To get the other end of the spectrum, we tested with 3200MHz memory modules as well - which is at the top of the chart, though we still used four 16GB modules in order to keep the total amount of RAM the same.
AMD told us that the TDP ratings for Threadripper 2, in general, were fairly conservative, so it will be interesting to see how they hold up. However, to make it socket compatible with the first generation, it is slightly neutered: we have to go back to four memory channels and 60 lanes of PCIe. The 2990WX will be available from today and retail for $1799.The first generation server processor line from AMD, called EPYC, uses four silicon dies of eight cores each to hit a the full 32 core product. Funny how after spending weeks of looking on the internet I mostly end up getting the most relevant and practically useful info from your research and tests. That means this configuration is actually outside of their official support specs, but should still show whether there is anything to gain by going with faster memory on this platform (and in this specific application). AMD wants users to think of this as an upgraded first generation product, with more cores, rather than a cut enterprise part. 2920X 2950X 2970WX 2990WX 3960X 3970X 3990X. I read all the articles you linked and many more. This means that workstation users are often compute bound, and like to throw resources at the problem, be it cores, memory, storage, or graphics acceleration. AMD had ultimately used its server platform, with a few tweaks, to attack a competitive landscape where Halo products are seen as king-of-the-hill.The two new processors are the 32-core 2990WX and the 24-core 2970WX. In short, how fast would you say a 3900x aproaches to a 1080 ti or Titan render speed then?
In the shadow of the flagship follows the Ryzen Threadripper 2970WX with 24 cores and 48 threads – the exact same applies to it.It also fails here due to the load of the cores.The performance of the 32-core is only half as high as that of the 16-core and corresponds to the level that would be achieved if only the dual-channel memory mode was run on the 32-core.A third address unit (Store-AGU) helps in the backend, the bandwidth of the load/store units and the L1 data cache was doubled.In terms of performance, the Agesa 1004b does not differ from the 1002 or 1003 variants:Especially for creative people, the Matisse CPU is a good choice.The operating system’s scheduler, on the other hand, uses confusingly different information to pack single-threaded tasks onto a core, since a high boost clock via CPPC2 is crucial here and not just the electrical quality.Across all measurements under Windows, the 16-core Ryzen 9 3950X beats the 12-core Ryzen 9 3900X by about 11 percent.In DRAM, too, only 2 percent of the 11 percent advantage for Ryzen remains with Threadripper.The smallest Threadripper 1900X will not be renewed, it will expire without a successor.In terms of power consumption, there are no surprises in the Ryzen 9 3950X:The memory controllers of two CCXs are not routed directly to the outside, but are connected to the controllers of the other two CCXs via Infinity Fabric.Thus, the Ryzen 9 3950X is currently the best mid-range processor on the market.Even 7-zip in the current version 18.05 hardly reacts to the difference between two and four memory banks on the 2990WX: 107,335 MIPS are with two modules, 111,624 MIPS in quad channel mode.There are rumors AMD will bring out a Ryzen 4000 series at the end of the year.The eight cores do not behave identically, as they are subject to minimal manufacturing variations as with all other processors.There have been no other architecture changes in Zen+.Of course, 16 cores and 32 threads also want to be loaded by the right programs, but they are more diverse due to the predecessor’s preparatory work for a year now.Even Intel’s models with more cores, such as the Core i9-7980XE with 18 cores, calculate almost consistently slower than the Ryzen 9 3950X.Precision Boost 2 is also called Threadripper’s new Turbo mode, which takes many variables into account and thus determines the clock for the CPU.All of these are tested and evaluated after the wafer has been separated, i.e.