ICOM IC-F5400D series, IC-F5400DP series, IC-F6400D series, IC-F6400DP series Instructions

CI-V REFERENCE GUIDE

COMMUNICATIONS RECEIVER

iR8600

Table of contents

REMOTE CONTROL

■REMOTE CONTROL (CI-V) INFORMATION ……… 2

DCI-V connection …………………………………… 2

DPreparation ………………………………………… 2

DData format ………………………………………… 2

DCommand table …………………………………… 3

DCommand formats ……………………………… 9

—————————————————

2

11

Remote control

■ Remote control (CI-V) information

D CI-V connection

The receiver's operating frequency, mode, VFO and
memory selection, can be remotely controlled using a
PC.

• Use a USB cable (A-B (or A-miniB) type, user
supplied) to connect the IC-R8600 and the PC
(controller).

The required USB driver and driver installation guide

can be downloaded from the Icom web site.

Go to “http://www.icom.co.jp/world,” and then click

“Support,” “Firmware Updates / Software downloads”
in sequence.

L The download procedure on the web page may be

changed without notice.

D Preparing

The Icom Communications Interface V (CI-V) is used
for remote control.

To control the receiver, rst set its address, data

communication speed, and transceive function.
These settings are set in Set mode (Refer to the IC­R8600 instruction manual).

• Connection example

IC-R8600

(Front panel)

USB cable (A-miniB type)

IC-R8600

(Rear panel)

USB cable (A-B type)

L Make the connection as short as possible. The receiver

may not be recognized by the controller, depending on
the USB cable length.

PC
(Controller)

PC
(Controller)

D About the data format

The CI-V system can be written using the following
data formats. Data formats differ according to
command numbers. A data area or sub command is
added for some commands.

Controller to IC-R8600

q w e r t y u

FE FE 96 E0 Cn Sc Data area FD

Preamble

FE FE E0 96 Cn Sc Data area FD

q w e r t y u

IC-R8600 to controller

code (fixed)

Receiver’s

Controller’s

default address

default address

Command number

(see the command table)

Sub command number

BCD code data for

(see command table)

number entry

frequency or memory

code (fixed)

End of message

OK message to controller

FE FE E0 96 FB FD

(fixed)

OK code

Preamble

code (fixed)

FE FE E0 96 FA FD

Receiver’s

Controller’s

default address

default address

NG code

(fixed)

NG message to controller

code (fixed)

End of message

2

Remote control

D Command table

Cmd. Sub cmd. Data Description

00 See p. 9 Output the frequency data for transceive
01 See p. 9 Output the receiving mode for transceive
02 See p. 9 Read the band edge frequencies
03 See p. 9 Read the receiving frequency
04 See p. 9 Read the receiving mode
05 See p. 9 Set the receiving frequency
06 See p. 9 Select the receiving mode
07 Select the VFO mode
08 Select the Memory mode

A0 0000 ~ 0102 Select the Memory group

09 Memory write mode
0A Memory copy to VFO
0B Memory clear
0C Read offset frequency
0D See p. 9 Set offset frequency
0E 00 Scan stop

01 Programmed/memory scan start
02 Programmed scan start
03
04 Auto Memory Write scan start
12 Fine Programmed scan start
13
22 Memory scan start
23 Select memory scan start
24 Mode Select scan start
42 Priority scan start
A0
AA
Ax

B0 Set as non-select channel
B1 Set as select channel

B2 00 ~ 09 Set starting select memory channel for a

D0 Set Scan resume OFF
D1
D3 Set Scan resume ON

0F 10 ~ 12 Read duplex setting

10 Set Simplex
11 Set Duplex –
12 Set Duplex +

10* 00 Send/read the tuning step OFF (in

07 Send/read the 8.33 kHz tuning step

0000 ~ 0199 Select the Memory channel

( 0000 ~ 0099: Normal Memory

(000 0 ~ 0199:

( 0000 ~ 0099:
0100: Auto Memory Write channels
0101: Scan Skip channels
0102: Scan edges)

channels/Scan Skip
channels/Scan edges)
Auto Memory Write channels)

Normal Memory channels

∂F scan start

Fine

∂F scan start

Set the Fix of
Set the Fix of
Set/read the Fix range (x) of ∂F frequency
(1=±5kHz, 2=±10kHz, 3=±20kHz,
4=±50kHz, 5=±100kHz, 6=±500kHz,
7=±1MHz)

( If no selection is performed, the

previously set number by CI-V is set
after turning power ON, otherwise “1” is
automatically set.)

01 ~ 09 Set as select channel

(01=SEL1, 02=SEL2, 03=SEL3,
04=SEL4, 05=SEL5, 06=SEL6,
07=SEL7, 08=SEL8, 09=SEL9)

select memory scan
(00=ALL, 01=SEL1, 02=SEL2,
03=SEL3, 04=SEL4, 05=SEL5,
06=SEL6, 07=SEL7, 08=SEL8,
09=SEL9)

Set Scan resume ON (PAUSE TIME=HOLD)

(10=OFF, 11=DUP–, 12=DUP+)

10 Hz steps)
01 Send/read the 100 Hz tuning step
02 Send/read the 1 kHz tuning step
03 Send/read the 2.5 kHz tuning step
04 Send/read the 3.125 kHz tuning step
05 Send/read the 5 kHz tuning step
06 Send/read the 6.25 kHz tuning step

08 Send/read the 9 kHz tuning step
09 Send/read the 10 kHz tuning step
10 Send/read the 12.5 kHz tuning step
11 Send/read the 20 kHz tuning step

∂F frequency to OFF
∂F frequency to ON

Cmd. Sub cmd. Data Description

10* 12 Send/read the 25 kHz tuning step

11* 00 Send/read Attenuator OFF (0 dB)

12* 00 ~ 02 Select antenna (only 10 kHz –

13 00 Speech all parameters

01 Speech frequency

02 Speech receiving mode

14* 01 0000 ~ 0255 Send/read the AF gain level

02 0000 ~ 0255 Send/read the RF gain level

03 0000 ~ 0255 Send/read the squelch level

06 0000 ~ 0255 Send/read the NR level

07 0000 ~ 0255 Send/read the PBT1 position

08 0000 ~ 0255 Send/read the PBT2 position

09 0000 ~ 0255 Send/read CW pitch

0D 0000 ~ 0255 Send/read the NOTCH position

12 0000 ~ 0255 Send/read the NB level

19 0000 ~ 0255 Send/read the LCD brightness

1B 0000 ~ 0255 Send/read the tone (Bass) level

1C 0000 ~ 0255 Send/read the tone (Treble) level

1D 0000 ~ 0255 Send/read the Scan Speed

1E 0000 ~ 0255 Send/read the Scan Delay

1F 0000 ~ 0255 Send/read the PRIO Interval

20 0000 ~ 0255 Send the RESUME TIME

15 01 00/01 Read noise or S-meter squelch status

02 0000 ~ 0255 Read the S-meter level

03 Read the meter level in the

04 0000 ~ 0255 Read the center meter level

05 00/01 Read various squelch function’s

06 00/01 Read the S-AM SYNC Indicator

07 00/01 Read the OVF indicator status

13 Send/read the 100 kHz tuning step
14 Send/read the programmable tuning step

10 Send/read Attenuator (10 dB)
20 Send/read Attenuator (20 dB)
30 Send/read Attenuator (30 dB)

29.999999 MHz)
(00=ANT1, 01=ANT2, 02=ANT3)

( Signal level + Frequency + Receiving

mode)

(Signal level + Frequency)

L The mode is announced after the

ongoing speech.

(0000=Minimum ~ 0255=Maximum)

(0000=Minimum ~ 0255=Maximum)

(0000=Minimum ~ 0255=Maximum)

(0000=0% ~ 0255=100%)

(0000=Narrow the upper edge,
0128=Center position,
0255=Narrow the lower edge)

(0000=Narrow the upper edge,
0128=Center position,
0255=Narrow the lower edge)

(0000=300 Hz, 0128=600 Hz,
0255=900 Hz) (in 5 Hz steps)

(0000=A lower position,
0128=Center position,
0255=A upper position)

(0000=0% ~ 0255=100%)

(0000=0% ~ 0255=100%)

(0000=–15, 0128=0, 0255=+15)

(0000=–15, 0128=0, 0255=+15)

(0000=1, 0128=16, 0255=30)

(0000=1s, 0128=16s, 0255=HOLD)

(0000=1s, 0128=8s, 0255=15s)

(0000=0s, 0128=4s, 0255=HOLD)

(00=Close, 01=Open)

(0000=S0, 0120=S9, 0241=S9+60dB)

"AAAABBCC" Format:
AAAA= Absolute signal strength (in

0.1 steps)

BB= Plus or minus sign (00=+, 01=–)

Meter type (00=dBμ, 01=dBμ EMF,

CC=

02=dBm)

( 0000= Left edge, 0128= Center,
0255= Right edge)

(including the tone squelch) status
(00=Close, 01=Open)

( 00=Non-synchronous,

01=Synchronous)

(00=OFF, 01=ON)

3

Remote control

D Command table (Continued)

Cmd. Sub cmd. Data Description

16* 02 00/01 Send/read the Preamp status

12 01 ~ 03 Send/read the AGC function status

22 00/01 Send/read the Noise blanker function

40 00/01 Send/read the Noise reduction function

41 00/01 Send/read the Auto notch function

43 00/01 Send/read the Tone squelch status

48 00/01 Send/read the Manual notch function

4A 00/01 Send/read the AFC function status

4B 00/01 Send/read the DTCS function status

4C 00/01 Send/read the VSC function status

4F 00/01 Send/read the Twin Peak Filter status

50 00/01 Send/read the Dial lock function status

52 00/01 Send/read the P25 digital squelch

56 00/01 Send/read the DSP lter type

57 00 ~ 02 Send/read the Manual notch width

5B 00/02 Send/read the D-STAR digital squelch

5F 00/01 Send/read the dPMR digital squelch

60 00/01 Send/read the NXDN digital squelch

61 00/01 Send/read the DCR digital squelch

62 00/01 Send/read the dPMR SCRAMBLER

63 00/01 Send/read the NXDN ENCRYPTION

64 00/01 Send/read the DCR ENCRYPTION

18 00 Turn OFF the receiver

01 Turn ON the receiver*
19 00 Read the receiver ID
1A 00*

03* 00 ~ 49 Send/read the selected lter width

04* 00 ~ 13

05* 0001 See p. 10 Send/read the FM audio tone (HPF/

See pp. 11 ~ 14

0002 00 ~ 30 Send/read the FM audio tone (Bass)

0003 00 ~ 30 Send/read the FM audio tone (treble)

0004 00/01 Send/read the de-emphasis (50k)

0005 00/01 Send/read the de-emphasis (15k)

(00=OFF, 01=ON)

( 01=FAST, 02=MID, 03=SLOW)

status
(00=OFF, 01=ON)

status
(00=OFF, 01=ON)

status
(00=OFF, 01=ON)

(00=OFF, 01=ON)

status
(00=OFF, 01=ON)

(00=OFF, 01=ON)

(00=OFF, 01=ON)

(00=OFF, 01=ON)

