Intel has confirmed plans to join Elon Musk's Terafab project, partnering with Tesla, SpaceX, and xAI in what Bloomberg Technology reported on April 7, 2026, as a major AI infrastructure collaboration.
The move marks a strategic shift for Intel, which has faced competition in AI chip markets from rivals Nvidia and AMD. Terafab, understood to be a large-scale AI compute and fabrication initiative spanning Musk's network of companies, now adds one of the world's oldest and most recognised semiconductor manufacturers to its roster.
Intel joining Terafab is less a partnership of equals and more a lifeline — the chipmaker needs a high-profile AI alignment as badly as Terafab needs manufacturing credibility.
Intel's Strategic Calculus
For Intel, the Terafab alignment offers something the company has been unable to build independently: a credible seat at the frontier AI table. Under CEO Pat Gelsinger's IDM 2.0 strategy, Intel invested heavily in domestic fabrication capacity, but its AI accelerator products — including the Gaudi series — have not meaningfully challenged Nvidia's position in data centre GPU deployments.
Terafab, which draws on the combined infrastructure ambitions of Tesla's energy and compute assets, SpaceX's connectivity network, and xAI's model development operations, represents a vertically integrated AI stack that few organisations can match. Intel's manufacturing expertise and x86 ecosystem could fill critical gaps, particularly in custom silicon design and high-volume chip production, according to Bloomberg's reporting.
The financial terms of Intel's participation have not been disclosed, nor has the company confirmed the size of any capital commitment or headcount allocation tied to the project.
What Terafab Means for Musk's AI Empire
Terafab appears designed to reduce Musk's collective companies' dependence on third-party chip suppliers — most notably Nvidia, with which xAI has had a significant but costly relationship. xAI's Colossus supercluster, which came online in Memphis in late 2024, relied heavily on Nvidia H100 GPUs. A manufacturing partner of Intel's scale could accelerate the development of custom AI silicon tailored specifically to xAI's Grok model architecture and Tesla's autonomous driving workloads.
SpaceX's role in Terafab likely centres on Starlink's edge compute potential — distributing AI inference capacity across a low-Earth orbit network represents a strategic capability that no hyperscaler currently possesses. Intel's low-power chip designs could prove directly relevant to that application.
Broadcom and Google Deepen Anthropic Ties
Separately, Broadcom and Google announced an expanded agreement with Anthropic to support the AI startup's accelerating infrastructure requirements, also reported by Bloomberg on April 7. The deal extends Google's existing relationship with Anthropic — in which Google DeepMind's parent Alphabet has invested over $2 billion — and brings Broadcom deeper into the custom AI chip supply chain serving Claude's training and inference operations.
Broadcom has positioned itself as a partner for hyperscalers and AI labs designing custom accelerators, having developed TPU-adjacent silicon for Google and custom AI chips for Meta. An expanded role with Anthropic suggests the startup is moving away from reliance on off-the-shelf Nvidia hardware, mirroring a broader industry trend toward custom silicon.
Anthropic, last valued at $61.5 billion following a funding round in early 2025, has been expanding its Claude model family and enterprise API business at pace. Greater compute control through custom chip partnerships is a prerequisite for the kind of inference-at-scale the company will need to remain competitive with OpenAI and Google's own Gemini models.
What This Means
Intel's entry into Terafab provides the company with a partnership at a moment when its AI credibility is under pressure — while simultaneously giving Musk's interconnected empire access to industrial-scale chip manufacturing that could reduce its dependence on Nvidia for years to come.