REMOTE CONTROL ����������������������������������������� 2
Remote control (CI-V) information ���������������� 2
D CI-V connection ������������������������������������������������ 2D Preparing ���������������������������������������������������������� 2D About the data format ��������������������������������������� 2D Command table ������������������������������������������������ 3D Command formats ������������������������������������������ 16
• Operating frequency ����������������������������������� 16
The transceiver’s operating frequency, mode, VFO and memory selection, can be remotely controlled
using a PC�
The Icom Communications Interface V (CI-V) controls the transceiver�
Connect the transceiver to a PC with a USB cable (User supplied)�
LMake the connection as short as possible� The transceiver may not be recognized by the controller, depending
on the USB cable length�
LWhen connecting to a USB port on your PC with the USB driver installed, USB (A) and USB (B) are named as
“IC-705 Serial Port A (CI-V)” and “IC-705 Serial Port B�”
PC
Right side panel
USB cable
(User supplied)
The required USB driver and driver installation guide
can be downloaded from the Icom web site�
Go to “https://www�icomjapan�com/support/,” and
then click “Firmware / Software�”
LThe download procedure on the web page may be
changed without notice�
To a USB portTo the [microUSB] port
DPreparing
The Icom Communications Interface V (CI-V) is used for remote control�
To control the transceiver, first set its address, data communication speed, and transceive function�
These settings are set in the Set mode (Refer to the IC-705 instruction manual)�
DAbout 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-705OK message to controller
FE FEA4E0CnScData areaFD
FE FE E0A4FBFD
Preamble
code (fixed)
FE FEE0A4CnScData areaFD
Controller’s
Transceiver’s
default address
default address
Command number
BCD code data for
number entry
End of message
(fixed)
code
OK code
Preamble
code (fixed)
Controller’s
Transceiver’s
default address
default address
NG code
FE FE E0A4FAFD
NG message to controllerIC-705 to controller
2
(fixed)
code (fixed)
End of message
(fixed)
Page 4
REMOTE CONTROL
Remote control (CI-V) information
DCommand table
Cmd�
Sub cmd�DataDescription
00See p� 16�Send the frequency data
01See p� 16�Send the mode data (transceive)
02*
03*
04*
05*
06*
1
1
1
2
2
See p� 16�Read the band edge frequencies
See p� 16�Read the operating frequency
See p� 16�Read the operating mode
See p� 16�Set the operating frequency
See p� 16�Set the operating mode
07Select the VFO mode
00Select VFO A
01Select VFO B
A0Equalize VFO A and VFO B
B0Exchange VFO A and VFO B�
2
08*
0000 ~ 0099 Select the Memory channnel
A00000 ~ 0100 Select the Memory group
09Memory write
0AMemory copy to VFO
0BMemory clear
0C*
0D*
1
2
See p� 16�Read frequency offset
See p� 16�Send frequency offset
0E00Cancel the scan
01Start a Programmed/memory scan
02Start a Programmed scan
03
12Start a Fine programmed scan
13
22Start a Memory scan
23Start a Select memory scan
24Start a Mode Select scan
2
Ax*
(x=1 ~ 7)
2
B0*
(transceive)
L When the split frequency
operation is OFF in the Memory
mode or the Call channel mode,
“FA” (NG) is returned�
L When the split frequency
operation is OFF in the Memory
mode or the Call channel mode,
“FA” (NG) is returned�
Send/read the Record Interval setting
( 00=1sec, 01=5sec, 02=10sec,
03=30sec, 04=1min, 05=5min,
06=10min)
Send/read the RMC setting
