Document 8K088X04 R5.01
Portable Digital Repeater Programming Guide
Page 53 of 86
Field Name
Options / Units
Description
Notes
Channel
1-64 Channels
Identifies the name of the channel for the
current access code table
< Prev.CH
1-64
Decrements Channel by 1
Changes the
Access Code
Table
accordingly.
< Next CH
1-64
Goes to the next channel
Changes the
Access Code
Table
accordingly.
Access Code
Table Name
Maximum 10
alphanumeric
characters
Name that identifies the current access code
table.
< Prev.Tbl
1-64
Decrements Access Code Table by 1
< Next Tbl
1-64
Goes to the next Access Channel Table
Channels Using
This Table:
Comma separated
list of numbers, 1-64
List of PDR8000 channel number(s) that use
current access code table.
This field is read
only
Rx NAC
Operation
Normal
Receiver Monitor
$F7E
Community
Repeater $F7F
Multi NAC
Controls the mode of received Network
Access Code operation.
Normal-
Receiver operation allows
PDR8000 to accept incoming RF frames
containing a specific NAC value as defined
by the Rx NAC field in the first row of Multi-
NAC table. Repeater and console calls are
transmitted using the Tx NAC field value as
defined in first row of Multi-NAC table.
Receiver Monitor $F7E
- Receiver
operation allows a PDR8000 to accept
incoming RF frames containing any NAC
value. Repeater and console calls are
transmitted using the same fixed NAC.
Community Repeater $F7F
- Community
Repeater operation allows a PDR8000 to
accept incoming RF frames containing any
NAC value. ASTRO® packets are repeated
with the same NAC that was received by the
incoming transmission. Infrastructure
packets are transmitted using a fixed Tx
NAC.
Multi NAC
- Multi-coded squelch allows you
to predefine a set of accepted Rx NAC and
associated Tx NAC being used by repeat
and infrastructure calls. (Requires Multi
Coded Squelch Enabled)
A DFSI-
connected
console may
utilize this
functionality by
specifying Tx
NAC of $F7E or
may override
this behavior by
providing a
specific Tx NAC
as part of the
transmission
information.