I've been wondering about this. Since music is developing into digital systems, and most music is made by computers, I wanted to do the same.
I play guitar, and this industry is also developing into computer procesing, but the problem (I think) is that if you want to play live, you probably are going to be stugling with latency (unless you spend a lot of money in equipment) because a CPU is not the best in signal-procesing (in "real" time). I thought that this problem could dissapear if I have an audio interface programmed on a FPGA, AND on this same FPGA I could load (with VHDL of course, or verilog) the sound-processing plug-ins, instead of loading this plug-ins on the CPU of my PC.
I would appreciate any opinion or thought about this. So, the main question is, getting a cheaper audio-interface where I can load any plug-in with almost no latency and good quality too.
If this developes in a good way, I'll consider to do my degree project about this.
Thanks in advance.
I play guitar, and this industry is also developing into computer procesing, but the problem (I think) is that if you want to play live, you probably are going to be stugling with latency (unless you spend a lot of money in equipment) because a CPU is not the best in signal-procesing (in "real" time). I thought that this problem could dissapear if I have an audio interface programmed on a FPGA, AND on this same FPGA I could load (with VHDL of course, or verilog) the sound-processing plug-ins, instead of loading this plug-ins on the CPU of my PC.
I would appreciate any opinion or thought about this. So, the main question is, getting a cheaper audio-interface where I can load any plug-in with almost no latency and good quality too.
If this developes in a good way, I'll consider to do my degree project about this.
Thanks in advance.