I have been trying to run the "pistar-mmdvmcal" command on my RPI 3 B+ and DVMEGA dual band board to set the RxOffset and I am running into a "board not supported" error.
Am I missing something obvious; does the jumper wire need to be in place just to use "pistar-mmdvmcal" or is the DVMEGA truly not compatible with the "pistar-mmdvmcal" routine?
I am running:
Pi-Star:4.1.0-RC6
DVMEGA - HR3.26
This is the output I see from SSH:
pi-star@pi-star(rw):~$ sudo pistar-mmdvmcal
Stopping Pi-Star Services...
Killing any remaining MMDVMHost processes...
MMDVMHost: no process found
MMDVMHost_NoOLED: no process found
MMDVMHost_Adafruit: no process found
Starting Calibration...
Version: 1, description: DVMEGA HR3.26
Board not supported
Starting Pi-Star Services...
Finnished...
pi-star@pi-star(ro):~$
Any advice would be appreciated.
pistar-mmdvmcal - board not supported
Re: pistar-mmdvmcal - board not supported
KE7FNS Can you elaborate on this?
I upgraded the firmware a while ago to fix the Icom deviation problem. Is this upgrade what took me away from the 'original MMDVM firmware'?
What's the difference between the MMDVM and a DVMega, I thought they were the same until I read your reply.
I upgraded the firmware a while ago to fix the Icom deviation problem. Is this upgrade what took me away from the 'original MMDVM firmware'?
What's the difference between the MMDVM and a DVMega, I thought they were the same until I read your reply.
Re: pistar-mmdvmcal - board not supported
No, dvmega is not a MMDVM modem.
Dvmega firmware is not MMDVM firmware.
MMDVMhost was written for use with MMDVM modems.
With support added for the dvmega.
MMDVMcal (pistar-cal) works with MMDVM modems (MMDVM firmware)
Andrew M1DNS, (Mod)
Dvmega firmware is not MMDVM firmware.
MMDVMhost was written for use with MMDVM modems.
With support added for the dvmega.
MMDVMcal (pistar-cal) works with MMDVM modems (MMDVM firmware)
Andrew M1DNS, (Mod)
Andrew M1DNS.
Pi-star Admin Team.
Pi-star Admin Team.
Re: pistar-mmdvmcal - board not supported
That's like asking, "What's the difference between a Windows PC and a Mac?" Both are computers that run software, but that doesn't mean they're the same.
There are several different main categories of radio/modem boards (for example, MMDVM-based, DVMEGA, openSPOT). Each category uses its own firmware. Both the MMDVM-based radio/modem boards and DVMEGA radio/modem boards can use the Pi-Star dashboard, despite the fact that they run different firmware (the openSPOT has its own dashboard and doesn't work with Pi-Star).
MMDVMCal is a software utility that was written for radio/modem boards that use MMDVM-based firmware. It won't work with the DVMEGA or the openSPOT. It's similar to the CPS programs that we all use to program the codeplugs for our digital radios: they'll run on a Windows PC, but not on a Mac.
73, Toshen, KE0FHS
Playing with Pi-Star (unofficial notes about setting up and using Pi-Star):
https://amateurradionotes.com/pi-star.htm
Playing with Pi-Star (unofficial notes about setting up and using Pi-Star):
https://amateurradionotes.com/pi-star.htm
Re: pistar-mmdvmcal - board not supported
When you put it in those terms I guess I thought mmdvm was the firmware on a DVMega.
I now understand they are different hardware devices.
Is there any other way to determine offsets, other than the trial and error method for a DVMega? I just purchased a Rigol DSO5104 and I am eager to use it for practical applications in the shack.
I now understand they are different hardware devices.
Is there any other way to determine offsets, other than the trial and error method for a DVMega? I just purchased a Rigol DSO5104 and I am eager to use it for practical applications in the shack.
Re: pistar-mmdvmcal - board not supported
I'm not aware of any other way to do it with a DVMEGA. I've actually never had to do it with my two DVMEGA boards. But I have used the manual method with other boards, and found it easy and relatively quick. One thing: don't worry about the BER unless it's above 1%. And if you do the fine tuning and get it down to 0.5% or less, you're golden.
In case it's helpful, here are instructions for the manual method:
https://amateurradionotes.com/pi-star-n ... #tuningber
In case it's helpful, here are instructions for the manual method:
https://amateurradionotes.com/pi-star-n ... #tuningber
73, Toshen, KE0FHS
Playing with Pi-Star (unofficial notes about setting up and using Pi-Star):
https://amateurradionotes.com/pi-star.htm
Playing with Pi-Star (unofficial notes about setting up and using Pi-Star):
https://amateurradionotes.com/pi-star.htm