(00=OFF, 01=ON)
Send/read the GGA setting
(00=OFF, 01=ON)
Send/read the VTG setting
(00=OFF, 01=ON)
Send/read the GSA setting
(00=OFF, 01=ON)
( 00=OFF, 01=30sec, 02=1min,
03=3min, 04=5min, 05=10min,
06=30min)
( 00=100ms, 01=200ms,
02=300ms, 03=500ms)
0000=0% ~ 0255=100%)
(
(00=1 ~ 09=10)
(0000=1 ~ 0255=100)
13
Page 15
REMOTE CONTROL
Remote control (CI-V) information
D Command table
Cmd�
Sub cmd�DataDescription
1A*05 VOX
0359 00 ~ 20Send/read the VOX DELAY setting
0360 00 ~ 03
CD
0361 00/01Send/read the Call Sign Display/
GPS Position
0362 00 ~ 02Send/read the Compass Direction
06See p� 21�Send/read the DATA mode setting
0700/01Send/read the NTP server access
1
08*
09*
00 ~ 02Read NTP server access result
1
00/01Read the OVF indicator status
0A00 ~ 02Send/read the Share Pictures
1
0B*
00/01Read the type of power supply
1B*00See p� 21�
01See p� 21�Send/read the TSQL tone frequency
02See p� 21�
07See p� 22�
1C00*00/01Send/read the transceiver’s status
01*00 ~ 02
02*00/01Send/read the Transmit frequency
1
03*
1E00*
01*
02*
See p� 16�Read the transmit frequency
1
1
See p� 16�Read TX band edge frequencies
1
03*See p� 16�Send/read the user-set TX band
( 00=0�0s ~ 20=2�0s in 0�1s steps)
Send/read the VOICE DELAY setting
( 00=OFF, 01=SHORT,
02=MID, 03=LONG)
Name Display setting
( 00=Call Sign Display,
01=Name Display)
setting
( 00=Heading Up, 01=North Up,
02=South Up)
(00=Terminate, 01=Initiate)
(00= Accessing, or have not
accessed after Power ON,
01=Succeeded, 02=Failed)
(00=OFF, 01=ON)
function status
( 00=OFF, 01=ON, 02=ON (Repeat))
L While transmitting the picture
using the DV Fast Data function,
sends ON even if the status is set
to OFF�
based on the current voltage
( 00=External power supply,
01=Battery pack)
Send/read the Repeater tone frequency
Send/read the DTCS code and polarity
Send/read the CSQL code (DV mode)
(00=RX, 01=TX)
Send/read the Antenna tuner's status
(00=OFF, 01=ON, 02=Tune)
monitor (XFC)
(00=OFF, 01=ON)
Read number of available TX
frequency band
Read number of user-set TX
frequency band
edge frequencies
Cmd�
Sub cmd�DataDescription
1F*00See p� 22�SET > My Station >
Send/read the My Call Sign setting
01See p� 22�CS >
Send/read the UR, R1, R2 setting
02See p� 22�SET > My Station >
Send/read the TX Message setting
7
2000 00*00/01*
Send/read the Auto DV RX Call
signs output
(00=OFF, 01=ON)
01See p� 22�Output DV RX Call signs for
transceive
1
See p� 22�Read Auto DV RX Call signs
02*
01 00*00/01*
7
Send/read the Auto DV RX message
output
(00=OFF, 01=ON)
01See p� 23�Output DV RX message for
transceive
1
See p� 23�Read Auto DV RX message
02*
2002 00*00/01*
7
Send/read the Auto DV RX status
output
(00=OFF, 01=ON)
01See p� 23�Output DV RX status for transceive
1
See p� 23�Read Auto DV RX status
02*
03 00*00/01Send/read the Auto DV RX
GPS/D-PRS data output
(00=OFF, 01=ON)
0100 See p� 23�Output DV RX GPS/D-PRS Position
for transceive
0101 See p� 24�Output DV RX D-PRS Object status
for transceive
0102 See p� 24�Output DV RX D-PRS Item status
for transceive
0103 See p� 25�Output DV RX D-PRS Weather
status for transceive
0200*1See p� 23�Read Auto DV RX GPS/D-PRS
Position status
0201*1See p� 24�Read Auto DV RX D-PRS Object
status
0202*1See p� 24�Read Auto DV RX D-PRS Item
status
0203*1See p� 25�Read Auto DV RX D-PRS Weather
status
04 00*00/01Send/read Auto DV RX GPS/D-PRS
message output
(00=OFF, 01=ON)
01See p� 25�Output DV RX D-PRS message for
transceive
1
See p� 25�Read Auto DV RX D-PRS message
