How much processing power do CW cards contain?
Just out of pure curiosity, how much processing power does one Sharc processor contain compared to todays computers?
Lets say you could try to run your CW software on a purely native basis, how fast of a processor would you need run all your devices and effects?
How long will it take untill CW dsp cards become obsolete? I mean, personal computers only get faster and faster, and better and better stuff can already be run with just a computer. (just look on Propellerheads and their Reason system for example)
Sorry if Im rambling but theses are just random things I ponder sometimes.
This is in no way an anti Creamware post, its just something that interests me.
Lets say you could try to run your CW software on a purely native basis, how fast of a processor would you need run all your devices and effects?
How long will it take untill CW dsp cards become obsolete? I mean, personal computers only get faster and faster, and better and better stuff can already be run with just a computer. (just look on Propellerheads and their Reason system for example)
Sorry if Im rambling but theses are just random things I ponder sometimes.
This is in no way an anti Creamware post, its just something that interests me.
An eye for an eye, and soon the whole world is blind.
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Considering how 'old' the technology is on the Pulsar cards and how 'powerful' new computers are, it's odd that nothing on native sounds as good as say MiniMax - native just doesn't seem to cut it. Why? i don't know. i'm not slagging off native (i use some VSTi - but not many) but it is interesting that native still isn't quite there yet, even though technology has apparently moved on at such a fast rate. i think it'll be a while before i ditch my CW cards for an all-native solution.
imho clockrate doesn't have any meaning here unless you compare 2 versions of the same chip. Even then it may be difficult due to memory efficiency and temperature handling.
Or why does a Centrino 1.5 perform better than a mobile PIV at 2 ghz ?
DSPs are optimized for a certain kind of math and usually coded very close to the machine level in assembler.
Native CPUs are general purpose, unprecise in math (simplified) and coded in high level languages resulting in huge amounts of slow code. The difference may vary, but 5 to 50 times more efficiency between C++ and assembler isn't uncommon .
As we all know Sharcs perform extremely well as parallel processors - Luna versus Pulsar two results in twice the voices.
Don't try this with a Pentium or even a PowerPC
my 2 cents, Tom
Or why does a Centrino 1.5 perform better than a mobile PIV at 2 ghz ?
DSPs are optimized for a certain kind of math and usually coded very close to the machine level in assembler.
Native CPUs are general purpose, unprecise in math (simplified) and coded in high level languages resulting in huge amounts of slow code. The difference may vary, but 5 to 50 times more efficiency between C++ and assembler isn't uncommon .
As we all know Sharcs perform extremely well as parallel processors - Luna versus Pulsar two results in twice the voices.
Don't try this with a Pentium or even a PowerPC

