, Assigning a priority for a global IP-device classifier
dscp map, Creating a DSCP policy based on TCP/UDP port number classifiers
dscp mapping, Creating a policy based on IP address, Creating a policy based on source-port classifiers, Creating a policy based on the VLAN-ID classifier
prioirty, Assigning a priority for a global source-port classifier
protocol, Assigning a priority for a global layer 3 protocol classifier
queue configure, Configuring QoS queues, Viewing the QoS queue configuration
tcp/udp, Creating a DSCP policy based on TCP/UDP port number classifiers, Assigning an 802.1p priority for a global TCP/UDP classifier
type of service, Assigning a DSCP policy for a global IP-Diffserv classifier, Assigning an 802.1p priority for a global IP-precedence classifier, Using a global IP-Diffserv classifier to mark matching packets with an 802.1p priority
show
bpdu protection, Viewing BPDU protection status
class, Viewing a classifier-based QoS configuration
gvrp, Viewing the switch's current GVRP configuration
logging, Troubleshooting logging
loop protect, Viewing loop protection status in port mode, Viewing loop protection status in VLAN mode
mac address, Viewing a VLAN MAC address configuration
mesh, Viewing switch mesh status
policy, Viewing a classifier-based QoS configuration, Checking resource usage
policy resources, Viewing a classifier-based QoS configuration
QinQ, Viewing QinQ configuration and status
qos, Viewing a global QoS configuration, Creating a policy based on IP address, Creating a policy based on source-port classifiers, Creating a policy based on the VLAN-ID classifier, Creating a DSCP policy based on TCP/UDP port number classifiers, Assigning a DSCP policy for a global IP-Diffserv classifier, Using Differentiated Services Codepoint (DSCP) mapping, Viewing a list of all TCP and UDP QoS classifiers
spanning tree, Viewing global MSTP status, Viewing detailed port information, Viewing status for a specific MST instance, Viewing the global MSTP configuration, Viewing per-instance MSTP configurations, Viewing the region-level configuration, Viewing the pending MSTP configuration, Viewing the change history of root bridges, Viewing BPDU filtering, Viewing global and VLAN spanning tree status, Viewing status for a specific VLAN, Viewing status for a specific port list, Viewing BPDU status and related information, Viewing RPVST+ VLAN and vPort system limits, Viewing the global RPVST+ configuration, Viewing the global RPVST+ configuration per VLAN, Viewing the global RPVST+ configuration per port, Viewing the global RPVST+ configuration per port per VLAN, 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, Using RPVST+ debug
spanning tree debug, Viewing debug counters for all MST instances, Viewing debug counters for one MST instance, Viewing debug counters for ports in an MST instance
spanning tree traps, Enabling traps and Viewing trap configuration
stack, 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, Monitoring stacking
statistics, Viewing a classifier-based QoS configuration
type of service, Assigning a DSCP policy for a global IP-Diffserv classifier
vlans, Listing static and dynamic VLANs on a GVRP-enabled switch, Viewing a switch VLAN configuration, Viewing the configuration for a particular VLAN, Viewing the VLAN membership of one or more ports
show class mac, Show MAC class by name
show class ports , Show class ports
show class vlan, show class vlan
show policy , Show policy by name
show policy ports , Show policy ports
show policy vlan , show policy vlan
show portal free-rule, Show portal free rule
show portal tcp-cheat statistics, Show portal redirect statistics
show portal web-server, Show portal server
show running configuration, Show running configuration
show smart link flush-statistics, Show smart link flush-statistics
show smart link group , Show smart link group
show smart link recv-control-vlans, Show receive control
show spanning-tree bpdu-throttle, Show MSTP BPDU configuration
show statistics policy , show statistics policy port, Show statistics policy VLAN
show vlan ports, Customizing the show VLANs output
show vlans, Viewing the configuration for a particular VLAN, Customizing the show VLANs output
, Viewing a switch's VLAN configuration, Viewing the configuration for a particular VLAN, Customizing the show VLANs output
show vlans ports, Viewing the VLAN membership of one or more ports
smart link group, Create a smart link group
smart link recv-control-vlan <vid-list>, Configure VLANs
spanning tree, Selecting MSTP as the spanning tree mode, Enabling or disabling spanning tree operation, Enabling an entire MST region at once or exchanging one region configuration for another, Configuring global spanning tree
bpdu, Configuring global spanning tree
bpdu protection, Viewing BPDU protection status, Re-enabling a port manually, Configuring and managing BPDU protection, Viewing BPDU protection status, Viewing BPDU status and related information
configure bpdu, Configuring BPDU filtering
enable / disable rpvst+, Enabling or disabling RPVST+ spanning tree
hello time, Specifying the time interval between BPDU transmissions
instance, Configuring MST instance parameters, Setting the bridge priority for an instance, Assigning a port cost for an MST instance, Setting the priority for a port in a specified MST instance, Preconfiguring VLANs in an MST instance
legacy mode, Setting spanning tree to operate in 802. ID legacy mode
log, Configuring global spanning tree
max-hops, Setting the hop limit for BPDUs
maximum age, Setting the maximum age of received STP information
mstp, Selecting RPVST+ as the spanning tree mode
MSTP configuration, Manipulating the pending MSTP configuration
MSTP traps, Enabling SNMP traps
pathcost, Configuring per-port per-VLAN spanning tree
port, Configuring per-port per-VLAN spanning tree
port configuration, Viewing BPDU filtering
port list, 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, Configuring BPDU filtering, Enabling and disabling BPDU protection, Enabling and disabling PVST protection on ports, Enabling and disabling PVST filters on ports, Listing ports to see which have PVST protection or filtering enabled, Setting the priority for specified ports for the IST, STP loop guard, Configuring per-port spanning tree, Configuring STP loop guard
port-list, Enabling immediate transition to forwarding on end nodes, Identifying edge ports automatically, Specifying the interval between BPDU transmissions
priority multiplier, Setting the bridge priority for a region and determining the root switch
pvid, Configuring global spanning tree
rpvst, Configuring per-VLAN spanning tree
rpvst+, Configuring per-port spanning tree, Allowing traffic on VLAN ID (PVID) mismatched links, Viewing status per-port per-VLAN, Viewing the change history of root bridges
trap, Enabling and disabling BPDU protection, Enabling traps and Viewing trap configuration, Configuring and managing BPDU protection, Enabling traps and Viewing trap configuration
vlan, Configuring per-VLAN spanning tree, Enabling or disabling RPVST+ spanning tree
spanning tree compatibility mode, Setting the spanning tree compatibility mode
spanning tree configuration, Resetting the configuration name of the MST region in which a switch resides, Designating the revision number of the MST region for a switch
spanning-tree bpdu-throttle, Configuring MSTP BPDU throttling
stack, Adding to a stack, or moving switches between stacks, Using the destination Commander CLI to pull a member from another stack, Using a Member CLI to push the Member into another stack, Split stacking policy, Configuring merge stacking, Setting the transmission interval, Downloading new software to the stack
commander, Making a switch a Commander
stack auto-join, Using auto join on a Candidate
stack commander, Using a Member’s CLI to convert the Member to be the Commander of a new stack
stack join, Using a Candidate CLI to push the Candidate into a stack, Removing a stack Member using the Member’s CLI
stack member, Removing a stack Member using the Commander’s CLI
svlan, Setting up S-VLANs, Configuring per-port S-VLAN membership
telnet, Accessing Member switches for configuration changes and traffic monitoring
vlan, Applying a service policy to an interface
qos dscp, Creating a policy based on the VLAN-ID classifier
qos priority, Assigning a priority for a global VLAN-ID classifier
vlan advertisements, Controlling how individual ports handle advertisements for new VLANs
vlan portal web-server, Associating a BYOD server, Associating with the BYOD server on a specified VLAN
vlan qos, Prioritizing voice VLAN QoS
vlan service-policy
, Configuring classifier-based QoS
zone service policy, Applying a zone policy to a ONE application
configuration
factory default, Configuring VLANs, Configuring port-based and protocol-based VLAN parameters
Configure, Configure VLANs on the switch
creating S-VLANs
in QinQ , Setting up S-VLANs

