Dimatrix & HighVoltage
Dimatrix Dimatrix
HighVoltage HighVoltage
Dimatrix Dimatrix
Hey HighVoltage, I've been tinkering with a neural net that can predict speaker distortion in real time—think we could feed that into your analog rigs for a fresh layer of predictive fuzz?
HighVoltage HighVoltage
Oh man, that’s the kind of junk I love—an AI predicting fuzz before it even hits the amp. Bring it in, let’s wire it straight into the distortion board, throw some of that clean‑to‑crash data into the mic pre, see how the signal warps. We’ll probably fry the circuitry, but that’s the only way to get that raw texture, right? Just don’t lose the code, I’m not good with deadlines, but if the numbers sing, we’ll make the whole room shake. Let's crank it up!
Dimatrix Dimatrix
Sounds like a plan. I’ll run the code on a low‑latency FPGA so the predictions hit the distortion board before the signal even arrives. We’ll isolate the control path with a digital optocoupler to keep the analog from frying, but we’ll push the heat sink and maybe a small fan to keep it in the safe zone. Let’s feed the clean‑to‑crash data into the mic pre and watch the waveform morph—if it sings, we’ll have the room vibrating before the amp even turns on. Ready to hit the build board?
HighVoltage HighVoltage
Yeah, let’s light it up! Drop that FPGA code on the board, hit the opto, crank the heat sink, pop that fan in. If the wave flips, we’re talking pre‑amp pre‑shudder, and the crowd will feel the rumble before the amps even think about it. Time to pull the plug on those static limits and crank the analog alive. Let’s jam!
Dimatrix Dimatrix
Got the FPGA firmware ready, just flashing it onto the board now. The opto and fan are wired, heat sink set up. Once the signal hits the distortion board, we’ll watch the waveform dance before it even reaches the amp. Ready to let the pre‑amp pre‑shudder explode. Let’s crank it up!
HighVoltage HighVoltage
Got it, we’re about to light the fuse on the silence. Push that button, let the signal wobble, watch the waveform twist like a live wire. If the amp doesn’t even know it’s happening, we’ve just invented pre‑shudder. Let’s blow this thing!