02*
status
21*00See p� 25�Send/read the RIT frequency
0100/01Send/read the RIT setting
(00=OFF, 01=ON)
0200/01
Send/read the ∂TX setting
(00=OFF, 01=ON)
14
Page 16
REMOTE CONTROL
Remote control (CI-V) information
D Command table
Cmd�
Sub cmd�DataDescription
2200See p� 25�Set the DV TX data (Up to 30 byte)
01 00*00/01Set the Auto DV RX data output
01See p� 25�Set the DV RX data for transceive
02*00/01SET > DV Set >
03*00/01SET > DV Set >
04*00/01SET > DV Set >
05*00 ~ 10SET > DV Set >
01*
1
See p� 25�Read the position status
00/01/03
2300*
02*See p� 21�GPS > GPS Set >
2400 00*00/01Send/read TX output power setting
0100/01
25*See p� 26�Send/read the selected or
26*See p� 26�
27*00See p� 26�Read the Scope waveform data
1000/01
1100/01
1200Send/read the Main or Sub scope
1300
140000/
0001
15See p� 27�Send/read the Span setting in the
160001 ~ 0003 Send/read the Edge number setting
170000/
0001
19See p� 27�Send/read the Scope Reference
(00=OFF, 01=ON)
Send/read the DV Data TX setting
(00=PTT, 01=Auto)
DV Fast Data >
Send/read the
Fast Data setting
(00=OFF, 01=ON)
DV Fast Data >
Send/read the GPS Data Speed setting
(00=Slow, 01=Fast)
DV Fast Data >
Send/read the TX Delay (PTT) setting
( 00=OFF, 01=1sec ~ 10=10sec)
GPS > GPS Set >
Send/read the GPS Select setting
(00=OFF, 01=ON, 03=Manual)
Send/read the Manual Position setting
(00=OFF, 01=ON)
Set the TX output power for transceive
(00=OFF, 01=ON)
unselected VFO frequency
Send/read the selected or unselected
VFO’s operating mode and filter
( Only when “Scope ON/OFF status”
(Command: 27 10) and “Scope
data output” (Command: 27 11) are
set to “ON,” outputs the waveform
data to the controller�)
Send/read the Scope ON/OFF status
(00=OFF, 01=ON)
Send/read the Scope wave data output
(00=OFF, 01=ON)
setting
(00=Main (fixed))
Send/read the Single/Dual scope setting
(00=Single (fixed))
Send/read the Scope Center mode
or Fixed mode setting
( 0000=CENTER mode,
0001=FIX mode)
Center mode Scope
in the Fixed mode Scope
Send/read the Scope hold function
ON/OFF status
(0000=OFF, 0001=ON)
level setting
Cmd�
Sub cmd�DataDescription
27*1A0000 ~ 0002 Send/read the Sweep speed setting
(0000=FAST, 0001=MID, 0002=SLOW)
1B00/01SCOPE > SCOPE SET >
Send/read the Scope during Tx
(CENTER TYPE) setting
(00=OFF, 01=ON)
1C00 ~ 02SCOPE > SCOPE SET >
Send/read the CENTER Type
Display setting
( 00=Filter Center,
Carrier Point Center,
1D0000/
1ESee p� 27�Send/read the Scope Fixed edge
0001
01=
Carrier Point Center (Abs� Freq�))
02=
Send/read the Scope VBW setting
(0000=NAR, 0001=WIDE)
frequencies
280000 ~ 08Transmit the Voice TX Memory
( 00=Stop, 01=T1 ~ 08=T8)
*(Asterisk) Send/read data
1
Read only data
*
2
Send only data
*
3
In the CW mode, if the [PTT] or an external TX switch is ON, or the
*
Break-in function is ON, a message will be transmitted as CW code
when you send it from your PC�
4
Sending the power ON command (18 01) turns ON the transceiver
*
when the transceiver is OFF (Standby/Shutdown)�
5
To insert a counter, first clear the other channel’s counter�
*
6
Set at least 1 GPS sentence to ON�
*
Up to 4 GPS sentences can be set to ON at the same time�
7
Output setting is automatically set to OFF after turning OFF the
*
transceiver�
15
Page 17
REMOTE CONTROL
q
we rtyuio!0!1!2
100 Hz
100 kHz
10 kHz
10 MHz
100 MHz
1 Hz digit: 0 ~ 9
100 Hz
100 kHz
10 kHz
10 MHz
100 MHz digit: 0 ~ 4
Separator
Lower edgeHigher edge
Edge number*: 01
qw
e
1
23
45
10 Hz digit: 0
1 Hz digit: 0
