It should hardly come as a surprise that the Ryzen 8050 APU series will make its debut with 12 cores. There have been several rumors circulating regarding the configuration of this integrated APU, but it seems that a consensus is gradually emerging that points to a combination of 4x Zen5 (Big/P-Core) and 12x Zen5c (Small/E-Core). The latest information from PerformanceDatabases reveals an AMD Strix Point APU with the previously mentioned configuration, equipped with 1024 unified shaders. This basically confirms that the upcoming APU generation will include 16 compute units (16×64=1024).
The integrated GPU is identified as AMD Strix – Internal GPU, but it is crucial to realize that this naming convention is generated by the HWINFO software that was used to gather these specifications for a CPU that has yet to be released. In addition, there is a possibility that the reported 512MB GDDR6 memory configuration is not yet accurate. The detailed screenshots show the presence of the STX1-A0 silicon, which was designed with a TDP of 45W, indicating its potential use as a prototype for a mobile processor. This particular CPU is configured with the FP8 package and is combined with 32 GB of LPDDR5 memory.
The Strix Point APU is just one of the variants of the Zen5 core that AMD plans to integrate into its upcoming Ryzen 8000 series. We can expect a diverse range of processors offering different combinations of CPU architectures, including Zen4, Zen5 and Zen5c, paired with RDNA3 or RDNA3.5 GPU architectures. Positioned as a successor to the Ryzen-7040H(S) series, which is commonly found in mainstream laptops and often paired with powerful gaming GPUs, the Strix Point APU brings the addition of 16CU RDNA3.5 integrated graphics, reducing the need to include dedicated graphics in such laptops.
Furthermore, this represents a 50% increase in CPU core count and a 33% increase in GPU cores compared to the Phoenix APUs currently favored by many handheld gaming manufacturers. With the upgraded CPU architecture and a higher number of GPU cores, these systems are poised to experience a significant performance boost, assuming these companies decide to release new hardware revisions.
Source: HLX, Performance Databases
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