Radios and Peripherals

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Elecraft

For best performance with DXLog your radio needs to have the most recent firmware.
Firmware releases can be found on Elecraft's firmware web site.

K2

The recommended CAT interface setting is 4800bps, 8 bit, no parity, 1 stop bit, and 300ms polling interval.

For SO2V operation the menu option Options|Interface specific options|Use SPLIT command in SO2V technique should be disabled.

Per Elecraft recommendations, the option "Do not poll radio during TX" in DXLog's radio settings should be checked.

KX2, KX3, K3, and K4

The recommended CAT interface setting is 38400bps, 8 bit, no parity, 1 stop bit, and 300ms polling interval.

Per Elecraft recommendations, the option "Do not poll radio during TX" in DXLog's radio settings should be checked.

For SO2V operation with K3 or K4 without sub receiver, KX2, or KX3 the menu option
Options|Interface specific options|Use SPLIT command in SO2V technique should be disabled.

For K3 or K4 with a sub receiver, this option should be enabled. Sub receiver control is supported.
For more information, see Operating techniques.

When recording voice messages for the internal voice keyer on KX2 and KX3, recording must be started by pressing the
XMIT button on the radio but can be completed by pressing ESC on the computer's keyboard.

To make the CW side tone or transmitted audio available for the contest recorder on a K3 and K4 (e.g. routed via an SO2R controller)
you need to select LIN OUT from the menu, press 2, and then set the transmit monitor level there.

For K3 and K4 radios with sub receiver, coherent diversity operation is supported. It can either be enabled/disabled by pressing
[Ctrl][-] or [Ctrl][Keypad Subtract] or with a long press on the radio's SUB button.
Diversity is indicated with a DIV icon below in the "seven segment" frequency counter in
the radio/band map window.

FlexRadio

Since FlexRadio uses a completely virtual serial port, port speed has no meaning.
A polling interval of 200ms will give a good user experience.

Keyboard RIT is supported but only on VFO A.

In the radio settings panel the option Control FlexRadio DAX on Phone will allow the use
of DXLog's internal DVK in remote operation when DAX is used for the microphone signal.
With this option enabled, DAX is switched on at the beginning of playback and then switched
off at the end.

For a much improved user experience, enable Focus Helper in the Radio Setup panel.
This will return focus to DXLog after interacting with SmartSDR.

Flexfocus.png


SO2V operation

The option Options|Interface specific options|Use SPLIT command in SO2V technique should be enabled.

Make sure to select SO2V and disable "Auto Switch TX slice" for all interfaces in the
CAT setup panel as shown below. If this is not done, slice B will be closed down when not focused
and transmission will always be on slice A.

"Subreceiver" on/off control is supported.


Flexso2vcat.png

ICOM

For best performance with DXLog your radio needs to have the most recent firmware.
Firmware releases can be found on ICOM's firmware web site.

For radios listed below but with old firmware, chose IC-7000 but use the radio model's correct CI-V address.
This may also be necessary when using outdated equipment that rely on information on the CI-V interface,
such as power amplifiers or band decoders. The radio model's default CI-V address is displayed in the text
box "ICOM CI-V address (hex)" in the radio settings panel when the radio model is selected.

IC-7300, IC-7610, IC-7850, IC-7851, and IC-9700

Even if you are using a station controller such as a microHAM MK2R+ you will get a better user experience if you
let DXLog control the radio directly via the high speed USB interface. (The station controller should however
still be connected to the radio's "REMOTE" connector for correct band and mode decoding.)

In DXLog's radio settings, select the relevant COM port, chose 100ms polling interval and set the interface to
115200bps, 8 bits, no parity and 1 stop bit.

If you for some reason want to use a low interface speed, the ICOM CI-V mode option in the radio
set up will offer you a better user experience. To use this, you must also set CI-V Transceive
to ON in the radio's settings.

Due to limitations in ICOM's CI-V protocol, changes in VFO selection made using the radio's controls on
IC-7300 and IC-9700 will not be correctly recognized by DXLog.

On the radio, go to the CI-V menu by selecting:
MENU->SET->Connectors->CI-V
Then set
CI-V Transceive = ON (Optional)
CI-V USB Port = Unlink from [REMOTE]
CI-V USB Baud Rate = 115200
CI-V USB Echo Back = OFF

For SO2V operation the menu option Options|Interface specific options|Use SPLIT command in SO2V technique
should be disabled for IC-7300 and IC-9700. It should be enabled for IC-7610, IC-7850, and IC-7851.

