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Cmd. Sub cmd.

Data

Description

1A* 05 0090

00 or 01

SET > QSO/RX Log > RX History Log

(00=OFF, 01=ON)

0091

00 to 02

SET > QSO/RX Log > CSV Format >  

Separator/Decimal

( 00=Separator is “ , ” and Decimal is “ . ,” 

01=Separator is “ ; ” and Decimal is “ . ,” 

02=Separator is “ ; ” and Decimal is “ , ”)

0092

00 to 02

SET > QSO/RX Log > CSV Format > Date

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

02=“dd/mm/yyyy”)

0093

00 or 01

SET > Connectors > External P.AMP > 144M

(00=OFF, 01=ON)

0094

00 or 01

SET > Connectors > External P.AMP > 430M

(00=OFF, 01=ON)

0095

00 or 01

SET > Connectors > External P.AMP > 1200M

(00=OFF, 01=ON)

0096

00 or 01

SET > Connectors >  

External Speaker Separate

(00=Separate, 01=Mix)

0097

00 to 30

SET > Connectors > Phones > Level

(00=–15 dB to 30=+15 dB)

0098

00 to 02

SET > Connectors > Phones > L/R Mix

(00=Separate, 01=Mix, 02=Auto)

0099

00 or 01

SET > Connectors > ACC AF/IF Output > 

AF/SQL Output Select

(00=MAIN, 01=SUB)

0100

00 or 01

SET > Connectors > ACC AF/IF Output >  

Output Select

(00=AF, 01=IF)

0101 0000 ~ 0255 SET > Connectors > ACC AF/IF Output > 

AF Output Level

(0000=0% to 0255=100%)

0102

00 or 01

SET > Connectors > ACC AF/IF Output >  

AF SQL

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

0103

00 or 01

SET > Connectors > ACC AF/IF Output >  

AF Beep/Speech... Output

(00=OFF, 01=ON)

0104 0000 ~ 0255 SET > Connectors > ACC AF/IF Output >  

ACC IF Output Level

(0000=0% to 0255=100%)

0105

00 or 01

SET > Connectors > USB AF/IF Output >  

Output Select

(00=AF, 01=IF)

0106 0000 ~ 0255 SET > Connectors > USB AF/IF Output >  

AF Output Level

(0000=0%, 0255=100%)

0107

00 or 01

SET > Connectors > USB AF/IF Output >  

AF SQL

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

0108

00 or 01

SET > Connectors > USB AF/IF Output >  

AF Beep/Speech... Output

(00=OFF, 01=ON)

0109 0000 ~ 0255 SET > Connectors > USB AF/IF Output >  

IF Output Level

(0000=0%, 0255=100%)

0110

00 or 01

SET > Connectors > LAN AF/IF Output >  

Output Select

(00=AF, 01=IF)

0111

00 or 01

SET > Connectors > LAN AF/IF Output >  

AF SQL

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

0112 0000 ~ 0255 SET > Connectors > MOD Input > ACC MOD 

Level

(0000=0% to 0255=100%)

0113 0000 ~ 0255 SET > Connectors > MOD Input > USB MOD 

Level

(0000=0% to 0255=100%)

0114 0000 ~ 0255 SET > Connectors > MOD Input > LAN MOD 

Level

(0000=0% to 0255=100%)

0115

00 ~ 05

SET > Connectors > MOD Input >  

DATA OFF MOD

( 00=MIC, 01=ACC, 02=MIC,ACC, 03=USB, 

04=MIC,USB, 05=LAN)

0116

00 ~ 05

SET > Connectors > MOD Input >  

DATA MOD

( 00=MIC, 01=ACC, 02=MIC,ACC, 03=USB, 

04=MIC,USB, 05=LAN)

Cmd. Sub cmd.

Data

Description

1A* 05 0117

00 or 01

SET > Connectors >  

ACC SEND Output > 144M

(00=OFF, 01=ON)

0118

00 or 01

SET > Connectors >  

ACC SEND Output > 430M

(00=OFF, 01=ON)

0119

00 or 01

SET > Connectors >  

ACC SEND Output > 1200M

(00=OFF, 01=ON)

0120

00 to 04

SET > Connectors > USB SEND/Keying >  

USB SEND

( 00=OFF, 01=USB(A) DTR, 02=USB(A) RTS, 

03=USB(B) DTR, 04=USB(B) RTS)

( You cannot select the same setting for USB 

keying (CW) or USB keying (RTTY).)

0121

00 to 04

SET > Connectors > USB SEND/Keying >  

USB Keying (CW)

( 00=OFF, 01=USB(A) DTR, 02=USB(A) RTS, 

03=USB(B) DTR, 04=USB(B) RTS)

( You cannot select the same setting for USB 

SEND.)