(00=OFF, 01=ON)

(00=OFF, 01=ON)

(D.SQL) setting
(00=OFF, 01=NAC)

(00=SHARP, 01=SOFT)

(00=WIDE, 01=MID, 02=NAR)

(D.SQL) setting
(00=OFF, 02=CSQL)

(D.SQL) setting
(00=OFF, 01=COM ID, 02=CC)

(D.SQL) setting
(00=OFF, 01=RAN)

(D.SQL) setting
(00=OFF, 01=UC)

function status
(00=OFF, 01=ON)

function status
(00=OFF, 01=ON)

function status
(00=OFF, 01=ON)

1

Send/read memory channel contents

(AM mode: 00=200 Hz ~ 49=10 kHz,
other than AM mode: 00=50 Hz ~ 40/31
=3600/2700 Hz)
Send/read the selected AGC time constant
(00=OFF,
SSB/CW/FSK modes:
01=0.1 ~ 13=6.0 seconds
AM mode:
01=0.3 ~ 13=8.0 seconds)

LPF) settings

settings
(00=–15 ~ 30=+15)

settings
(00=–15 ~ 30=+15)

(00=OFF, 01=ON)

(00=OFF, 01=ON)

Cmd. Sub cmd. Data Description

1A 05* 0006 00/01 Send/read the de-emphasis (7k)

0007 00 ~ 30 Send/read the WFM audio tone (Bass)

0008 00 ~ 30 Send/read the WFM audio tone (Treble)

0009 See p. 10 Send/read the AM audio tone (HPF/

0010 00 ~ 30 Send/read the AM audio tone (Bass)

0011 00 ~ 30 Send/read the AM audio tone (Treble)

0012 See p. 10 Send/read the SSB audio tone (HPF/

0013 00 ~ 30 Send/read the SSB audio tone (Bass)

0014 00 ~ 30 Send/read the SSB audio tone (Treble)

0015 See p. 10 Send/read the CW audio tone (HPF/

0016 00 ~ 30 Send/read the CW audio tone (Bass)

0017 00 ~ 30 Send/read the CW audio tone (Treble)

0018 See p. 10 Send/read the FSK audio tone (HPF/

0019 00 ~ 30 Send/read the FSK audio tone (Bass)

0020 00 ~ 30 Send/read the FSK audio tone (Treble)

0021 See p. 10 Send/read the D-STAR audio tone

0022 00 ~ 30 Send/read the D-STAR audio tone

0023 00 ~ 30 Send/read the D-STAR audio tone

0024 See p. 10 Send/read the P25 audio tone (HPF/

0025 00 ~ 30 Send/read the P25 audio tone (Bass)

0026 00 ~ 30 Send/read the P25 audio tone (Treble)

0027 See p. 10 Send/read the dPMR audio tone (HPF/

0028 00 ~ 30 Send/read the dPMR audio tone (Bass)

0029 00 ~ 30 Send/read the dPMR audio tone

0030 See p. 10 Send/read the NXDN audio tone (HPF/

0031 00 ~ 30 Send/read the NXDN audio tone (Bass)

0032 00 ~ 30 Send/read the NXDN audio tone

0033 See p. 10 Send/read the DCR audio tone (HPF/

0034 00 ~ 30 Send/read the DCR audio tone (Bass)

0035 00 ~ 30 Send/read the DCR audio tone (Treble)

0036 0000 ~ 0255 Send/read the beep level

0037 00/01 Send/read beep gain limit

(00=OFF, 01=ON)

settings
(00=–15 ~ 30=+15)

settings
(00=–15 ~ 30=+15)

LPF) settings

settings
(00=–15 ~ 30=+15)

settings
(00=–15 ~ 30=+15)

LPF) settings

settings
(00=–15 ~ 30=+15)

settings
(00=–15 ~ 30=+15)

LPF) settings

settings
(00=–15 ~ 30=+15)

settings
(00=–15 ~ 30=+15)

LPF) settings

settings
(00=–15 ~ 30=+15)

settings
(00=–15 ~ 30=+15)

(HPF/LPF) settings

(Bass) settings
(00=–15 ~ 30=+15)

(Treble) settings
(00=–15 ~ 30=+15)

LPF) settings

settings
(00=–15 ~ 30=+15)

settings
(00=–15 ~ 30=+15)

LPF) settings

settings
(00=–15 ~ 30=+15)

(Treble) settings
(00=–15 ~ 30=+15)

LPF) settings

settings
(00=–15 ~ 30=+15)

(Treble) settings
(00=–15 ~ 30=+15)

LPF) settings

settings
(00=–15 ~ 30=+15)

settings
(00=–15 ~ 30=+15)

(0000=0% ~ 0255=100%)

(00=OFF, 01=ON)

4

Remote control

D Command table (Continued)

Cmd. Sub cmd. Data Description

1A 05* 0038 00/01 Send/read conrmation beep

0039 00/01 Send/read speech language

0040 00/01 Send/read speech speed

0041 00/01 Send/read S-meter level speech

0042 00/01

0043 00/01 Send/read scan speech function

0044 00 ~ 02 Send/read the setting of the speech

0045 00 ~ 02 Send/read the speech recording setting

0046 0000 ~ 0255 Send/read the speech level

0047 00/01

0048 00/01 Send/read the [P.LOCK] key action

0049 00 ~ 02 Send/read the Automatic TS function

0050 00/01 Send/read the AFC limit

0051 00 ~ 02 Send/read the [NOTCH] key action in

0052 00 ~ 02 Send/read the [NOTCH] key action in

0053 00/01 Send/read SSB/CW synchronous tuning

0054 00/01 Send/read the CW normal side setting

0055 00/01 Assign the Screen Capture function to

0056 00/01 Send/read the le format for the Screen

0057 00/01 Send/read the Keyboard type

0058 0000 ~ 0511 Send/read the reference frequency

0059 00 ~ 02 Send/read the receive mode when

0060 00/01 Send/read the RX history log function

0061 00 ~ 02 Send/read the separator for the CSV le

0062 00 ~ 02 Send/read the date format of the CSV le

0063 00/01 Send/read the D-STAR standby beep

0064 00/01 Send/read the DV (D-STAR) mode

0065 00/01 Send/read the call history of received

0066 0000 ~ 0255 Send/read the EMR signal audio output

0067 0040 ~ 0200 Send/read the output ratio of the

0068 00/01 Send/read the signal output from [AF/IF]

0069 0000 ~ 0255 Send/read the AF output level of [AF/IF]

(00=OFF, 01=ON)

(00=English, 01=Japanese)

(00=Slow, 01=Fast)

(00=OFF, 01=ON)
Send/read receiving mode
(00=OFF, 01=ON)

(00=OFF, 01=ON)

output from the external terminals
(00=OFF, 01=Push/Touch, 02=ALL)

(00=OFF, 01=Push/Touch, 02=ALL)

(0000=0% ~ 0255=100%)
Send/read the [SPEECH/LOCK] key action

(00=Push: SPEECH, Hold down: LOCK,
01=Push: LOCK, Hold down: SPEECH)

(00=ALL, 01=KEY)

(00=OFF, 01=LOW, 02=HIGH)

(00=OFF, 01=ON)

the AM mode
(00=Auto, 01=Manual, 02=Auto/Manual)

the SSB mode
(00=Auto, 01=Manual, 02=Auto/Manual)

(00=OFF, 01=ON)

(00=LSB, 01=USB)

[POWER]
(00=OFF, 01=ON)

Capture function
(00=PNG, 01=BMP)

(00=Ten-key, 01=Full Keyboard)

adjustment value
(0000=0% ~ 0511=100%)

[DIAL B] is pushed in the DIGITAL mode
(00=Auto, 01=Digital, 02=Analog)

(00=OFF, 01=ON)

(00=Separator "," Decimal point ".",
01=Separator ";" Decimal point ".",
02=Separator ";" Decimal point ",")

( 00=yyyy/mm/dd, 01=mm/dd/yyyy,

02=dd/mm/yyyy)

(00=OFF, 01=ON)

Automatic Detect function
(00=OFF, 01=ON)

DV (D-STAR) signal from a repeater
(00=ALL, 01=Latest Only)

level
(0000=0% ~ 0255=100%)

speaker output level and headphones
output level
(0040=0.40 ~ 0200=2.00)

(00=AF, 01=IF)

(0000=0% ~ 0255=100%)

speech

Cmd. Sub cmd. Data Description

1A 05* 0070 00/01 Send/read the audio output setting for

0071 00/01 Send/read the Beep and Speech audio

0072 0000 ~ 0255 Send/read the IF output level of [AF/IF]

0073 00/01 Send/read the signal output from [USB]

0074 0000 ~ 0255 Send/read the AF output level of [USB]

0075 00/01 Send/read the audio output setting for

0076 00/01 Send/read the Beep and Speech audio

0077 0000 ~ 0255 Send/read the IF output level of [USB]

0078 00/01 Send/read the signal output from [USB]

0079 00 ~ 03 Send/read the data transfer rate (Baud

0080 00/01 Send/read the data transfer rate (Baud

0081 00/01 Send/read the signal output from [USB]

0082 0000 ~ 0255 Send/read the AF output level of [USB]

0083 00/01 Send/read the audio output setting for

0084 00/01 Send/read the Beep and Speech audio

0085 0000 ~ 0255 Send/read the IF output level of [USB]

0086 00/01 Send/read the signal output from [USB]

0087 00 ~ 03 Send/read the data transfer rate (Baud

0088 00/01 Send/read the data transfer rate (Baud

0089 00/01 Send/read the signal output from [LAN].

0090 00/01

[AF/IF]
(00=OFF (OPEN): The squelch is always

01=ON: The squelch opens and closes,

according to the squelch and
signal levels.)

output status of [AF/IF]
(00=OFF, 01=ON)

(0000=0% ~ 0255=100%)

on the front panel
(00=AF, 01=IF)

on the front panel
(0000=0% ~ 0255=100%)

[USB] on the front panel
(00=OFF (OPEN): The squelch is

01=ON: The squelch opens and closes,

according to the squelch and
signal levels.)

output status of [USB] on the front panel
(00=OFF, 01=ON)

on the front panel
(0000=0% ~ 0255=100%)

on the front panel
( 00=An FSK decoded signal,
01=A D-STAR data)

rate) of decoded FSK signals from
[USB] on the front panel
(00=4800 bps, 01=9600 bps,
02=19200 bps, 03=38400 bps)

rate) of decoded D-STAR data from
[USB] on the front panel
(00=4800 bps, 01=9600 bps)

on the rear panel
(00=AF, 01=IF)

on the rear panel
(0000=0% ~ 0255=100%)

[USB] on the rear panel
(00=OFF (OPEN):

01=ON: The squelch opens and closes,

according to the squelch and
signal levels.)

output status of [USB] on the rear panel
(00=OFF, 01=ON)

on the rear panel
(0000=0% ~ 0255=100%)

on the rear panel
( 00=An FSK decoded signal,
01=A D-STAR data)

rate) of decoded FSK signals from
[USB] on the rear panel
(00=4800 bps, 01=9600 bps,
02=19200 bps, 03=38400 bps)

rate) of decoded D-STAR data from
[USB] on the rear panel
(00=4800 bps, 01=9600 bps)

(00=AF, 01=IF)
Send/read the audio output setting for [LAN]
(00=OFF (OPEN): The squelch is

01=ON: The squelch opens and closes,

according to the squelch and
signal levels.)

