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ANSI Annex D
Displays a screen with parameters for specifying interface management procedures
defined in Annex D to ANSI Standard T1617-1991. Results in these additional
parameters:
Alarm Timer Bandwidth Reservation
Events for Error Intervals Between Full Polls
Monitored Events Multicast Support
Permanent Virtual Circuits Poll Interval
LMI
The Local Management Interface option displays a screen with parameters for
defining a set of vendor-generated enhancements to the original Annex D
procedures. Results in these additional parameters:
Alarm Timer Bandwidth Reservation
Events for Error Intervals Between Full Polls
Permanent Virtual Circuits Poll Interval
Monitored Events Multicast Support
Unsupported
Specifies no management interface between the multiprotocol router and the Frame
Relay network. In the instance all PVCs must be manually configured.
Note: Two other parameters, Annex D Switch and LMI Switch are intended to
support test/debug environments where two Hewlett Packard (or Wellfleet)
multiprotocol routers are directly connected. To use these parameters, configure
one router as a DTE (with ANSI Annex D or LMI specified as the Management Type)
and the other router as DCE (with Annex D Switch or LMI Switch specified as the
Management Type). Both options display additional parameters. For more
information, refer to “Provide Update Status,” “Maximum Poll Interval (secs),”
“Monitored Events,” and “Events for Error.”
Max channels to
aggregate
Sets the upper limit for the number of channels your terminal adapter uses to make
a connection. (For further channel information, refer to the instruction manual for
your terminal adapter.)
Default: Not Used
Max Link Latency (ms)
(0=none)
Determines how many bytes can be queued on a WAN link (expressed in
milliseconds), based on the following equation:
bytes queued =
latency (in ms)
1000
x link speed (in
bits
⁄
sec)
Default: 1000 (ms)
You can use this parameter for applications that are sensitive to response time in
order to avoid connection time-out periods.
Circuit
Parameters
4
Circuit Parameters
Parameters and Options
4-19