HPE FlexFabric 5950 Series Configuration Manual page 450

MPLS L3VPN egress PE VPN label
processing mode,
split horizon
MPLS forwarding split horizon,
Srefresh
RSVP Srefresh+reliable message delivery
configuration, 1 61
3 4 8 9 H
static
IPv6 MCE-PE IPv6 static routing,
IPv6 MCE-VPN site static routing,
IPv6 MPLS L3VPN PE-CE static routing,
label switched path. Use
MCE-PE static routing,
MCE-VPN site static routing,
MPLS L3VPN PE-CE static routing,
MPLS LSP establishment,
MPLS OAM BFD session mode,
MPLS TE traffic forwarding static routing,
MPLS TE tunnel traffic direction (static
routing), 8 9
3 5 0 0 H
static CRLSP
configuration, 1 50,
3 5 0 1 H
display, 1 51
3 5 0 3 H
MPLS TE establishment,
MPLS TE tunnel configuration,
MPLS TE tunnel establishment (static
CRLSP), 9 8
3 5 0 6 H
static LSP
configuration, 1 2,
3 5 0 7 H
configuration restrictions,
display, 1 3
3 5 1 0 H
statistics
MPLS forwarding statistics,
strict explicit path
MPLS TE configuration,
substituting
IPv6 MPLS L3VPN BGP AS number
substitution configuration,
IPv6 MPLS L3VPN BGP AS number
substitution+SoO attribute configuration,
IPv6 MPLS L3VPN BGP AS+SoO attribute
configuration, 3 14
3 5 1 5 H
MPLS L3VPN BGP AS number substitution
configuration, 2 86
3 5 1 6 H
MPLS L3VPN BGP AS number
substitution+SoO attribute,
MPLS L3VPN BGP AS number
substitution+SoS attribute configuration,
switching
MPLS basics configuration,
MPLS TE auto FRR configuration,
2 16
3 4 8 7 H
1 0
3 4 8 8 H
3 98
3 4 9 0 H
3 93
3 4 9 1 H
L SP
3 4 9 3 H
3 77
3 4 9 4 H
3 73
3 4 9 5 H
2 02
3 4 9 6 H
3
3 4 9 7 H
3 59
3 4 9 8 H
1 51
3 5 0 2 H
6 6
3 5 0 4 H
7 8
3 5 0 5 H
1 3
3 5 0 8 H
1 4
3 5 0 9 H
9
3 5 1 1 H
8 2
3 5 1 2 H
3 52
3 5 1 3 H
1 96, 2 17
3 5 1 7 H 3 5 1 8 H
1 , 5
3 5 2 0 H 3 5 2 1 H
1 35
3 5 2 2 H
MPLS TE bidirectional tunnel configuration,
MPLS TE configuration,
MPLS TE CRLSP backup configuration,
MPLS TE FRR,
MPLS TE FRR manual bypass tunnel,
MPLS TE IETF DS-TE configuration,
MPLS TE inter-AS tunnel establishment
(RSVP-TE),
MPLS TE tunnel establishment (RSVP-TE),
MPLS TE tunnel establishment (static
3 03 CRLSP),
3 4 9 2 H
synchronizing
LDP IS-IS synchronization,
LDP-IGP synchronization,
LDP-OSPF synchronization,
T
targeted hello (LDP),
6 9
3 4 9 9 H
TE database. See
TEDB
MPLS TE attribute advertisement,
MPLS TE CSPF calculation,
timer
LDP backoff delay,
LDP link hello,
LDP targeted hello,
topology
MPLS network architecture,
static LSP configuration,
traceroute. See
tracert
MPLS OAM configuration,
MPLS OAM tracert,
MPLS OAM tracert (periodic),
MPLS OAM tracert for LSP,
MPLS OAM tracert for LSP (periodic),
MPLS OAM tracert for MPLS TE tunnel,
traffic
engineering. See DS-TE, MPLS TE, RSVP-TE
3 56
forwarding. See
3 5 1 4 H
traffic forwarding
MPLS TE,
MPLS TE automatic route advertisement
(forwarding adjacency),
MPLS TE automatic route advertisement (IGP
shortcut),
MPLS TE CRLSP backup,
2 89
3 5 1 9 H MPLS TE FRR,
MPLS TE make-before-break,
MPLS TE static routing,
MPLS TE traffic forwarding,
442
6 6, 7 5,
3 5 2 4 H 3 5 2 5 H
7 1
3 5 2 8 H
1 08
3 5 3 1 H
9 8
3 5 3 3 H
3 5
3 5 3 4 H
2 2, 3 3
3 5 3 5 H 3 5 3 6 H
3 4
3 5 3 7 H
2 5
3 5 3 8 H
T EDB
3 5 3 9 H
6 7
3 5 4 1 H
2 7
3 5 4 2 H
2 5
3 5 4 3 H
2 5
3 5 4 4 H
2
3 5 4 5 H
1 2, 1 3
3 5 4 6 H 3 5 4 7 H
t racert
3 5 4 8 H
3 59
3 5 4 9 H
3 59
3 5 5 0 H
3 60
3 5 5 1 H
3 60
3 5 5 2 H
t raffic forwarding
3 5 5 5 H
6 9
3 5 5 6 H
6 9
3 5 5 7 H
6 9
3 5 5 8 H
7 1
3 5 5 9 H
7 1
3 5 6 0 H
7 0
3 5 6 1 H
6 9
3 5 6 2 H
8 9
3 5 6 3 H
1 20
3 5 2 3 H
9 8
3 5 2 6 H
1 26
3 5 2 7 H
1 30
3 5 2 9 H
1 41
3 5 3 0 H
1 02
3 5 3 2 H
6 7
3 5 4 0 H
3 62
3 5 5 3 H
3 62
3 5 5 4 H