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TSMC Starts 2nm Wafer Production, Apple Among First Customers

TSMC has commenced orders for 2-nanometer wafers priced around $30,000 each, expecting Apple as its first customer. Large-scale production is set for late 2025, which includes plants in Hsinchu and Kaohsiung. The new technology, utilizing gate-all-around transistors, promises enhanced chip performance. TSMC's commitment to advanced semiconductor technology continues with future plans for a 1.4nm node by 2027.

Key points

  • TSMC begins production of 2-nm wafers and opens orders starting April 1, 2025.
  • The cost per wafer is approximately $30,000 due to advanced production technology.
  • Apple is expected to be the first customer, using the chips for the A20 processor in the iPhone 18.
  • Large-scale production targets 30,000 wafers per month by late 2025.
  • The Hsinchu plant's monthly production has risen from 3,000 to 8,000 units, with a future goal of 22,000.
  • The Kaohsiung plant is ready to produce ahead of schedule, contributing to overall production goals.
  • The 2nm process incorporates gate-all-around transistors, reducing leakage and improving efficiency.
  • Other companies, like Qualcomm, show interest in TSMC's 2nm technology for future chipsets.

Why it matters

  • The announcement aligns with the ongoing global demand for smaller, high-performance chips, driven by advancements in technology.
  • Historically, TSMC has maintained a leadership position in semiconductor manufacturing, consistently pushing the limits of technology.
  • The shift towards 2nm technology mirrors trends in the broader electronics landscape, which increasingly emphasizes energy efficiency and performance.
  • The semiconductor sector is experiencing a renaissance with significant investments in advanced technology, paralleling trends seen in AI and 5G developments.

The beginning of 2nm wafer production signals a new chapter for TSMC and the semiconductor industry, enhancing technological advancements and solidifying strategic partnerships, particularly with Apple. This innovation sets the stage for a more efficient and high-performance future in electronics.