1 kHz digit: 0
100 Hz digit: 0
100 kHz digit: 0
10 kHz digit: 0
10 MHz digit: 0
1 MHz digit: 0
1 GHz digit:
100 MHz digit: 0
qw
Remote control (CI-V) information
DCommand formats
• Operating frequency
Command: 00, 03, 05, 1C 03
XXXXX
~ 9
~ 9
~ 9
X
~ 9
~ 9
~ 9
~ 9
XXX0
~ 9
• Operating mode
Command: 01, 04, 06
XXXX
1Operating mode2Filter setting
00:LSB05 : FM01 :FIL1
01:USB06 : WFM02:FIL2
02:AM07 : CW-R03:FIL3
03:CW08 : RTTY-R—
04:RTTY17 : DV—
LFilter setting, (2) can be skipped with command
01 and 06� In that case, “FIL1” is selected with
command 01 and the default filter setting of the
operating mode is automatically selected with
command 06�
• Band edge frequency settings
Command: 02*, 1E 01, 1E 03
(fixed)
• Duplex Offset frequency setting
Command: 0C, 0D
XXX
~ 4
~ 9
X
~ 9
~ 9
~ 9
X0
~ 9
• Codes for CW message contents
Command: 17 (Up to 30 characters)
To send CW messages, use the following
character codes�
CharacterASCII code
0 ~ 930 ~ 39
A ~ Z41 ~ 5A
a ~ z61 ~ 7A
/2F
?3F
�
,
:
2E
2D
2C
3A
L“FF” stops sending CW messages�L“^” is used to transmit a string of characters with no
inter-character space�
CharacterASCII code
’27
(28
)29
=3D
+2B
”22
@40
Space20
X X X
X X X X X X X 0 X 2 D X X X X X X X X 0 X
~ 30
10 Hz digit: 0 ~ 9
~ 9
~ 9
~ 9
~ 9
~ 9
digit: 0
digit: 0
digit: 0
1 kHz digit: 0
1 Hz digit: 0
~ 9
~ 9
digit: 0
1 MHz digit: 0
~ 4
(fixed)
digit: 0
1 GHz digit: (fixed)
* When obtaining the edge number (by command
“02”), the edge number (1) is not returned�
10 Hz digit: 0 ~ 9
1 kHz digit: 0 ~ 9
digit: 0 ~ 9
digit: 0 ~ 9
digit: 0 ~ 9
digit: 0 ~ 9
1 MHz digit: 0 ~ 9
1 GHz digit: (fixed)
16
Page 18
REMOTE CONTROL
3, 41, 25
6 ~ ~
~
~
5
0=Split OFF, 1=Split ON
2=Duplex+
1=TONE
3=DTCS
0=Digital squelch function OFF
1=Digital call sign squelch function ON (DSQL)
2=Digital code squelch function ON (CSQL)
Remote control (CI-V) information
D Command formats
• Memory content
Command: 1A 00
XX X X …… X X X X X X X X X X X 0 X X X X X XX XX XX XX X
X X
~ ~~ ~ 6 ~ ~
X XX XX X
1, 2: Memory group number
0000 ~ 0099: Memory channel group
0100: Call channel group
3, 4: Memory channel numbers
• When Memory channel group is selected,
0000 ~ 0099: 00 ~ 99
• When Call channel group is selected,
0000, 0001: 144 C1, C2
0002, 0003: 430 C1, C2
5: Split and Select memory setting
XX
0=OFF*
1= 1
2= 2
3= 3
* Set 0 for Call channel�
6~: Operating frequency setting
LSee “Operating frequency�” (p� 16)
, : Operating mode setting
LSee “Operating mode�” (p� 16)
X XX XX XX XX XX X
X X …… X X ……………………X XX XX X …… X XX X …… X X
: Digital squelch setting
X0
Fixed
~: Repeater tone frequency setting
~: Repeater tone frequency setting
LSee “Repeater tone/tone squelch frequency setting�”
(p� 21)
NOTE: When sending the contents, the codes,
such as operating frequency and operating
mode*, should be added after the frequency
band code and the register code, as shown
below�
* See 6 ~ on “Memory content�” (p� 17)
1: Frequency band codes
CodeFreq� band
011�91�800000 ~ 1�999999
023�53�400000 ~ 4�099999
0376�900000 ~ 7�499999
04109�900000 ~ 10�499999
0514 13�900000 ~ 14�499999
0618 17�900000 ~ 18�499999
0721 20�900000 ~ 21�499999
0824 24�400000 ~ 25�099999
0928 28�000000 ~ 29�999999
1050 50�000000 ~ 54�000000
11WFM 74�800000 ~ 107�999999
12Air 108�000000 ~ 136�999999
13144 144�000000 ~ 148�000000
14430 420�000000 ~ 450�000000
15GENEOther than above
Frequency range (unit: MHz)
2: Register codes
CodeRegistered number
011 (Display on left side)