D

default class
classifier, Configuring classifier-based QoS
configuration, Configuring classifier-based QoS
default settings
ip-recv-mac-address interval, Configuring a VLAN MAC address with heartbeat interval
management VLAN, Configuring an existing VLAN as the Management VLAN
MSTP, Configuring MSTP at a glance
QinQ, Enabling QinQ and configuring QinQ modes
restoring MAC address , Operating notes
VLAN name, Viewing a switch's VLAN configuration, Creating a new static VLAN (port-based or protocol-based)
VLAN qos priority, Prioritizing voice VLAN QoS
Default VLAN
designated VLANs, Designated VLANs
default VLAN, Configuring port-based and protocol-based VLAN parameters
Delete
Multiple VLANs, Deleting multiple VLANs
Designated VLANs
default VLAN, Designated VLANs
primary VLAN, Designated VLANs
secure-management VLAN, Designated VLANs
voice VLAN, Designated VLANs
DHCP
gateway ignored, The primary VLAN
DSCP codepoint, Global QoS classifier precedence: 3
classifier, Classifier-based traffic marking
defined, IPv4 ToS/IPv6 traffic class byte
in ToS byte, IPv4 ToS/IPv6 traffic class byte
in Traffic Class byte, IPv4 ToS/IPv6 traffic class byte
mapped to 802.1p priority, Using Differentiated Services Codepoint (DSCP) mapping
match criteria, classifier, Configuring classifier-based QoS
match criteria, global QoS, Assigning an 802.1p priority for a global IP-diffserv classifier
packet marking, Layer 3 DSCP marking, Classifier-based traffic marking, Configuring QoS actions in a policy, Classifier-based QoS model
global QoS, Assigning a DSCP policy for a global TCP/UDP classifier, Assigning a DSCP policy for a global VLAN-ID classifier, Assigning a DSCP policy for a global source-port classifier
quality of Service, Layer 3 DSCP marking

