the useless support is intended for marketeers and not for end-users :lol:comp@ddict said:If ever there was such a waste of features, it is this THIS!!!
Like a 32 shader 1GB IGP in the age of HD7000 and GTX what not on a Intel Core iSomethingMeaningless would make any sense at all.
comp@ddict said:If ever there was such a waste of features, it is this THIS!!!
Like a 32 shader 1GB IGP in the age of HD7000 and GTX what not on a Intel Core iSomethingMeaningless would make any sense at all.
comp@ddict said:Yeah, I remember my friend, he got soo happy by buying a 9400GT 1GB, he said,
"Dude the shopkeeper told me 9600GT has only 512MB, 9400GT has 1GB, so obviously it's faster"
Lollets
Although integrating the memory controller as well as the GPU inside the CPU core has alleviated this by a great deal, even fast DDR3 memory can't make up for the bandwidth gap that exists between processor integrated graphics and dedicated GPUs.
To put things into perspective, a fast Core i7 900-series CPU, with triple channel 2000MHz DDR3 memory, tops out at 48GB/s while a mainstream video card, such as the Radeon HD 6970 can deliver an impressive 152.3GB/s.
But, according to SemiAccurate, Intel may have found a solution for this problem as the company presumably considers introducing on-chip video buffer in the upcoming Ivy Bridge processors, by using stacked memory a technology called silicon interposing.
By pairing this two solutions together, Intel would be able to include impressive amounts of video memory in their CPUs, silicon interposing driving the cost of such a solution down.
in my case my friend challenged me with his 9400GT 1GB verses my 9800GT 512comp@ddict said:Yeah, I remember my friend, he got soo happy by buying a 9400GT 1GB, he said,
"Dude the shopkeeper told me 9600GT has only 512MB, 9400GT has 1GB, so obviously it's faster"
Lollets