As we can see in some cases the performance is almost identical between the top of the range of AMD and Intel in the same sector. As we can see we have very good performance using any AMD Ryzen 5000, these are without doubt good processors for Gaming. We performed several tests with different games at 1440p resolution and identical settings to draw our conclusions to compare the performance. For price the AMD Ryzen 5 5600X is presented as the best option, only if we want to play with maximum settings in 4K we may need a Ryzen 7 5800X. As we checked in the tests the different processors of the AMD Ryzen 5000 range have a very similar performance in this test. We passed the 3DMark Fire Spy performance test that gives us a general performance figure for games, a value that is a symbolic reference, because when it comes down to it, each game has a very different performance.
On the other hand if we combine them with an AMD Radeon 6000 GPU we will be able to activate SAM (Smart Access Memory) giving access to all the VRAM memory of the GPU through the PCI port and gaining 11% of additional performance. The new AMD Ryzen 5000 processors are undoubtedly one of the best current options for Gaming as we will see in the test results. In the new AMD Ryzen 5000 thanks to improvements in performance per cycle and the ability to manage multi-core processes in an excellent way we offer a noticeable improvement over the Ryzen 3000 with Zen 2 cores. Using the PCMark 10 benchmark test we can see the real performance of the AMD Ryzen 5000 using desktop applications. Both the multi-core and single-core performance maintains the figures of the previous test, making evident the differences between the 5950/5900/5800X range and the more economical 5600X processor. With the Geekbench 5 performance test we can see how the previous Cinebench results are corroborated. As we can see the processors with more cores and 105W TPD outperform the 5600X with 65W TPD in multi-core but in single core we have very similar figures. Performing the Cinebench R23 test we test how the CPU defends itself in both single-core and multi-core computing power, this test is undoubtedly one of the industry benchmarks. In this new motherboard design we have the NVMe drive at the top which is appreciated, on the other hand the Noctua NH-U12S fan is sufficient for normal use and controlled overclock. The new ASRock B550M-ITX/AC motherboard in mini-ITX format allows us to assemble a small computer with great power. To assemble the set we have opted for the following elements: Reference As we can see the Socket is still the immortal AM4, we recommend updating the BIOS as soon as the system is turned on. We perform our tests on the AMD Ryzen 5000 processors with a common hardware, we have a motherboard with the new B550 chipset fully compatible with this generation of AMD processors.
With this all the integrated Cores can access this amount of memory much more efficiently reducing latency, all the cores of these processors also support SMT ( Simultaneous MultiThreading) doubling the threads (threads) of execution, as we see in the table of processors there are no versions without SMT something that we had in Zen 2. This generation of processors are based on Zen 3 cores, the main improvement in its design is the unification of the 元 cache to 32MB. As we will see in the performance tests of this benchmark, the performance per core has been substantially improved and the cycle flow has been optimized, something that was pending in these processors. The Ryzen 5000 Vermeer 7nm CPUs are a considerable improvement over the successful 3000 series.
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