With this option enabled, sub receiver and VFO knob focus control are supported. For more information, see
Operating techniques. Please note that if sub receiver and VFO knob focus control
is used with a low CI-V speed (e.g. 19200bps) the polling interval will have to be increased to about 400ms to
secure responsiveness when switching focus in DXLog. This is to make sure sufficient CI-V bus bandwidth is available
for the commands.

The internal voice keyer is supported but only for playback. Recording has to be done using the radio's recording menu.
All eight voice keyer memories in the radio are supported and available from function keys [F1] through [F7].
The eighth voice keyer memory is accessible via the $PBINS macro.

NB. ICOM CI-V is a semi-duplex protocol that both transmits and receives using a single line.
Using CI-V Transceive = ON together with polling and lower speeds with a basic USB-to-serial interface
may create message collisions causing DXLog's CAT driver to briefly pause while recovering from the collision.
This is not an error. This will however not happen when using the radio's own USB interface or a protocol-aware
serial interface, such as a microHAM keyer/controller.

The radio's default setting is to not include CW side tone or transmit audio in the radio's audio output.
For e.g. recording a contest, this needs to be activated.

When using the built-in USB sound card:

SET -> Connectors -> USB AF/IF Output -> AF Beep/Speech... Output = ON

When using the ACC connector (e.g. when routing audio through an SO2R controller)

SET -> Connectors -> ACC AF/IF Output -> AF Beep/Speech... Output = ON

Coherent diversity ("Tracking") is supported on IC-7610, IC-7850, and IC-7851. It can either be enabled/disabled from
the keyboard with [Ctrl][-] or [Ctrl][Keypad Subtract] or by a long press on the radio's MAIN/SUB button.
Diversity is indicated with a DIV icon below in the "seven segment" frequency counter in the radio/band
map window.

NB. On ICOM radios, RIT is not supported in diversity mode. Coherency is lost when the RIT is adjusted.
However, with DXLog RIT is supported. DXLog will automatically adjust the sub VFO to the same
frequency as the main VFO with RIT offset.

IC-705

The IC-705 lacks a traditional, serial CI-V interface. The two options for logger control are via a virtual COM port either via USB or Bluetooth.

Since both the USB and Bluetooth COM ports are virtual, they speed setting is ignored. However, since the latency in
the Bluetooth interface is considerable it is important to not chose too short a polling period. Above 200ms is a good number.

Due to limitations in ICOM's CI-V protocol, changes in VFO selection made using the radio's controls
will not be correctly recognized by DXLog.

When using USB, select the relevant COM port, chose 100ms polling interval and set the interface to
115200bps, 8 bits, no parity and 1 stop bit. Enabling "Transceive" also when not using "ICOM CI-V mode" in
the radio settings will improve the user experience somewhat.

For SO2V operation the menu option Options|Interface specific options|Use SPLIT command in SO2V technique
should be disabled.

The internal voice keyer is supported but only for playback. Recording has to be done using the radio's recording menu.
All eight voice keyer memories in the radio are supported and available from function keys [F1] through [F7].
The eighth voice keyer memory is accessible via the $PBINS macro.

The radio's default setting is to not include CW sidetone or transmit audio in the radio's audio output.
For e.g. recording a contest, this needs to be activated. C.f. the above section for instructions.

IC-7600, IC-7700, and IC-7800

Use the highest available speed on the CI-V interface (19200bps, 8 bits, no parity, 1 stop bit).
A suitable polling interval is 400ms at 19200bps. Longer at lower speeds.

As a rule, CI-V Transceive should be disabled in the radio's set up menu.

However, by enabling it and checking the Use ICOM CI-V mode option in the radio set up you will get a
much better user experience at low CAT interface speeds. Be aware, however, that since DXLog is not polling the
radio in this mode, changes to RIT, SPLIT, and VFO selection made on the radio's controls will not be recognized by DXLog.

The menu option Options|Interface specific options|Use SPLIT command in SO2V technique
should be enabled for SO2V operation with IC-7800 and disabled for IC-7600 and IC-7700.

With this option enabled, sub receiver and VFO knob focus control are supported. For more information, see Operating techniques.

Since the radio lacks the ability to control the internal voice keyer via CI-V, it is not supported.

Older ICOM

Use the highest available speed on the CI-V interface. 400ms polling interval is recommended at 19200bps, longer at lower speeds.

As a rule, CI-V Transceive should det set to OFF in the radio's menu.

Alternatively, and for a better user experience, check Use CI-V mode in DXLog's radio settings and set CI-V Transceive to ON.

Due to limitations in ICOM's CI-V protocol, changes in VFO selection or RIT made using the radio's controls are not recognized by DXLog.

SO2V operation is supported, with some limitations, since older versions of the CI-V protocol does not support direct access of VFO B.