G

gateway
manual config priority, The primary VLAN
global QoS
marking packets, Layer 3 DSCP marking
priority, Layer 2 802.1p prioritization
guaranteed minimum bandwidth
with 8 QoS queues, Setting minimum guaranteed bandwidth with 8 queues
GVRP
ACL restrictions, GVRP operating notes
advertisement, GVRP operating notes, Parameters for controlling VLAN propagation behavior
advertisement responses, Options for a GVRP-aware port receiving advertisements
benefits, About GVRP
converting dynamic to static, IP addressing
converting to static VLAN, About GVRP
dynamic VLAN and reboots, GVRP operating notes
dynamic VLANs always tagged, Using GVRP
in QinQ, Configuring per-port S-VLAN membership
IP addressing, IP addressing
learn, Options for handling unknown VLAN advertisements
maximum VLANs, , GVRP operating notes
meshing requirement, Operating rules
non-GVRP aware device, GVRP operating notes
operating notes, GVRP operating notes
port control options, Advertisements and dynamic joins
port-leave from dynamic, Port-Leave from a dynamic VLAN
recommended tagging, Parameters for controlling VLAN propagation behavior
tagged, dynamic VLAN, Using GVRP
unknown VLAN, Parameters for controlling VLAN propagation behavior
unknown VLAN options, Per-port options for handling GVRP unknown VLANs
VLAN behavior, Per-port static VLAN configuration options
VLAN, dynamic adds, Adding or editing VLAN names (Menu)
with QoS, Options for assigning priority
GVRP block
disabling, Options for handling unknown VLAN advertisements

H

honored in downstream devices
downstream device (QoS)
effect of 802.1p priority settings, Layer 2 802.1p prioritization

I

IANA, protocol numbers, Defining the ICMP match criteria
IP
gateway, The primary VLAN
IP address
match criteria, Configuring a traffic class
match criteria classifier, Configuring classifier-based QoS
IP precedence bits, Configuring classifier-based QoS, Global QoS classifier precedence: 3
defined, IPv4 ToS/IPv6 traffic class byte
in ToS byte, IPv4 ToS/IPv6 traffic class byte
in Traffic Class byte, IPv4 ToS/IPv6 traffic class byte
match criteria, Configuring a traffic class
IPv4
ARP VLAN requirement, VLAN Operating Rules
mask used in match criteria, How IPv4 mask bit settings define a match (Example), Using CIDR notation for IPv4/IPv6 addresses
protocol VLAN ARP requirement, Creating a new static VLAN (port-based or protocol-based)
IPv6
classifier, Configuring a traffic class
management VLAN , Operating notes for Management VLANs
match criteria
classifier, Using classifier-based QoS to provide additional policy actions and aid migration in networks with legacy and OEM devices, Classifier-based QoS, Classifier-based match criteria, Configuring classifier-based QoS, Advanced classifier-based QoS
global QoS, Restrictions for global QoS support, Global QoS classifier precedence: 2
overview, Using match criteria
prefix mask, Configuring a traffic class, Using CIDR notation for IPv4/IPv6 addresses
match criteria in classifier-based QoS, Assigning a priority for a global IP-device classifier
traffic class compared to IPv4 ToS field
type of Service, A ToS/traffic class field

J

jumbo frames
GVRP, Enabling and disabling GVRP on the switch

L

latency
reducing with switch meshing, Unicast packets with unknown destinations
Layer-3 protocol
match criteria classifier, Configuring classifier-based QoS
link failures
quick response to, Introduction
loop protection
MSTP
trap transmit interval, Configuring loop protection
used for unmanaged devices, Overview

