I used to have a TX816, but programjming it was a bitch. I probably would have kept it if it would have had knobs. I even toyed with the idea of building a huge panel with knobs to control all the parameters. What I'm suggesting is not a DX7 on a chip. What I'm suggesting is a single voice DX7 spread across 8 or 10 modules, with the ability to patch into any point in the algorithm with a control or audio frequency signal, and the ability to patch (as sort of an insert) in filters and other processors into the chain. Imagine running that hard, sterile DX7 sound through a 440 or a 420, not just at the output, but at any point in the process. Imagine being able to lag process the frequency control of some operators, but not others in the same patch. Now maybe the same thing would be better realized by building fully analog oscillators capable of through zero FM, and DX7 style envelope generators. But since the DX7 voices are DCOs and DEGs anyway, using a digital implementation would seem to be the way to go.
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Re: Update (DX7 on a chip)
2005-02-11 by paulhaneberg
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