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| Qté | Price |
|---|---|
| 3-4 | $24,250 |
| 5-9 | $23,750 |
| 10-29 | $23,500 |
| 30+ | $23,250 |
Your models don't get deprecated, rate-limited, or pulled. The weights sit on your disk.
Prompts never leave the building. Nobody trains on your work. Not by policy, by physics.
Own the machine and agents can run around the clock. You pay for electricity, not tokens.
Fine-tune on what only you know. The model becomes an asset you own, and it sells with the company.
We build the whole machine. You skip the build. We source every component, mill and assemble the chassis, install and tune a pair of RTX Pro 6000 BlackWell, then burn-test the full system as one build - loaded with drivers, benchmarked. Ready to run. You just plug it in and go.
A chassis milled from solid aluminum. Not a bent-steel box - a solid billet, milled inside and out until only the machine is left. It moves heat like a heatsink, holds true under a hundred pounds of hardware, and the triangular cutouts keep it stiff where it matters while shedding weight where it doesn’t. Anodized and finished by hand, in black.
Custom-cut cables. Two PCIe 5.0 risers. Nothing off the shelf. Every power run is cut to exact length, sleeved, and routed for this one enclosure - no slack, no spaghetti, no zip-tie bundles. And every card reaches the board over its own PCIe 5.0 riser: server-grade, shielded interconnect that carries a full ×16 of PCIe 5.0 to each slot without dropping a lane - the kind of cabling you find in a datacenter, not a desktop. All of it wired and dressed by hand. Open the side and it looks built, not assembled.
The board that never bottlenecks. The motherboard is the hardest choice in a multi-GPU build. It has to give every card a full ×16 of PCIe lanes, stay stable under load for weeks, and expose the controls the multi-GPU actually needs. We use a workstation and server board: W790, 8-channel DDR5, 7x PCIe 5.0 x 16 - chosen for lanes and stability, not looks, with the BIOS pre-tuned so every card links at full width.
Power that doesn’t flinch. Dual cards can pull up to 1600W, and cheap power is where multi-GPU builds die - under-rated rails, ripple, shutdowns under load. We spec server-grade supplies with real headroom, redundant on a large machine, feeding a distribution board that delivers clean power to every card. The result is boring: it just runs, at full tilt, for as long as you want.
Air moved on purpose. The fans are mapped to the chassis before a panel is cut, not bolted on after. The two-card setup runs six wired to one controller and matched to the airflow path through the case.
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Memory that protects long runs. The Autonomous Computer with dual GPUs uses the same workstation platform as the bigger builds, so it takes ECC RDIMM even on a single-builder machine. That is error-correcting memory: it catches a silent bit-flip before it can corrupt a job you left running overnight, the kind of fault you would never see happen. It runs 8-channel DDR5, sized to your total VRAM, so memory is never what slows you down.
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Open-source hardware
Every CAD file, bill of materials, and BIOS setting — free on GitHub. Fork it, change it, build your own, even sell it. This is how the personal computer began: in the open. We’re doing it again, for AI hardware.
GitHub 9402x-5090/ 4x-5090/ 8x-5090/ 4x-6000/
bom/ step_models/ stl-models/ photos/
README.md setup.md
MIT · 125 forksClone it. Build it. Sell it. We just want it built.
The lineup