5

opened.

always opened

The squelch is always
opened.

always opened.

Remote control

D Command table (Continued)

Cmd. Sub cmd. Data Description

1A 05* 0091 00/01 Send/read the Speech audio output

0092 00/01 Send/read the CI-V transceive function

0093 0000 ~ 0223 Send/read the CI-V transceive address

0094 00/01 Send/read the Data Echo Back function

0095 00/01 Read the CI-V USB (Rear) port setting

0096 00/01 Send/read the Data Echo Back function

0097 00/01

0098 0000 ~ 0255 Send/read the voltage level output from

0099 00 ~ 02 Send/read the receiver’s reference

0100 00/01 Send/read the DHCP function

0101 00000000

00000001

02550255
02550254

0102 00000000

00000001

02550255
02550254

0103 01 ~ 30 Send/read the subnet mask to connect

0104 00000000

00000001

02550255

02550254, FF

0105 00000000

00000001

02550255

02550254, FF

0106 00000000

00000001

02550255

02550254, FF

0107 See p. 10 Send/read the network name

0108 00/01 Send/read the network control setting

0109 00/01 Send/read the Power OFF Setting (for

0110 000001 ~

065535

0111 000001 ~

065535

0112 000001 ~

065535

0113 00/01 Send/read the internet access line

0114 See p. 10 Send/read the nickname of the IC-R8600

0115 0000 ~ 0255 Send/read the LCD backlight brightness

status of [LAN]
(00=OFF, 01=ON)

setting
(00=OFF, 01=ON)

USB/LAN -> REMOTE) setting (in Hexadecimal)

(
(0000=00h ~ 0223=DFh)

for the [USB] (Front) CI-V port
(00=OFF, 01=ON)

(00=Connect to [REMOTE],
01=Disconnect from [REMOTE])
(Read only)

for the [USB] (Rear) CI-V port
(00=OFF, 01=ON)
Send/read the signal output from [METER]
( 00=Signal strength

01=Signal strength and squelch level)

[METER]
(0000=0% ~ 0255=100%)

frequency signal source
( 00=IN Uses an external reference signal,
01=OFF,
02= Outputs the internal reference signal.)

(00=OFF, 01=ON)
Set the static IP address

( 0000000000000001= 0.0.0.1 ~

~

0255025502550254= 255.255.255.254)

Read the dynamic IP address
( 0000000000000001= 0.0.0.1 ~

~

0255025502550254= 255.255.255.254)

( The automatically obtained address (If

the DHCP is set to ON), or a manually
set static IP address.)

to your PC or LAN
(01=128.0.0.0 (1 bit) ~
30=255.255.255.252 (30 bit))
Send/read the default gateway setting
(0000000000000001= 0.0.0.1 ~

~

0255025502550254= 255.255.255.254,
FF (Blank))

Send/read the primary DNS server
address

~

(0000000000000001= 0.0.0.1 ~
0255025502550254= 255.255.255.254,
FF (Blank))
Send/read the secondary DNS server
address

~

(0000000000000001= 0.0.0.1 ~
0255025502550254= 255.255.255.254,
FF (Blank))

(Up to 15 characters)

(00=OFF, 01=ON)

Remote Control)
(00=Shutdown only, 01=Standby/Shutdown)
Send/read the UDP port number for the
control signal transfer
(1 ~ 65535)
Send/read the UDP port number for the
serial data transfer
(1 ~ 65535)
Send/read the UDP port number for the
audio signal transfer
(1 ~ 65535)

(00=FTTH, 01=ADSL/CATV)

(1 ~ 16 characters)

(0000=0% ~ 0255=100%)

,

Cmd. Sub cmd. Data Description

1A 05* 0116 0000 ~ 0255 Send/read the LED brightness

0117 00/01 Send/read the display background type

0118 00/01 Send/read the Meter Peak Hold function

0119 00/01 Send/read the Memory name display

0120 00/01 Send/read the group name display

0121 00/01 Send/read the Notch lter width display

0122 00/01 Send/read the digital TWIN PBT shift

0123 00/01 Send/read the digital IF lter width and

0124 00 ~ 03 Send/read the digital signal information

0125 00/01 Send/read the P25 ID display type

0126 00 ~ 03 Send/read the Screen Saver activation

0127 00/01 Send/read the opening message display

0128 p.10 Send/read the opening comment

0129 00/01 Send/read the display language

0130 00/01 Send/read the system language

0131 20000101 ~

20991231

0132 0000 ~ 2359 Send/read the current time

0133 00/01 Send/read the NTP function

0134 See p. 10 Send/read the NTP server address

0135 See p. 10 Send/read the UTC offset time

0136 00 ~ 02 Send/read the scope peak level holding

0137 00 ~ 02 Send/read the scope center position

0138 00/01 Send/read the scope marker position

0139 00/01 Send/read the scope Video Band Width

0140 00 ~ 03 Send/read the FFT scope waveform

0141 00/01 Send/read the scope outline waveform

0142 See p. 10 Send/read the scope waveform (current)

(0000=0% ~ 0255=100%)

(00=A, 01=B)

(00=OFF, 01=ON)

(00=OFF, 01=ON)

function
(00=OFF,
01=ON The group name is displayed

when you change the memory
channel group)

function
(00=OFF,

The lter width is displayed when

01=ON

you select the Manual Notch.)

value display function
( 00=OFF,
01=ON The shift value is displayed

while rotating [DIAL C].)

shift value display function
( 00=OFF,

01=ON The lter width and shift value

are displayed when you change

the IF lter.)

display function
( 00=OFF, 01=Normal, 02=RX Hold,

03=Hold)

(00=Decimal, 01=Hexadecimal)

time

00=OFF, 01=15 minutes, 02=30 minutes,

(

03=60 minutes)

function
(00=OFF, 01=ON)

(Up to 10 characters)

(00=English, 01=Japanese)

(00=English, 01=Japanese)
Send/read the date (Year/Month/Day)

(20000101 "2000/1/1" ~
20991231 "2099/12/31")

(0000 "00:00" ~ 2359 "23:59")

(00=OFF, 01=ON)

(Up to 64 characters)

(–14:00 ~ +14:00 (in 5 minutes steps))

function
(00=OFF, 01=10 seconds Hold, 02=ON)

(00=Filter Center,
01=Carrier Point Center,
02= Carrier Point Center

(with absolute frequency))

(Only in the Center mode)

(00=Filter Center, 01=Carrier Point)
(Only in the Fixed mode)

(VBW)
(00=Narrow, 01=Wide)

averaging function
(00=OFF, 01=2, 02=3, 03=4)

display
(00=Fill, 01=Fill+Line)

color

6

Remote control

D Command table (Continued)

Cmd. Sub cmd. Data Description

1A 05* 0143 See p. 10 Send/read the waveform outline color

0149 00 ~ 02 Send/read the scope Waterfall height for

0144 See p. 10 Send/read the scope waveform (Max

0145 See p. 10 Send/read the pointer color for the RX

0146 See p. 10 Send/read the pointer color for the Peak

0147 00/01 Send/read the scope Water fall display

0148 00 ~ 02 Send/read

0150 00 ~ 07 Send/read the signal level that the

0151 00/01 Send/read the Waterfall Marker Auto-

0152 00 ~ 60 Send/read the difference of amplitude

0153 00 ~ 80 Send/read the threshold level for the

0154 00/01 Send/read the spectrum waveform peek

0155 00 ~ 02 Send/read the period of time of the

0156 00/01 Send/read the Skip function setting

0157 00 ~ 02 Send/read the Auto Memory Write Scan

0158 00/01

0159 00/01 Send/read the scan operation when

0160 00 ~ 03 Send/read the FSK FFT scope

0161 See p. 10 Send/read the color of the FSK FFT

0162 00/01 Send/read the FSK Letter Code

0163 00/01

0164 00/01

0165 00/01 Send/read the FSK log time stamp

0166 See p. 10 Send/read the text font color for

0167 See p. 10 Send/read the text font color for the

0168 00/01 Send/read FSK log function setting

0169 00/01 Send/read FSK log le type

0170 00/01 Send/read the FSK RX frequency

0171 00 ~ 03 Send/read the FSK mark frequency

0172 00 ~ 04 Send/read the FSK shift width

0173 00/01 Send/read the recording setting

0174 00/01 Send/read the File Split function setting

0175 00 ~ 03 Send/read the player skip time

hold) color

Marker

Marker

(00=OFF, 01=ON)

the scope Waterfall speed

(00=Slow, 01=Mid, 02=Fast)

the Expand scope screen
(00=Small, 01=Mid, 02=Large)

scope Waterfall displays a peak color
(00=Grid 1, 01=Grid 2, 02=Grid 3,
03=Grid 4, 04=Grid 5, 05=Grid 6,
06=Grid 7, 07=Grid 8)

hide function setting
(00=OFF, 01=ON)

between the peak signal and nearby
signals
(00=0 dB ~ 60=60 dB)

Peak signal detection
(00=–80 dB ~ 80=0 dB)

search type
(00=Real time, 01=Max. Hold)

Temporary Skip timer
( 00=5 minutes, 01=10 minutes,
02=15 minutes)

(00=OFF, 01=ON)

starting option
(00=OFF, 01=Displays the dialog, 02=ON)
Send/read the SCAN screen display option
(00=OFF, 01=ON)

MAIN DIAL is rotated
(00=OFF, 01=Up/Down)

waveform averaging function setting
(00=OFF, 01=2, 02=3, 03=4)

scope waveform
(000000000000 ~ 025502550255)

Decoding function setting
(00=OFF, 01=ON)
Send/read the FSK decoder new line code
(00=CR,LF,CR+LF, 01=CR+LF)

Send/read the FSK log time stamp (Time)
(00=Local, 01=UTC)

(Frequency)
(00=OFF, 01=ON)

received FSK signal

time stamp

(00=OFF, 01=ON)

(00=Text, 01=HTML)

(00=Mark (Space), 01=Mark/Space center)

(00=1275, 01=1500, 02=1615, 03=2125)

(00=170, 01=200, 02=425, 03=800, 04=850)

(00=Always, 01=Squelch Auto)

(00=OFF, 01=ON)

( 00=3 seconds, 01=5 seconds, 02=10

seconds, 03=30 seconds)

Cmd. Sub cmd. Data Description

1A 05* 0176 00 ~ 09 Send/read the Noise Blanker depth

0177 0000 ~ 0255 Send/read the Noise Blanker width

0178 00/01 Send/read the Memory group type

0179 00/01

0180 00 ~ 03 Send/read the meter type

0181 00/01 Selects the mute state for the Encryption

0182 00 ~ 02 Send/read the full keyboard layout type

07* 00/01

08 Read the power supply voltage

09* 00/01

0A 00 ~ 02 Read the date and time update result

0B 00

0C 00* 00/01 Send/read the Scan status (Remote)

