Guys, I'm rather new to electronics, so could you please give me some directions?
I basically have got an application and a hardware modular synth. I want to parse some Control Voltages (CV) to control my software with. Ideally, I would like to use a lot of CV, but I can't really see where the bottleneck is going to be.
Ideally, I'd like to have 64 simultaneous inputs or so. Would that be possible to achieve while having lower sampling rate? I target 60 fps, but could manage with 30 or even lower with some kind of interpolation. I could also tolerate latency, if it's going to be constant. The data may be fairly compressed if necessary, but I'd still want at least 8bit. With these constraints, would something close to what I want be possible?
I don't consider existing audio-cards/interfaces like Expert Sleepers since I need a more general solution for more inputs and don't need it to be so high-end.
I basically have got an application and a hardware modular synth. I want to parse some Control Voltages (CV) to control my software with. Ideally, I would like to use a lot of CV, but I can't really see where the bottleneck is going to be.
Ideally, I'd like to have 64 simultaneous inputs or so. Would that be possible to achieve while having lower sampling rate? I target 60 fps, but could manage with 30 or even lower with some kind of interpolation. I could also tolerate latency, if it's going to be constant. The data may be fairly compressed if necessary, but I'd still want at least 8bit. With these constraints, would something close to what I want be possible?
I don't consider existing audio-cards/interfaces like Expert Sleepers since I need a more general solution for more inputs and don't need it to be so high-end.