The next generation of Zen cores from AMD may leap above the performance of Intel • HWzone
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The next generation of Zen cores from AMD could jump above Intel's performance

Possible improvement of up to 13 percent in performance Individual for iphone 2 may steal from Intel the crown it held since the end of the previous decade

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A new media event will be held at 6 in November , Similar to the one at the end of 2016, where we will receive new information about the company's future 7 nm products for the world of servers and information centers - this includes a possible announcement of the availability of accelerators Pro-based Vega 20 cores, but what might be even more intriguing is information about the expected performance of the processing cores in the architecture 2, to confirm (or not) the very promising rumors that are going on the net right now.

A few weeks ago, we received a report claiming that the transition from a 12 nm manufacturing process today, in the Zen Plus cores, to the 7 nm manufacturing process in the approaching Zen 2 era, will give us a 13 surge in the number of operations per clock pulse (IPC, R Instructions Per Clock), the measure that is considered to be most effective in describing the relative improvement in performance in neglecting changing work frequencies. In other words, every kernel in the next Ryzen and Threadripper processor generation can provide 13 percent higher than its equivalent in the current generation at the same work frequency - when the improvement should even grow to a level of 16 percent in the EPYC server world, where it was decided to skip to Plus a jump between Directly to 2.

The big IPC supplement, truth or invention? We hope to get hints very soon

This is a far greater improvement than we have been accustomed to in the transition between architectures in recent years, even at Intel (where we saw an improvement of approximately 10% 5 in IPC in the transition between different cores architecture, along with a slight frequency addition that supported performance tests) Bulldozer's architecture - And considering the more efficient manufacturing process that will allow next-generation products to operate at higher frequencies at any given time, we may even see a practical 20 percent improvement in performance when compared to one product and its intended successor.

The event will focus on EPYC models, but the cores inside should be very similar to those seen in my work and- Home

In this situation, it may seem that for the first time, About Even in comparison of single core performance, rather than just comparing In the many cores there, the red chip developer has had a numerical advantage over the past two years - something we only saw last time somewhere in the 64 in the middle of the previous decade.

Will be able to steal Intel's biggest advantage (apart from the graphics core built into almost all the products)? This can certainly be a thrilling row in a market that has become quite competitive

It should be noted that as of now, this is only a rumor (which talks about computational tasks rather than gaming) and should be treated with skepticism, but we certainly hope that You will choose to relate directly or at least indirectly to this interesting figure within the framework of the planned event next week, thereby slightly improving our uncertainty and providing some of the great curiosity.


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  1. What is not gaming ...?
    Obviously this also holds true for RTX flavored gaming.

    Or is it all AMD's delusion, let's not forget it's all about shrinking….
    And the pressure created ..? Maybe yes contributing and maybe not to IPC

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