0D 00* 00/01 Send/read the scanning channel setting

0E Read the bad edge count

0F See p. 9 Read the band edge frequency
10 Read the meter readout

11 Read the CI-V connection terminal

1B* 01 See p. 18 Send/read the TSQL tone frequency

02 See p. 18 Send/read the DTCS code
03 000 ~ FFF Send/read the P25 NAC

07 00 ~ 99 Send/read the D-STAR CSQL code
08 001 ~ 255 Send/read the dPMR COM ID
09 00 ~ 63 Send/read the dPMR CC
0A 00 ~ 63 Send/read the NXDN RAN
0B 001 ~ 511 Send/read the DCR UC
0C 00001 ~ 32767 Send/read the dPMR scrambler key
0D 00001 ~ 32767 Send/read the NXDN encryption key
0E 00001 ~ 32767 Send/read the DCR encryption key

See pp. 14 ~ 16

01 Cancel the Programmable Scan mute

02

See pp. 16 ~ 18
03 See p. 18 Send the scanning data (Remote)
04 Resume the scan (Remote)
05 Cancel the scan (Remote)

01 00 ~ 03 Output the scan status for transceive

02 00 ~ 02 Read the scan status

01

02 Read the scanning channel

(Noise reducing level)
(00=1 ~ 09=10)

(Blanking period)
(0000=1 ~ 0255=100)

(00=Current group, 01=All groups)
Send/read the scanning Memory group type

(00=Current group, 01=All groups)

(00=S, 01=dBμ, 02=dBμ EMF, 03=dBm)

function in the NXDN mode
(00=OFF, 01=ON)

(00=Japanese, American and English
01=German, 02=French)
Send/read the IP＋ function
(00=OFF, 01=ON)

( You can remotely check the power

supply voltage in 0.1 V steps.)
Send/read the connection status of NTP server
(00=Stop, 01=Start)

(00=Updating, 01=Succeed, 02=Failed)
Start a Programmable Scan (Remote)

(Remote)
Start a Memory Scan (Remote)

(00= transceive OFF, 01=transceive ON)

(Remote)
(00=Scan is stopped,
01=Scanning,
02=Scan is stopped on a signal (Busy)
03=

Scan is stopped on a signal (Not busy))

(00=Stopped,
01=Scanning,
02=Busy stop)

(00= transceive OFF, 01=transceive ON)
Output the scanning channel for transceive
( Serial number (1 byte) + Channel

number (1 byte))

( Serial number (1 byte) + Channel

number (1 byte))
If the scan is not executed by the
command "1A 0B 02," "FF" is returned.

(Number of edge data (1 byte))

(Format= AAAABBCC:
AAAA= signal level (000.0 ~ 999.9)*
BB= Plus or minus (00=+, 01=–)
CC= Meter type
(00=dBµ, 01=dBµ EMF, 02=dBm))
*When the value is "123.4," "1234" is returned.

(00=[REMOTE], 01=[USB] (rear),
02=[USB] (front), 03=[LAN])

(First 4 bits in each byte are xed to "0.")

7

×5

Remote control

D Command table (Continued)

Cmd. Sub cmd. Data Description

1C* 02 00/01 Send/read the Monitor function

1D* 00 00/02 Send/read the REMOTE function setting

20 00 00* 00/01

01 See p. 19 Output the D-STAR Call sign setting for

02 See p. 19 Read the D-STAR Call sign contained in

01 00* 00/01 Send/read the D-STAR message output

01 See p. 19
02 See p. 19 Read the D-STAR message contained

02 00* 00/01

01 See p. 19
02 See p. 19 Read the D-STAR RX status

03 00* 00/01 Send/read the D-STAR RX GPS/D-PRS

01

See pp. 20 ~ 21

02

04 00* 00/01 Send/read the D-STAR RX GPS/D-PRS

05 00* 00/01 Send/read the D-STAR RX CSQL code

06 00* 00/01 Send/read the P25 ID output setting

20 07 00* 00/01 Send/read the P25 RX status output

08 00* 00/01 Send/read the dPMR RX ID output setting

09 00* 00/01 Send/read the dPMR RX status output

0A 00* 00/01 Send/read the NXDN RX ID output setting

0B 00* 00/01 Send/read the NXDN RX status output

0C 00* 00/01 Send/read the DCR RX ID output setting

0D 00* 00/01

22 01 00* 00/01 Send/read the D-STAR RX data output

25* See p. 24 Send/read the selected or not selected

See pp. 20 ~ 21

01 See p. 21 Output the D-STAR RX GPS/D-PRS

02 See p. 21

01 See p. 22 Output the D-STAR RX CSQL code for

02 See p. 22 Read the D-STAR RX CSQL code

01 See p. 22 Output the P25 ID for transceive
02 See p. 22 Read the P25 ID

01 See p. 22 Output the P25 RX status for transceive
02 See p. 22 Read the P25 RX status

01 See p. 22 Output the dPMR RX ID for transceive
02 See p. 22 Read the dPMR RX ID

01 See p. 23 Output
02 See p. 23 Read the dPMR RX status

01 See p. 23 Output the NXDN RX ID for transceive
02 See p. 23 Read the NXDN RX ID

01 See p. 23 Output
02 See p. 23 Read the NXDN RX status

01 See p. 24 Output the DCR RX ID for transceive
02 See p. 24 Read the DCR RX ID

01 See p. 24 Output
02 See p. 24 Read the DCR RX status

01 See p. 24

(00=OFF, 01=ON)

(00=OFF, 02=ON)
Send/read the D-STAR Call sign output setting

(00=Transceive OFF, 01=Transceive ON)

transceive

the received signal

setting
(00=Transceive OFF, 01=Transceive ON)
Output the D-STAR message for transceive

in the received signal
Send/read the D-STAR RX status output
setting
(00=Transceive OFF, 01=Transceive ON)
Output the D-STAR RX status for transceive

data output setting
(00=Transceive OFF, 01=Transceive ON)
Output the D-STAR RX GPS/D-PRS
data for transceive
Read the D-STAR RX GPS/D-PRS data

message output setting
(00=Transceive OFF, 01=Transceive ON)

message for transceive
Read the D-STAR RX GPS/D-PRS message

output setting
(00=Transceive OFF, 01=Transceive ON)

transceive

(00=Transceive OFF, 01=Transceive ON)

setting
(00=Transceive OFF, 01=Transceive ON)

(00=Transceive OFF, 01=Transceive ON)

setting
(00=Transceive OFF, 01=Transceive ON)

the dPMR RX status for transceive

(00=Transceive OFF, 01=Transceive ON)

setting
(00=Transceive OFF, 01=Transceive ON)

the NXDN RX status for transceive

(00=Transceive OFF, 01=Transceive ON)

Send/read the DCR RX status output setting
(00=Transceive OFF, 01=Transceive ON)

the DCR RX status for transceive

setting
(00=Transceive OFF, 01=Transceive ON)
Output the D-STAR RX data for transceive

VFO frequency

Cmd. Sub cmd. Data Description

26* See p. 25 Send/read the selected or not selected

27* 00 See p. 25 Read the Scope waveform data

10 00/01 Send/read the Scope ON/OFF status

2

11*

12 00 Send/read the Scope MAIN/SUB setting

13 00 Send/read the Scope Single/Dual setting

14 See p. 26 Send/read the Scope Center mode or

15 See p. 26 Send/read the span setting in the Center

17 See p. 26 Send/read the Scope hold function status
19 See p. 26 Send/read the Scope Reference level
1A See p. 26 Send/read the Sweep speed
1C 00 ~ 02 Send/read scope center frequency

1D See p. 26 Send/read the Scope VBW setting
1E See p. 26 Send/read the Scope Fixed edge

00/01 Send/read the Scope wave data output

VFO’s operating mode and lter

(00=OFF, 01=ON)

setting
(00=OFF, 01=ON)

(00=Fixed to MAIN)

(00=Fixed to Single)

Fixed mode setting

mode Scope

setting in the Center mode
(00=Filter Center,
01=Carrier Point Center,
02=Carrier Point Center (Abs. Freq.))

frequencies

*(Asterisk) Send/read data

*1 When sending the power ON command (18 01), you need

to repeatedly send “FE” before the standard format. The
following is the approximate number of needed repetition.

• 115200 bps: 119 “FE”s

• 57600 bps: 59 “FE”s

• 38400 bps: 40 “FE”s

• 19200 bps: 20 “FE”s

• 9600 bps: 9 “FE”s

• 4800 bps: 5 “FE”s

Example: When using 4800 bps

Controller’s

Preamble R8600’s

address

address

Command

Sub

command

F 69EFEF E E 10810 DF

When you use the [USB (Front)] port, you need to select

*2

“115200” in the “CI-V Baud Rate” item.

When you use the [USB (Rear)] port, you need to select

“Unlink from [REMOTE]” in the “CI-V USB port” item, and

need to select “115200” in the “CI-V Baud Rate” item.
You can use the [LAN] port regardless of those settings.
You cannot use the [REMOTE] terminal regardless of

those settings.

8

Post

amble

Remote control

D Command formats



Receiving frequency

Command: 00, 03, 05

q w e r t

XX X X XX XX XX

10Hz digit: 0 ~ 9

1Hz digit: 0 ~ 9

1kHz digit: 0 ~ 9

100Hz digit: 0 ~ 9

100kHz digit: 0 ~ 9

10kHz digit: 0 ~ 9

10MHz digit: 0 ~ 9



Receiving mode

Command: 01, 04, 06



Offset frequency

Command: 0D

1MHz digit: 0 ~ 9

1GHz digit: 0 ~ 3

100MHz digit: 0 ~ 9

X X X XX 0 0 X

1 kHz digit: 0 ~ 9

100 Hz digit: 0 (Fixed)

100 kHz digit: 0 ~ 9

10 kHz digit: 0 ~ 9

10 MHz digit: 0 ~ 9

1 MHz digit: 0 ~ 9

1 GHz digit: 0 (Fixed)

100 MHz digit: 0 ~ 2

q w

XX X X

Receiving mode

q

00:LSB 11: S-AM (D) 01:FIL1
01:USB 14: S-AM (L) 02:FIL2
02:AM 15 : S-AM (U) 03:FIL3
03:CW 16 : P25 —
04:FSK 17 : D-STAR —
05:FM 18 : dPMR —
06:WFM 19:NXDN-VN —
07:CW-R 20 : NXDN-N —
08:FSK-R 21 : DCR —

Filter setting

w

L Filter setting (w) can be skipped with command 01 and

06. In that case, “FIL1” is selected with command 01

and the default lter setting of the receiving mode is

automatically selected with command 06.



