According to Chuck Moore, Corporate Fellow as well as CTO Technology Development of AMD, the most recent Bulldozer X 86 structural designs have “two firmly linked cores.”

Bulldozer has two quad cores with a numeral scheduler along with the two cores distribute two FPU 128bit FMAC schedulers.

Every int scheduler quad has its individual L1 cache that talks with L2 shared cache used by both cores as well as FPU units and lastly, the last layer has Shared L3 cache as well as Northbridge support.

This microprocessor will be intended to simply intersect with graphics, but such a creation most likely won't launch ahead of 2012. AMD claims Bulldozer as well as Bobcat are two innovative x86 cores aiming unusual usage models.

"Bulldozer will be fully innovative, high performance architecture for the mainstream server, desktop as well as notebook computer markets that use a new approach to multithreaded compute performance for attaining advanced efficiency with throughput. Bulldozer is intended to offer AMD an outstanding CPU selection for linking with GPUs in extremely scalable, single-chip Accelerated Processing Unit (APU) configurations. Bobcat will aim the low power, ultrathin PC markets with a very small, highly supple, core that also is intended to be simply scaled up as well as combined with additional IP in APU configurations,” claims AMD.

AMD didn’t keep its breath to assault Intel for edging two cores mutually, plus in two years from now, it plans to stitch up two cores that will share several parts. As far as we recognize 8-core Nehalem EX can acquire to 8 native cores even at 45nm plus we are fairly certain that for late 2010 Intel plans to commence an 8-core 32nm Westmere based CPUs.

AMD plans Bulldozer for desktop as well as server market in 2011.