Third, and perhaps the most significant for the long term: Tesla CEO Elon Musk confirmed on Tesla's Q1 earnings call that Tesla will source Intel's next generation 14A manufacturing process at Intel's Terafab in Austin, Texas, to produce chips for Tesla's cars, robotics division, and yet-to-be-built SpaceX orbital data centers. Intel CFO David Zinsner told CNBC that he now expects advanced packaging to bring Intel billions of dollars per customer, up from hundreds of millions
Positive Sentiment: Reports highlight progress on Elon’s “Terafab” manufacturing initiative — faster, lower‑cost fabs could materially reduce vehicle and robot production costs over time if successful.
The TERAFAB initiative outlines an ambitious future where massive amounts of compute are shifted directly into orbit. These space-based datacenters, deployed alongside the ever-expanding Starlink satellite constellation, possess an absolute ...
It is reported that xAI plans to increase the level of GPU usage to 50%, but no specific timeframe has been mentioned. The key changes are expected to come from infrastructure improvements and software optimisation. In addition, the company is considering renting out some of its computing power to external customers. In the long run, Musk is betting on the TeraFab project, which involves the development of his own artificial intelligence solutions.
He first publicly detailed the lunar mass driver concept — describing it as a "cannon-like device using magnetic power" — during an xAI all-hands meeting in February 2026. By March 21, SpaceX had formally integrated electromagnetic mass drivers into its lunar roadmap under what has been referred to as "Project TERAFAB."
$TSLA added +3.21% as reports surfaced that Elon’s Terafab is moving at “light speed,” reinforcing the vertical-integration thesis even as the rest of AI hardware wobbled.
Intel and NVIDIA announced a historic partnership on infrastructure. New players like CoreWeave and Nebius partnering directly with chip providers and customers to deploy massive GPU clusters worldwide. Elon Mask is partnering with Intel to built his chip factory complex - Terafab.
XAI will likely offer rental services for its massive GPU fleet as it rolls over future workloads to hardware that drives the Agentic AI requirements. On that front, Musk is going all in on the TeraFab project, designing multiple in-house silicon ...
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Mit neuer Technologie von Intel will Musk eine gigantische Halbleiterproduktion in Texas auflegen. Intel-Aktionäre feiern – aber kann das funktionieren? Nach einem Satz von Elon Musk ging die Intel-Aktie um drei Prozent nach oben: Auf der ...
The TERAFAB initiative outlines an ambitious future where massive amounts of compute are shifted directly into orbit. These space-based datacenters, deployed alongside the ever-expanding Starlink satellite constellation, possess an absolute ...
The TERAFAB initiative outlines an ambitious future where massive amounts of compute are shifted directly into orbit. These space-based datacenters, deployed alongside the ever-expanding Starlink satellite constellation, possess an absolute ...
The TERAFAB initiative outlines an ambitious future where massive amounts of compute are shifted directly into orbit. These space-based datacenters, deployed alongside the ever-expanding Starlink satellite constellation, possess an absolute ...
The TERAFAB initiative outlines an ambitious future where massive amounts of compute are shifted directly into orbit. These space-based datacenters, deployed alongside the ever-expanding Starlink satellite constellation, possess an absolute ...
And what might be the best news Intel has received in some time – Elon Musk recently confirmed that his SpaceX/Tesla/xAI Terafab project will use Intel Foundry’s 14A fabrication technology.
Intel also joined Elon Musk’s Terafab chip complex in Austin. Tesla has signaled plans to use Intel’s forthcoming 14A manufacturing process for future vehicles and robots. The company reported 90% yield rates for its EMIB packaging technology, a manufacturing benchmark watched closely as demand for advanced chip packaging rises across the semiconductor sector.
Intel’s own materials on advanced packaging underline how much of modern compute capability now depends on combining multiple dies within a single package. Performance, bandwidth, thermals, and density increasingly depend on packaging and integration choices rather than on logic scaling alone. That is one reason the repeated pairing of “logic, memory, and packaging” in the Terafab discussion is significant.
Terafab, if it progresses, would align with this agenda—more local manufacturing, less dependence on Taiwan, greater integration among end customers, chip design, foundries, and packaging. But political alignment alone isn’t enough. Manufacturing cutting-edge chips requires EUV equipment, specialized materials, gases, masks, talent, intellectual property, statistical control, high yields, and a supply chain that can’t be improvised.