Mysterious 800-Watt Graphics Card Prototype Sparks Rumors and Speculation Suddenly

The GB-202-200-A1, supposedly a prototype of the most powerful gaming GPU in the RTX 5000 series, boasts an impressive array of specifications. Notably, it features 192 functional streaming processors, which translates to 24,576 shader units. This constitutes a significant increase in raw computing power compared to the current top model, the RTX 5090, which has 21,760 shader units.

Power Requirements and Clock Frequencies

Another striking aspect of the GB-202-200-A1 is its power requirements. Equipped with two 12V 2×6 power connectors, it indicates a substantial need for power, with a Thermal Design Power (TDP) of 800 watts. This represents a 39 percent increase over the RTX 5090’s 575 watts. The base and boost clock frequencies are reportedly 2,100 and 2,514 megahertz, respectively, surpassing the RTX 5090’s frequencies of 2,010 and 2,410 megahertz.

Memory Capacity and Interface

The memory capacity of the GB-202-200-A1 is stated to be 32 gigabytes, connected via a 512-bit wide memory interface, similar to the RTX 5090. However, there is speculation that Nvidia could potentially equip this model with even larger memory chips, such as those with a 3 GB capacity, as seen in the mobile version of the RTX 5090.

Potential Naming and Target Market

The question of what this prototype will be named remains. Possibilities include the RTX 5090 Ti or a new edition of the Titan series, such as the Nvidia Titan RTX (Blackwell?). If aimed at the creative sector, an increase in memory to 48 gigabytes of GDDR7 would be anticipated.

Comparison with RTX 5090

A direct comparison between the GB-202-200-A1 and the RTX 5090 highlights several key differences, including computing power, shader units, and TDP. The GB-202-200-A1 offers 123.6 TFLOPS of computing power (FP32), compared to the RTX 5090’s 104.9 TFLOPS, and features more shader units and streaming processors

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