General questions on capabilities
Posted: Fri Sep 08, 2023 5:50 pm
I understand that the answer may depend on software/hardware combinations, but I figured I'd ask anyway.
My primary portable is P25. However the DMR network is much more expansive.
What I'd like to do is multi-fold.
1. Have GPS hooked up to the Pistar/hotspot and report to APRS-IS servers.
2. Be able to take GPS encoded P25 packets from portable that's transmitted through hotspot to APRS-IS servers.
3. Be able to use P25 portable bridged to DMR. Eg Hotspot tx/rx P25 but is on DMR talkgroups, and be able to dynamically change them, so if I transmit on TG 1234 using P25 that it knows to route to TG 1234 on Brandmeister (or whatever current servers are) effectively patching local DMR repeaters to P25 portable, when actively linked.
4. Scanning of multiple talkgroups from server side, and retransmit those TGs to the portable based on a priority list. The portable supports 'talkback' scan, so any TG it receives, it can select between replying on THAT talkgroup, or the selected talkgroup, much like voting.
5. Being able to connect to multiple servers simultaneously, or
6. Barring #5, have multiple Pi-star set ups on same freq, albeit connected to different servers, that will be smart enough to not TX on a busy frequency. Eg hotspot 1 is transmitting from Server 1, so hotspot 2 that's connected to server 2 sees a busy channel and doesn't TX blindly.
What, if any of that, is currently possible, with minimal coding?
Any suggestions on SBC/HAT that would accomplish the above? I was looking at the OrangePi zero 3, since there's an existing build for it, and it's sitting around the $30-50 price point, but am definitely open to options. I am a little concerned about the horsepower that it has though, being a basic board.
All the Chinese options out there with no documentation and poor implementation and no FW upgrading seems to be something I want to avoid.
My primary portable is P25. However the DMR network is much more expansive.
What I'd like to do is multi-fold.
1. Have GPS hooked up to the Pistar/hotspot and report to APRS-IS servers.
2. Be able to take GPS encoded P25 packets from portable that's transmitted through hotspot to APRS-IS servers.
3. Be able to use P25 portable bridged to DMR. Eg Hotspot tx/rx P25 but is on DMR talkgroups, and be able to dynamically change them, so if I transmit on TG 1234 using P25 that it knows to route to TG 1234 on Brandmeister (or whatever current servers are) effectively patching local DMR repeaters to P25 portable, when actively linked.
4. Scanning of multiple talkgroups from server side, and retransmit those TGs to the portable based on a priority list. The portable supports 'talkback' scan, so any TG it receives, it can select between replying on THAT talkgroup, or the selected talkgroup, much like voting.
5. Being able to connect to multiple servers simultaneously, or
6. Barring #5, have multiple Pi-star set ups on same freq, albeit connected to different servers, that will be smart enough to not TX on a busy frequency. Eg hotspot 1 is transmitting from Server 1, so hotspot 2 that's connected to server 2 sees a busy channel and doesn't TX blindly.
What, if any of that, is currently possible, with minimal coding?
Any suggestions on SBC/HAT that would accomplish the above? I was looking at the OrangePi zero 3, since there's an existing build for it, and it's sitting around the $30-50 price point, but am definitely open to options. I am a little concerned about the horsepower that it has though, being a basic board.
All the Chinese options out there with no documentation and poor implementation and no FW upgrading seems to be something I want to avoid.