022 (Display in center)
033 (Display on Right side)
To read the contents, the register code should be
added after the frequency band code, as shown
below�
Example: When reading the frequency displayed
in the center of the display in the 21
MHz band, use code “0703�”
18
Page 20
REMOTE CONTROL
=M5
=M6
03=M3 07=M7
04=M4 08=M8
……
*The value of the HPF should be smaller than the LPF.
Higher edge
3= 2900 Hz
Lower edge
3= 500 Hz
00=+ direction
1
23
4
Remote control (CI-V) information
D Command formats
• Keyer memory character entries
Command: 1A 02
- Character codes
Character ASCII codeDescription
0 ~ 930 ~ 39Numbers
A ~ Z41 ~ 5ALetters
Space20Word space
/2FSymbol
?3FSymbol
,
�
@
^
*2A
2CSymbol
2ESymbol
40Symbol
5E
Example: to send BT,
enter ^4254
Inserts the contest number
(can be used for 1 channel only)
LInformation
• “FA” (NG) is returned if you insert the content
number in more than 1 channel�
• Spaces after the end of the sentence are not
necessary�
• To clear the Keyer memory contents, send one or
more spaces�
• Keyer memory content
Command: 1A 02
X
X X X
X X
2 ~ : Text data
1: Channel data
01=M1 05
02=M2 06
• AGC time constant settings
Command: 1A 04
Data
00OFFOFF
010�10�3
020�20�5
030�30�8
040�51�2
05
06
07
08
092�54�0
103�05�0
114�06�0
125�07�0
136�08�0
AGC time constant (sec�)
SSB/CW/RTTYAM
0�81�6
1�22�0
1�62�5
2�03�0
• RX HPF/LPF setting for each operating mode
Command: 1A 05 0001, 0004, 0007, 0010,
0015, 0016
X X X X
HPF (Lower edge)
00=Through
01 ~ 20=100 ~ 2000 Hz
LPF(Upper edge)
05 ~ 24=500~2400 Hz
25=Through
• SSB/SSB-DATA transmission passband
width settings
Command: 1A 05 0019 ~ 0022
XX
Lower edge
Higher edge
0= 100 Hz
1= 200 Hz
2= 300 Hz
0= 2500 Hz
1= 2700 Hz
2= 2800 Hz
• IF filter width settings
Command: 1A 03
ModeDataSteps
SSB/CW/RTTY0 ~ 950 ~ 500 Hz (50 Hz)
SSB/CW10 ~ 40 600 Hz ~ 3�6 kHz (100 Hz)
RTTY10 ~ 31600 ~ 2�7 kHz (100 Hz)
AM0 ~ 49200 Hz ~ 10�0 kHz (200 Hz)
• Split offset frequency setting
Command: 1A 05 0046
0XXXX
~ 9
19
0
XX
Direction:
01=– direction
Page 21
REMOTE CONTROL
01=− (minus)
0000 ~ 0255
0000 ~ 0255
0000 ~ 0255
1 kHz: 0
9
100 Hz: 0 (fixed)
100 kHz: 0
10 kHz: 0
10 MHz: 0
1 MHz: 0
1 GHz: 0 (fixed)
100 MHz: 0
1 kHz: 0
100 Hz: 0 (fixed)
100 kHz: 0
10 kHz: 0
10 MHz: 0
1 MHz: 0
1 GHz: 0 (fixed)
100 MHz: 0
1
23456
Lower edgeHigher edge
78
Remote control (CI-V) information
D Command formats
• UTC Offset setting
Command: 1A 05 0170
XXXXXX
Offset time
0000 ~ 1400
Shift direction
00=+ (plus)
• Remote MIC Key setting
Command: 1A 05 0074 ~ 0077
• Color settings
Command: 1A 05 0180, 0181, 0182, 0240,
0242, 0258, 0262, 0263
1
23456
0 X X X 0 X X X 0 X X X
R (Red)
G (Green)
B (Blue)
• Bandscope edge frequency settings
Command: 1A 05 0188 ~ 1A 05 0238
DataFunction
00No function
X 0 X X X X 0 X X 0 X X
X X 0 X
01UP
02DOWN
03UP (VFO: kHz)
~ 9
~
~ 9
~ 9
~ 9
~ 4
~ 9
~ 9
~ 9
~ 9
~ 9
~ 4
04DOWN (VFO: kHz)
05
06
07
08
VOL UP
VOL DOWN
XFC
CALL
09VFO/MEMO
10DR
11FROM/TO (DR)
12Home CH
13BAND/GROUP UP
14BAND/GROUP DOWN
15SCAN
16Temporary Skip
17SPEECH
18MODE
19RF Power
20Voice TX (T1)
21Voice TX (T2)
22Keyer Memory (M1)
23Keyer Memory (M2)
24T-CALL*
25RX>CS
26TS
27MPAD
28SPLIT
29A/B
* Only for European version�
20
Page 22
REMOTE CONTROL
10 degree digit: 0 ~ 9
degree digit
10 minute digit: 0
1 minute digit: 0
minute digit: 0
1 minute digit: 0
1 minute digit: 0
0 (Fixed)
0 (Fixed)
South latitude=0/North latitude=1
0 (Fixed)
degree digit
degree digit
degree digit
10 minute digit: 0
1 minute digit: 0