Band edge frequency

Command: 02, 1A 0F

q w e r t y u i o !0 !1 !2

X XX X X X X X X X X X 2 D X X X X X X X X X X

10 Hz digit: 0 ~ 9

1 Hz digit: 0 ~ 9

1 kHz digit: 0 ~ 9

100 Hz digit: 0 ~ 9

100 kHz digit: 0 ~ 9

10 kHz digit: 0 ~ 9

10 MHz digit: 0 ~ 9

Edge number 01~XX*

Edge frequency (Lower) Edge frequency (Upper)

1 MHz digit: 0 ~ 9

Separator (Fixed)

1 GHz digit: 0 ~ 3

100 MHz digit: 0 ~ 9

10 Hz digit: 0 ~ 9

1 Hz digit: 0 ~ 9

1 kHz digit: 0 ~ 9

100 Hz digit: 0 ~ 9

100 kHz digit: 0 ~ 9

10 kHz digit: 0 ~ 9

10 MHz digit: 0 ~ 9

1 MHz digit: 0 ~ 9

1 GHz digit: 0 ~ 3

100 MHz digit: 0 ~ 9

L The upper number (*marked) will be the returned value

of command "1A 0E."

L When obtaining the edge number (by command "02"),

the edge number (q) is not returned.

9

Remote control

D Command formats (Continued)



RX HPF/LPF setting for each operating mode

Command: 1A 05 0001, 0009, 0012, 0015,

0018, 0021, 0024, 0027,

0030, 0033

X X X X

LPF (Band upper side)
HPF (Band lower side)

LPF

05 ~ 24=500 ~ 2400 Hz
25 =Through

HPF

00 =Through
01 ~ 20=100 ~ 2000 Hz

(The HPF value must be lower than LPF.)



UTC Offset setting

Command: 1A 05 0135

X X X X X X

Offset direction
00=+ (Plus)
01=– (Minus)

Offset width
0000 ~ 1400



Scope/FSK FFT Scope waveform/FSK font color

Command: 1A 05 0142 ~ 0146,

0161, 0166, 0167

q w e r t y

X X 0 X0 X X X 0 X X X



Character entries

Command: 1A 00,

1A 05 0107, 0114, 0128, 0134

Cmd

Sub Cmd

Selectable characters

00

(space), @ % & # + - = [

] / ( ) : ; ˄ ! ? < > . , " $ ' *

05 0107

A to Z, 0 to 9, (space), ! "
# $ % & ( ) + , - . ; = @ [ ]

0114

1A

(space), ! " # $ % & ' ( ) *

+ , - . / : ; < > = ? @ [ ] ^

0128

0134

Edit items

MEMORY NAME

A to Z, a to z, 0 to 9,

_ ` { | } ~ \

NETWORK NAME

^ _ ' { } ~

NETWORK RADIO

NAME

A to Z, a to z, 0 to 9,

_ ` { } | ~

OPENING COMMENT

A to Z, 0~9, (space), /

@ - .

NTP SERVER

ADDRESS

A to Z, a to z, 0~9, - .

Total

character

number

16

15

16

10

64

100101

1000:0 (Fixed)

R:Red G:Green B:Blue

(Setting range for each color: 0000 ~ 0255)

100101

1000:0 (Fixed)

100101

1000:0 (Fixed)

10

Remote control

D Command formats (Continued)



Memory channel content

Command: 1A 00

q, w e, r

X X X X X X X XX XX X X X

!1, !2 !8, !9

!3

X X X XX XX X

t

!4 ~ !7

• • •

@0, @1 @2 @3 @4 @5

X XX XX X X XX X

L In the modes other than FM and Digital, $2 and or later

is not used. In the FM and Digital modes, entering $2
and or later can be omitted. The default value is applied
to the omitted items.

Memory group number

q, w

0000 ~ 0099: Normal memory channel group
0100: Auto Write Memory channel group
0101: Scan Skip channel group
0102: Programmable Scan Edge channel group

e, r Memory channel numbers

0000 ~ 0099: Normal memory channel (00 ~ 99)

Scan Skip channel (S00 ~ S99)
Programmable Scan Edge channel
(P00A, P00B ~ P49A, P49B)

0000 ~ 0199: Auto Write Memory channels

(A000 ~ A199)

Skip/Select Memory scan setting

t

t

X X

0=SKIP OFF
1=SKIP
2=PSKIP

L Set "00" for the Programmable Scan Edge channel.

~ !0 Receiving frequency

y

Refer to "Receiving frequency" (p. 9)

Receiving mode

!1, !2

Refer to "Receiving mode" (p. 9)

Duplex setting

!3

0 =OFF
1 ~ 9=★1 ~ ★9

!3

0 X

0=OFF

0 (Fixed)

1=DUP–
2=DUP+

y ~ !0

• • •

X

X

X X

X

X

@6 ~ $1

X X X X X X

• • •

~ !7 Offset frequency

!4

Refer to "Offset frequency" (p. 9)

Tuning step (TS)

!8, !9

!8 !9

X X X X

TS function
00=OFF
01=ON

Programmable tuning step

@0, @1

@0 @1

X X X X

Attenuator setting

@2

@2

X X

Preamplifier setting

@3

@3

0 X

0 (Fixed)

Antenna setting

@4

@4

0 X

0 (Fixed)

IP plus (IP+) function

@5

@5

0 XX

0 (Fixed)

~ $1 Memory name (Up to 16 characters)

@6

Refer to "Character entries" (p. 10)

Tuning step setting
(Refer to command 10 (p. 3))
*00=10 Hz (TS OFF) is invalid.

10 kHz digit: 0 ~ 9
100 kHz digit: 0 ~ 9
100 Hz digit: 0 ~ 9
1 kHz digit: 0 ~ 9

00=OFF
10＝10dB
20＝20dB
30＝30dB

0=OFF
1=ON

0=ANT1
1=ANT2
2=ANT3

0=OFF
1=ON

11

Remote control

D Command formats (Continued)



Memory channel content

Command: 1A 00

For receiving an FM signal For receiving a P25 signal

$2

$2

$3 ~ $5

$6 ~ $8

X X X X X X X XX XX XX X

$3 ~ $5

X XX XX XX X

Tone squelch type

$2

$2

0 X

0=OFF

0 (Fixed)

~ $5 Tone squelch frequency

$3

Refer to "TSQL frequency" (p. 18)

~ $8 DTCS code

$6

Refer to "DTCS code" (p. 18)

1=TSQL
2=DTCS

For receiving a D-STAR signal

$2 $3

X XX X

Digital squelch (D.SQL) type

$2

$2

0 X

0=OFF

0 (Fixed)

2=CSQL

Digital squelch (D.SQL) type

$2

$2

0 X

0=OFF

0 (Fixed)

~ $5 NAC

$3

$3 $4 $5

0 X 0 X

0 X

1=NAC

Once position: 0 ~ F
0 (Fixed)
10th position: 0 ~ F
0 (Fixed)
100th posiiton: 0 ~ F
0 (Fixed)

Digital code squelch (CSQL) code

$3

$3

XX

Once position: 0 ~ 9
10th position: 0 ~ 9

12

Remote control

D Command formats (Continued)



Memory channel content

Command: 1A 00

For receiving a dPMR signal For receiving an NXDN signal

$3, $4

$2 $5 $6

X X X X X X X X X XXX XX XX X

$7 ~ $9

$2 $3 $4

$5 ~ $7

X X X X X XX XX XX X

Digital squelch (D.SQL) type

$2

$2

0 X

0=OFF

0 (Fixed)

COM ID

$3, $4

$3 $4

0 X X X

CC

$5

$5

X X

Scrambler (SCRM) setting

$6

$6

0 X

0 (Fixed)

1=COM ID
2=CC

Once position: 0 ~ 9
10th position: 0 ~ 9
100th position: 0 ~ 2
0 (Fixed)

Once position： 0 ~ 9
10th position: 0 ~ 6

0=OFF
1=ON

Digital squelch (D.SQL) type

$2

$2

0 X

0=OFF

0 (Fixed)

Radio Access Number (RAN) code

$3

$3

X X

Encryption setting

$4

$4

0 X

0 (Fixed)

~

$5

Encryption key

$7

$5 $6 $7

X X X X

0 X

1=RAN

Once position: 0 ~ 9
10th position: 0 ~ 6

0=OFF
1＝ON

Once position: 0 ~ 9
10th position: 0 ~ 9
100th position: 0 ~ 9
1000th position: 0 ~ 9
10000th position: 0 ~ 3
0 (Fixed)

~ $9 Scrambler key

$7

$7 $8 $9

X X X X

0 X

Once position: 0 ~ 9
10th position: 0 ~ 9
100th position: 0 ~ 9
1000th position: 0 ~ 9
10000th position: 0 ~ 3
0 (Fixed)

13

Remote control

D Command formats (Continued)



Memory channel content

Command: 1A 00

For receiving a DCR signal

$3, $4

$2 $5

X X X X X X X XX XX XX X

Digital squelch (D.SQL) type

$2

$2

0 X

0=OFF

0 (Fixed)

UC code

$3, $4

$3 $4

0 X X X

Encryption setting

$5

$5

0 X

0 (Fixed)

1=UC

Once position: 0 ~ 9
10th position: 0 ~ 9
100th position: 0 ~ 5
0 (Fixed)

0=OFF
1=ON

$66 ~ $8



Programmable scan start (remote) data

Command: 1A 0B 00

q～t y～!0

X X

……

X XX X

!4～!7

……

X X

X X

X

……

!8、!9

X

X

X

!1、!2

X X

X XX X

@0、@1 @2 @3

X XX XX X X X

@4 @5

X X

X X

~ t Lower scan edge

q

Refer to "Receiving frequency" (p. 9)

~ !0 Higher scan edge

y

Refer to "Receiving frequency" (p. 9)

Receiving mode

!1, !2

Refer to "Receiving mode" (p. 9)

Duplex setting

!3

Refer to "

!4

Refer to "Offset frequency" (p. 9)

Duplex setting (!3)

~ !7

Offset frequency

" (p. 11)

!3

X X

~ $8 Encryption key

$6

$6 $7 $8

X X X X

0 X

Once position: 0 ~ 9
10th position: 0 ~ 9
100th position: 0 ~ 9
1000th position: 0 ~ 9
10000th position: 0 ~ 3
0 (Fixed)

Command 1A 00 clears a memory channel by sending the
command in the following format.

: 0000 ~ 0101 group

q, w

e, r
t
y

You cannot specify group "0102" (Program scan edge)

: Memory channel number
: "FF"
~ : None

Tuning step

!8, !9

Refer to "Tuning step (!8, !9)" (p. 11)

Programmable tuning step

@0, @1

Refer to "Programmable tuning step (@0, @1)" (p. 11)

Attenuator setting

@2

Refer to "Attenuator setting (@2)" (p. 11)

Preamplifier setting

@3

Refer to "Preamplifier setting (@3)" (p. 11)

Antenna setting

@4

Refer to "Antenna setting (@4)" (p. 11)

IP plus (IP+) function

@5

Refer to "IP plus (IP+) function (@5)" (p. 11)

14

Remote control

D Command formats (Continued)



Programmable scan start (remote) data (continued)

For receiving an SSB/CW/FSK/AM/WFM signal

Other parameters

@6, @7

@6

@7

0 X X X

Scan frequency edge
0:Scan starts from the current frequency
1:Scan starts from the lower edge frequency

0: Does not mute when a signal is received
1: Mutes when a signal is received*

0: Down scan
1:Up scan

0 (Fixed)

* If the received signal is wanted, send the command "1A 0B

01" to open the squelch. If the signal is not wanted, send the
command "1A 0B 04" to resume the scan.

