There has been a lot of talk in recent weeks about AMD's Ryzen 4000 APUs. These new processors are based on the Zen2 @ 7nm architecture and they have a Vega iGPU inside. The most relevant thing about this family of processors is that solutions with 4, 6 and 8 cores will arrive, giving a notable performance jump in CPU.
Although the jump in processing is high, in terms of graphics, a decline in performance is expected. Apparently these new APUs lose Stream Processors, so it would be normal to see a performance drop. It should be noted that they are based on the same graphical solutions as the two predecessor families, without making the leap to RDNA.
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AMD prepares a large number of Ryzen 4000 APUs
These new Renoir APUs go beyond being simple solutions as we have seen to date, moving forward in processing. It allows users who purchase one of these solutions from AMD to have a performance improvement in computing tasks. The big downside is in the Vega GPU that is integrated, since Stream Processors would be lost and performance drops. Most intriguing of all, AMD is not making the leap to RDNA-based integrated GPUs.
Initially the APU Renoir family was going to have 6 models, but in the last hours the list has increased by 10 models. Added 6 variants of the Ryzen PRO family and 4 new desktop APUs.
Additionally, the benchmark of the new Ryzen 7 PRO 4750G APU has been seen. A processor that has 8 cores and 16 threads working at a maximum frequency of 4.53GHz and its iGPU runs at 2.3GHz. This processor under the 3DMark and in test to the CPU offers us a total of 7870 points and in GPU a total of 1487 points. Note that the Ryzen PRO are characterized by having specific hardware that improves system security.
Source: VZ | TPU
