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Command Line Interface 127
SET FRELAY LMIN1 pollcycle
Defines the number of polling cycles before a Full Status Report is requested. A polling cycle is
a Status Enquiry and Status message exchange. This setting determines the time the user device
takes to recognize a change in status on a DLCI from the Frame Relay network. This may
include the addition or deletion of a DLCI by the network.
Range: 1-255.
Default: 6.
SET FRELAY LMIN2 error_threshold
Defines the maximum number of Reliability Errors and/or Protocol Errors that can occur
during a sliding Monitored Events Count, before a Frame Relay connection is declared
inactive. This parameter should always be less than or equal to the Monitored Events Count.
Range: 1-10.
Default: 3.
The Monitored Events Count is defined by SET FRELAY LMIN3.
SET FRELAY LMIN3 mon_event_count
Defines the Monitored Events Count, which is the number of successful polling cycles required
before the Frame Relay port can be declared active. If the port has been declared inactive, the
network waits the specified number of monitored events before declaring it active again.
Range: 1-10.
Default: 4.
Note: For a DLCI to be declared inactive, the amount defined for N2 (Reliability Errors and/or
Protocol Errors) must be reached within the specified number of monitored events. This
prevents transient conditions from declaring a DLCI inactive.
The value for N2 is defined with SET FRELAY LMIN2.
SET FRELAY LMIP1 maxdlci
Defines the maximum number of Permanent Virtual Connections (analogous to X.25 PVCs)
that can be active simultaneously. Once allocated, each DLCI can be changed to reflect the
DLCI assigned at subscription time. Range: 1-32. Default: 1.
SET FRELAY LMIPROTOCOL { ANNEXA | ANNEXD | AUTOLMI | LMI | NONE }
Defines the Local Management Interface (LMI) protocol supported on the network. LMI is a
protocol and associated procedures operating on the local interface between the machine user
and the network. LMI provides management of Data Link Connection Identifiers (DLCI),
which have their endpoints and bearer capabilities defined at subscription time. Pre-ANSI LMI
is older, and ANSI T1.617 Annex D is newer. Networks usually support one or the other.
Default value: Annex D.
ANNEXA: ITU-T Q.933 Annex A
ANNEXD: ANSI T1.617 Annex D Local In-channel Signaling.
AUTOLMI: Automatically detects which LMI protocol is in use, in the following order: Annex
D, LMI, Annex A, None.
LMI: Pre-ANSI LMI protocol.
NONE: No LMI protocol selected. If LMI is set to none, you are not required to configure the
settings LMIN1, LMIN2, LMIN3, and LMIT1.