AMD is gearing up to unveil its highly anticipated Strix Halo APU at CES 2025, and early whispers are already generating excitement. This new APU, building upon the success of the Ryzen AI 300 series “Strix Point” APUs, is poised to revolutionize mobile computing with its groundbreaking RDNA 3.5 integrated GPU.
The Strix Halo is set to feature a whopping 40 Compute Units (CUs) of RDNA 3.5 power, a significant leap from the 16 CUs found in the current Strix Point APUs. This powerful GPU, codenamed “GFX1151”, is expected to deliver a significant performance boost, potentially pushing the boundaries of what’s possible on laptops and even tablets.
Evidence of the Strix Halo’s impressive capabilities emerged from a leak shared by X user David Huang. He revealed that both the Strix Halo and the GFX1151 GPU have gained official support within ROCm, the Radeon Open Compute platform. ROCm is an open-source platform for GPU computing, providing developers with a versatile toolkit for harnessing the power of AMD’s GPUs.
Huang’s findings suggest that the Strix Halo’s RDNA 3.5 GPU boasts an impressive 192K full VGPR (Vertex General Purpose Registers). Combined with rumors of full AVX512 width support and double the bandwidth per CCX (Compute Complex), it appears that AMD is on the verge of bringing supercomputing capabilities to everyday devices.
The implications of this are far-reaching. The Strix Halo APU, with its powerful GPU and advanced features, could usher in a new era of mobile computing, allowing laptops and even tablets to tackle previously unthinkable workloads. This could open up exciting possibilities for professionals, gamers, and anyone seeking high-performance computing on the go.
While the official release of the Strix Halo is still a few months away, the leaks and rumors surrounding this upcoming APU paint a picture of a truly game-changing device. The combination of raw processing power and the ability to leverage advanced features like AVX512 could make the Strix Halo the most powerful mobile processor ever seen. We’ll have to wait for CES 2025 to see the full potential of this revolutionary APU, but the early signs are incredibly promising.