At start up, or when resetting interfaces, VFO B is set to the same frequency and mode as VFO A. This is by design.

Kenwood

For best performance with DXLog your radio needs to have the most recent firmware.
Firmware releases can be found on Kenwood's firmware web site.

TS-2000

Use the highest reliable speed on the CAT interface (19200ps, 8 bits, no parity, 1 stop bit).
A suitable polling interval is 300ms.

For SO2V operation, Options|Interface specific options|Use SPLIT command in SO2V technique should be disabled.

The internal voice keyer is supported but only for playback.

Different mode on VFO A and VFO B is not supported.

TS-480SAT and TS-480HX

Use the highest reliable speed on the CAT interface (up to 115200bps, 8 bits, no parity, 1 stop bit).
A suitable polling interval is 200ms.

For SO2V operation, Options|Interface specific options|Use SPLIT command in SO2V technique should be disabled.

The internal voice keyer is supported but only for playback.

Different mode on VFO A and VFO B is not supported.

TS-590S

Preferably use the USB CAT interface at the highest available speed (115200bps, 8 bits, no parity, 1 stop bit).
A suitable polling interval is 200ms.

For SO2V operation, Options|Interface specific options|Use SPLIT command in SO2V technique should be disabled.

The internal voice keyer is supported but only for playback.

Different mode on VFO A and VFO B is not supported.

TS-890S

Preferably use the USB CAT interface at the highest available speed (115200bps, 8 bits, no parity, 1 stop bit).
A suitable polling interval is 200ms.

For SO2V operation, Options|Interface specific options|Use SPLIT command in SO2V technique should be disabled.

The internal voice keyer is supported but only for playback.

TS-990S

Preferably use the USB CAT interface at the highest available speed (115200bps, 8 bits, no parity, 1 stop bit).
A suitable polling interval is 200ms.

For SO2V operation, Options|Interface specific options|Use SPLIT command in SO2V technique should be enabled.

Subreceiver control is supported.

The internal voice keyer is supported but only for playback.

Older Kenwood

Use the generic driver called "Kenwood".

Use the highest available speed on the CAT interface. A suitable polling period at 4800bps is 500ms.

For SO2V operation, Options|Interface specific options|Use SPLIT command in SO2V technique should be disabled.

Depending on radio model, the internal voice keyer may be supported. If so, only for playback.

Lab599

For best performance with DXLog your radio needs to have the most recent firmware.
Firmware releases can be found on Lab599's web site.

Discovery TX-500

Select 9600bps, 8 data bits, no parity, and one stop bit. A suitable polling interval is 300ms.

For SO2V operation, Options|Interface specific options|Use SPLIT command in SO2V technique should be disabled.

Keyboard RIT is not supported.

microHAM

Make sure to always use the latest version of the USB Device Router which can be downloaded from microHAM's website.

This will also contain the latest firmware for your microHAM devices.

PTT lead time

The PTT lead time set in DXLog is only active for COM-port keying. For Winkey keying, the PTT
lead time must be set in the keyer's PTT tab in microHAM device router.
This is even if "allow logger control" is checked in device router's CW/WinKey panel.

WinKey

When using WinKey keying, the WinKey chip will do all the necessary PTT management and COM-port PTT should not be used.

RTTY FSK

Even modern radios with built-in virtual COM ports only have only one COM-port for FSK keying.
This means SO2V RTTY is not really possible.

However, using a microHAM keyer such as MK2R+ you have two virtual COM ports for FSK which means it is possible.

NB. Disable "Stuff" for the FSK COM-port in the USB Device Router's Ports tab or your transmission may be distorted.

Footswitch

Although DXLog supports multiple uses for a footswitch connected to a COM-port, one connected to a microHAM keyer
can only serve as PTT. This is a deliberate limitation in the microHAM device router and can not be changed.

With TX Lock enabled in DXLog's microHAM configuration panel, DXLog will recognize up to two footswitches
together with WinKey break in status. This can either be used for interlock/inband operation or just for
visual feedback using the Options|Log|Show border on TX menu option.

In SO1R, footswitch 1 is PTT. In SO2V, footswitch 1 is PTT for the focused "radio". In SO2R footswitch 1 is
PTT for radio 1 and footswitch 2 is PTT for radio 2. By design, footswitch 2 can not be used in SO1R and SO2V.

Ten-Tec

For best performance with DXLog your radio needs to have the most recent firmware.
Firmware releases can be found on Ten-Tec's web site.