minute digit: 0
minute digit: 0
1 minute digit: 0
0 (Fixed)
0 (Fixed)
West longitude=0/East longitude=1
LatitudeLongitude
10000 meter digit:
1000 meter digit:
100 meter digit:
10 meter digit:
1 meter digit:
meter digit:
0 (Fixed)
+=0/–=1
Altitude
****
6 ~
~
1 ~ 5
First digitSecond digit
1
23
1
2
00=Data mode OFF*
01=Data mode ON
*
�
100Hz digit: 0
10 Hz digit: 0
1 Hz digit: 0
0�1 Hz digit: 0
Fixed digit: 0*
Fixed digit: 0*
1*
23
*Not necessary when setting a frequency�
1=Reverse
1
23
Remote control (CI-V) information
D Command formats
• Manually entered position data
Command: 1A 05 0286, 0312, 0326,
23 02
∙∙∙∙∙∙∙
X X
∙∙∙∙∙∙∙
2 3 4 5 6 7 8 9
~ 9
~ 9
~ 9
~ 5
~ 9
0�1
0�00
0�0
: 0 ~ 1
100
: 0 ~ 9
10
X X
1
X X X X X X X 0 0 X 0 X X X X X X X X 0 0 X X X X X X X 0 X
: 0 ~ 9
1
X XX X
~ 9
~ 5
~ 9
: 0 ~ 9
1
0�1
X XX X
∙∙∙∙∙∙∙
:
~ 9
~ 9
0�01
0�00
0 ~ 1
0 ~ 9
0 ~ 9
0 ~ 9
0 ~ 9
0 ~ 9
0�1
1 ~ 5: Latitude (dd°mm�mmm format)
6 ~ : Longitude (ddd°mm�mmm format)
~ : Altitude (0�1 meter steps)
* When reading the contents with no altitude, sends
, , , and as “FF�”
* When sending the contents with no altitude, set ,
• DV MY call sign setting
Command: 1F 00
Set your own call sign and note of up to 12
characters�
See “Character’s code of the call sign�”
9
8
X XX X X X X X X X X X
∙∙∙∙∙∙∙∙
1
1 ~ 8: Your own call sign setting (8 characters)
9 ~ : Note setting (4 characters)
• DV TX call signs setting (24 characters)
Command: 1F 01
Set “UR,” “R1,” and “R2” call signs of 8
characters (fixed)�
See “Character’s code of the call sign�”
• DV TX message setting
Command: 1F 02
Set the transmit message of up to 20 characters�
See “Codes for character entries�” (p� 18)
“FF” stops sending or reading messages�
∙∙∙∙∙∙∙∙
X X
• DV RX call sign data
Command: 20 0001, 0002
XXXX
X XXX X XXXX XX X
∙∙∙∙∙∙
~ ~
∙∙∙∙∙∙
X X
X X
∙∙∙∙∙∙
X XX X
1: Header flag data (First byte)
DataDescription
bit7(0: Fixed)—
bit6(0: Fixed)—
bit5(0: Fixed)—
bit40/10=Voice, 1=Data
bit30/10=Direct, 1=Through repeater
bit20/10=No Break-in, 1=Break-in
bit10/10=Data, 1=Control
bit00/10=Normal, 1=EMR
2: Header flag data (Second byte)
Data
bit2 bit1 bit0
111Repeater control
110Send auto acknowledge
101(Not used)
100Request to re-transmit
011Send acknowledge
010Receive no reply
001Repeater disabled
000NULL
Description
3 ~ : Call sign of the caller station
(8 characters, fixed)
~ : Note of the caller station
(4 characters, fixed)
~ : Call sign of the called station
(8 characters, fixed)
~ :
Call sign of the access/area repeater (R1)
(8 characters, fixed)
~ :
Call sign of the link/gateway repeater (R2)
(8 characters, fixed)
See “Codes for character entries�” (p� 18)
LFF: When no call sign is received since the
transceiver power was turned ON�
∙∙∙∙∙∙
22
Page 24
REMOTE CONTROL
1~ ~ ~
JM1ZLK calling from
JP1YIU port A...
JM1ZLK calling from
JP1YIU port A...
JM1ZLK calling from
JM1ZLK calling from
YOUR STATION
1 ~ 9
~
Remote control (CI-V) information
D Command formats
• DV RX message
Command: 20 0101, 0102
∙∙∙∙∙∙
X X
∙∙∙∙∙∙
X X
X XXXXXX X
1 ~ : Message (20 characters)
~ :
Call sign of the caller station (8 characters)
~ : Note of the caller station (4 characters)
See “Codes for character entries�” (p� 18)
LFF: When no call sign is received since the
transceiver power was turned ON�
Example: When a Gateway call is received
JM1ZLK calling from
JM1ZLK calling from
JP1YIU port A...
CALLED
JP1YIU port A...
RXRPT2
GW
RXRPT1
INTERNET
INTERNET
JP1YIU port A...
JP1YIU port A...
