HP A6600 Configuration Manual page 231

QinQ implementations, 145
QinQ task list, 146
QinQ termination, 170
QoS priority settings for voice traffic on an interface,
123
receiving LLDPDUs, 203
reference port, 13
regional root, 51
roles of ports, 52
root bridge, 41, 57
root guard, 73
root port, 41
RP
GARP timers, 132
RSTP introduction, 48
secondary root bridge, 57
security mode and normal mode of voice VLANs,
122
security mode of voice VLANs, 122
selecting a reference port, 14, 15
selective QinQ, 148
selective QinQ configuration example, 154
setting an encapsulation format for LLDPDUs, 208
setting other LLDP parameters, 208
setting the aggregation state of each member port,
14
setting the LLDP operating mode, 205
setting the LLDP re-initialization delay, 205
shutting down an aggregate interface, 23
specifying a card to process or forward traffic for a
Layer 3 aggregate interface, 22
specifying a standard that the device uses when
calculating the default path cost, 62
static aggregation group, 18
static, dynamic, and blackhole MAC address table
entries, 2
STP timers, 48
super VLAN
configuration, 109
configure a VLAN interface for the super VLAN,
110
configuring, 110
configuring a super VLAN, 109
displaying and maintaining, 111
example, 111
network requirements, 111
sub-VLANs, 109
super VLAN example, 111
TC-BPDU guard, 74
timeout factor, 61
timers of MSTP, 60
TLVs, 201
TPID for VLAN-tagged packets, 162
TPID introduction, 162
TPID on Layer 3 Ethernet/aggregate subinterfaces,
163
TPID value in VLAN tags, 151
transmitting LLDPDUs, 203
two-to-two VLAN mapping, 183, 187
types of MAC address table entries, 2
unambiguous Dot1q termination, 165
unambiguous Dot1q termination example, 165
unambiguous QinQ termination, 170
unambiguous QinQ termination configuration
example, 170
uplink policy for the customer-side port, 188
uplink policy for the network-side port, 189
VLAN
approaches to creating MAC address-to-mappings,
98
assigning a hybrid port, 95
assigning a trunk port, 94
assigning an access port to a VLAN, 93
basic settings, 90
basic settings of a VLAN interface, 90
configuration, 88
default VLAN, 92
displaying and maintaining, 108
fundamentals, 88
introduction to protocol-based, 102
IP subnet-based configuration, 107
IP subnet-based VLAN, 107
MAC-based configuration, 98
MAC-based example, 100
MAC-based implementation, 98
MAC-based VLAN, 99
network requirements, 96, 100, 104
port link type, 91
port-based configuration, 91
port-based example, 96
protocol-based configuration, 102
protocol-based example, 104
protocol-based VLAN, 103
types, 89
VLAN basic settings, 90
VLAN configuration, 88
VLAN fundamentals, 88
VLAN mapping
application scenario of one-to-one, 179
application scenario of one-to-two and two-to-two
VLAN mapping, 180
concepts and terms, 181
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