The test results of two AMD Epyc server processors of the Genoa generation with 96 cores each have appeared on the Web. According to available data, this is either Epyc 9664 or Epyc 9654.

The CPU was tested in Cinebench R23, and the catch is that this software recognizes a maximum of 256 threads. Two 96-core processors have 384 threads thanks to SMT support. That is, the result obtained in the benchmark reflects only two thirds of the capabilities of the tested pair of CPUs.

Despite this, the processors scored over 110,000 points in multi-threaded mode. In a single thread, the result was 1302 points.

For comparison, one 64-core Threadripper 5995WX gains about the same amount (even a little more), but overclocked to 5.15 GHz using liquid nitrogen. The comparison with the direct competitor Xeon Platinum 8480+ is more interesting. A system with two of these 56-core processors scores only about 68,500 points. True, the source says that there were problems in the operation of these CPUs, so serial processors may show slightly better results. However, in any case, the gap is huge, because even two current-generation 64-core Epyc 7763 score 98,000 points. As a result, it is not yet clear whether the new Intel server processors will be able to somehow withstand the monsters of AMD. In addition, judging by the latest data, Sapphire Rapids-SP will eventually be delayed even more and will not be released until next year.

The specs for almost every Intel desktop processor of the Raptor Lake generation have surfaced online.

According to this document, we are waiting for 14 CPUs with the number of cores from four to 24, while there will be only one quad-core – Core i3-13100. The next model (Core i5-13400) will have 10 cores, and it will also be the only one, because the Core i5-13500 and a number of older CPUs will already offer 14 cores.

Only the Core i9s will get the new die type, as only they will have a full configuration with eight large and 16 small cores. By the way, the Core i9-13900KS is not in the table, so it really may not be, especially if we recall the recent data on the 350-watt power limit for older Cores.

The 13th generation Intel Core processors (Raptor Lake) continue to amaze with their overclocking capabilities and, as a result, performance. Another experiment was set up on an engineering sample of the Core i9-13900KF, whose high-performance cores were overclocked to a frequency of 6.2 GHz. The frequency of 5.2 GHz was also the most energy efficient.

In Cinebench R23, this CPU scored 42,790 in the multi-threaded test and 2263 in the single-threaded test – a very good result, especially considering that the tested CPU with lower frequencies – 5.8 GHz (high-performance cores) and 4.7 GHz (energy efficient) . With such overclocking, the Core i9-13900KF turned out to be noticeably faster than both the Core i9-12900K and even more so the Ryzen 9 5950X in a single-threaded test, and in a multi-threaded performance difference is about 50% in favor of the new Intel CPU.

In addition to Cinebench, the overclocked Core i9-13900KF was also tested in CPU-Z. In this test, it outperformed the Ryzen 9 5950X by about 60% in both single and multi-threaded tests. The superiority over the Core i9-12900K in the multi-threaded test is 70%, in the single-threaded test it is already 20%.