Kenwood NEXEDGE NX-200 Function Reference page 157

8 NXDN CONVENTIONAL SYSTEM
8.3 Waiting for Both Digital Signals and Analog Signals (Mixed Mode)
8.3 Waiting for Both Digital Signals and Analog Signals
(Mixed Mode)
Mixed Mode can be used to wait for a call in both digital and analog modes in a Conventional Group.
The channel used in analog mode can also be used in digital mode, hence the transceiver can easily migrate from analog
mode to digital mode.
Following is the transceiver behavior for transmission and reception on a channel where "Mixed" is configured for Channel
Type.
Mixed Mode can be used to wait for a call in both digital (RAN code) and analog (QT tone and DQT code) modes.
Reception The transceiver unmutes the speaker if the received signaling (QT tone, DQT code or RAN code) matches the
signaling preconfigured for the transceiver (QT tone, DQT code or RAN code).
The transceiver transmits in the mode (Analog or NXDN) configured for Transmit Mode.
In the case that the received signaling (QT tone, DQT code or RAN code) matches the signaling (QT tone, DQT
code or RAN code) configured for the transceiver, the transceiver can transmit in the same mode that the
transceiver received the signal regardless of the configuration for Transmit Mode before the amount of time
configured for Signaling Reset Timer elapses (except if the transceiver is doing data communications).
Transmission In the case that the received signaling (DTMF, 2-tone, FleetSync, NXDN ID) matches the signaling (DTMF, 2-tone,
FleetSync, NXDN ID) configured for the transceiver, the transceiver can transmit in the same mode that the
transceiver received the signal regardless of the configuration for Transmit Mode if the transceiver transmits before
the amount of time configured for Auto Reset Timer elapses. The transceiver can also transmit in the same mode
that the transceiver received the signal regardless of the configuration for Transmit Mode while doing data
communications as well.
Following is the difference in operation for transmissions depending on transceiver configuration and received signal.
Optional
Transmit Mode Received signal
Signaling
Disabled Analog
Disabled Analog
Disabled NXDN
Disabled NXDN
Enabled Analog
Enabled Analog
Enabled NXDN
Enabled NXDN
FUNC (K)/Ver 4.00
Table 8-6 Mixed Mode 1
Table 8-7 Mixed Mode 2
The transceiver can transmit using the RAN code configured in the
Digital transceiver until the amount of time configured for Signaling Reset Timer
elapses.
The transceiver can transmit using the QT tone or DQT code configured in the
Analog
transceiver.
The transceiver can transmit using the RAN code configured for the
Digital
transceiver.
The transceiver can transmit using the QT tone or DQT code preconfigured in
Analog
the transceiver until the time configured for Signaling Reset Timer elapses.
The transceiver can transmit using the RAN code configured in the
Digital transceiver and specifying the received ID until the amount of time configured
for Auto Reset Timer elapses.
The transceiver can transmit using the QT tone or DQT code configured in the
transceiver and specifying the received ID.
Analog However, ID can be specified only if the transceiver receives the FleetSync
signaling. The transceiver can transmit using only QT tone or DQT code
configured in the transceiver if the transceiver receives DTMF or 2-tone.
The transceiver can transmit using the RAN code configured in the
Digital
transceiver and specifying the received ID.
The transceiver can transmit using the QT tone or DQT code configured in the
transceiver and specifying the received ID until the amount of time configured
for Auto Reset Timer elapses.
Analog
However, ID can be specified only if the transceiver receives the FleetSync
signaling. The transceiver can transmit using only QT tone or DQT code
configured for the transceiver if the transceiver receives DTMF or 2-tone code.
Transmission Operation
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