CALLER: Caller’s call sign
CALLED: Called station call sign
RXRPT1: Call sign of the repeater that was
accessed by the caller station
LIf it was a call through a gateway and the
internet, this item displays the gateway
call sign of the repeater you received the
call from�
RXRPT2: Call sign of the repeater you received
the call from
• DV RX Status setting
Command: 20 0201, 0202
DataFunctionDescription
bit70(Fixed)—
While receiving a digital voice
bit6 0/1
bit5 0/1
bit4 0/1
bit3 0/1
bit2 0/1
Receiving a
voice call
Last call
finisher
Receiving a
signal
Receiving a
BK call
Receiving a
EMR call
Receiving a
bit1 0/1
signal other
than DV
bit0 0/1
Packet loss
status
signal, select “1�”
( Regardless of DSQL and
CSQL setting)
When the last call was finished
by you, select “1�”
When the audio tone can be
heard, select “1�”
While receiving a BK call,
select “1�”
While receiving a EMR call,
select “1�”
, : Symbol (2 ASCII characters (00h ~ EFh))
~ : Latitude (dd°mm�mmm format)
~ : Longitude (ddd°mm�mmm format)
~ : Altitude (0�1 meter steps)
, : Course (1 degree steps)
~ : Speed (0�1 km/h steps)
~ : Date (UTC: yyyymmddHHMMSS)
( y: Year, m: Month, d: Day,
H: Hour, M: Minute, S: Second)
~ : See the table below�
Power Height Gain Directivity
Data(W)(m/ft)(dB)(deg)
003/100Omni-direction
116/20145° NE
2412/40290° E
3924/803135° SE
41649/1604180° S
52598/3205225° SW
636195/6406270° W
749390/12807315° NW
864780/25608360° N
9811561/51209—
L The item, that is not contained the received data, is filled
with “FF�”
L FF: No signal has been received since the power was
turned ON�
23
Page 25
REMOTE CONTROL
~
1 ~ 9
~
1 ~ 9
Remote control (CI-V) information
D Command formats
• GPS/D-PRS data (Continued)
Object
Command: 20 03 0101, 0201
X XX X
0 1
Data number
X XX X
~
X XX X
X X
∙∙∙∙∙∙
~
∙∙∙∙∙∙
∙∙∙∙∙∙
X XX X
X X X X
X XX X
~
∙∙∙∙∙∙
X XX X
X XX X
~
∙∙∙∙∙∙
~
∙∙∙∙∙∙
X X
∙∙∙∙∙∙
X X X X
X X X X X X
1 ~ 9: Call sign/SSID
(9 ASCII characters (A ~ Z, 0 ~ 9, /, -, space))
, : Symbol (2 ASCII characters (00h ~ EFh))
~ : Latitude (dd°mm�mmm format)
~ : Longitude (ddd°mm�mmm format)
~ : Altitude (0�1 meter steps)
, : Course (1 degree steps)
~ : Speed (0�1 km/h steps)
~ : Date (UTC: yyyymmddHHMMSS)
( y: Year, m: Month, d: Day,
H: Hour, M: Minute, S: Second)
~ : See the table below�
Power Height Gain Directivity
Data(W)(m/ft)(dB)(deg)
003/100Omni-direction
116/20145° NE
2412/40290° E
3924/803135° SE
41649/1604180° S
52598/3205225° SW
636195/6406270° W
749390/12807315° NW
864780/25608360° N
9811561/51209—
~ : Name
(9 ASCII characters (00h ~ EFh))
: Type (1= Live, 0= Killed)
L The item, that is not contained the received data, is filled
with “FF�”
L FF: No signal has been received since the power was
turned ON�
Item
Command: 20 03 0102, 0202
X XX X
0 2
Data number
X XX X
X XX
X XX X
∙∙∙∙∙∙
~
∙∙∙∙∙∙
~
∙∙∙∙∙∙
~
∙∙∙∙∙∙
X X X X
X XX X
X X
X
X X
X XX X
∙∙∙∙∙∙
~
∙∙∙∙∙∙
X X X X X X
X X X X
1 ~ 9: Call sign/SSID
(9 ASCII characters (A ~ Z, 0 ~ 9, /, -, space))
, : Symbol (2 ASCII characters (00h ~ EFh))
~ : Latitude (dd°mm�mmm format)
~ : Longitude (ddd°mm�mmm format)
~ : Altitude (0�1 meter steps)
, : Course (1 degree steps)
~ : Speed (0�1 km/h steps)
~ : See the table below�
Power Height Gain Directivity
Data(W)(m/ft)(dB)(deg)
003/100Omni-direction
116/20145° NE
2412/40290° E
3924/803135° SE
41649/1604180° S
52598/3205225° SW
636195/6406270° W
749390/12807315° NW
864780/25608360° N
9811561/51209—
~ : Name
(9 ASCII characters (00h ~ EFh))
: Type (1= Live, 0= Killed)
L The item, that is not contained the received data, is filled
with “FF�”
L FF: No signal has been received since the power was
turned ON�
24
Page 26
REMOTE CONTROL
~
1 ~ 9
~
~
(Variable length)
10 Hz: 0
100 Hz: 0 ~ 9
1 Hz: 0
1 kHz: 0 ~ 9
01: – (minus)
1 ~
(Variable length)
1~ 5
6~
~
Remote control (CI-V) information
D Command formats
• GPS/D-PRS data (Continued)
Weather
Command: 20 03 0103, 0203
X XX X
0 3
Data number
X XX X
X XX X X X
X X
∙∙∙∙∙∙
~
∙∙∙∙∙∙
X X X X
X X X X
X XX X
~
X XX X
X X X X
X XX X
~
∙∙∙∙∙∙
∙∙∙∙∙∙
X XX X
∙∙∙∙∙∙
X X X X X X
X X X X X X
~
∙∙∙∙∙∙
1 ~ 9: Call sign/SSID
(9 ASCII characters (A ~ Z, 0 ~ 9, /, -, space))
, : Symbol (2 ASCII characters (00h ~ EFh))
~ : Latitude (dd°mm�mmm format)
~ : Longitude (ddd°mm�mmm format)
~ : Date (UTC: yyyymmddHHMMSS)
