Ishu Gupta
Manchester United
Yeah OEMs too.
I've read the architecture preview of Bulldozer architecture and it at the same time looks promising compared to the current gen Nehalem architecture but also not so promising regarding the facts that two processing core block will share the same FPU. It looks like their main concern is to create a Processor block with very low power consumption rather than sheer performance. All their preview releases are also displayed exceptionally good Power handling, in fact their current generation 45 nm 6 cores show exceptional good TDP.
I have doubt whether their processors can beat Sandy bridge if Intel has done some thing that truly excels over Nehalem architecture.
^^ i guess it'll be semi-historic-dream. AMD beat Intel in entry level processors. tie in midrange. Intel steal limelight with WORLD's FASTEST PROCESSOR.
afaik, Bulldozer is NOT fusion. Bulldozer is a processor and for the first time AMD has made full architectural changes since Athlon 64 aka K8 in 2003. Till now AMD was just making evolutionary changes in that K8 architecture and surviving the fight. This time they are developing a processor completely from scratch. It is just like Intel when they moved from Pentium to Core.In graphical scenarios the bulldozer may beat the sandybridge proccy's but in pure processsing prowess it has to be seen who comes on top.
Actually, sharing FPU is the thing which is promising. The two processing core blocks are a single module (bhai-bhai). It is their answer to Intel's hyper-threading and it will be much faster (imo ) but with more die space.but also not so promising regarding the facts that two processing core block will share the same FPU.
At the moment, they are different products. Bulldozer is just a processor and Fusion is APU as AMD calls it.Fusion is a part of bulldozer right?
Correct.And low end brazos parts have on die graphics which amd calls apu( accelerated processing unit) right?
Well Intel does not tell a hyper threaded core as dual core. It is single core with a thread register to hold two threads. AMD's counter attack would have ben much more interesting if they call their two shared processing cores as one core and a dual core has 2 of these modules.Actually, sharing FPU is the thing which is promising. The two processing core blocks are a single module (bhai-bhai). It is their answer to Intel's hyper-threading and it will be much faster (imo ) but with more die space.