ZEN 3 Ruilong R7-5800H mobile processor running score exposure: single-threaded performance rose 35%

Just shared the GeekBench benchmark database exposure ZEN 3 Ruilong R7-5800H mobile processor's running score: I can know that as a 8-core / 16 thread CPU, its single thread performance is larger than the previous generation R7-4800H Up 35%, more threaded performance is also 15% leading advantage. Compared with Intel's Comet Lake-H competition, the advantage of R7-5800H is more obvious. It is expected that in 2021, there will be many high-end laptops that will be equipped with AMD ZEN 3 Ruilong R7-5800H APU (Integrated Radeon Graphics). The data shared by @Tum_apisak is known that the test model is Acer Nitro AN515-45, the chip base frequency is 3.2GHz, the maximum frequency of the maximum of 4.44 GHz, the single core / multi-threaded score of Geekbench 5 is 1475/7630 . Compared with the ZEN 2 architecture, R7-5800H should be part of the Cezanne-H series of ZEN 3 architectures, aim of Intel Tiger Lake, which is scheduled to be released from 2021 in the first half of the year. H compensation is higher. In addition to the foundation / maximum acceleration frequency of GHz, R7-5800H, R7-5800H is also expected to reach a full-core 4.0GHz at a given thermal design power (TDP) level. Thanks to the 16MB L3 cache of the fusion, the new upgrade of the ZEN 3 architecture, even if the R7-5800H is still based on the 7nm process node and enhanced VEGA nuclear detection, it is still more than the upper generation R7-4800H in the core delay, bandwidth Wait a significant increase. As for the test platform exposed in the GeekBench database (the upcoming Acer Nitro AN515-45 notebook), which is equipped with 16GB DDR4-3200 dual-channel memory, single-core / multi-core score 1475/7630. In contrast, R7-4800H is 1090/6608. Through simple calculations, the single core increase of R7-5800H is as high as 35%, and multi-threadability is also 15%. However, most interesting, the acceleration frequency of the R7-5800H mobile processor can reach 4.45GHz, single nuclear performance also exceeds the Intel's Core i9-10900K (average 1400 points) about 5%. Not to mention R7-5800H thermal design power consumption is only 35W, and the nominal power consumption of desktop type I9-10900K is 125W - Rui frequency to 5.3GHz is even more amazing 250W. Editor in charge: Psy, Read more

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