Tesla AI6 Chip to be Built on Samsung's 2nm Process in $15.6B Deal

Tesla has finalized the design of its AI5 processor and confirmed its next-generation AI6 chip will be manufactured using Samsung's advanced 2nm process technology. The deal, estimated at $15.6 billion and running through 2033, is a major win for Samsung's struggling foundry business. Tesla is employing a multi-foundry approach, with TSMC also set to produce an upgraded AI6.5 chip on its 2nm node. These chips are central to Tesla's AI strategy, powering its Full Self-Driving hardware and humanoid robot projects.

Key Points: Tesla AI6 Chip on Samsung 2nm Process in Major Deal

  • AI6 chip on Samsung 2nm
  • $15.6B deal through 2033
  • Multi-foundry strategy with TSMC
  • Powers FSD & humanoid robots
  • Revives Samsung foundry
3 min read

Tesla deepens chip push, AI6 to be built on Samsung's 2nm process

Tesla's next-gen AI6 chip will be built on Samsung's 2nm process in a deal worth $15.6B, boosting Samsung's foundry business against TSMC.

"Congrats to the @Tesla_AI chip design team on taping out AI5! AI6, Dojo3 & other exciting chips in work - Elon Musk"

Seoul, April 16

Samsung Electronics is set to deepen its role in Tesla's AI chip lineup after the automaker completed the design of its next-generation AI5 processor, a milestone that could help revive the Korean company's struggling foundry business, according to a report by The Korea Herald.

Tesla CEO Elon Musk said Wednesday that the electric vehicle company's AI chip team had "taped out" the AI5 processor, marking the point at which a design is finalized and sent to manufacturing partners.

"Congrats to the @Tesla_AI chip design team on taping out AI5! AI6, Dojo3 & other exciting chips in work," Musk said on his X account.

In another post, he confirmed that both Samsung and TSMC will support production and that its chip will be "one of most produced AI chips ever."

The AI5 chip is expected to power Tesla's fifth-generation full self-driving hardware (HW 5.0) and also support its humanoid robot programmes, placing it at the centre of the company's broader artificial intelligence strategy.

Tesla is adopting a multi-foundry approach, with both Samsung and TSMC supporting chip production. This approach is aimed at securing manufacturing capacity and reducing supply chain risks amid growing global demand for advanced semiconductor technologies.

Samsung has supplied earlier-generation AI4 chips and has secured a contract to produce Tesla's AI6 processors in a deal estimated at about 23 trillion won (USD 15.6 billion), running through 2033.

According to details shared by Musk, the AI6 chip will be manufactured using Samsung's 2nm process at its Texas fabrication facility and is expected to deliver roughly double the performance of AI5 at the same die size. An upgraded version, AI6.5, will be produced by TSMC on a 2nm node in Arizona, offering further performance gains.

Production is expected to be distributed across facilities capable of handling 2- to 3-nanometer nodes, including Samsung's upcoming Taylor fab in Texas and its existing plant in Pyeongtaek. Earlier AI4 chips were produced in South Korea.

For Samsung, the partnership with Tesla comes at a crucial time, as its foundry business has been facing challenges, including quarterly losses of around 1 trillion won due to weak order flows and competition from TSMC. Securing major AI clients is seen as key to strengthening its position in the advanced chip manufacturing segment.

The company has indicated that it is in discussions with major clients in the US and China and expects orders for 2nm chips targeting AI and high-performance computing to increase by more than 130 per cent this year.

Beyond automotive chips, Samsung is expanding its advanced-node pipeline, including production of DeepX's second-generation AI processor on its 2nm process, expected to enter mass production in 2027, and development of its own Exynos 2600 mobile processor.

The company is also integrating its foundry and memory businesses, with the base die for next-generation high bandwidth memory (HBM5) being developed on a 2nm process, marking further advancements in its semiconductor capabilities.

- ANI

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Reader Comments

P
Priya S
Interesting to see Tesla splitting production between Samsung and TSMC. Smart move to de-risk their supply chain. Hope this kind of advanced manufacturing and investment eventually comes to India as well. We have the talent.
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Rohit P
AI5 for HW 5.0 and robots? Musk is really pushing the envelope. But as an Indian consumer, my first question is: when will FSD (Full Self-Driving) actually be reliable and legal on our chaotic roads? That's the real test.
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Sarah B
The performance doubling with each generation is insane. But I do wonder about the environmental cost of all this cutting-edge chip fabrication. The water and energy usage must be massive.
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Vikram M
$15.6 billion contract is no joke! This shows the sheer scale of the AI hardware arms race. While we watch this, I hope our own semiconductor mission (ISM) picks up pace. We can't just be consumers forever.
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Karthik V
Good to see competition in the foundry space. TSMC has had a near monopoly on the most advanced nodes. Samsung catching up is healthy for the industry and might bring down costs in the long run. Fingers crossed!

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