M

MAC address
duplicate, Multiple VLAN considerations
per switch, Multiple VLAN considerations
per VLAN, Multiple VLAN considerations
same for all VLANs, VLAN MAC address
single forwarding database, Multiple VLAN considerations
MAC classes
creating policy, Creating policy
overview, Overview
switch restrictions, MAC classes
marking packets
802.1p priority, Layer 2 802.1p prioritization
classifier-based QoS, Classifier-based traffic marking
global QoS, Globally-configured traffic marking
rate limit, Classifier-based traffic marking
match criteria
classifier, Configuring classifier-based QoS
classifier-based, Using match criteria
classifier-based QoS, Configuring classifier-based QoS, Classifier-based QoS model
DSCP codepoint, Configuring a traffic class
global QoS, Global QoS classifier precedence: 3
IP address, About global IP-device classifier
source port, Global source-port classifier
VLAN ID, Global VLAN-ID classifier
ICMP, Defining the ICMP match criteria
IGMP, Defining the IGMP match criteria
IP address, Configuring a traffic class
IP precedence bits, Global QoS classifier precedence: 3
ToS bits, Configuring a traffic class
Type of Service, Global IP type-of-service classifier
match criteria, global QoS
DSCP codepoint, Global QoS classifier precedence: 3
mesh
802.1X not supported, Operating rules
and static VLAN, Operating rules
benefits, Introduction
blocked ports, Bringing up a switch mesh domain
broadcast storm, Switch mesh domain
broadcast traffic, Flooded traffic
broadcast tree, Flooded traffic
connecting domains, Other requirements and restrictions
connecting multiple domains, Operating rules
domain, Finding the fastest path, Switch mesh domain
edge switch, Edge switch, Flooded traffic
filtering, Filtering/security in meshed switches
IGMP requirement, Operating rules
jumbo frames, Jumbo packets
LACP dynamic trunk, Operating rules
link blocked, Spanning tree operation with switch meshing
load-balancing technology, Introduction
management VLAN, Operating notes for Management VLANs
multiple domains, Interconnecting switch mesh domains with redundant links
multiple links, Other requirements and restrictions
no type selection, Other requirements and restrictions
operating notes, Operating notes for switch meshing
operating rules, Operating rules
port limit per-switch, Operating rules
port trunk, Other requirements and restrictions
port types, Introduction
QinQ, Operating notes and restrictions
redundant links, Switch mesh domain, Interconnecting switch mesh domains with redundant links
redundant paths, Meshing allows scalable responses to increasing bandwidth demand
removing a port, Operating rules
spanning tree requirement, Operating rules
status, Viewing switch mesh status
switch hop count, Other requirements and restrictions
switch limit per-domain, Operating rules
trunked links not allowed, Operating rules
type setting, Configuring switch meshing (Menu)
unicast packet in, Unicast packets with unknown destinations
utilization, Operating notes for switch meshing
with dynamic VLANs, Dynamic VLANs
with IGMP, IP Multicast (IGMP) in meshed switches
with multiple VLANs, Flooded traffic
with network monitor port, Other requirements and restrictions
with static VLANs, Static VLANs
meshing,
configuring with routing, Configuring concurrent meshing and routing
message
VLAN already exists, Configuring static VLAN per-port settings
mirroring
classifier-based configuration, Where to go from here
MSTP (see spanning tree (MSTP))
MSTP BPDU storm, Overview
MSTP BPDU throttling
BPDU throttling overview, MSTP BPDU throttling
configuring, Configuring MSTP BPDU throttling
event log, Event Log
validation rules, Validation Rules
Multiple Instance Spanning Tree (see spanning tree (MSTP))

O

outbound port queue (QoS)
changing the number of queues, Changing the number of priority queues (Example)
determined by 802.1p priority, Using QoS to classify and prioritize network traffic
determined by DSCP policy, Using QoS to classify and prioritize network traffic

P

packet marking
802.1p priority, Classifier-based traffic marking, Configuring QoS actions in a policy, Classifier-based QoS model
classifier-based QoS, Classifier-based traffic marking
DSCP codepoint, Layer 3 DSCP marking, Classifier-based traffic marking, Configuring QoS actions in a policy, Classifier-based QoS model
global QoS, Layer 2 802.1p prioritization
precedence bits, Classifier-based traffic marking, Configuring QoS actions in a policy, Classifier-based QoS model
rate limit, Classifier-based traffic marking
path costs
configuring 802.1D STP values, Setting spanning tree to operate with 802. ID legacy path cost values
policy configuration
marking packets, Configuring classifier-based QoS, Classifier-based QoS model
port
configuring types in QinQ, Configuring port-types
monitoring, Port monitoring
port trunk
VLAN, Port trunks
port-types
QinQ, Configuring port-types
precedence bits
classifier, Classifier-based traffic marking
precedence bits (QoS)
packet marking, Classifier-based traffic marking, Configuring QoS actions in a policy, Classifier-based QoS model
Primary VLAN
designated VLANs, Designated VLANs
priority
number of queues, Configuring QoS queues
queues per port, Configuring QoS queues
priority (QoS)
IP address source and destination match, Assigning a priority for a global IP-device classifier
match criteria, QoS packet classification
VID, effect of eliminating, Options for assigning priority
protocol
ARP requirement, VLAN Operating Rules
limit, Per-port VLAN configuration options
PVST
enabling, disabling , Enabling PVST protection
manually re-enabling port , Re-enabling a port manually
show configured ports, Viewing all ports with PVST protection enabled

