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Mostly right at the end of the taper where it drops off rapidly. We want it to be flexible for doing live or studio work at a professional level and you definitely can tell the difference between 7 bit and analog on volume control :-). I've not done design specifically with dsp chips and yes it'll be a bit of a learning curve I understand. I'm pretty versed like I say in the realm of getting all the control stuff alligned and I've written midi software in C also in the past btw which may help in that realm when we get there. -bob Jeffrey Larson wrote: > > > But we'll see how much design hassle is involved these days. > > Do you have a good understanding of digital audio software design > and DSP programming? I'll wager that by far the majority of time > you're going to spend on the "product" will be on the software, not > the hardware design. Do not underestimate how hard this is. > > > I've got several people asking me to build a device that will not > only have > > individual outs so that tracks can be mixed in a studio > environment, but > > can *also* be controlled in a performance environment individually > > without midi (ie. perfectly smooth volume transitions etc.) > > Can you elaborate on this? Are you asking for more than the 128 > discrete volume steps that MIDI allows, or are you talking > about "zipper noise" that digital audio sysems can have when > making large volume sweeps without a "smoothing" algorithm? > > I have a hard time believing that in a live performance situation > the audience is going to be able to tell the difference between > 128 volume steps and 16,384. Maybe in the studio under > very accurate listening conditions, but live? > > Jeff > >