AMD has unveiled teaser for the next generation of Zen processor, which offers greater capacity than Intel processor featured Core i7-6900K, which announces a new beginning for the company AMD to compete strongly in the processor market during the coming period.
AMD has doubled the number of user thread in the latest versions of its Zen processor, the first time that integrate AMD processor with SMT technology, according to the teaser, which recent revelations.

AMD want to outdo the versions of the Intel processor in the coming period, to excel on Intel HyperThreading technology, as a new generation of Zen processor at a frequency higher and the system of temporary storage is less, due to the use of the processor 14nm manufacturing process that supports energy consumption more efficiently, with a top speed of up comes 40% in processor performance according to the frequency.

Ryan Shrout confirmed that PCPer architectural AMD offered by the new Zen processor, already provides efficient performance by 40% already in the IPC.

AMD added several improvements to the architecture of the new generation of Zen processor, as is this new generation of processor First Premier Edition for micro-op cache, along with the improvement of the performance of each thread in the processor chips.

AMD company uses temporary memory L3 to integrate with the processor capacity of 8 MB, while improving the performance of the cache frequency in each of the processor cores 5 times more.

The new generation of Zen processor comes to supporting computers notebooks to work more efficiently, with less also energy consumption, AMD has made a comparison between the new issuance in the characteristic processor with eight of the nuclei with 16 of the thread and Summit Ridge, with an Intel processor that is based on architectural Broadwell-E, which characterized at a higher cost than with eight cores and 16 thread in i7-6900K processor.

Zen has also been compared to the processor improvements that were added to the IPC, which provided faster performance by a narrow margin of up to 1 to 2 seconds for 6900K processor.