system-with-two-64-core-milan-processors-in-test-leaks-(zen-3)

System with two 64-core Milan processors in test leaks (Zen 3)

ExecutableFix tests run parallel 64 core Zen 2 and Zen 3 Epics and run Cinebench R 23 128 at the core

AMD released the Zen 3 architecture with Vermeer code-named Ryzen 5000 processors for the desktop. The company has previously confirmed that it will also start shipping Milan-coded Epyc processors based on the same architecture during the current quarter, although the official release may move into next year.

Now on Twitter, a person known as ExecutableFix has gotten his hands on a server 64 – with a core Milan processor and tested it based on the Zen 2 architecture 64 – cores against the Rome processor.

With one thread Cinebench R 15 – in the test, Milan offers %) according to ExecutableFix improvement over Rome when the difference in R 20 is %) and CPU-Z test 13%. Both processors operate at a locked 2.4 GHz clock frequency in the test. When the clock frequency is released, Milan’s lead based on Zen 3 architecture will clearly increase. The Boost clock frequency of the processor is as much 400 MHz higher than that of the corresponding Rome, which increased the difference of R 15 32%, R 20: n 22% and CPU-Z 27 percent. In the test of all cores, the differences remained small, because in R 15 the difference was only 11 and R 20 9%, although Milan performed around in the test) % of Rome at a clock frequency of 3,7 GHz higher than 3,3 GHz

As an additional curiosity, ExecutableFix also ran the Cinebench R 23 test on a system with two 128 cores with a Milan processor. The result of one thread of the configuration was 1215 points in the test, while in the test using all cores, processors operating at a maximum clock speed of 3.7 GHz captured the co-location 87878 points. The result of the screenshot can be found in the news main image.

Source: ExecutableFix @ Twitter

specifications-for-3rd-generation-amd-epyc-processors-are-online

Specifications for 3rd generation AMD EPYC processors are online

In the first months of 2021 the debut of the new AMD processors of the EPYC Milan family, based on Zen 3 architecture, is expected : leap forward in performance thanks to the new architecture, with the same consumption

of Paolo Corsini published on , at 00: 21 in the Processors channel

AMD EPYC Zen Intel Xeon Ice Lake

The debut of the new third generation AMD EPYC processors is expected in the first quarter 2021, then within a few months. With these new processors, indicated by the code name of Milan, AMD will adopt the Zen 3 architecture already used for the Ryzen processors 5000 intended for desktop systems.

On Twitter some data emerged referring to the performance increase margins that the new EPYC CPUs will bring in respect to the previous generation, known with the code name of Rome. The architectural innovations of Zen 3 will allow EPYC Milan processors to obtain increases in processing power , with the same clock frequency, quantifiable between 10% and the 18% depending on the type of calculation performed. Not only that: the higher clock frequency expected for these processors thanks to the more sophisticated 7-nanometer production technology will allow for further increases in performance.

Technical characteristics of some of the EPYC processor versions of the next generation, starting with TDP of the most powerful versions which will continue to remain at 280 Watt . The following table collects the preliminary technical specifications of the AMD EPYC processor models that have appeared online so far: data are also available for other models but are currently incomplete.

Template

Core / Threads Clock Boost clock L3 cache L2 cache TDP
AMD EPYC 7763 64 / 128 2,45 GHz 3.5GHz 256 MB 32 MB 280 W
AMD EPYC 7713 64 / 128 2GHz 3.7GHz 256 MB 32 MB 225 W
AMD EPYC 75 F3 32 / 64 2,95 GHz 4GHz 256 MB 32 MB 280 W
AMD EPYC 7413 24 / 48 2,65 GHz 3.6GHz 128 MB 16 MB 180 W
AMD EPYC 7313 16 / 32 3GHz 3, 7GHz 128 MB 16 MB 155 W

The top-of-the-range versions will adopt a 64 core , as seen with the models now on the market of the Rome family. However, AMD will continue to offer processor versions with a lower number of cores, up to 16 of the EPYC model 7313, so as to better adapt to both different price levels and market segmentation.

During the first quarter 2021 the first Intel Xeon based processors should also debut on Ice Lake architecture , built with production technology in 10 nanometers. We can therefore expect a series of announcements of new server platforms based on Intel and AMD next generation CPUs, with a strong contrast: AMD is gaining market share in this sector so important from the point of view of margins that it is possible to obtain. , to the detriment of Intel which has always held a dominant market share in recent years.