There's a roughly similar project called pi-rc that uses a wire plugged into one of the GPIO slots to control RC cars whose receivers take commands at 28Mhz. I forked that project to make pi-bose to be able to control my old Bose stereo, whose remote operates at the same frequency.
That code has been faulty lately (probably because my pi3B+ is just getting old/slow). For awhile, it was working briefly after a reboot, but now it never seems to work.
Since your project seems adjustable in terms of frequency, I'm wondering if I can use it to take over control of my stereo. I also have another device called a Switcheroo that operates at 900Mhz that would be nice to be able to control.
Does your software have a way to transmit on/off code (like, modulating between frequencies) the way pi-rc did?
Hi,
There's a roughly similar project called pi-rc that uses a wire plugged into one of the GPIO slots to control RC cars whose receivers take commands at 28Mhz. I forked that project to make pi-bose to be able to control my old Bose stereo, whose remote operates at the same frequency.
That code has been faulty lately (probably because my pi3B+ is just getting old/slow). For awhile, it was working briefly after a reboot, but now it never seems to work.
Since your project seems adjustable in terms of frequency, I'm wondering if I can use it to take over control of my stereo. I also have another device called a Switcheroo that operates at 900Mhz that would be nice to be able to control.
Does your software have a way to transmit on/off code (like, modulating between frequencies) the way pi-rc did?