NVIDIA’s latest high-end GPU for China’s market has arrived with a twist: the RTX 6000D packs 84GB of GDDR7 memory, a 600W TDP, and a passive cooling design—all while leaving room for aftermarket upgrades. The card, which avoids the ‘PRO’ moniker despite sharing DNA with the RTX PRO 6000, marks another chapter in NVIDIA’s strategy to navigate export restrictions by offering localized versions of its flagship AI accelerators.
The RTX 6000D’s memory subsystem is particularly intriguing. Unlike its Western counterpart, which features 96GB of VRAM across a 512-bit bus, this model uses 28 individual 3GB GDDR7 chips arranged in a clamshell layout around NVIDIA’s GB202-891-KA-A1 GPU die. Four empty slots suggest potential for future upgrades, though the current configuration delivers 448-bit memory bandwidth and a boost clock of 2430 MHz. Real-world power draw during testing sat at 419W—well below its rated TDP—hinting at efficient power management or a more conservative test scenario.
A Design Built for Workstations
The card’s passive cooling approach is unusual for a GPU of this caliber. While NVIDIA’s reference design relies on air cooling, system integrators like GINNSOD have already demonstrated liquid-cooling modifications, fitting the card into high-end workstations. One such pre-built system, priced around $26,000, pairs twin RTX 6000D cards with an AMD Threadripper Pro CPU, targeting AI researchers and professional users who demand raw compute power without the need for active cooling.
- Memory: 84GB GDDR7 (28x 3GB chips, 448-bit bus)
- GPU Die: GB202-891-KA-A1
- Shader Units: 19,968
- Boost Clock: 2430 MHz
- TDP: 600W (measured at 419W under load)
- Cooling: Passive reference design (upgradable)
- Target Market: China-exclusive, AI workstations
- Price Context: Comparable to $5,000+ Western AI GPUs
The RTX 6000D’s design reflects NVIDIA’s broader adjustments to its product lineup in response to geopolitical constraints. While the Western RTX 6000 PRO retains full VRAM capacity, the 6000D’s reduced memory and passive cooling may appeal to Chinese buyers seeking cost-effective alternatives for AI training and rendering. The card’s modular VRAM layout could also position it as a future-proof option, should aftermarket upgrades become viable.
Availability remains tied to China’s market, with no indication of a global release. For now, the RTX 6000D stands as a testament to NVIDIA’s ability to adapt its architecture to regional demands—even if it means trading some performance for compliance.