For receiving an FM signal

@6

Tone squelch type

@6

Refer to "Tone squelch type ($2)" (p. 12)

~ @9 Tone squelch frequency

@7

Refer to "TSQL frequency (q ~ e)" (p. 18)

~ #2 DTCS code

#0

Refer to "DTCS code (q ~ e)" (p. 18)

Other parameters

#3, #4

Refer to "Other parameters (@6, @7)"

@7～@9

#0～#2 #3 #4

X X X X X X X XX XX XX X

X XX X

For receiving a P25 signal

@6 #0 #1

Digital squelch (D.SQL) type

@6

Refer to "P25 Digital squelch (D.SQL) type ($2)" (p. 12)

~

@9

NAC

@7

Refer to "NAC ($3 ~ $5)" (p. 12)

Other parameters

#0, #1

Refer to "Other parameters (@6, @7)"

@7～@9

X XX XX XX X X XX X

For receiving a dPMR signal

@7、@8

@6 @9 #0 #4 #5

X X X X X X X X X XXX XX XX X

Digital squelch (D.SQL) type

@6

Refer to "dPMR Digital squelch (D.SQL) type ($2)" (p. 13)

COM ID

@7, @8

Refer to "COM ID ($3, $4)" (p. 13)

CC

@9

Refer to "CC ($5)" (p. 13)

Scrambler (SCRM) setting

#0

Refer to "Scrambler (SCRM) setting ($6)" (p. 13)

#1 ~ #3

Scrambler key

Refer to "Scrambler key ($7 ~ $9)" (p. 13)

#1～#3

X XX X

For receiving a D-STAR signal

@6 @7 @8 @9

X XX X X XX X

Digital squelch (D.SQL) type

@6

Refer to "D-STAR Digital squelch (D.SQL) type ($2)" (p. 12)

Digital code squelch (CSQL) code

@7

Refer to "Digital code squelch (CSQL) code ($3)" (p. 12)

Other parameters

@8, @9

Refer to "Other parameters (@6, @7)"

Other parameters

#4, #5

Refer to "Other parameters (@6, @7)"

15

Remote control

D Command formats (Continued)



Programmable scan start (remote) data (continued)

For receiving an NXDN signal

@6 @7 #2 #3@8

Digital squelch (D.SQL) type

@6

Refer to "NXDN Digital squelch (D.SQL) type ($2)" (p. 13)

Radio Access Number (RAN) code

@7

Refer to "Radio Access Number (RAN) code ($3)" (p. 13)

Encryption setting

@8

Refer to "Encryption setting ($4)" (p. 13)

@9 ~ #1

Refer to "Encryption key ($5 ~ $7)" (p. 13)

#2, #3

Refer to "Other parameters (@6, @7)" (p. 15)

Encryption key

Other parameters

X X X X X XX XX XX X

@9～#1

X XX X

For receiving a DCR signal



Memory scan start (remote) data

Command: 1A 0B 02

q～t

……

X X

!3、!4 !5、!6

X X

~ t Frequency

q

X

y、u

X X X X

X

X

i

X

X

!7 !8 !9 @0

X X X X

X

X X

Refer to "Receiving frequency" (p. 9)

Receiving mode

y, u

Refer to "Receiving mode" (p. 9)

Duplex setting

i

Refer to "

o

Refer to "Offset frequency" (p. 9)

!3, !4

Refer to "Tuning step (!8, !9)" (p. 11)

Duplex setting

~ !2 Offset frequency

Tuning step

(!3)

" (p. 11)

o～!2

……

X X X XX XX X

X X

@7、@8

@6 @9 #3 #4

X X X X X X X XX XX XX X

Digital squelch (D.SQL) type

@6

Refer to "Digital squelch (D.SQL) type ($2)" (p. 14)

UC code

@7, @8

Refer to "UC code ($3, $4)" (p. 14)

Encryption setting

@9

Refer to "Encryption setting ($5)" (p. 14)

#0 ~ #2

Refer to "Encryption key ($6 ~ $8)" (p. 14)

#3, #4

Refer to "Other parameters (@6, @7)" (p. 15)

Encryption key

Other parameters

#0～#2

Programmable tuning step

!5, !6

X XX X

Refer to "Programmable tuning step (@0, @1)" (p. 11)

Attenuator setting

!7

Refer to "Attenuator setting (@2)" (p. 11)

Preamplifier setting

!8

Refer to "Preamplifier setting (@3)" (p. 11)

Antenna setting

!9

Refer to "Antenna setting (@4)" (p. 11)

IP plus (IP+) function

@0

Refer to "IP plus (IP+) function (@5)" (p. 11)

16

Remote control

D Command formats (Continued)



Memory scan start (remote) data (continued)

For receiving an FM signal

@1

Tone squelch type

@1

Refer to "Tone squelch type ($2)" (p. 12)

~ @4 Tone squelch frequency

@2

Refer to "TSQL frequency (q ~ e)" (p. 18)

~ @7 DTCS code

@5

Refer to "DTCS code (q ~ e)" (p. 18)

@2～@4

@5～@7

X X X X X X X XX XX XX X

For receiving a D-STAR signal

@1 @2

X XX X

Digital squelch (D.SQL) type

@1

Refer to "D-STAR Digital squelch (D.SQL) type ($2)" (p. 12)

For receiving a dPMR signal

@2、@3

@1 @4 @5

X X X X X X X X X XXX XX XX X

Digital squelch (D.SQL) type

@1

Refer to "dPMR Digital squelch (D.SQL) type ($2)" (p. 13)

COM ID

@2, @3

Refer to "COM ID ($3, $4)" (p. 13)

CC

@4

Refer to "CC ($5)" (p. 13)

Scrambler (SCRM) setting

@5

Refer to "Scrambler (SCRM) setting ($6)" (p. 13)

@6 ~ @8

Refer to "Scrambler key ($7 ~ $9)" (p. 13)

Scrambler key

@6～@8

For receiving an NXDN signal

Digital code squelch (CSQL) code

@2

Refer to "Digital code squelch (CSQL) code ($3)" (p. 12)

For receiving a P25 signal

@1

Digital squelch (D.SQL) type

@1

Refer to "P25 Digital squelch (D.SQL) type ($2)" (p. 12)

~

@4

NAC

@2

Refer to "NAC ($3 ~ $5)" (p. 12)

@2～@4

X XX XX XX X

@1 @2 @3

Digital squelch (D.SQL) type

@1

Refer to "NXDN Digital squelch (D.SQL) type ($2)" (p. 13)

Radio Access Number (RAN) code

@2

Refer to "Radio Access Number (RAN) code ($3)" (p. 13)

Encryption setting

@3

Refer to "Encryption setting ($4)" (p. 13)

@4 ~ @6

Refer to "Encryption key ($5 ~ $7)" (p. 13)

Encryption key

@4～@6

X X X X X XX XX XX X

17

Remote control

D Command formats (Continued)



Memory scan start (remote) data (continued)

For receiving a DCR signal

@2、@3

@1 @4

X X X X X X X XX XX XX X

Digital squelch (D.SQL) type

@1

Refer to "Digital squelch (D.SQL) type ($2)" (p. 14)

UC

@2, @3

Refer to "UC ($3, $4)" (p. 14)

Encryption setting

@4

Refer to "Encryption setting ($5)" (p. 14)

@5 ~ @7

Refer to "Encryption key ($6 ~ $8)" (p. 14)

Encryption key

@5～@7



Memory scan data setting (Remote)

Command: 1A 0B 03

q

X X X X

Serial number

q

Enter the number that increases every time sending the
command. When you send the number following the
command "1A 0B 02" (p. 16), specify "01."
The serial number range is "00" to "99." When the number is
"99," the next number returns to "00."
When sending command "1A 0B 02" (p. 16), the number is
reset to "00."

~ Channel information

w

Refer to "Command: 1A 0B 02 (q ~ )" (p. 16)



Tone squelch (TSQL) frequency

w～

……

X X

Command: 1B 01

q w e

X X X X

0 0

0.1 Hz digit: 0 ~ 9
1 Hz digit: 0 ~ 9
10 Hz digit: 0 ~ 9
100 Hz digit: 0 ~ 2
0 (Fixed)

LRefer to the IC-R8600 manual for the tone frequencies.



DTCS code

Command: 1B 02

q w e

0 X X X

0 Ｘ

Once position: 0 ~ 7
10th position: 0 ~ 7
100th position: 0 ~ 7
0 (Fixed)
Polarity
0: Normal
1: Reverse
0 (Fixed)

L Refer to the IC-R8600 manual for the DTCS codes.

18

Remote control

D Command formats (Continued)



Memory scan setting data (remote) (continued)



D-STAR RX Call sign

Command: 20 0001, 20 0002

!1 ~ !4q, w e ~ !0

• • • • • •

X X X XX XX X X X

@3 ~ #0 #1 ~ #8!5 ~ @2

• • • • • •

Header flag data (First byte)

q

X XX X

Data Description

bit7 0 (Fixed) —
bit6 0 (Fixed) —
bit5 0 (Fixed) —
bit4 0/1 0=Voice, 1=Data
bit3 0/1 0=Direct, 1=Through repeater
bit2 0/1 0=No Break-in, 1=Break-in
bit1 0/1 0=Data, 1=Control
bit0 0/1 0=Normal, 1=EMR

Header flag data (Second byte)

w

Data

bit2 bit1 bit0

1 1 1 Repeater control
1 1 0 Send auto acknowledge
1 0 1 (Not used)
1 0 0 Request to re-transmit
0 1 1 Send acknowledge
0 1 0 Receive no reply
0 0 1 Repeater disabled
0 0 0 NULL

~ !0: Call sign of the CALLER station (8 characters)

e

~ !4: Note of the CALLER station (4 characters)

!1

~ @2: CALLED station's call sign (8 characters)

!5

~ #0: RXRPT1's call sign (8 characters)

@3

~ #8: RXPRT2's call sign (8 characters)

#1

Description

LFF: No signal has been received since the power was

turned ON.

X X

• • •

X XX X X XX X



D-STAR RX message

Command: 20 0101, 20 0102

@9 ~ #2@1 ~ @8q ~ @0

• • •

~ @0: Message (20 characters)

q

~ @8: Call sign of the CALLER station (8 characters)

@1

~ #2: Note of the CALLER station (4 characters)

@9

• • • • • •

X XX X

X XX X

X XX X

LFF: No signal has been received since the power was

turned ON.



D-STAR RX STATUS

Command: 20 0201, 20 0202

Data Function Description

bit7 0 (Fixed) —
bit6 0/1 Receiving a

voice call

bit5 0/1 Last call

finisher

bit4 0/1 Receiving a

signal

bit3 0/1 Receiving a

BK call

bit2 0/1 Receiving an

EMR call

bit1 0/1 Receiving a

signal other
than D-STAR

bit0 0/1 Packet loss

status

While receiving a digital voice signal,
“1” is returned. (Regardless of DSQL
and CSQL setting)

When the last call was finished by a
user, “1” is returned.

When the audio tone can be heard, “1”
is returned.

While receiving a BK call, “1” is
returned.

