Tesla Completes AI5 Chip Tape-Out for Production by TSMC and Samsung
Tesla CEO Elon Musk has announced that the company successfully completed the tape-out of its next-generation artificial intelligence chip, known as AI5. This milestone signifies that the chip design is finalized and ready for manufacturing. Musk publicly congratulated Tesla’s AI chip design team and expressed gratitude to semiconductor giants TSMC and Samsung, who are contracted to produce the hardware. He projected that the AI5 will become one of the highest-volume AI chips in history. Additionally, Musk revealed that Tesla is concurrently developing future iterations, including the AI6 and Dojo3 chips. Industry sources indicate that full-scale mass production of the AI5 is scheduled to begin in 2027, approximately one year after the tape-out completion. These advanced chips are intended to power Tesla’s core autonomous technologies, specifically serving as the computational backbone for its self-driving vehicle fleet and emerging humanoid robot projects. This development underscores Tesla's strategic push to secure independent, high-performance computing capabilities for its expanding robotics and automotive ecosystems, relying on established foundry partners for fabrication.
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Tesla Completes AI5 Chip Tape-Out for Production by TSMC and Samsung
Tesla CEO Elon Musk has announced that the company successfully completed the tape-out of its next-generation artificial intelligence chip, known as AI5. This milestone signifies that the chip design is finalized and ready for manufacturing. Musk publicly congratulated Tesla’s AI chip design team and expressed gratitude to semiconductor giants TSMC and Samsung, who are contracted to produce the hardware. He projected that the AI5 will become one of the highest-volume AI chips in history. Additionally, Musk revealed that Tesla is concurrently developing future iterations, including the AI6 and Dojo3 chips. Industry sources indicate that full-scale mass production of the AI5 is scheduled to begin in 2027, approximately one year after the tape-out completion. These advanced chips are intended to power Tesla’s core autonomous technologies, specifically serving as the computational backbone for its self-driving vehicle fleet and emerging humanoid robot projects. This development underscores Tesla's strategic push to secure independent, high-performance computing capabilities for its expanding robotics and automotive ecosystems, relying on established foundry partners for fabrication.
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