Elon Musk's Terafab project finally "comes down to earth"! Intel announces participation and will support the chip manufacturing process.

Elon Musk’s highly anticipated semiconductor project, Terafab, is now reaching a critical turning point. On Tuesday, the chipmaker Intel officially announced it will join the project, helping Terafab redesign its chip technology.

Terafab had long been viewed by the semiconductor industry as too far-fetched. The reason was that neither Musk nor the two companies behind the project, SpaceX and Tesla, had any prior semiconductor manufacturing experience. Given the complexity of chip manufacturing and the industry’s high barriers, Terafab’s prospects had not been widely seen as promising.

But Intel’s involvement could break Terafab’s “no prior experience” dilemma. On Tuesday, Intel posted on X, saying its capabilities in large-scale design, manufacturing, and packaging of ultra-high-performance chips will help accelerate Terafab’s goal—producing 1 terawatt of computing power every year—to drive the future development of AI and robotics.

In another post, Intel CEO Pat Gelsinger said that Terafab represents a major shift in future silicon logic, memory, and packaging manufacturing methods. Intel is honored to be a partner and to work closely with Musk to advance this strategically significant project together.

Down-to-earth

When Musk unveiled the project in March, he said Terafab would be built in Austin and jointly operated by Tesla and SpaceX. He also serves as CEO of both companies. The project will ultimately produce high-end 2-nanometer chips for robots, AI, and space data centers.

From Intel’s statement, it appears that Intel will participate in Terafab in design, manufacturing, and packaging as well. In some sense, this could mean that Terafab’s factories may actually be operated by Intel.

Industry analysts believe that after Intel’s entry, Terafab has become feasible. Intel brings process technology, equipment expertise, and packaging know-how, while Tesla, SpaceX, and xAI bring demand—and very likely a large amount of funding as well.

This is also a good deal for Intel. Intel’s foundry business has long been looking for core customers to justify its capital expenditures. Now that its 18A process node has finally reached mass production, the wafer fabrication division urgently needs big customers like Tesla.

Meanwhile, Terafab’s story and Intel’s story are also a perfect fit. Terafab’s space ambitions and Intel’s narrative about manufacturing chips in the United States are both good reasons to seek policy support from the U.S. government—which is also one of the advantages Intel has over TSMC and Samsung Electronics.

(Source: Cailian News Agency)