Index - HP A6600 Configuration Manual

Index

add a static or dynamic MAC address table entry on
an interface, 3
add a static, dynamic, or blackhole MAC address
table entry globally, 3
advertisable TLVs, 206
aggregate interface, 11, 21
aggregating links in dynamic mode, 15
aggregating links in static mode, 14
aggregation group, 11
aggregation states of member ports in an
aggregation group, 12
aging timer for dynamic MAC address entries, 4
ambiguous Dot1q termination, 167
ambiguous Dot1q termination examples, 168
ambiguous Dot1q/QinQ termination-enabled
subinterface to transmit broadcasts and multicasts,
164
ambiguous QinQ termination, 172
application scenario of one-to-one VLAN mapping,
179
application scenario of one-to-two and two-to-two
VLAN mapping, 180
application scenarios, 160
approaches to creating MAC address-to-VLAN
mappings, 98
assigning a hybrid port to a VLAN, 95
assigning a port to the isolation group, 39
assigning a trunk port to a VLAN, 94
assigning an access port to a VLAN, 93
basic concepts in STP, 41
basic QinQ, 147
basic QinQ example, 152
BPDU forwarding mechanism in STP, 48
BPDU guard, 73
BPDU tunneling
BPDU tunneling for a protocol in Layer 2 aggregate
interface view, 84
configuration, 81
configuring, 83
destination multicast MAC address for BPDUs, 84
enabling, 83
examples, 85
implementation, 82
network requirements, 85, 86
prerequisites, 83
protocol in Layer 2 Ethernet interface view or port
group view, 84
PVST example, 86
STP example, 85
BPDU tunneling configuration, 81
BPDU tunneling examples, 85
BPDU tunneling for a protocol in Layer 2 aggregate
interface view, 84
BPDU tunneling for a protocol in Layer 2 Ethernet
interface view or port group view, 84
BPDU tunneling for PVST example, 86
BPDU tunneling for STP configuration example, 85
BPDU tunneling implementation, 82
calculation process of the STP algorithm, 43
CDP compatibility, 209
CDP-compatible LLDP example, 214
CIST, 51
CIST calculation, 53
common root bridge, 52
concepts and terms for VLAN mapping, 181
configuration classes, 12
configure a VLAN interface for the super VLAN, 110
configuring a downlink policy, 184
configuring a port to operate in automatic voice
VLAN assignment mode, 124
configuring a port to operate in manual voice VLAN
assignment mode, 125
configuring a super VLAN, 110
configuring a voice VLAN, 123
configuring an uplink policy, 184
configuring basic QinQ, 147
configuring MAC information, 8
configuring one-to-one VLAN mapping, 183
configuring sub-VLANs, 109
configuring the customer-side port, 185, 186, 187
configuring the MAC address table, 2
configuring the network-side port, 185, 187
CST, 51
current device as a secondary root bridge of a
specific spanning tree, 57
current device as the root bridge of a specific
spanning tree, 57
customer-side port, 190
default VLAN, 92
description of an aggregate interface or subinterface,
21
219