hasanwhy said:
Your first post...ah I remember mine. I said something kinda dumb too. Do you really think that he doesn't know that already? The graphics portion of your comment that is. However, the GPU vs. Cell comment is a little off. Yes, with a good GPU you can get really reaaaally intense sick graphics. But the Cell can also do the same while still being a processor at the same time. Not bad, IMHO. Besides, why would Sony spend millions on creating a powerful processor when they could just get better graphics with a good GPU? If what you said is true. |
Yes the cell can do some graphical effects, but it is not powerfull enough to handle an entire graphics pipeline.
Each SPE is say capable of about 25 Gflops, we chuck in 6 Cell CPU's with 8 SPE's each, that is still only 1.2 Teraflops.
Currently a Geforce GTX 570 is capable of 1405 GFLOPS. (Both running single precision calculations.)
So not only would having half a dozen Cell CPU's be more expensive (As it's not a single chip solution), but they would consume more power and will result in less performance.
Also when you have multiple chips connected but not part of the same chip, you need to factor in latency between the each chip, this will reduce the total throughput capability.
Now why did Sony design the cell? Simple.
For everything.
And it's not just Sony that designed it, IBM and Toshiba helped as well.
The idea was for use in servers, Televisions, Blu-ray players, consoles, everything! However that really has not come to fruition in full force as of yet.
And for the record, number of posts doesn't equate to me not being in the "know", that is just ignorant on your behalf.
--::{PC Gaming Master Race}::--