Tesla plans to use Intel 14A chips for Terafab project

Intel’s 14A process is also designed to incorporate High-NA extreme ultraviolet (EUV) lithography tools from ASML, which offer higher resolution patterning compared with current EUV systems.

Tesla raises 2026 capex to $25 billion

Tesla plans to more than double its AI compute capacity in roughly six months. The company is also building a semiconductor research facility, referred to as a “Terafab”, in Austin, Texas, focused on chip design.

Intel 14A Chip Technology: Intel Secures Tesla as First Major Client for 14A Chip Technology, ETTelecom

Musk said in March his space startup SpaceX and Tesla would build two advanced chip factories at this sprawling facility, one to ⁠power cars and humanoid robots, and another designed for the space data centers. Many details of the Terafab project - such as who will pay for pricey chipmaking equipment, who will operate the factory and when it will come online - remain unknown.

Intel 14A and Terafab: A New Era for AI Manufacturing · KAD

It is also the first node designed for full-scale High-NA EUV lithography deployment. High-NA EUV enables finer patterning beyond traditional EUV limits · PowerVia (Backside Power Delivery) improves power integrity and reduces IR drop · Combined, ...

Stock Market News — April 22, 2026 — Evening Update (Last 12 Hours PT)

The 25% capex increase to $25B+ for AI training, autonomous driving, and Optimus robotics, combined with Intel's 14A foundry deal for Terafab, signals Musk is building a vertically integrated AI hardware stack. The 4% after-hours pop suggests investors are buying the narrative. Bears will point to weakening California registrations and margin pressure. ... The chip cycle is splitting. AI beneficiaries are surging: SK Hynix +400% profit, BE Semi +64%, TI upbeat on data centers, Nokia up on o

Tesla to Use Intel’s 14A Process for Terafab AI Chip Project - CXO Digitalpulse

Tesla CEO Elon Musk announced that the company plans to use Intel’s next-generation 14A manufacturing process to produce chips for its ambitious Terafab project, a large-scale AI chip manufacturing initiative. The 14A process—considered a cutting-edge, next-generation semiconductor node—is ...