Q

QinQ
assigning ports to VLANs, Assigning ports to VLANs
c-tagged interfaces not supported, Operating notes and restrictions
changing bridge modes, Operating notes and restrictions, Changing QinQ modes
configuring, Configuring QinQ, Setting up S-VLANs, Configuring port-types
configuring port types, Configuring port types
configuring ports, Changing VLAN port memberships (mixed VLAN mode)
configuring VLANs, Features and benefits
deleting S-VLANs, Setting up S-VLANs
disabling, Disabling QinQ
disabling GVRP at interface, In QinQ mixed VLAN mode
duplicate VIDs, QinQ and duplicate VIDs
enabling, Enabling QinQ, Enabling QinQ and configuring QinQ modes
erasing configurations when changing modes, Changing QinQ modes
features and benefits, Features and benefits
GVRP, Moving ports between C-VLANs and S-VLANs (mixed VLAN mode)
impacts on LACP, Moving ports between C-VLANs and S-VLANs (mixed VLAN mode)
impacts on mirroring/monitoring, Moving ports between C-VLANs and S-VLANs (mixed VLAN mode)
impacts on other features , Operating notes and restrictions, Effects of QinQ on other switch features
interoperating with non-HP devices, Operating notes and restrictions
IP support, Operating notes and restrictions
management VLAN, Operating notes and restrictions
meshing, Operating notes and restrictions
mixed VLAN mode, Enabling QinQ and configuring QinQ modes, QinQ mixed VLAN mode, Operating notes and restrictions
port moving from C-VLANs to S-VLANs, Moving ports between C-VLANs and S-VLANs (mixed VLAN mode)
port S-VLAN membership, Configuring per-port S-VLAN membership
primary VLAN, Operating notes and restrictions
provider edge bridge, Operating notes and restrictions
provider edge bridge and core bridge, QinQ Configuration example
purpose, Introduction
restrictions, Operating notes and restrictions
S-VLAN mode, Enabling QinQ and configuring QinQ modes
S-VLANs and C-VIDs, QinQ Configuration example
service provider, Introduction
show commands, Viewing QinQ configuration and status
tpid value, Operating notes and restrictions
updating VLAN types, Operating notes and restrictions
uplink ports, QinQ Configuration example
use model, Introduction
VID configuration options, Operating notes and restrictions
voice VLANs not supported, Operating notes and restrictions
QoS policy, Configuring classifier-based QoS
Quality of Service
802.1p priority, Layer 2 802.1p prioritization
basic operation, QoS operation
changing the number of outbound queues, Changing the number of priority queues (Example)
classifier-based configuration, Using classifier-based QoS to provide additional policy actions and aid migration in networks with legacy and OEM devices, Advanced classifier-based QoS
classifier-based override of global configuration, Classifier-based traffic marking, Override of global QoS settings
determining outbound port queue, Comparing global IP type-of-service classifiers
DSCP policy table, Using Differentiated Services Codepoint (DSCP) mapping
feature description, Using QoS to classify and prioritize network traffic
global configuration, Configuring QoS globally
GVRP not supported, Options for assigning priority
in VLAN- and untagged-VLAN environments, VLAN and untagged VLAN environments
inbound traffic on network edge, Applying QoS to inbound traffic at the network edge
marking packets, QoS traffic marking
match criteria, Configuring classifier-based QoS, Global TCP/UDP classifier, About global IP-device classifier, Global QoS classifier precedence: 3, Global VLAN-ID classifier, Global source-port classifier
maximum remarking entries, Maximum global QoS remarking entries
no-override in DSCP policy table, Effect of No-override
number of priority queues, Configuring QoS queues
outbound VLAN traffic, Preserving QoS in outbound traffic in a VLAN
packet classification, QoS packet classification, Using multiple global criteria, Classifier-based match criteria
global configuration, QoS marking supported by global QoS classifiers
packet marking, Classifier-based traffic marking, Classifier-based QoS model
802.1p priority, Layer 2 802.1p prioritization
classifier-based QoS, Classifier-based traffic marking
global QoS, Globally-configured traffic marking, Configuring QoS globally
IP precedence, Classifier-based traffic marking
QoS policy
classifier-based, Classifier-based QoS
globally-configured, Globally-configured QoS
queue configuration, Configuring QoS queues
resource usage
show resources command, Viewing resource usage for QoS policies
restrictions, Classifier-based QoS restrictions
global QoS, Global QoS restrictions
show resources command, Interaction with other software features
viewing configuration, Viewing a global QoS configuration

R

Rapid per-VLAN spanning tree (see spanning tree (RPVST+))
rate limit
classifier, Classifier-based traffic marking
rate limiting
classifier-based QoS, Classifier-based traffic marking, Configuring QoS actions in a policy, Classifier-based QoS model
restrictions, Configuring QoS actions in a policy
redundant links
in non-meshed switches, Connecting a switch mesh domain to non-meshed devices
resequencing
class configuration, Resequencing match/ignore statements
policy configuration classifier, Resequencing classes in a policy
resources used
show resources command, Interaction with other software features
restrictions
classifier-based QoS, Configuring classifier-based QoS
QoS configuration, Classifier-based QoS restrictions
routing
non-routable VLAN, Operating notes for Management VLANs
RPVST+ (see spanning tree (RPVST+))
maximum age, Configuring per-VLAN spanning tree
restrictions, Operating notes

