Alongside terrestrial AI clusters like COLOSSUS, SpaceX’s Terafab initiative with Tesla and Intel targets one terawatt of compute hardware production annually. New Delhi: SpaceX is laying out a sweeping vision that combines artificial intelligence infrastructure in space with the next phase of Starlink’s global internet expansion. Plans outlined in the company’s IPO filing suggest that orbital computing and satellite connectivity will serve as the building blocks for the AI future of the next ge
Terafab would manufacture chips for SpaceX, Tesla and xAI. Musk said in a recent post on X that xAI "will be dissolved as a separate company" and will be called SpaceXAI. About 80% of the chip production would be allocated for powering orbital ...
The Austin-based company also operates ... satellites. In recent months, Musk has shifted SpaceX's focus toward building solar-powered orbital data centers, which the billionaire has said will be necessary to train powerful AI models and eventually turn humanity into a multi-planetary civilization. The company is also collaborating with Tesla to build a sprawling "Terafab" that would manufacture specialist chips for space-based ...
These costs will likely be eclipsed by two future SpaceX-Tesla projects: building Terafab, a chip-manufacturing facility, and Macrohard, an AI platform the two companies are developing that will use autonomous agents to augment the work of humans.
On the chip front, SpaceX also has ambitions to build its own massive fab called Terafab, a joint venture with Tesla (TSLA +1.94%) in which both companies will design and manufacture their own chips.
Market News · 21 May 2026· · 24/7 Wall Street·View Source· · Bullish · SpaceX's pre-IPO filing disclosed two early-stage projects with Tesla: Macrohard, an AI software platform, and Terafab, a chip fabrication initiative.
Intel Foundry has already secured ... technology at its TeraFab, which is set to be a critical component of its compute requirements. The supply chain points out that AI training chips, due to their advanced manufacturing processes and highly complex packaging, have significantly ...
“SpaceX is going to take care of like the initial phase of the scaled up Terafab... Any kind of intercompany thing has to be approved by both the SpaceX and Tesla board of directors. It’s got to go through a conflict resolution.
Tech Industry Why TSMC grew four times faster than its foundry rivals in 2025 · Tech Industry Elon Musk unveils $20 billion ‘TeraFab’ chip project to make chips, memory, and package processors all under one roof
One key question was who the semiconductor technology partner would be, and that turns out to be Intel. The choice was limited, with TSMC in Taiwan, Samsung, nominally in South Korea as the only other technology suppliers able to provide the ...
Elon’s TeraFab aims to produce 50x the current global chip production rate. The estimated cost: $119 billion, though Dave thinks that’s a massive underestimate given that a single normal fab runs $40 billion. The Taiwan risk is real: Two-thirds of all GPUs come through TSMC.
TSLA's valuation at ~226x NTM EV/EBIT is driven largely by optionality on high-uncertainty projects like Terafab, FSD, and Robotaxi, not core operations. TSLA aims to meet future AI chip demand by vertically integrating chip production, starting with a $3B research fab and scaling via a $25B facility with SpaceX and xAI. TSMC acknowledges TSLA as a customer and competitor but expresses confidence in its own technology leadership and notes the lengthy, complex ramp required for new fabs.
Wall Street analyst Dan Ives from ... investment worth $2B · Both organizations are collaborating on Terafab, a semiconductor manufacturing facility...
The filing outlines a highly aspirational regulatory application to build orbital data centers powered by continuous solar energy. TeraFab is equally “aspirational”.
Gavin meticulously unpacked how various industry players are responding: scaling up ground-based turbine production, SpaceX’s vision of 'orbital computing' linked by lasers, Taiwan Semiconductor’s nuanced approach to capacity expansion timing, and new entrants like Terafab disrupting the previously concentrated wafer supply.