RTX 6000D 84GB appears in a dual GPU desktop workstation listing, teardown shows 28x 3GB GDDR7 layout

In the video from a company called “GINNSOD”, we get to see server-oriented model with a passive thermal solution from NVIDIA. This model is RTX 6000D, a special version of flagship RTX Blackwell Workstation GPU for Chinese market. This particular model ships without onboard fans and relies on chassis airflow in standard deployments. NVIDIA describes the RTX PRO 6000 Blackwell Server Edition thermal solution as “passive” with air or liquid options. The integrator says they replace the stock solution with a custom water block for their workstation builds.
84GB GDDR7 with 448-bit interface
Source: GINNSOD/Bilibili
The most unusual part is the memory configuration. The teardown notes claim 28 VRAM packages, each 3GB, for a total of 84GB, which matches a 448-bit interface using a clamshell layout. ComputerBase previously outlined this exact math, describing 3GB modules and a 448-bit bus for 84GB, versus 96GB on a 512-bit bus for the full RTX PRO 6000.
Source: GINNSOD/Bilibili
Compute specs also differ from the standard RTX PRO 6000 variants. RTX 6000D at 156 SMs and 19,968 CUDA core variant, v ersus 188 SMs and 24,064 on RTX PRO 6000. Your teardown notes add the GPU marking “GB202-891-KA-A1”, and NVIDIA Developer lists “RTX 6000D BSE (GB202-891)” in a GB202 section related to developer tool support.
Source: GINNSOD/Bilibili
The broader RTX PRO 6000 Blackwell lineup has three official variants, Workstation Edition, Max-Q Workstation Edition, and Server Edition, and they are close on headline specs such as 96GB GDDR7 with ECC. RTX 6000D is the outlier, with the reduced 84GB, 448-bit memory configuration and a lower enabled core count, while the integrator positions it as a passive server card adapted for custom liquid cooling in a desktop workstation build.
GINNSOD now sells a workstation prebuilt PC equipped with two of these cards, Threadripper PRO CPU at $26,000 after conversion.
Source: Bilibili via Uniko’s Hardware