While receiving an EMR call, “1” is
returned.

While under an interference (Mode
icon D-STAR and FM alternately
blink), “1” is returned.

While displaying a packet loss, “1” is
returned.

19

Remote control

D Command formats (Continued)



D-STAR GPS/D-PRS data

Command: 20 0301, 20 0302

• Data number and description

Data number Description

00 D-PRS–Position
01 D-PRS–Object
02 D-PRS–Item
03 D-PRS–Weather

• GPS/D-PRS data— Position

Data

No.

X X

X X0 0

!7 ~ @2

• • •

q ~ o

• • •

X XX X

@3 ~ @6

• • •

@9 ~ #1 #2 ~ #8

• • •

X X

q ~ o: Call sign/SSID
*9 ASCII characters (A ~ Z, 0 ~ 9, /, -, space)
!0, !1: Symbol
*2 ASCII characters (00h ~ EFh)

!2 ~ !6: Latitude (dd°mm.mmm format)
!7 ~ @2: Longitude (ddd°mm.mmm format)
@3 ~ @6: Altitude (0.1 meter steps)
@7, @8: Course (1 degree steps)
@9 ~ #1: Speed (0.1 km/h steps)
#2 ~ #8: Date (UTC: yyyymmddHHMMSS)

* y: Year, m: Month, d: Day, H: Hour, M: Minute, S:

Second

#9: Power (see the table below)
$0: Height (see the table below)
$1: Gain (see the table below)
$2: Directivity (see the table below)

Item

Power

Data

0 0 3/10 0 Omnidirectional
1 1 6/20 1 45°NE
2 4 12/40 2 90°E
3 9 24/80 3 135°SE
4 16 49/160 4 180°S
5 25 98/320 5 225°SW
6 36 195/640 6 270°W
7 49 390/1280 7 315°NW
8 64 780/2560 8 360°N
9 81 1561/5120 9 –

(W)

X XX X

Height

• • •

(m/ft)

L The item, that is not contained the received data, is

lled with "FF."

LFF: No signal has been received since the power was

turned ON.

!1

!0

X X X XX XX X

@7 @8

#9 $0 $1 $2

Gain

(dB)

!2 ~ !6

• • •

X XX XX X

X XX XX X X XX X

Directivity

X X

(deg)

• GPS/D-PRS data— Object

Data

No.

!7 ~ @2

X X

• • •

X X0 1

q ~ o

• • •

X XX X

@3 ~ @6

• • •

@9 ~ #1 #2 ~ #8

• • •

X X

$2 %2

q ~ o: Call sign/SSID
*9 ASCII characters (A ~ Z, 0 ~ 9, /, -, space)
!0, !1: Symbol
*2 ASCII characters (00h ~ EFh)

!2 ~ !6: Latitude (ddºmm.mmm format)
!7 ~ @2: Longitude (dddºmm.mmm format)
@3 ~ @6: Altitude (0.1 meter steps)
@7, @8: Course (1 degree steps)
@9 ~ #1: Speed (0.1 km/h steps)
#2 ~ #8: Date (UTC: yyyymmddHHMMSS)

* y: Year, m: Month, d: Day, H: Hour, M: Minute, S:

#9: Power (see the table below)
$0: Height (see the table below)
$1: Gain (see the table below)
$2: Directivity (see the table below)

Item

Data

0 0 3/10 0 Omnidirectional
1 1 6/20 1 45°NE
2 4 12/40 2 90°E
3 9 24/80 3 135°SE
4 16 49/160 4 180°S
5 25 98/320 5 225°SW
6 36 195/640 6 270°W
7 49 390/1280 7 315°NW
8 64 780/2560 8 360°N
9 81 1561/5120 9 –

$3 ~ %1: Name
*9 ASCII characters (00h ~ EFh)

%2: Type (1=Live, 0=Killed)

X XX X

Second

Power

(W)

$3 ~ %1

• • •

X XX X

Height

(m/ft)

• • •

X XX X

L The item, that is not contained the received data, is

lled with "FF."

LFF: No signal has been received since the power was

turned ON.

!0

!1

X X X XX XX X

@7 @8

#9 $0 $1

Gain

(dB)

!2 ~ !6

• • •

X XX XX X

X X X XX XX X

Directivity

X X

(deg)

20

Remote control

D Command formats (Continued)



GPS/D-PRS data— Item

Command: 20 0301, 20 0302

• Item

Data

No.

X X0 2

q ~ o

• • •

!0

• Weather

!1

!2 ~ !6

X X X XX XX X

• • •

X X

Data

No.

X X0 3

q ~ o

• • •

!0

!1

!2 ~ !6

X X X XX XX X

• • •

X X

!7 ~ @2

• • •

X X

@9 ~ #1 #2

• • •

X X

#6 ~ $4

• • •

X X

q ~ o: Call sign/SSID

*9 ASCII characters (A ~ Z, 0 ~ 9, /, -, space)
!0, !1: Symbol
*2 ASCII characters (00h ~ EFh)

!2 ~ !6: Latitude (ddºmm.mmm format)
!7 ~ @2: Longitude (dddºmm.mmm format)
@3 ~ @6: Altitude (0.1 meter steps)
@7, @8: Course (1 degree steps)
@9 ~ #1: Speed (0.1 km/h steps)
#2: Power (see the table below)
#3: Height (see the table below)
#4: Gain (see the table below)
#5: Directivity (see the table below)

Item

Power

Data

0 0 3/10 0 Omnidirectional
1 1 6/20 1 45°NE
2 4 12/40 2 90°E
3 9 24/80 3 135°SE
4 16 49/160 4 180°S
5 25 98/320 5 225°SW
6 36 195/640 6 270°W
7 49 390/1280 7 315°NW
8 64 780/2560 8 360°N
9 81 1561/5120 9 –

#6 ~ $4: Name
*9 ASCII characters (00h–EFh)

$5: Type (1=Live, 0=Killed)

(W)

@3 ~ @6

X XX X

$5

X XX X

Height

(m/ft)

• • •

#3 #4 #5

@7 @8

X XX XX X

X X X XX XX XXX

Gain

(dB)

Directivity

(deg)

L The item, that is not contained the received data, is

lled with "FF."

LFF: No signal has been received since the power was

turned ON.

$6

X

X

#0 #1 #2

X X X XX XX X

$0

X XX X

X X

$7 ~ $9

• • •

X X

X X

#5

$3

X XX X

$4

X X

@3 ~ @9

• • •

#6 ~ #8 #9

• • •

$5

X

X

!7 ~ @2

• • •

X X

#3 #4

X X X XX XX X

$1

$2

X X

q ~ o: Call sign/SSID
*9 ASCII characters (A ~ Z, 0 ~ 9, /, -, space)
!0, !1: Symbol
*2 ASCII characters (00h ~ EFh)

!2 ~ !6: Latitude (ddºmm.mmm format)
!7 ~ @2: Longitude (dddºmm.mmm format)
@3 ~ @9: Date (UTC: yyyymmddHHMMSS)

* y: Year, m: Month, d: Day, H: Hour, M: Minute, S:

Second

#0, #1: Wind direction (1 degree steps)
#2, #3: Wind speed (0.1 m/s steps)
#4, #5: Gust speed (0.1 m/s steps)
#6 ~ #8: Temperature (0.1°C steps)
#9, $0: Rainfall (1 hour) (0.1 mm steps)
$1, $2: Rainfall (24 hours) (0.1 mm steps)
$3, $4: Rainfall (Midnight) (0.1 mm steps)
$5, $6: Humidity (1% steps)
$7 ~ $9: Barometric pressure (0.1 hPa steps)

X XX X

L The item, that is not contained the received data, is

lled with "FF."

LFF: No signal has been received since the power was

turned ON



GPS/D-PRS message

Command: 20 0401, 20 0402

q ~ o !0 ~ %2

• • • • • •

(Variable length)

q ~ o: Call sign/SSID
*9 ASCII characters (A ~ Z, 0 ~ 9, /, -, space)

!0 ~ %2: Message
*Up to 43 ASCII characters (00h ~ EFh)

X XX X X XX X

LFF: No signal has been received since the power was

turned ON.

21

10 digit: 0 ~ 9

~

~

Remote control

D Command formats (Continued)



Digital code squelch setting

Command: 20 0501, 20 0502

q

XX

1 digit: 0 ~ 9



P25 RX ID

Command: 20 0601, 20 0602

q, w e ~ i

0 X 0 X 0 XX XX X 0 X 0 X

0 X

0 (Fixed)

o ~ !4

!5 ~ !7

0 X 0 X 0 X0 X0 X 0 X 0 X 0 X 0 X

0 (Fixed)

Header flag data (First byte)

q

Data Description

bit7 0 (Fixed) —
bit6 0 (Reserved)
bit5 0 (Reserved)
bit4 0 (Reserved)
bit3

See the table below

bit2
bit1 0/1 0=Encryption OFF, 1=Encryption ON
bit0 0/1 0=Normal,1=EMR

Data

bit3 bit2

1 1 All call
1 0 Group call
0 1 Individual call
0 0 Not identified

Header flag data (Second byte)

w

Type of call

Description

Data Description

bit7 0 (Fixed) —
bit6 0 (Reserved)
bit5 0 (Reserved)
bit4 0 (Reserved)
bit3
bit2
bit1 0 (Reserved)
bit0 0 (Reserved)

~ i: ID of the CALLER station (6 digits in Hexer decimal)

e

~ !4: ID of the CALLED station (6 digits in Hexer decimal)

o

~ !7: NAC (3 digits in Hexer decimal)

!5

0
0

(Reserved)
(Reserved)

L If the NAC, CALLER or CALLED station is not identied,

"FF" is returned.

LFF: No signal has been received since the power was

turned ON.



P25 RX status data

Command: 20 0701, 20 0702

Data Function Description

bit7 0 (Fixed) —
bit6 0/1 — (Reserved)
bit5 0/1 Receive

status

bit4 0/1 Last call

finisher

bit3 0/1 Receiving a

signal

bit2 0/1

bit1 0/1 Interfere

bit0 0/1



dPMR RX ID

Emergency
call

detection

Encryption When the call is

While receiving a P25 signal, "1" is
returned. (Regardless of NAC)
When the last call was finished by a
user, “1” is returned.
When the audio tone can be heard, “1”
is returned.
While receiving an emergency call, "1"
is returned.
While under an interference (Mode icon P25
and FM alternately blink), "1" is returned.

encrypted

returned.

, "1" is

Command: 20 0801, 20 0802

u

y

• • • • • •

0 X 0 XX XX X X X

Header flag data (First byte)

q

Data Description

bit7 0 (Fixed) —
bit6 0 (Reserved)
bit5 0 (Reserved)
bit4 0/1 0=dPMR446, 1=Tier2
bit3

See the table below

bit2
bit1 0/1 0=Scramble OFF, 1=Scramble ON
bit0 0 (Reserved)

Type of call

Data

bit3 bit2

1 1 All call
1 0 (Not used)
0 1 Individual or Group call
0 0 Not identified

Header flag data (Second byte)

w

Data Description

bit7 0 (Fixed) —
bit6 0 (Reserved)
bit5 0 (Reserved)
bit4 0 (Reserved)
bit3
bit2
bit1 0 (Reserved)
bit0 0 (Reserved)

e
u
!1

0

(Reserved)

0

(Reserved)

~ y : ID of the CALLER station (7 digits in decimal)
~

: ID of the CALLED station (7 digits in decimal*)

!0

~

: CC/COM ID (2 or 3 digits in decimal)

!2

* If a wildcard is contained, corresponding digit is filled with "A."
L If the CC/COM ID, CALLER or CALLED station is not

identied, "FF" is returned.

