NVIDIA RTX 6000D “Blackwell Pro For China” Review: 17% Fewer Cores, 14% Less VRAM, and Reduced Clocks Technologies

NVIDIA RTX 6000D “Blackwell Pro For China” Review: 17% Fewer Cores, 14% Less VRAM, and Reduced Clocks

NVIDIA’s latest move to navigate the U.S. restrictions on AI hardware exports to China has resulted in the creation of the RTX 6000D Blackwell GPU. This China-exclusive graphics card has been put to the test, revealing a more scaled-down version compared to its global counterparts. The adjustments made to this GPU highlight NVIDIA’s strategy to maintain a presence in the Chinese market despite external limitations.

Specifications and Design of the RTX 6000D Blackwell GPU

Introduced as a response to stringent export controls, the RTX 6000D Blackwell is part of NVIDIA’s strategic offerings for China. Unlike the globally available NVIDIA RTX PRO 6000, which comes in various configurations including a standard, Max-Q, and server variant, the 6000D is notably reduced in capabilities. This GPU features 156 SMs or 19,968 CUDA cores, a 17% decrease compared to the 188 SMs or 24,064 CUDA cores of the original model. Additionally, this variant is equipped with approximately 83-84 GB of VRAM, less than the 96 GB of the standard version, likely due to a 448-bit bus interface as opposed to a 512-bit bus.

Compared to the standard RTX PRO 6000 models, which have clock speeds exceeding 2600 MHz, the 6000D operates at a reduced clock speed of 2430 MHz. Although the exact TDP is unspecified, the performance is evident from benchmark results.

Performance and Market Reception

The RTX 6000D recorded an OpenCL benchmark score of 390,656 on Geekbench 6, a figure that falls short of the 450-500K achieved by the full-spec models. This testing was carried out on a system powered by AMD’s EPYC 9654 192-core CPUs. The GPU’s lukewarm performance has not resonated well in China’s AI market, as the focus shifts increasingly towards domestic AI chip solutions. Reports suggest China is intensifying its development of homegrown AI chips and acquiring others through unconventional means, posing challenges for NVIDIA’s newest offering.

Graphics Card GPU Cores AI TOPS FP32 / RT Compute VRAM Memory Bus / BW Form Factor TDP
RTX PRO 6000 24064 (GB202) 4000 125 / 380 96 GB GDDR7 512-bit / 1792 GB/s Dual-Slot / Extended 600W
RTX PRO 6000 Max-Q 24064 (GB202) 3511 110 / 333 96 GB GDDR7 512-bit / 1792 GB/s Dual-Slot / Full 300W
RTX PRO 6000D 19968 (GB202) TBD TBD 84 GB GDDR7 448-bit / 1568 GB/s Dual-Slot / Full TBD
RTX PRO 5000 14080 (GB202) 2064 65 / 196 48-72 GB GDDR7 384-bit / 1344 GB/s Dual-Slot / Full 300W
RTX PRO 4500 10496 (GB203) 1687 50 / TBD 32 GB GDDR7 256-bit / 896 GB/s Dual-Slot / Full 200W
RTX PRO 4000 8960 (GB203) 1178 37 / 112 24 GB GDDR7 192-bit / 672 GB/s Single-Slot / Full 140W
RTX PRO 4000 SFF 8960 (GB203) 770 24 / 73 24 GB GDDR7 192-bit / 432 GB/s Dual-Slot / Half 70W
RTX PRO 2000 4352 (GB206) 545 17 / 52 16 GB GDDR7 128-bit / 288 GB/s Dual-Slot 70W

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