INTEL TO THE MOONIntel CorporationBATS:INTCShavyfxhubINTEL STOCKS CONTINUES TO RISE ON TERAFEB PROJECT WITH TESLA. the bullish catalyst remains tesla collaboration and a pull back will be a buy continuation . Tesla has become Intel's first major customer for its advanced 14A (1.4nm-class) chip process, collaborating on production at Tesla's Terafab AI chip facility in Austin, Texas. Collaboration Details Elon Musk announced during Tesla's April 2026 earnings call that Terafab will leverage Intel 14A for AI processors targeting autonomous driving and robotics. The 14A node features RibbonFET 2 (gate-all-around transistors), PowerDirect backside power delivery, and Turbo Cells for better performance-per-watt—promising 15-20% speed gains, 30% density increase, and 25-35% power reduction over Intel's prior 18A. ASML EUV Market Challenge Intel's aggressive adoption of ASML's High-NA EUV tools for 14A gives it a first-mover edge over TSMC's A14, potentially reclaiming process leadership lost years ago. However, High-NA's higher costs could pressure scalability and pricing versus ASML's Low-NA EUV used by competitors, challenging ASML's market if Intel succeeds in high-volume foundry wins but risking slower adoption if economics falter. Intel's 14A process targets a 15-20% performance boost or 25-35% power reduction over its prior 18A node, while TSMC's A14 aims for 10-15% speed gains or 25-30% power savings versus N2 (2nm). Tesla's Terafab factory aims to achieve 1 terawatt of annual AI compute capacity through a fully vertically integrated chip production model. Core Targets Terafab, a $25 billion joint Tesla/SpaceX/xAI/Intel facility in Austin, Texas, seeks to rival TSMC's global output from one site, scaling from 100,000 to 1 million wafer starts monthly. It consolidates all stages for AI5/AI6 edge chips (FSD/robotics) and radiation-hardened D3 space processors. the tesla /intel Terafab Goal is to have Chip Design,In-house recursive loop design, mask iteration, test enabling rapid AI chip evolution unmatched globally. Fabrication/LithographyIntel 14A (1.4nm) process with High-NA EUV; initial pilot at 3,000 wafers/month, targeting 2nm-class logic/memory. Memory ManufacturingOn-site HBM/DRAM production for AI stacks, bypassing supply chains. PackagingAdvanced multi-chip modules (CoWoS-style) under one roof for 1TW compute/year. This "fast recursive loop" positions Terafab for unmatched iteration speed, though skeptics question feasibility given Tesla's fab inexperience ,but intel years of experience and trained feb engineers will give the project a seamless flow. #intel #tesla #stocks