H3C Technologies H3C S6800 Series Switches User Manual
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MPLS TE tunnel automatic bandwidth
adjustment,
MPLS TE tunnel configuration over dynamic
CRLSP,
MPLS TE tunnel configuration over static
CRLSP,
MPLS TE tunnel over static CRLSP,
MPLS TE tunnel reoptimization,
MPLS TE tunnel setup,
MPLS TE tunnel with RSVP-TE,
policy. See
preferred tunnel configuration,
preferred tunnel+selection order,
RSVP-TE tunnel establishment,
,
,
tunnel selection order configuration,
VPLS architecture,
type
RSVP-TE EXPLICIT_ROUTE object,
RSVP-TE LABEL_REQUEST object,
RSVP-TE Path message,
RSVP-TE PathTear message,
RSVP-TE RECORD_ROUTE object,
RSVP-TE ResvTear message,
RSVP-TE SESSION_ATTRIBUTE object,
U
unicast
VPLS traffic flooding,
VPLS traffic forwarding,
up threshold (MPLS TE flooding),
UPE
H-VPLS,
H-VPLS dual homing,
H-VPLS UPE dual homing,
VPLS UPE dual homing,
VPLS UPE dual homing (redundant LDP
PWs),
VPLS UPE dual homing (redundant static PWs),
user-facing network provider edge. Use
V
VCCV
MPLS L2VPN pseudowire,
MPLS OAM for PW,
virtual
private LAN service. Use
switch instance. Use
Virtual Circuit Connectivity Verification. See
VLAN
MPLS L2VPN BGP PW,
MPLS L2VPN LDP PW,
VPLS
architecture,
BGP label block information advertisement,
BGP PW configuration,
,
BGP PW creation,
BGP VPLS PE information advertisement,
broadcast traffic flooding,
broadcast traffic forwarding,
,
H-VPLS,
H-VPLS access mode,
H-VPLS configuration (access),
H-VPLS UPE dual homing,
H-VPLS UPE dual homing configuration,
H-VPLS UPE redundancy,
implementation,
instance,
L2VPN enable,
LDP PW configuration,
LDP PW configuration (BGP
LDP PW creation (BGP auto-discovery),
MAC address aging,
MAC address learning,
MAC address learning configuration,
MAC address withdrawal,
maintain,
MPLS L2VPN BGP PW,
,
,