Now we have finally arrived at the creation area and want to dedicate ourselves to rendering. From now on, by the way, even the up to now astonishingly frugal Intel Core i9-10900K will become a drinking buddy, because now it’s time to sweat a little! And the first benchmark shows why sometimes even the cores are pretty much everything, because even the old enthusiast platform from Intel comes to new life. Well, it’s not enough for the head of the Ryzen Family, but the 12-core has to keep its feathers. At least the Ryzen 9 3900XT is still counteracting something.
Interesting is 3ds MAX, because the Core i9-10900K performs surprisingly well here, but must now also admit defeat to the Ryzen 9 3900XT. Of course, you can tell this from the power outlet and the temperatures, which almost explode compared to the Ryzen. But where there’s a will, there’s a chill. With air, it would probably go out quite quickly. Advantage AMD, no ifs, ands or buts.
When I throw my mascot into the ring, it almost looks like Solidworks again. The country needs more seeds, but not always.
The older Core i9-9980 XE then takes off completely in the flying classroom, but also at the power outlet. And you can see very clearly what only two cores more make up when you compare the Core i9-10900K with the i9-9900K(s) siblings.
Once again Blender, but now also for the penultimate time. The Core i9-10900K is passed through one more place, the rest with all the Ryzen remains as usual.
The last Blender run is more a combination of raytracing and kerfuffle, so it’s no longer a pure parallel world. And Schwupps, the Core i9-10900K is back on top again, while the two Ryzen 9 3900XT and 3900X take a slight time-out.
The Luxrender is suddenly dominated by Intel’s veteran 2066 guard and even beats up all Ryzen 9. This makes the difference between the WPC command line renderer and the stand-alone benchmark. A rogue who thinks about the compiler. But even that exists (still) and simply had to be shown. Otherwise, the order is plausible and the performance explosion of the Intel is also noticeable at the socket.
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