With only a 28 nm process, we enable:
The tool that grows the atoms, the chip those atoms make possible, and the package that lets a gigawatt of those chips behave as one machine.
Plasma-photon MOCVD platform growing wafer-scale 2D TMD monolayers below 450 °C — 60 wafers per hour, fully BEOL-compatible.
330 GB of DRAM inside the compute array. ~100× the weight bandwidth of any HBM4 GPU — one die designed to train and serve an 80B model.
404 kW of compute sealed into 1.76 litres — about 2,900× a liquid-cooled rack. The coherent domain stops ending at the rack, and a gigawatt fits in one room.
Tell us about your GPU ambitions. We help teams turn planar roadmaps into hyperstacked AI chips with clear cost, yield, and reliability plans.
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