S

Secure-management VLAN
designated VLANs, Designated VLANs
single point of failure
removing, Introduction
Smart link
clear smart link, Clear command
configuration commands, Configuration commands, Enable debug
configuration example, Configuration example
configure VLAN commands, Configure VLANs
flush statistics, Show smart link flush-statistics
overview, Overview
show group, Show smart link group
show receive control, Show receive control
smart link group, Create a smart link group
source port
classifier, Global source-port classifier
Spanning Tree
errant-bpdu, Enabling traps and Viewing trap configuration
loop-guard, Enabling traps and Viewing trap configuration
new root, Enabling traps and Viewing trap configuration
root-guard, Enabling traps and Viewing trap configuration
Spanning tree
errant-bpdu, Enabling SNMP traps
loop-guard, Enabling SNMP traps
new root, Enabling SNMP traps
root-guard, Enabling SNMP traps
spanning tree
MSTP
active path, How separate instances affect MSTP
BPDU, Configuring MSTP at a glance, Setting the hop limit for BPDUs, Forcing a port to send RST/MST BPDUs, How separate instances affect MSTP
broadcast storm, Overview
change VLAN instance, Configuring MSTP at a glance
CIST, Specifying the time interval between BPDU transmissions
CIST root, Specifying the interval between BPDU transmissions
compatability with RSTP or STP, MSTP compatibility with RSTP or STP
compatibility mode, Setting the spanning tree compatibility mode
configuration steps, Configuring MSTP at a glance
CST, Regions, legacy STP and RSTP switches, and the Common Spanning Tree (CST)
CST status, Viewing global MSTP status
debug counters, Viewing debug counters for all MST instances, Viewing debug counters for one MST instance, Viewing debug counters for ports in an MST instance
default settings, Configuring MSTP at a glance
display statistics and configuration, Viewing MSTP statistics
enabling a region, Enabling an entire MST region at once or exchanging one region configuration for another
enabling, disabling, Enabling or disabling spanning tree operation
fault tolerance, 802.1s Multiple Spanning Tree Protocol (MSTP)
forward delay, Setting the time interval between listening, learning and forwarding states
forwarding state, Enabling immediate transition to forwarding on end nodes
general operation, Overview
hop count, Setting the hop limit for BPDUs
in a switch mesh, 802.1s Multiple Spanning Tree Protocol (MSTP)
instance, Configuring MSTP at a glance, Configuring MST instance parameters
instance mapping, Preconfiguring VLANs in an MST instance
instance status, Viewing status for a specific MST instance
instance types, Types of Multiple Spanning Tree Instances
instance VLAN, Preconfiguring an MSTP regional topology
IST instance, Configuring MST instance parameters, Preconfiguring VLANs in an MST instance
IST port priority, Setting the priority for specified ports for the IST
loop protection, Loop protection
meshing, Spanning tree operation with switch meshing
MIB support, Viewing MSTP statistics
MSTI port priority, Setting the priority for a port in a specified MST instance
operating rules, Operating rules
operation, How MSTP operates
pending configuration, Viewing the pending MSTP configuration
pending option, Designating the revision number of the MST region for a switch
per-port parameters, Configuring MSTP per-port parameters
planning for, Planning an MSTP application
port states, How separate instances affect MSTP
preconfigure VLANs in instance, Preconfiguring VLANs in an MST instance
priority, Configuring MSTP at a glance
priority resolution, Setting the bridge priority for an instance
priority, device, Setting the bridge priority for a region and determining the root switch
PVST filtering , PVST filtering
PVST protection , PVST protection
redundant links, How separate instances affect MSTP
region, Overview
region configuration, Viewing the region-level configuration
region name, Resetting the configuration name of the MST region in which a switch resides
regions, MST regions
root history, Viewing the change history of root bridges
root switch instance, Setting the bridge priority for an instance
routed traffic, How separate instances affect MSTP
saving current configuration, Saving the current configuration before a software upgrade
traps, Enabling SNMP traps
troubleshooting, Troubleshooting an MSTP configuration
trunked link, MSTP operation with 802.1Q VLANs, Viewing the global MSTP configuration
viewing global configuration, Viewing the MSTP configuration
VLAN instance assigned, Configuring MST instance parameters
VLAN membership, MSTP operation with 802.1Q VLANs
VLAN range option, Configuring MSTP instances with the VLAN range option (Example)
with legacy STP and RSTP, Regions, legacy STP and RSTP switches, and the Common Spanning Tree (CST)
with VLANs, MSTP operation with 802.1Q VLANs
RPVST+
admin edge port, Configuring per-port spanning tree
auto edge port, Configuring per-port spanning tree
BPDU filtering, Configuring per-port spanning tree, Configuring BPDU filtering
BPDU protection, Configuring per-port spanning tree, Configuring and managing BPDU protection
BPDU status, Viewing BPDU status and related information
