Welcome to the FlexRadio Community! Please review the new Community Rules and other important new Community information on the Message Board.
Need the latest SmartSDR or 4O3A Genius Product Software?
SmartSDR v4.1.3 and the SmartSDR v4.1.3 Release Notes
SmartSDR v3.10.15 and the SmartSDR v3.10.15 Release Notes
The latest 4O3A Genius Product Software and Firmware
SmartSDR v4.1.3 and the SmartSDR v4.1.3 Release Notes
SmartSDR v3.10.15 and the SmartSDR v3.10.15 Release Notes
The latest 4O3A Genius Product Software and Firmware
If you are having a problem, please refer to the product documentation or check the Help Center for known solutions.
Need technical support from FlexRadio? It's as simple as Creating a HelpDesk ticket.
Need technical support from FlexRadio? It's as simple as Creating a HelpDesk ticket.
Split VFO not holding settings
Lasse Moell
Member ✭✭
While having split enabled and TX on VFO B, changing band and then returning will have both VFO active but TX is magically moved back to VFO A. A bit annoying as I have ended up transmitting on wrong frequency. Not sure if this is a bug or done on purpose...
Running s/w version 1.10.15
Running s/w version 1.10.15
0
Comments
-
On purpose. Change bands removes the "split" transmitter designation off of B and back to A. This is the default behavior of PowerSDR too.0
-
I was going to ask the exact same question. It is annoying as I have also found myself transmitting on A when I return to the split band. I've gotten more than a few angry messages from some folks yelling "Up Up!"
My feeling is it should return to the previous state that it was when you return to the split band and B should be set to TX
2 -
But why is it done like that? What is the advantage of the system changing the TX split configuration? Doesn't it make more sense to return to the configuration that was in place when you return to the band? What is the purpose of the change?
0 -
It is the slightly lesser than 2 evils situation because it complies with our premise of making transmit function under positive user control after a radio state change.
For example, you are in split and operating. Then you change bands and operate someone else in simplex mode (a radio state change). You may not change bands back to the original band you were working split for a while. You change back and persistence makes slice B the transmitter. Since you did not directly control the state of the transmitter, you forget that the transmitter is on a different slice and end up QRMing a different frequency.
The transmitter is put on the active slice after a band change to prevent the possibility of QRM. If you want to operate split again, the operator has to make a change to the transmitter state (an example of a positive user control operation). There is a use case for leaving it in split mode too, but as I noted, this is the slightly lesser than 2 evils compromise.0
Leave a Comment
Categories
- All Categories
- 371 Community Topics
- 2.1K New Ideas
- 629 The Flea Market
- 8.2K Software
- 93 SmartSDR+
- 6.4K SmartSDR for Windows
- 182 SmartSDR for Maestro and M models
- 424 SmartSDR for Mac
- 270 SmartSDR for iOS
- 255 SmartSDR CAT
- 190 DAX
- 381 SmartSDR API
- 9.3K Radios and Accessories
- 35 Aurora
- 246 FLEX-8000 Signature Series
- 7.2K FLEX-6000 Signature Series
- 937 Maestro
- 54 FlexControl
- 863 FLEX Series (Legacy) Radios
- 917 Genius Products
- 460 Power Genius XL Amplifier
- 334 Tuner Genius XL
- 123 Antenna Genius
- 294 Shack Infrastructure
- 206 Networking
- 451 Remote Operation (SmartLink)
- 144 Contesting
- 782 Peripherals & Station Integration
- 139 Amateur Radio Interests
- 996 Third-Party Software