0122

00 to 04

SET > Connectors > USB SEND/Keying >  

USB Keying (RTTY)

( 00=OFF, 01=USB(A) DTR, 02=USB(A) RTS, 

03=USB(B) DTR, 04=USB(B) RTS)

( You cannot select the same setting for USB 

SEND.)

0123

00 or 01

SET > Connectors > USB SEND/Keying >  

Inhibit Timer at USB connection

(00=OFF, 01=ON)

0124

00 or 01

SET > Connectors > External Keypad >  

VOICE

(00=OFF, 01=ON)

0125

00 or 01

SET > Connectors > External Keypad >  

KEYER

(00=OFF, 01=ON)

0126

00 or 01

SET > Connectors > External Keypad >  

RTTY

(00=OFF, 01=ON)

0127

00 or 01

SET > Connectors > CI-V > CI-V Transceive

(00=OFF, 01=ON)

0128 0000  ~  0223                       SET > Connectors > CI-V > CI-V USB/

LAN→REMOTE Transceive Address

(0000=00h to 0223=DFh in Hexadecimal)

0129

*

1

00 or 01

SET > Connectors > CI-V > CI-V USB Port

( 00=Link to [REMOTE], 01=Unlink to [REMOTE])

0130

00 or 01

SET > Connectors > CI-V >  

CI-V USB Echo Back

(00=OFF, 01=ON)

0131

00 or 01

SET > Connectors > CI-V >  

CI-V DATA Echo Back

(00=OFF, 01=ON)

0132

00 to 02

SET > Connectors > CI-V >  

USB (B)/DATA Function > USB (B) Function

(00=OFF, 01=RTTY Decode, 02=DV Data)

0133

00 to 04

SET > Connectors > CI-V >  

USB (B)/DATA Function > DATA Function

( 00=OFF, 01=RTTY Decode, 02=DV Data, 

03= GPS/Weather, 04= CI-V)

0134

00 or 01

SET > Connectors > CI-V >  

USB (B)/DATA Function > GPS Out

(00=OFF, 01=DATA→USB (B))

0135

00 or 01

SET > Connectors > CI-V >  

USB (B)/DATA Function >  

DV Data/GPS Out Baud Rate

( 00=4800bps,  01=9600bps)

0136

00 to 03

SET > Connectors > CI-V >  

USB (B)/DATA Function >  

RTTY Decode Baud Rate

( 00=4800bps,  01=9600bps,   

02=19200bps, 03=38400bps)

0137

00 or 01

SET > Network > DHCP (Valid after Restart)

(00=OFF, 01=ON)

0138  0000000000 

000001 ~  

0255025502 

550254

SET > Network > IP Address (Valid after 

Restart)

( 0000000000000001=0.0.0.1 to 0255025502

550254=255.255.255.254)

( Valid when the DHCP (Valid after Restart) is 

set to OFF.)

 

D

Command table (Continued)

Remote control

7

Summary of Contents for IC-9700

Page 1: ...CI V REFERENCE GUIDE 9700 VHF UHF ALL MODE TRANSCEIVER...

Page 2: ...Table of contents 1 1 Remote control 2 Remote control CI V information 2 D D CI V connection 2 D D Preparing 3 D D About the data format 3 D D Command table 4 D D Command formats 13...

Page 3: ...procedure on the web page may be changed without notice L Make the connection as short as possible The transceiver may not be recognized by the controller depending on the USB cable length The option...

Page 4: ...s Controller to IC 9700 IC 9700 to controller FE FE A2 E0 Cn Sc Data area FD Preamble code fixed Transceiver s default address Controller s default address Command number see the command table Sub com...

Page 5: ...g step 00 OFF 10 Hz or 1 Hz 01 100 Hz 02 500 Hz 03 1 kHz 04 5 kHz 05 6 25 kHz 06 10 kHz 07 12 5 kHz 08 20 kHz 09 25 kHz 10 50 kHz 11 100 kHz 11 00 Send read attenuator OFF setting 10 Send read 10 dB a...

Page 6: ...01 ON D D Command table Continued Cmd Sub cmd Data Description 17 3 See p 10 Send CW messages 18 00 Turn OFF the transceiver 01 4 Turn ON the transceiver 19 1 00 Read the transceiver ID 1A 00 See pp 1...

Page 7: ...SPEECH 00 OFF 01 ON 0055 00 or 01 SET Function SPEECH S Level SPEECH 00 OFF 01 ON D D Command table Continued Cmd Sub cmd Data Description 1A 05 0056 00 or 01 SET Function SPEECH MODE SPEECH 00 OFF 0...

