Sooo ... what's this ?
Isn't this suposed to be an improved mid-end solution ?
I mean , improved graphics performance for us users and improved yields for nVIDIA ?
OK , so now , this VPU will be made by IBM , so they'll pay only the good chips , will have better yields as IBM's tech is better than TSMC's , and will be cheaper to built as 0.13 micron tech allows more chips per wafer .
Everything is good but , what I want to know is , will there be any changes from the 5600 architecture or there will be only highyer clocks ?
How overclockble will it be ? Will it be a 600 Mhz for VPU wonder like ATi's 9600 or will be just as close to the limit as the 5800 was when launched ?
Isn't there going to be a huge performance gap between the mid-end line and the NV40 line which is said to have more like 300 million transistors ?
http://www.clubic.com , http://www.3dchips-fr.com
Isn't this suposed to be an improved mid-end solution ?
I mean , improved graphics performance for us users and improved yields for nVIDIA ?
OK , so now , this VPU will be made by IBM , so they'll pay only the good chips , will have better yields as IBM's tech is better than TSMC's , and will be cheaper to built as 0.13 micron tech allows more chips per wafer .
Everything is good but , what I want to know is , will there be any changes from the 5600 architecture or there will be only highyer clocks ?
How overclockble will it be ? Will it be a 600 Mhz for VPU wonder like ATi's 9600 or will be just as close to the limit as the 5800 was when launched ?
Isn't there going to be a huge performance gap between the mid-end line and the NV40 line which is said to have more like 300 million transistors ?
http://www.clubic.com , http://www.3dchips-fr.com