comparison, Comparing spanning tree options
configuration steps, Configuring RPVST+ at a glance
debug, Using RPVST+ debug
debug counters , Viewing debug counters for all VLAN instances
debug counters per-port per-VLAN, Viewing debug counters per-port per-VLAN
debug counters per-VLAN, Viewing debug counters per-VLAN
debug output, Field descriptions for RPVST+ debug command output
default, Working with the default RPVST+ configuration
enabling, disabling, Enabling or disabling RPVST+ spanning tree
event log messages, RPVST+ event log messages
forward delay, Configuring per-VLAN spanning tree
global configuration, Viewing the global RPVST+ configuration
global configuration per port, Viewing the global RPVST+ configuration per port
global configuration per port per VLAN, Viewing the global RPVST+ configuration per port per VLAN
global configuration per VLAN, Viewing the global RPVST+ configuration per VLAN
global settings, Configuring global spanning tree
global status, Viewing global and VLAN spanning tree status
history of root bridges, Viewing the change history of root bridges
ignore PVID inconsistency, Allowing traffic on VLAN ID (PVID) mismatched links
loop guard, Configuring STP loop guard
mode selection, Selecting RPVST+ as the spanning tree mode
operation, Understanding how RPVST+ operates
per-port per-VLAN settings, Configuring per-port per-VLAN spanning tree
per-port settings, Configuring per-port spanning tree
per-VLAN settings, Configuring per-VLAN spanning tree
priority, Configuring per-VLAN spanning tree
root bridge, Configuring per-VLAN spanning tree
root guard, Configuring per-port spanning tree
sample network, Sample RPVST+ network
status for a port list, Viewing status for a specific port list
status for a port list and VLAN, Viewing status per-port per-VLAN
status for a VLAN, Viewing status for a specific VLAN
TCN guard, Configuring per-port spanning tree
traps, Enabling traps and Viewing trap configuration
troubleshooting, Troubleshooting an RPVST+ configuration
VLAN and vPort limits, Viewing RPVST+ VLAN and vPort system limits
VLAN effect on, Spanning Tree operation with VLANs
stacking
3500, 3500yl, 6200yl and 6600 switches
benefits, Introduction
default settings, Managing a Candidate switch (Menu)
manually controlling joining, Creating a stack (Overview)
minimum software versions, Configuring stack management
primary VLAN, Configuring stack management, Configuring a Commander switch
SNMP community names, Creating a stack (Overview)
transmission interval, Pushing a switch into a stack, modifying the switch’s configuration, or disabling stacking on the switch (Menu)
unable to add stack member, Manually adding a Candidate to a stack (Menu)
with multiple VLANs, Stacking operation with multiple VLANs configured
3800 switches
adding a new member, Adding a switch to a stack as a new member
adding and removing members solutions, Troubleshooting issues with adding or removing members in the stack
bad cable solutions, Troubleshooting a bad cable
benefits, Introduction
creating a stack, Creating a stack
deterministic method, Using a deterministic method
downloading new software, Downloading new software to the stack
electing a commander, Electing a Commander
electing a standby, Electing a Standby
fault recovery tools, Using fault recovery/troubleshooting tools
installation and deployment solutions, Troubleshooting installation and deployment issues
managing OOBM ports, Managing OOBM ports
managing port-level configuration interactions, Managing port-level configuration interactions
managing SSH or Telnet sessions, Managing SSH or Telnet sessions
managing switch-level configuration interactions, Managing switch-level configuration interactions
maximum stack members exceeded solutions, Troubleshooting maximum stack members exceeded
merging stack fragments, Merging stack fragments
mismatched stack-ID solutions, Troubleshooting a mismatched stack-ID
modifying the topology, Modifying the stack topology
monitoring, Monitoring stacking
OOBM and split stack issues, Troubleshooting OOBM and split stack issues
plug-and-go method, Using the plug-and-go method
removing a member or standby switch, Removing a Member or the Standby
removing the commander, Removing the Commander
renumbering stack members, Renumbering stack members
replacing a failed module, Replacing a failed stacking module
replacing a failed stack member, Replacing a failed stack member
restoring after cable disconnection, Restoring operation after disconnecting a stacking cable
restoring after power cord disconnection, Restoring operation after disconnecting a power cord
strictly provisioned, mismatched MAC address solutions, Troubleshooting a strictly provisioned, mismatched MAC address
strictly provisioned, mismatched type solutions, Troubleshooting a strictly provisioned, mismatched type
switch crash and reboot solutions, Troubleshooting when a switch crashes and reboots
troubleshooting, Troubleshooting stacking
unexpected commander or standby switch selection solutions, Troubleshooting an unexpected Commander or Standby switch selection
unresponsive reboot solutions, Troubleshooting an unresponsive reboot
subnet address, About static VLAN operation
SVLAN
Delete multiple, Deleting multiple VLANs

