Intel is set to unveil its upcoming Falcon Shores GPU, promising significant advancements in AI and high-performance computing workloads. However, this leap in performance comes with a hefty power consumption, as the GPU is estimated to consume 1500W of power, surpassing even NVIDIA’s B200 GPU, which draws 1000W.
How Will the Falcon Shores GPU Be Cooled?
The remarkable performance of the Falcon Shores GPU comes at the cost of high power consumption. To manage this, Intel and its partners may turn to advanced cooling technologies such as liquid cooling or full immersion liquid cooling. Intel claims that this GPU will deliver five times the performance per watt and five times the memory capacity and bandwidth compared to its Ponte Vecchio products. The Falcon Shores GPU is slated for release in 2025 and will be based on Intel’s next-generation Xe graphics architecture. It aims to play a significant role in the AI accelerator market, supported by Intel’s robust oneAPI software development ecosystem. Additionally, this new GPU will be a crucial option for HPC and AI customers, intensifying competition in the industry.
Special Hardware Modules for Falcon Shores GPU
Given the Falcon Shores GPU’s power requirements, Intel may need to develop specialized hardware modules or a new Open Accelerator Module (OAM) specification, as the current OAM 2.0 is limited to around 1000W.
What Can a 1500W GPU Offer Its Users?
Owners of the Falcon Shores GPU will be able to play graphically intensive games smoothly and at high frame rates, with most graphical features set to maximum settings. Professional users involved in graphic design, 3D modeling, and video editing will experience exceptionally high performance, likely achieving the fastest render times they have ever seen. Additionally, users who enjoy multitasking will be able to handle multiple graphics or computation-intensive tasks seamlessly.
Stay tuned for more updates on Intel’s Falcon Shores GPU as we approach its 2025 release.
