I tried to explain why it doesn't make sense to worry about one chip more or less - the card can only in theory be loaded perfectly up to 100% but almost never in a real world application.
The software controls this automatically and it does a fairly good job, much better than on (well regarded) other systems - one really doesn't need to understand the details to make music with the card.
I know a lot of techie details because it's fun for me, but I really never cared about the DSP control.
Your DSP folder (C:sfpappdsp) contains some 1.200 dsp modules - a device like a mixer is probably built from 30 different ones, a synth from 100, an effect from 20.
Do you really think you can maually allocate those resources better than the system ?
how much time would it take for you to find out the optimal distribution ?
That simple(!) mixer-synth-fx setup is already a mixture of 150 program modules (in 'reality' those boxes that represent the device on screen are built from that many items), a sophisticated project can have 4 times as much...

do you understand now why it simply cannot be loaded perfectly.
if you insist on a chip more, then this 7.5% are less than half of value added tax rate I'd have to pay for that card - it's really nonsense to bother.
As Hubird wrote: have fun with the thing - it's just a great system
cheers, Tom
<font size=-1>[ This Message was edited by: astroman on 2005-08-07 10:45 ]</font>