my 2 cents, Tom
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Reason is cool and all, but it sure doesn't even sound close to Creamware quality-wise.How long will it take untill CW dsp cards become obsolete? I mean, personal computers only get faster and faster, and better and better stuff can already be run with just a computer. (just look on Propellerheads and their Reason system for example)
How long will it be until an oberheim will be obsolete? What about a Juno (are we tired of hoovers YET?) How about the harp? The piano? (wood is quite antiquated isn't it?) What about those animal skins....er drums?On 2003-08-24 16:04, Nisse wrote:
How long will it take untill CW dsp cards become obsolete? I mean, personal computers only get faster and faster, and better and better stuff can already be run with just a computer. (just look on Propellerheads and their Reason system for example)
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I really thought there was a polyphony issue with CW's cards until I tried the demo of Arturia's Moog Modular. That thing was CPU HUNGRY!! If I tried to do anything at all in polyphonic mode it would practically take up the entire CPU. I've got a P4 2.5GHz.
So I don't think native systems are all that much beyond CW at this point. Reason is extremely optimized, but everything else I've tried eats up CPU cycles quite a bit. CW shouldn't spend the time and money to upgrade all their products until the G5 becomes popular enough to implement PCI-X. Then they can move on to the next generation all at once and launch a big marketing campaign.
My 2c....
Shayne
So I don't think native systems are all that much beyond CW at this point. Reason is extremely optimized, but everything else I've tried eats up CPU cycles quite a bit. CW shouldn't spend the time and money to upgrade all their products until the G5 becomes popular enough to implement PCI-X. Then they can move on to the next generation all at once and launch a big marketing campaign.
My 2c....
Shayne
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Native developers sometimes cheat, because they can, and because they have to.
A couple of CPU cycles here, a couple of cycles there, throw in some prefabricated wav samples, drop an envelope on top, and voila! Sounds good, right?
Maybe, but the quality does not compare to the latest DSP synths and effects that are out for the CW platform.
Also, you can't compare DSP chips and CPU processors as someone mentioned earlier. Two different applications.
Anyone like to take a crack at programming a bunch of DSP chips? Good luck. You really have to know what you are doing.
A couple of CPU cycles here, a couple of cycles there, throw in some prefabricated wav samples, drop an envelope on top, and voila! Sounds good, right?
Maybe, but the quality does not compare to the latest DSP synths and effects that are out for the CW platform.
Also, you can't compare DSP chips and CPU processors as someone mentioned earlier. Two different applications.
Anyone like to take a crack at programming a bunch of DSP chips? Good luck. You really have to know what you are doing.
tastes do differ, but i found some of the dr walker demo songs for minimax really awesome!
reason, sfp, vsti's, live, logic... all have their pro's and contra's. find whatever suits your needs. none of the real pro guys relies on one system (maybe an exception would be richard devine, who seems to swear by reaktor. but he has a room full of pc's to run them one... and even then, that interview is two years old)
reason, sfp, vsti's, live, logic... all have their pro's and contra's. find whatever suits your needs. none of the real pro guys relies on one system (maybe an exception would be richard devine, who seems to swear by reaktor. but he has a room full of pc's to run them one... and even then, that interview is two years old)
andy
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try the music section of planetZ.On 2003-09-03 08:36, spoimala wrote:Could someone show me even one song made only with CW stuff sounding even near as good as Reason demo songs on their website...Reason is cool and all, but it sure doesn't even sound close to Creamware quality-wise.

I haven't heard those Reason demo songs, but it doesn't mention anywhere if there was processing applied afterwards or not so that could be a difference. Also these songs seem to be made by pretty well-known professional musicians so I'm not surprised if they can make it sound great, but I can't think of any pure-Creamware songs made by such well-known professionals (that's not to say there aren't any good nd professional musicians posting music here on the Z

A talented musician will always be able to make it sound good and I'm not saying you can't make great sounds and good music with Reason, but I think that if you were to compare bare-bones soundquality of the devices of Reason vs Creamware the latter would come out on top every time.
<font size=-1>[ This Message was edited by: King of Snake on 2003-09-03 18:42 ]</font>
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Reason isn't really that good sounding. It sounds a bit thin to me. The synths don;t really pitch very well either.
As for Creamware power you'll be surprised at how much raw music processing they can do.
A regular CPU is very much a generalist and while they are very powerful and could probably do a lot more in a straight spec comparison with a creamware board it is "real world" performance that counts and the Creamware cards are running software specifically written for them.
I would say a 15 dsp board could run more synths at higher quality than a 2 gigahertz Pentium how many ES2s can you run in logic? not that many.
When your doing things all on a computer you always need more power but you can't get it, you get way better performance adding a dsp board than adding another CPU.
As for Creamware power you'll be surprised at how much raw music processing they can do.
A regular CPU is very much a generalist and while they are very powerful and could probably do a lot more in a straight spec comparison with a creamware board it is "real world" performance that counts and the Creamware cards are running software specifically written for them.
I would say a 15 dsp board could run more synths at higher quality than a 2 gigahertz Pentium how many ES2s can you run in logic? not that many.
When your doing things all on a computer you always need more power but you can't get it, you get way better performance adding a dsp board than adding another CPU.