Guys and gals I don't know if you saw this:
http://www.extremetech.com/article2/0,3973,1518144,00.asp
I was doing some research on Intrinsity and the Fast14 process. I was thinking that the MATH-LP would be a perfect fit for ATI.
http://www.intrinsity.com/products/products_fastmath_set.htm
I wanted to see if some EE (Electrical Engineers) could shed some light on this. Which Intrinsity process do you think that ATI is after
1.) FastMATH
2.) FastMATH-LP
3.) FastMIPS
I personally think ATI is after the FastMATH-LP process. However, I could be wrong and mostly likely I am. The FastMIPS process would be schweet for the next generation (R500) cores. I'd love to see a core operating at +1GHz with low power consumption. Could a RISC based graphics chip be used on a x86 platform?
Thanks in Advance,
D
http://www.extremetech.com/article2/0,3973,1518144,00.asp
I was doing some research on Intrinsity and the Fast14 process. I was thinking that the MATH-LP would be a perfect fit for ATI.
http://www.intrinsity.com/products/products_fastmath_set.htm
I wanted to see if some EE (Electrical Engineers) could shed some light on this. Which Intrinsity process do you think that ATI is after
1.) FastMATH
2.) FastMATH-LP
3.) FastMIPS
I personally think ATI is after the FastMATH-LP process. However, I could be wrong and mostly likely I am. The FastMIPS process would be schweet for the next generation (R500) cores. I'd love to see a core operating at +1GHz with low power consumption. Could a RISC based graphics chip be used on a x86 platform?
Thanks in Advance,
D