Thanks to an extreme overclocking challenge by the Team OGS team, NVIDIA's new generation "Blackwell" GPU architecture officially broke through the 4 GHz core frequency mark and ran a record of 4.002 GHz under liquid nitrogen-assisted cooling conditions. They used the GALAX GeForce RTX 5090D Hall of Fame OC Lab Edition graphics card, which pushed the GB202 core frequency to 4002 MHz, while the memory frequency ran at 1860 MHz.

According to the score submission record of the HWBOT platform, this 4 GHz score was verified through the GPUPI v3.3 32B benchmark test. The entire test lasted 35.377 seconds. During this process, the GPU was in a high-load computing state, but did not run any 3D graphics tasks. Since the test is mainly based on pure calculations and there is no pressure from 3D scenes such as games, the GPU can achieve a higher instantaneous Boost frequency under this working condition, which also provides room for hitting 4 GHz.

In terms of the entire platform configuration, Team OGS also uses an external clock board provided by overclocking player Elmor, with a base frequency set at 28.7 MHz for more precise control of the clock parameters of the entire platform. The processor is Intel Core i9-14900KF, overclocked to 6.0 GHz, the motherboard is ASUS ROG Maximus Z790 Apex Encore, the memory capacity is 32 GB, and the power supply is a 3000 W Corsair WS3000 to ensure sufficient and stable power supply under extreme overclocking.

The live demonstration video shows that with the comprehensive cooperation of liquid nitrogen cooling, external clock board adjustment and high-specification platform, the RTX 5090D can stably maintain operation near the 4 GHz core frequency and complete the entire GPUPI 32B test. This breakthrough is not only an important milestone for the Blackwell architecture in terms of frequency, but also once again demonstrates the potential of high-end customized graphics cards (such as the Hall of Fame series) in extreme overclocking scenarios, providing a reference example for subsequent enthusiast players and manufacturers to explore higher frequencies and stronger performance.