Thread: AMD Phenom II Six 1090T Black Version Function

With Intel’s Core i7 line of central processing units fully owning the high-end function central processing unit place, AMD’s selected rather to focus on delivering compelling value with their new processors. More specifically, AMD’s scheme has been to give users more processing cores each dollar than the challenger.


In comparison Intel’s most affordable quad-core component is the Core 2 Quad Q8400. This is a central processing unit that is 1-year former and is founded on an outdated LGA-775 platform that is been substituted, and sells.


At that similar cost point AMD extends the Phenom II XIV 955 Black Version. The 955 BE is a 3.2GHz CPU with 4 cores, 6megabyte of L3 cache, and will function circles above the Q8400.


Now AMD is assuming this similar strategy of offering more cores for less and applying it to higher-end six-core computing. Launching today are two 6-core CPUs, the Phenom II XVI 1090T, which functions at 3.2GHz and sells, and the Phenom II XVI 1055T. The 1055T functions at 2.8GHz and sells These chips are founded on AMD’s fresh “Thuban” core.


One aspect you will evidently note about the fresh 6-core AMD central processing units are their less clock velocities -- AMD’s Phenom II XIV 965 Black Version functions at 3.4GHz -- with 6 cores available, AMD had to turn down the clocks a small to keep power consumption that is comparable to the quad-core 965 chip.




This is absolutely absolutely an ability on AMD’s part, as the new X6 chips are congenital application the aforementioned 45-nm accomplishment action as the X4s. When Intel transitioned from four to six cores with the 980X, they had the account of utilizing their abate 32-nm process.


AMD is sampling 32-nm CPUs to some of their barter now, but won’t be in abounding assembly until the end of this year, with the aboriginal 32-nm CPUs advancing out aboriginal abutting year. AMD has tweaked their 45-nm for Thuban, abacus low-k dielectric actual to the metal layers of the CPU to advice abate leakage. As a result, both six-core Thuban processors fit aural the aforementioned 125W TDP as AMD’s latest quad-core Phenom II CPUs.


To assist overcome Thuban’s clock velocity shortage, AMD has included one fresh characteristic to the central processing unit to boost its function in cases where its additional cores are not being taxed: Turbo Core.


With Turbo Core, Thuban processors can automatically underclock central processing unit cores that are not being taxed down to velo as lower as 800MHz, the active cores that are being utilized can then be bumped up to velocities as top as 500MHz over default.


That is the grossly oversimplified result for how Turbo Core runs in method. In practice though, it is much more perplexed than this. Let’s discuss this characteristic in more detail.