LFF: No signal has been received since the power was

22

turned ON.

!0q, w !1, !2e

0 XX X X X

Description

0 (Fixed)

Remote control

D Command formats (Continued)



dPMR RX status data

Command: 20 0901, 20 0902

Data Function Description

bit7 0 (Fixed) —
bit6 0/1 — (Reserved)
bit5 0/1 dPMR mode While receiving a dPMR Tier 2 signal,

"1" is returned.

bit4 0/1 Receive

status

bit3 0/1 Last call

finisher

bit2 0/1 Receiving a

signal

bit1 0/1 Interfere

detection

bit0 0/1



NXDN RX ID

Scrambler When the call is scrambled, "1" is

While receiving a dPMR signal, "1" is
returned. (Regardless of CC or COM ID)
When the last call was finished by a
user, “1” is returned.
When the audio tone can be heard, “1”
is returned.
While under an interference (Mode icon
dPMR and FM alternately blink), "1" is
returned.

returned.

Command: 20 0A01, 20 0A02

y ~ iq, w oe ~ t

0 X X X 0 XX XX X X X X X X X X X

0 (Fixed)

Header flag data (First byte)

q

Data Description

bit7 0 (Fixed) —
bit6 0 (Reserved)
bit5 0 (Reserved)
bit4 0/1 0=Very narrow, 1=Narrow
bit3

See the table below

bit2
bit1 0/1 0=Encryption OFF, 1=Encryption ON
bit0 0 (Reserved)

Data

bit3 bit2

1 1 All call
1 0 Group call
0 1 Individual call
0 0 Not identified

Type of call

Description



NXDN RX Status data

Command: 20 0B01, 20 0B02

Data Function Description

bit7 0 (Fixed) —
bit6 0/1 — (Reserved)
bit5 0/1 NXDN mode When the received NXDN signal is

"Narrow," "1" is returned.

bit4 0/1 Receive

status

bit3 0/1 Last call

finisher

bit2 0/1 Receiving a

signal

bit1 0/1 Interfere

detection

bit0 0/1

Encryption When the call is

While receiving an NXDN signal, "1" is
returned. (Regardless of RAN)
When the last call was finished by a
user, “1” is returned.
When the audio tone can be heard, “1”
is returned.
While under an interference (Mode icon
NXDN-

vn/n and FM alternately blink),

"1" is returned.

encrypted

returned.

, "1" is

Header flag data (Second byte)

w

Data Description

bit7 0 (Fixed) —
bit6 0 (Reserved)
bit5 0 (Reserved)
bit4 0 (Reserved)
bit3
bit2
bit1 0 (Reserved)
bit0 0 (Reserved)

~ t : ID of the CALLER station (5 digits in decimal)

e

~ i : ID of the CALLED station (5 digits in decimal)

y
o

0

(Reserved)

0

(Reserved)

: RAN (2 digits in decimal)

L If the RAN, CALLER or CALLED station is not identied,

"FF" is returned.

LFF: No signal has been received since the power was

turned ON.

23

Remote control

D Command formats (Continued)



DCR RX ID

Command: 20 0C01, 20 0C02

q, w

u ~ !0

Header flag data (First byte)

q

Data Description

bit7 0 (Fixed) —
bit6 0 (Reserved)
bit5 0 (Reserved)
bit4 0 (Reserved)
bit3

See the table below

bit2
bit1 0/1 0=Encryption OFF, 1=Encryption ON
bit0 0 (Reserved)

Data

bit3 bit2

1 1 All call
1 0 Group call
0 1 Individual call
0 0 Not identified

Header flag data (Second byte)

w

Data Description

bit7 0 (Fixed) —
bit6 0 (Reserved)
bit5 0 (Reserved)
bit4 0 (Reserved)
bit3
bit2
bit1 0 (Reserved)
bit0 0 (Reserved)

~ y: ID of the CALLER station (4 digits in Hexer decimal)

e

~ !0: ID of the CALLED station (4 digits in Hexer decimal)

u
!1, !2

0
0

: UC (3 digits in decimal)

e ~ y

0 X 0 X 0 XX XX X 0 X

0 (Fixed)

!1, !2

0 X 0 X X X0 X0 X 0 X

0 (Fixed)

Type of call

Description

(Reserved)
(Reserved)



DCR RX Status data

Command: 20 0D01, 20 0D02

Data Function Description

bit7 0 (Fixed) —
bit6 0/1 — (Reserved)
bit5 0/1 — (Reserved)
bit4 0/1 Receive

status

bit3 0/1 Last call

finisher

bit2 0/1 Receiving a

signal

bit1 0/1 Interfere

detection

bit0 0/1



D-STAR RX data (transceive)

Encryption When the call is

While receiving a DCR signal, "1" is
returned. (Regardless of UC)
When the last call was finished by a
user, “1” is returned.
When the audio tone can be heard, “1”
is returned.
While under an interference (Mode icon
DCR and FM alternately blink), "1" is
returned.

encrypted

returned.

, "1" is

Command: 22 0101

q ~ #0

• • • • • • • • • • • • • • • • • • • • • • • •

~ #0:Rx data (Up to 30 Bytes)

q

“FA” to “FF” are entered after converted to “FF 0A” to

L

X XX X

“FF 0F” automatically. In this case, the data length can
be up to 60 Bytes.



Selected or unselected VFO frequency

Command: 25

X X X X X X X X X X X X

Refer to the receive frequency data

00: Fixed

L If the UC, CALLER or CALLED station is not identied,

"FF" is returned.

LFF: No signal has been received since the power was

turned ON.

24

Receive mode

Filter setting

Remote control

D Command formats (Continued)



Selected or unselected VFO’s operating mode and
filter

Command: 26

L If you omit the data mode or lter setting, default setting

is automatically applied.

00: Fixed

wData mode setting

X X X X X X0 0

q

Receiving mode

q

00:LSB 11:S-AM(D) 00:Fixed 01: FIL1
01:USB 14 : S-AM(L) 02:FIL2
02:AM 15 : S-AM(U) 03: FIL3
03:CW 16 :P25
04:FSK 17 : D-STAR
05:FM 18:dPMR
06:WFM 19 : NXDN-VN
07:CW-R 20: NXDN-N
08:FSK-R 21: DCR

e

wData mode eFilter



Scope waveform data

Command: 27 00

Outputs the waveform data to the controller.

q w e r t y u

X X X0 0 X X X X X X X X X X X

00: Fixed

Division number (NOW): 01 ~ 11

w



Division number (Maximum): 11 (USB)

e

When sent through the USB port, the data is divided by 11

and sent in sequential order.

LThe divided data is not output from [LAN].

The division number (Maximum) means the maximum

divided number.

The division number (Now) means the number that

indicates the divided data location.
Example: Sending the 5th data of divided into 11.
The division number (Now) is "5," and the division

number (Maximum) is "11."

L The 1st data sends only the wave information (q ~ y)

without the waveform data (u).

The 2nd or later data sends the minimum wave

information (w ~ e) with waveform data (u).

• • •

Center or Fixed mode data

r

00: Center mode scope
01: Fixed mode scope

Waveform information

t

The waveform information is different between Center

mode and fixed mode.
In the Center mode: Center frequency and span are sent.

In the Fixed mode: Lower edge and higher edge

Scope Fixed edge frequency settings

Out of Range

y

00: In range
01: Out of range

L If the scope data is out of range, the waveform data (u)

is not obtained.

Waveform data

u

Data range: 0 ~ 160
Data length: 475

Scope span setting (in the Center
mode (w ~

frequencies are sent.

(e ~ !2) (p. 22)

y

(p. 22)

)

25

Remote control

D Command formats (Continued)



Center/Fixed mode settings

Command: 27 14

0 0 X X

00: Center mode

00 (Fixed)



Scope span settings (Only in the Center mode)

01: Fixed mode

Command: 27 15

wq e r t y

0 0 X X0 0 X X 0 X 0 0

0 (Fixed)

0 (Fixed)

10 Hz digit: 0 (Fixed)

1 Hz digit: 0 (Fixed)

1 kHz digit: 0, 2, 5

100 Hz digit: 0, 5



Scope Hold settings

100 kHz digit: 0, 1, 2, 5

10 kHz digit: 0, 1, 2, 5

10 MHz digit: 0 (Fixed)

1 MHz digit: 0, 1, 2

1 GHz digit: 0 (Fixed)

100 MHz digit: 0 (Fixed)

Span (Hz)

2500 2.5k

5000 5k
10000 10k
25000 25k
50000 50k

100000 100k
250000 250k

500000 500k
1000000 1.0M
2500000 2.5M

Command: 27 17

0 0 X X

00: Hold function OFF

00 (Fixed)

01: Hold function ON



Sweep speed settings

Command: 27 1A

0 0 X X

00: FAST
01: MID

00 (Fixed)



VBW (Video Band Width) settings

02: SLOW

Command: 27 1D

0 0 X X

00: Narrow

00 (Fixed)



Fixed edge frequency settings

01: Wide

Command: 27 1E

q w e r t y u i o !0 !1 !2

0 1 X0 1 X X X X X X X X X X X X X X X X X X X



Scope Reference level settings

Command: 27 19

0 0 X X X 0 X X

00:+
01:–

0 (Fixed)

0 (Fixed)

10 dB digit: 0, 1, 2

1 dB digit: 0 ~ 9

0.1 dB digit: 0, 5

0.01 dB digit: 0 (Fixed)

LAdjustable range: –20.0 dB ~ +20.0 dB (in 0.5 dB steps)

26

Edge No.:01 (Fixed)

10 Hz digit: 0 ~ 9

1 Hz digit: 0 ~ 9

1 kHz digit: 0 ~ 9

100 Hz digit: 0 ~ 9

100 kHz digit: 0 ~ 9

10 kHz digit: 0 ~ 9

10 MHz digit: 0 ~ 9

1 MHz digit: 0 ~ 9

1 GHz digit: 0 ~ 3

100 MHz digit: 0 ~ 9

10 Hz digit: 0 ~ 9

1 Hz digit: 0 ~ 9

Edge frequency (Lower) Edge frequency (Upper)

Frequency range: 01 (Fixed)

1 kHz digit: 0 ~ 9

100 Hz digit: 0 ~ 9

100 kHz digit: 0 ~ 9

10 kHz digit: 0 ~ 9

10 MHz digit: 0 ~ 9

1 MHz digit: 0 ~ 9

1 GHz digit: 0 ~ 3

100 MHz digit: 0 ~ 9

A7375-2EX-3a
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1-1-32 Kamiminami, Hirano-ku, Osaka 547-0003, Japan