( y: Year, m: Month, d: Day,
H: Hour, M: Minute, S: Second)
, : Wind direction (1 degree steps)
, : Wind speed (0�1 m/s steps)
, : Gust speed (0�1 m/s steps)
~ : Temperature (0�1°C steps)
: Temperature (0= + degree, 1= – degree)
, : Rainfall (0�1 mm steps)
, : Rainfall (24 hours) (0�1 mm steps)
, : Rainfall (Midnight) (0�1 mm steps)
, : Humidity (1% steps)
~ : Barometric pressure (0�1 hPa steps)
L The item, that is not contained the received data, is filled
with “FF�”
L FF: No signal has been received since the power was
turned ON�
• GPS/D-PRS message
Command: 20 0401, 0402
1
9
• • •• • •
X XX XX XX X
1 ~ 9: Call sign/SSID
(9 ASCII characters (A ~ Z, 0 ~ 9, /, -, space))
~ : Message
(Up to 43 ASCII characters (00h ~ EFh))
L FF: No signal has been received since the power was
L“FA” to “FF” are entered after converted to “FF 0A”
to “FF 0F” automatically� Up to 60 Byte data can be
entered in this case�
• DV RX data (transceive)
Command: 22 0101
1 ~ : RX data (Up to 30 Byte)
L“FA” to “FF” are entered after converted to “FF 0A”
to “FF 0F” automatically� Up to 60 Byte data can be
entered in this case�
• MY position data
Command: 23 00
X XX X
∙∙∙∙∙∙∙∙∙∙∙∙∙∙
X XX X
X XX X
~
X XX X
∙∙∙∙∙∙∙∙∙∙∙∙∙∙
X XX X
∙∙∙∙∙∙∙
~
X XX X
1 ~ 5: Latitude (dd°mm�mmm format)
6 ~ : Longitude (ddd°mm�mmm format)
~ : Altitude (0�1 meter steps)
, : Course (1 degree steps)
~ : Speed (0�1 km/h steps)
~ : Date (UTC: yyyymmddHHMMSS)
( y: Year, m: Month, d: Day,
H: Hour, M: Minute, S: Second)
25
Page 27
REMOTE CONTROL
Operating frequency
00=Selected VFO
01=Unselected VFO
2Data mode setting
Filter setting
00=Selected VFO
01=Unselected VFO
Remote control (CI-V) information
D Command formats
• Selected or unselected VFO frequency settings
Command: 25
X X X X X X X X X X X X
See “Operating frequency�” (p� 16)
LWhen using the DR function, the transceiver returns
“FA” (NG) because these cannot be set to 01�
• When VFO A is selected
00=frequency of VFO A changes
01=frequency of VFO B changes
• When VFO B is selected
00=frequency of VFO B changes
01=frequency of VFO A changes
• Selected or unselected VFO’s operating
mode and filter settings
Command: 26
Both data and filter settings can be skipped�
In that case, “DATA OFF” and the default filter
setting of the operating mode is automatically
selected�
XXXXXXXX
1Operating mode setting
LWhen using the DR function, the transceiver returns
“FA” (NG) because these cannot be set to 01�
• When VFO A is selected
00 = operating mode of VFO A changes
01 = operating mode of VFO B changes
• When VFO B is selected
00 = operating mode of VFO B changes
01 = operating mode of VFO A changes
1 Operating mode
setting
00:LSB05:FM00: Data mode OFF 01:FIL1
01:USB06:WFM01: Data mode ON 02:FIL2
02:AM07:CW-R—03:FIL3
03:CW08:RTTY-R——
04:RTTY17:DV——
2 Data mode
setting
3
3 Filter
setting
• Scope waveform data
Command: 27 00
Outputs the waveform data to the controller�
1234567
������
X XX X0 0X XX XX XX X
X X
1: 00 (Fixed)
2 Order of division data (Current): 01~11
Division number (Maximum): 01(WLAN), 11(USB)
3
LWhen data is sent to the controller using
the WLAN function, all data is sent together�
However, when the data is sent through the
[microUSB] port, the data is divided by 11 and
sent in sequential order�
LThe 1st data sends only the wave information
(1 ~ 6) without the waveform data (7)� The
2nd or later data sends the minimum wave
information (1 ~ 3) with waveform data (7)�
4 Center or Fixed mode data:
• 00 = Center mode scope
• 01 = Fixed mode scope
5 Waveform information:
The waveform information is different between
the Center mode and the Fixed mode�
• In the Center mode:
Center frequency and span are sent�
See page 16 for Operating frequency data,
and the Scope span settings to the right�
• In the Fixed mode:
Lower edge and higher edge frequencies are
sent See page 27 for Scope Fixed edge
frequency settings 3 ~ �
6 Out of range information:
• 00 = In range
• 01 = Out of range
LIf the scope data is out of range, the waveform
data (7) is omitted�
7 Waveform data:
The transceiver outputs the drawn waveform
data� The data range or data length of the
waveform data is judged by the controller�
(The data range is basically the same as the
display size of the scope on the controller�)