TERAFAB SIM

Terafab 1-Terawatt Compute & Chipmaking Calculator

Yahoo Finance Report • Jensen Huang & Elon Musk Terafab Initiative
Strategic Presets Source Operational Models
Engineering Parameters Interactive Scaling
250 GW
Grid allocation up to 1 Terawatt (1,000 GW) cluster footprint
4 Fabs
Collocated mega-foundry cleanroom modules & packaging hubs
2 nm (GAAFET)
Process generation: High-NA EUV Angstrom & GAAFET nodes
15 W/PFLOP
Architecture packaging, liquid micro-channel cooling & optical interconnect
Estimated Capex
$1,250.0B
Fab tools, High-NA EUV lines & energy substations
Total Power Draw
250.0 GW
Peak concurrent data center compute & fab load
Annual Wafer Output
18.5M wafers/yr
300mm equivalent processed wafer capacity
Grid & Infrastructure Assessment
Continental energy baseload and small modular reactor (SMR) dispatch requirement
Viable with Gigawatt-scale Nuclear Integration
Terafab Scale-Up Projection Curve (10 GW – 1,000 GW)
Projected Capex ($B)
Power Draw (GW)
Wafer Output (M/yr)

Initiative Grounding: As reported by Yahoo Finance, Nvidia CEO Jensen Huang noted that Elon Musk is tackling Terafab—a massive multi-company semiconductor project partnering SpaceX, Tesla, and Intel with an ultimate target of 1 Terawatt of dedicated artificial intelligence compute. This calculator models the extreme capital allocation, dedicated nuclear energy baseload requirements, and advanced High-NA EUV wafer output necessary to bridge sub-gigawatt current datacenters to multi-gigawatt planetary computing scale.

estimated_capex_billions 1250.0
total_power_draw_gw 250.0
projected_annual_wafers_millions 18.5
feasibility_status Viable with Gigawatt-scale Nuclear Integration
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