7nm Ryzen APU processor GPU is not RDNA architecture Frequency 1.75GHz performance up 50%

Recently Huawei, Glory and so on have launched a number of very cost-effective Rylong notebook, the use of the processor or the Rylong 3000 series of Ryzen 5 3500U and Ryzen 7 3700U, but these processors are actually 12nm Zen-plus process of the Rylong improved version. AMD’s next-generation notebook CPU is the Ryzen 4000 series, codenamed Renior Renoa, which will be released at ceS next year as soon as possible.

According to previous reports, Renior Renoa will replace the current Picaso APU (12nm Zen-Ryzen 3000), the CPU will be upgraded to the 7nm Zen2 architecture, but the GPU did not synchronously upgrade to the 7nm RDNA architecture, or vgea architecture.

Previously revealed information shows that the Renior Renoa code-named Ryzen 4000 APU GPU unit in addition to Vega 8, Vega 10, there will be A Range of Vega 12 and even Vega 15.

7nm Ryzen APU processor GPU is not RDNA architecture Frequency 1.75GHz performance up 50%

Now the latest news comes, people found a Renior Reno APU in the database, its GPU is 512SP, that is, Vega 8 level, similar to the Ryzen 5 3500U level, but the frequency as high as 1.75GHz, which is a bit magical, because rylong 5 The GPU frequency of the 3500U is no more than 1.2GHz.

In terms of frequency alone, AMD’s 7nm Ryzen APU, even if it does not upgrade the architecture, the frequency will be increased by nearly 50%, performance will increase by about 50%, which is already very powerful, in other words AMD in the new generation of Ryzen APU, GPU is not to mention the scale but large frequency strategy, the advantage is that the GPU changes small, Save time and cost, and THE anti-trump GPU is sufficiently resilient.

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