Page 8: ...C 02 MIC ACC 03 USB 04 MIC USB 05 LAN Cmd Sub cmd Data Description 1A 05 0117 00 or 01 SET Connectors ACC SEND Output 144M 00 OFF 01 ON 0118 00 or 01 SET Connectors ACC SEND Output 430M 00 OFF 01 ON 0...

Page 9: ...Display RX Position Indicator 00 OFF 01 ON 0162 00 to 02 SET Display RX Position Display 00 OFF 01 ON Main Sub 02 ON Main Only Cmd Sub cmd Data Description 1A 05 0163 00 to 04 SET Display RX Position...

Page 10: ...Color Receive 0236 See p 16 RTTY DECODE SET Font Color Transmit 0237 00 or 01 RTTY DECODE LOG Decode Log 00 OFF 01 ON 0238 00 or 01 RTTY DECODE LOG Log Set File Type 00 Text 01 HTML D D Command table...

Page 11: ...00 to 09 GPS GPS TX Mode D PRS TX Format Object Gain 00 0 dB to 09 9 dB 0290 00 to 08 GPS GPS TX Mode D PRS TX Format Object Directivity 00 Omni 01 45 NE 02 90 E 03 135 SE 04 180 S 05 225 SW 06 270 W...

Page 12: ...monitor XFC 00 OFF 01 ON 03 1 See p 13 Read the transmit frequency Cmd Sub cmd Data Description 1E 00 1 Read number of available TX frequency band 01 1 See p 13 Read TX band edge frequencies 02 1 Read...

Page 13: ...N port regardless of those settings You cannot use the REMOTE terminal regardless of those settings Cmd Sub cmd Data Description 27 00 See p 24 Read the Scope waveform data Only when Scope ON OFF stat...

Page 14: ...digit 0 9 10 MHz digit 0 9 1 MHz digit 0 9 LOnly the 1200 MHz band can input 10 MHz digits Band edge frequency settings Command 02 1E 01 1E 03 q X X X w e r t y u i o 0 1 2 X X X X X X X X X 2 D X X X...

Page 15: ...selected and DUP can be set when other than DD mode is selected 4 Digital squelch setting X 0 4 0 Digital squelch function OFF 1 Digital call sign squelch function ON DSQL 2 Digital code squelch func...

Page 16: ...0202 Codes for character entries Command 1A 00 1A 05 0144 0151 0182 0259 0279 0281 0293 0316 1A 05 0262 1A 05 0265 1A 05 0268 1A 05 0271 Character codes Letters and Numbers Character ASCII code Chara...

Page 17: ...1A 05 0001 0004 0007 0010 0013 0014 X X X X The value of the HPF should be smaller than the LPF HPF Lower edge 00 Through 01 20 100 2000 Hz LPF Upper edge 05 24 500 2400 Hz 25 Through Color settings...

Page 18: ...mat y 1 Longitude ddd mm mmm format 2 5 Altitude 0 1 meter steps When reading the contents with no altitude sends 2 3 4 and 5 as FF When sending the contents with no altitude set 2 3 4 and 5 to FF Unp...

Page 19: ...h function OFF 1 Digital call sign squelch function ON DSQL 2 Digital code squelch function ON CSQL Fixed 3 5 Repeater tone frequency setting 6 8 Tone squelch frequency setting See Repeater tone tone...

Page 20: ...X X X X X X X X X X X o 2 q i q i Your own call sign setting 8 characters o 2 Note setting 4 characters DV TX call signs setting 24 characters Command 1F 01 Set UR R1 and R2 call signs of 8 character...

Page 21: ...e of the caller station 4 characters See Codes for character entries p 15 LFF When no call sign is received since the transceiver power was turned ON Example When a Gateway call is received RXRPT2 RXR...

Page 22: ...560 8 360 N 9 81 1561 5120 9 L The item that is not contained the received data is filled with FF LFF No signal has been received since the power was turned ON Object Command 20 03 0101 0201 X X X X X...

Page 23: ...e the power was turned ON Weather Command 20 03 0103 0203 X X X X X X X X X X 10 11 X X X X 12 16 X X X X 17 22 X X X X 23 29 30 31 32 0 3 X X X X 1 9 X X 33 X X X X 34 35 X X X X X X X X 39 40 41 42...

Page 24: ...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 See Operating...

Page 25: ...ion 00 In range 01 Out of range If the scope data is out of range the waveform data u is omitted u Waveform data The transceiver outputs the drawn waveform data The data range or data length of the wa...

Page 26: ...kHz digit 0 9 10 MHz digit 0 9 1 MHz digit 0 9 1 GHz digit 0 1 100 MHz digit 0 4 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...

Page 27: ...1 1 32 Kamiminami Hirano ku Osaka 547 0003 Japan A7508 3EX 2019 Icom Inc Mar 2019...

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