T
trashcan-man
New member
Sorry robin, I didn't mean this as a slam against you or
Carillon - but us electronic musicians are a pretty technical bunch.
Okay - overclocking bad idea for a company to promote.
I just want a little extra jam so I add in that extra reverb unit.
For years we had to deal with 2x16 LCD displays to control
100 paramters on sound modules. We hooked up midi, analog cables, spdif for years.
We've been buying modules from Roland, EMU, Alesis - costing fortunes. All I'm saying is we should
be doing it for $600 a pop for a 100% programmable systems.
That fact that you can fit 173 audio channels on Firewire is not the point. The point is it cost 70 bucks (in hardware). Some computers come stock with this interface. (Sony VAIO) Why do I have to buy another card for TDIF, ADAT, SPDIF, LMNOP-DIF. If these are audio 'standards' why are there so many of them?
That is why these things are complex - trying to get all
these standards to work together, both from software development point of view, and from a user trying to figure out what all the jacks and cables are for.
XC - I want the 1 firewire cable to replace all the SPDIF, and analog cables - not to hook up a drive. I might have 8 channels of digital audio running out of the Duron box running Samplitude, Gigasampler etc into my mixing box running Cakewalk. Note, I should be able to run as many programs on the Duron box as I have CPU to do so. When I run out, I slap down another $600 dollars and buy the next flavour of Duron (maybe its 2 GHz by this time). Note there are no MIDI cables either, the control also runs over firewire. After all, MIDI is what? 21.25 kbits? eeks! that doesn't even put a dent in 400 MBit channel.
Carillon - but us electronic musicians are a pretty technical bunch.
Okay - overclocking bad idea for a company to promote.
I just want a little extra jam so I add in that extra reverb unit.
For years we had to deal with 2x16 LCD displays to control
100 paramters on sound modules. We hooked up midi, analog cables, spdif for years.
We've been buying modules from Roland, EMU, Alesis - costing fortunes. All I'm saying is we should
be doing it for $600 a pop for a 100% programmable systems.
That fact that you can fit 173 audio channels on Firewire is not the point. The point is it cost 70 bucks (in hardware). Some computers come stock with this interface. (Sony VAIO) Why do I have to buy another card for TDIF, ADAT, SPDIF, LMNOP-DIF. If these are audio 'standards' why are there so many of them?
That is why these things are complex - trying to get all
these standards to work together, both from software development point of view, and from a user trying to figure out what all the jacks and cables are for.
XC - I want the 1 firewire cable to replace all the SPDIF, and analog cables - not to hook up a drive. I might have 8 channels of digital audio running out of the Duron box running Samplitude, Gigasampler etc into my mixing box running Cakewalk. Note, I should be able to run as many programs on the Duron box as I have CPU to do so. When I run out, I slap down another $600 dollars and buy the next flavour of Duron (maybe its 2 GHz by this time). Note there are no MIDI cables either, the control also runs over firewire. After all, MIDI is what? 21.25 kbits? eeks! that doesn't even put a dent in 400 MBit channel.