Eagle

From the user's manual:

"Even though the EAGLE’s physical interface is USB, it utilizes a USB to UART serial driver for applications.
This means that computer applications will connect to a virtual “comm port”. You will need to setup the
“comm port” with specific settings. For the EAGLE, this is as follows: 57600bps, 8 data bits, no parity, 1 stop bit.
Flow Control – (Xon/Xoff or RTS or none work on different computers).
Since this is a virtual comm port, the driver takes care of the actual implementation of the hardware flow control.

It is recommended that RTS flow control be utilized in order to maintain flow of commands/queries into the EAGLE.
This will help prevent the loss of command/query bytes in case the virtual UART in the EAGLE gets filled up before
it can be emptied. Otherwise, data may get lost when sending streams of commands to the EAGLE."

Yaesu

For best performance with DXLog your radio needs to have the most recent firmware.
Firmware releases can be found on Yaesu's web site.

FT-817ND, 818, 847, 857D, and 897

Use the highest available speed on the CAT interface (38400bps or 57600bps, 8 bits, no parity, 2 (TWO) stop bits).
A suitable polling interval is 300ms.

For SO2V operation, Options|Interface specific options|Use SPLIT command in SO2V technique should be disabled.

VFO B control is supported by DXLog but due to limitations in the radios' CAT protocol changes in VFO selection or
split status made using the radio's controls will not be recognized by DXLog.

FT-1000 and FT-1000D

Use the highest available speed on the CAT interface. (At 4800bps a suitable polling interval is 500ms.)

Note that the CAT interface uses 2 (TWO) stop bits.

For SO2V operation, Options|Interface specific options|Use SPLIT command in SO2V technique should be enabled.

Subreceiver control is not supported.

The internal voice keyer is not supported.

FT-1000MP and FT-1000MKV

Use the highest available speed on the CAT interface. (At 4800bps a suitable polling interval is 500ms.)

Note that the CAT interface uses 2 (TWO) stop bits.

For SO2V operation, Options|Interface specific options|Use SPLIT command in SO2V technique should be enabled.

Subreceiver control is supported.

The internal voice keyer is not supported.

FT-450D

Use the highest available speed on the CAT interface (38400bps, 8 bits, no parity, 2 (TWO) stop bits).
A suitable polling interval is 100ms.

For SO2V operation, Options|Interface specific options|Use SPLIT command in SO2V technique should be disabled.

The internal voice keyer is supported for both recording and playback.

FTDX1200 and FTDX3000

Use the highest available speed on the CAT interface (38400bps, 8 bits, no parity, 2 (TWO) stop bits).
A suitable polling interval is 200ms.

For the FTDX3000 the USB CAT interface is strongly recommended.

For SO2V operation, Options|Interface specific options|Use SPLIT command in SO2V technique should be disabled.

The internal voice keyer is supported but only for playback.

FTDX5000

Use the highest available speed on the CAT interface (38400bps, 8 bits, no parity, 2 (TWO) stop bits).
A suitable polling interval is 200ms.

For SO2V operation, Options|Interface specific options|Use SPLIT command in SO2V technique should be enabled.

With this option enabled, sub receiver control is supported. For more information, see Operating techniques.

The internal voice keyer is supported but only for playback.

FT-991 and FT-991A

Use the highest available speed on the CAT interface (38400bps, 8 bits, no parity, 2 (TWO) stop bits).
A suitable polling interval is 100ms.

For SO2V operation, Options|Interface specific options|Use SPLIT command in SO2V technique should be disabled.

Due to limitations in the radio's CAT command repertoire, VFO switching is implemented using swapping of the VFO values.
This means that VFO A will always be selected on the radio, also when VFO B is selected in DXLog.

The internal voice keyer is supported but only for playback.

FTDX101D

Use the highest available speed on the CAT interface (38400bps, 8 bits, no parity, 2 (TWO) stop bits).
A suitable polling interval is 200ms.

Using the virtual COM port via USB is recommended.

For SO2V operation, Options|Interface specific options|Use SPLIT command in SO2V technique should be enabled.

With this option enabled, sub receiver control is supported. For more information, see Operating techniques.

The internal voice keyer is supported both for playback and recording.

Coherent diversity is supported. It can either be enabled/disabled from the keyboard with [Ctrl][-] or [Ctrl][Keypad Subtract] or with a long press
on the radio's SYNC button. Diversity is indicated with a DIV icon right below in the "seven segment" frequency counter in the radio/band map window.

FTDX10

NB. Due to the newness of the radio model and lack of access, DXLog's driver is in an experimental state.

Use the highest available speed on the CAT interface (38400bps, 8 bits, no parity, 2 (TWO) stop bits).
A suitable polling interval is 200ms.

For SO2V operation, Options|Interface specific options|Use SPLIT command in SO2V technique should be disabled.

The internal voice keyer is supported but only for playback.