HP 6125XLG R2306-HP 6125XLG Blade Switch IRF Configuration Guide - Page 59

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Index A accessing IRF fabric, 20 application IRF application scenario, 1 IRF ARP MAD application scenario, 10 IRF BFD MAD application scenario, 9 IRF LACP MAD application scenario, 8 IRF ND MAD application scenario, 11 ARP MAD. See ARP MAD ARP MAD IRF application scenario, 10 IRF ARP MAD configuration, 28, 42 assigning IRF device member IDs, 16 auto IRF auto-update software image synchronization, 23 B BFD MAD. See BFD MAD BFD MAD IRF application scenario, 9 IRF BFD MAD configuration, 27 IRF LACP MAD configuration, 38 binding IRF physical ports to IRF ports, 18 bridge MAC persistence, 22 C CLI IRF fabric access CLI login, 20 collision handling (IRF), 8 configuring IRF, 13, 15, 33 IRF ARP MAD, 28, 42 IRF BFD MAD, 27, 38 IRF bridge MAC persistence, 22 IRF global link load sharing mode, 21 IRF LACP MAD, 26, 33 IRF link load sharing mode, 21 IRF MAD, 24 IRF member device description, 20 IRF ND MAD, 29, 47 IRF port-specific link load sharing mode, 21 connecting IRF physical ports, 17 D detecting IRF ARP MAD, 10 IRF BFD MAD, 9 IRF collision handling, 8 IRF failure recovery, 8 IRF LACP MAD, 8 IRF MAD, 7 IRF MAD handling procedure, 7 IRF ND MAD, 11 device IRF application scenario, 1 IRF ARP MAD configuration, 28, 42 IRF BFD MAD configuration, 27, 38 IRF bridge MAC persistence, 22 IRF configuration, 13, 15, 33 IRF domain ID, 3 IRF fabric recovery, 31 IRF hardware compatibility, 1 IRF LACP MAD configuration, 26, 33 IRF link down report delay, 24 IRF link load sharing mode, 21 IRF link redundancy, 14 IRF MAD configuration, 24 IRF master election, 7 IRF member ID, 2 IRF member ID assignment, 16 IRF member priority, 5, 17 IRF member roles, 2 IRF merge, 4 IRF ND MAD configuration, 29, 47 55

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Index
A
accessing
IRF fabric,
20
application
IRF application scenario,
1
IRF ARP MAD application scenario,
10
IRF BFD MAD application scenario,
9
IRF LACP MAD application scenario,
8
IRF ND MAD application scenario,
11
ARP
MAD.
See
ARP MAD
ARP MAD
IRF application scenario,
10
IRF ARP MAD configuration,
28
,
42
assigning
IRF device member IDs,
16
auto
IRF auto-update software image
synchronization,
23
B
BFD
MAD.
See
BFD MAD
BFD MAD
IRF application scenario,
9
IRF BFD MAD configuration,
27
IRF LACP MAD configuration,
38
binding
IRF physical ports to IRF ports,
18
bridge MAC persistence,
22
C
CLI
IRF fabric access CLI login,
20
collision handling (IRF),
8
configuring
IRF,
13
,
15
,
33
IRF ARP MAD,
28
,
42
IRF BFD MAD,
27
,
38
IRF bridge MAC persistence,
22
IRF global link load sharing mode,
21
IRF LACP MAD,
26
,
33
IRF link load sharing mode,
21
IRF MAD,
24
IRF member device description,
20
IRF ND MAD,
29
,
47
IRF port-specific link load sharing mode,
21
connecting
IRF physical ports,
17
D
detecting
IRF ARP MAD,
10
IRF BFD MAD,
9
IRF collision handling,
8
IRF failure recovery,
8
IRF LACP MAD,
8
IRF MAD,
7
IRF MAD handling procedure,
7
IRF ND MAD,
11
device
IRF application scenario,
1
IRF ARP MAD configuration,
28
,
42
IRF BFD MAD configuration,
27
,
38
IRF bridge MAC persistence,
22
IRF configuration,
13
,
15
,
33
IRF domain ID,
3
IRF fabric recovery,
31
IRF hardware compatibility,
1
IRF LACP MAD configuration,
26
,
33
IRF link down report delay,
24
IRF link load sharing mode,
21
IRF link redundancy,
14
IRF MAD configuration,
24
IRF master election,
7
IRF member ID,
2
IRF member ID assignment,
16
IRF member priority,
5
,
17
IRF member roles,
2
IRF merge,
4
IRF ND MAD configuration,
29
,
47