HPE FlexNetwork MSR Series

384
LNS to grant L2TP tunneling requests, 264
local reachable MAC or SAP address
(DLSw), 234
maximum nu
mber of DLSw v2.0 explorer
retries, 227
modem ma
nagement, 185, 185, 186
MPoFR, 120, 121
multic
ast function of DLSw v2.0, 226
one ad
dress mapping (X.25), 344
optional SDL
C parameter (DLSw), 233
permitted
calling number for incoming
calls, 71
placi
ng X.25 PAD call for remote login, 333
PPP
IPHC, 24
P
PP link efficiency mechanisms, 24
PPPoA, 202, 207
PPPoEoA, 203
PPPoEoA
client, 210
PPPoEoA
server, 209
PPPoFR, 118, 119
prog
ress indicator in ISDN signaling
messages, 73
prog
ress-to-alerting conversion, 71
prop
erties of synchronous serial interface
(DLSw), 232
PVC appli
cation of X.25 over FR, 339, 360
PVC appli
cation of XOT, 357
PVC para
meters, 194
PVC se
rvice mapping, 197
PVCs an
d the maximum number of PVCs
allowed on interface, 194
remote
reachability information (DLSw), 234
rest
ricting the use of address mapping, 326
SAP
address-based filtering (DLSw), 250
SDLC a
ddress for secondary station, 230
SDLC role, 230
SDLC-to-LAN DLSw Ethernet
redu
ndancy, 243
SDLC-to-S
DLC DLSw, 237
servi
ce type in the ISDN bearer compatibility
signaling, 72
Stac LZS co
mpression, 24
sup
plementary parameters of X.25
interface, 318
SVC appli
cation of X.25 over FR, 338, 359
SVC appli
cation of XOT, 356
swit
ch support for LAN-to-LAN DLSw Ethernet
redundancy, 245
TCP/IP
header compression (X.25), 368
the maximum
number PVCs allowed on ATM
interface, 197
traf
fic statistics collecting interval (DCC), 150
transpa
rent bridging, 294
transpa
rent bridging over ATM, 294
transpa
rent bridging over FR, 297
transpa
rent bridging over HDLC, 298
transpa
rent bridging over MP, 295
transpa
rent bridging over PPP, 295
transpa
rent bridging over X.25, 297
two
address mappings (X.25), 346
virtual circuit
range, 350
VJ
TCP header compression, 25
VP
policing, 200
W
AN C-DCC, 128
W
AN C-DCC interface to place calls to a remote
end, 129
W
AN C-DCC interface to place calls to multiple
remote ends, 131
W
AN C-DCC interface to receive calls from a
remote end, 130
W
AN C-DCC interface to receive calls from
multiple remote ends, 132
W
AN DCC, 123, 150
W
AN DCC auto-dial, 145
W
AN DCC auto-dial circular dial string
backup, 145
W
AN DCC basics, 127
W
AN DCC C-DCC, 150
W
AN DCC C-DCC interfaces (multiple) to place
remote end calls, 132
W
AN DCC C-DCC interfaces (multiple) to receive
remote end calls, 134
W
AN DCC circular dial string backup+Internet
access, 170
W
AN DCC DCC router-to-PC PPP callback, 166
W
AN DCC DCC router-to-router ISDN caller ID
callback, 165
W
AN DCC DCC router-to-router PPP
callback, 162
W
AN DCC dialup interface link layer
protocols, 127
W
AN DCC dialup interface network
protocols, 127
W
AN DCC dialup interface routing protocols, 127
W
AN DCC dynamic route
backup, 147, 175, 177, 179, 181
W
AN DCC dynamic route backup link disconnect
delay, 149
W
AN DCC dynamic route backup warm-up
timer, 149
W
AN DCC ISDN caller ID callback, 142
W
AN DCC ISDN caller ID callback (C-DCC), 143
W
AN DCC ISDN caller ID callback
(RS-DCC), 144