T

TCP/UDP
match criteria, Global TCP/UDP classifier
TCP/UDP, Defining TCP and UDP match criteria
match criteria classifier, Configuring classifier-based QoS
operators, Defining TCP and UDP match criteria
packet classification, Global TCP/UDP classifier
well-known port names, Defining TCP and UDP match criteria
ToS
compared to IPv6 traffic class byte, A ToS/traffic class field
Traffic Class byte
compared to IPv4 ToS byte, IPv4 ToS/IPv6 traffic class byte
Type of Service
determining outbound port queue, Comparing global IP type-of-service classifiers
DTR bits as match criteria, Configuring a traffic class
match criteria
global QoS, Global IP type-of-service classifier
ToS byte compared to IPv6 Traffic Class byte, IPv4 ToS/IPv6 traffic class byte

U

untagged
VLAN, Per-port VLAN configuration options

V

VLAN
already exists message, Configuring static VLAN per-port settings
broadcast domain, General VLAN operation
classifier match criteria
VLAN ID, Configuring a traffic class
configuration, Configuring port-based and protocol-based VLAN parameters
Configure, Configure VLANs on the switch
convert dynamic to static, Converting a dynamic VLAN to a static VLAN
customizing output, Customizing the show VLANs output
dedicated management, The primary VLAN
default VLAN, VLAN support and the default VLAN
default VLAN name change, VLAN support and the default VLAN
default VLAN VID, VLAN support and the default VLAN
Delete multiple, Deleting multiple VLANs
deleting, Creating a new static VLAN (port-based or protocol-based), Deleting a static VLAN, VLAN Operating Rules
deleting with member ports, Creating a new static VLAN (port-based or protocol-based)
double-tagging QinQ frame size increases, Operating notes and restrictions
duplicate MAC address, Multiple VLAN considerations
Dynamic, Viewing a switch's VLAN configuration
dynamic, General steps for using VLANs, Configuring port-based and protocol-based VLAN parameters, Converting a dynamic VLAN to a static VLAN, General VLAN operation
effect on spanning tree, Spanning Tree operation with VLANs
external protocol router, VLAN restrictions
gateway IP, The primary VLAN
GVRP, auto, Per-port VLAN configuration options
heartbeat packets, Sending heartbeat packets with a configured MAC Address
IP interface relationship, IP interfaces
Jumbo packets, Viewing a switch's VLAN configuration
layer-2 broadcast domain, Port-based VLANs
layer-3 broadcast domain, Protocol-based VLANs
limit, Configuring VLANs, Configuring port-based and protocol-based VLAN parameters
MAC address verification, Viewing a VLAN MAC address configuration
match criteria classifier, Configuring classifier-based QoS
maximum capacity, Adding or changing a VLAN port assignment (Menu)
missing VLAN, Adding or changing a VLAN port assignment (Menu)
multiple forwarding database, Multiple VLAN considerations
multiple VLANs on port, VLAN tagging considerations:
non-routable, Operating notes for Management VLANs
number allowed, including dynamic, Adding or editing VLAN names (Menu)
port configuration, Networked 802.1Q-compliant devices with multiple VLANs on some ports
port monitoring, Port monitoring
port trunk, Port trunks
port-based, Port-based VLANs
Port-based VLAN, Viewing a switch's VLAN configuration
primary, Viewing a switch's VLAN configuration, Assigning the primary VLAN, Changing VLAN support settings (Menu), VLAN support and the default VLAN, The primary VLAN
primary VLAN not allowed, Assigning the primary VLAN
primary with DHCP, VLAN Operating Rules
protocol, Viewing the VLAN membership of one or more ports, Viewing the configuration for a particular VLAN, Creating a new static VLAN (port-based or protocol-based), Protocol-based VLANs, Protocol VLAN environment, VLAN Operating Rules, VLAN tagging considerations:, IP interfaces
capacity per VLAN, VLAN Operating Rules
example, Networked 802.1Q-compliant devices with multiple VLANs on some ports
forbid, Configuring static VLAN per-port settings
IPv4 routing, Comparative operation of port based and protocol based VLANs
non-routable, Comparative operation of port based and protocol based VLANs, 802.1Q VLAN tagging
primary VLAN not allowed, The primary VLAN
router, external, VLAN environments
routing, VLAN environments
tagged member, Comparative operation of port based and protocol based VLANs
tagging, VLAN environments
traffic separation, General steps for using VLANs
untagged packet forwarding, VLAN Operating Rules
protocol compared to port-based, Comparative operation of port based and protocol based VLANs
protocol routing, VLAN restrictions
Protocol-based VLAN, Viewing a switch's VLAN configuration
restrictions, VLAN restrictions
routing between VLANs, General VLAN operation
show VLAN ports detail, Viewing the VLAN membership of one or more ports
single forwarding database, Multiple VLAN considerations
static, General steps for using VLANs, Configuring port-based and protocol-based VLAN parameters, The primary VLAN
subnet, General VLAN operation
switch mesh, Operating rules
tagged, Per-port VLAN configuration options
tagging, 802.1Q VLAN tagging, VLAN tagging considerations:
untagged, Adding or changing a VLAN port assignment (Menu)
untagged legacy VLAN, Introducing tagged VLAN technology into networks running untagged VLANs
untagged operation, Untagged VLAN operation
untagged,, Per-port VLAN configuration options
VID, Tagged and untagged VLAN port assignments, VLAN tagging considerations:
Voice, Viewing a switch's VLAN configuration
voice, Viewing a switch's VLAN configuration, Viewing the VLAN membership of one or more ports, Viewing the configuration for a particular VLAN, VLAN Operating Rules
voice configuration, Creating a new static VLAN (port-based or protocol-based)
VLANs
multiple VLANs
tagged VLANs, VLAN Operating Rules
Voice VLAN
designated VLANs, Designated VLANs
Voice VLANs, Voice VLANs
VoIP
operating rules, VLAN Operating Rules
VPN solution for MANs
QinQ, Features and benefits

W

write memory
converting dynamic to static VLAN, GVRP operating notes