Yes of course . The second cam is fully functional OpenIPC air unit. You can attach telemetry to its UART or use its USB to connect additional hardware.
How did you made the local network between the two cameras? Just directly peer to peer wired eth connection and fixed IPs? Or did you had to add a ETH switch between the two?
Sheeeesh the progress of openIPC is insane! Thanks again for making these videos!
Why AR9271? I thought rtl8812au was best?
That looks like a lot of fun!
Wow, excellent !
Awesome - thanks Tipo
do you still need RX and TX on the client camera or can you use just the LAN interface.
Yes of course . The second cam is fully functional OpenIPC air unit. You can attach telemetry to its UART or use its USB to connect additional hardware.
@@tipoman9317 dang. I was hoping i could use just the lan interface. I have a spare 338q nor but the pads are ripped off.
Is there any possibility with image stablization?
Great. Does native openipc firmware support this dual camera feature? I want to build this system myself.
Yes, it is supported, though you may need to configure the scripts on the cams to fit your specific setup.
How did you made the local network between the two cameras? Just directly peer to peer wired eth connection and fixed IPs? Or did you had to add a ETH switch between the two?
Fixed IPs, direct connection. The cable is shown at the end of the video.
@@tipoman9317 did you crossed the rx,tx wires? or rx to rx, tx to tx for each pair?
Are you transmitting hd video using a usb wifi device over 8 kilometers in real time?
8km is easy. Video is FullHD.
@@tipoman9317 how much transmitter power does it use? that little usb device can't be outputting a lot of power, but it still works over 8km?
@@chrisalexthomas I use additional power amplifier. The adapter can do up to a km with decent antennas
@@tipoman9317 do you have any website or project docs on GitHub where you document this? It’s soooooooooo interesting!