Description
I have a TCS Video 6-pin TCS:BUS system at home and would like to make it fully available over the network. Am an experienced FPGA Engineer and have some experience with PCB design. It would be cool to collaborate on this as it's a huge task from decoding the composite V1 V2 video channel to make it actually usable via smart phones.
What I found out so far is that the V1 V2 ist a 100Ohm terminated differential composite video signal. My personal take on the project would be to use an off the shelf op-amp + composite decoder feed the digital signal into an FPGA where it could be compressed and send it through ethernet or wifi to an app.
The existing doorman ESP32 might just be good enought bandwidth wise but I have no expirience with that.
It would be cool if we could manage to make signal calls to get around making our own app.
Is that of interest?
Description
I have a TCS Video 6-pin TCS:BUS system at home and would like to make it fully available over the network. Am an experienced FPGA Engineer and have some experience with PCB design. It would be cool to collaborate on this as it's a huge task from decoding the composite V1 V2 video channel to make it actually usable via smart phones.
What I found out so far is that the V1 V2 ist a 100Ohm terminated differential composite video signal. My personal take on the project would be to use an off the shelf op-amp + composite decoder feed the digital signal into an FPGA where it could be compressed and send it through ethernet or wifi to an app.
The existing doorman ESP32 might just be good enought bandwidth wise but I have no expirience with that.
It would be cool if we could manage to make signal calls to get around making our own app.
Is that of interest?