December 26, 2024 - 12:03

TSMC’s 2nm technology is not expected to be adopted by Apple’s iPhones before 2026 due to an incredibly low monthly production wafer count. This delay comes as Apple continues to evaluate its supply chain and production capabilities. The anticipated rollout of this advanced technology was initially expected to enhance the performance and efficiency of future iPhone models. However, the current production limitations have prompted Apple to reconsider its timeline.
Industry experts suggest that TSMC is working diligently to ramp up its manufacturing capacity, with projections indicating that wafer capacity could increase by as much as eight times by 2026. This increase could potentially allow Apple to incorporate the cutting-edge technology into its devices, offering significant improvements in processing power and energy efficiency. Until then, Apple will likely continue utilizing existing chip technologies to meet consumer demands and maintain its competitive edge in the smartphone market.
August 11, 2026 - 02:38
AI professors are negotiating the new realities of academic researchAt a recent gathering for the Schmidt Sciences AI2050 program, a quiet tension ran through the room. The professors in attendance were not debating the latest model architecture or benchmark scores...
August 10, 2026 - 19:41
FAU Video Compression Technology Portfolio Acquired by Dolby LaboratoriesFlorida Atlantic University has sold its entire video-compression technology portfolio to Dolby Laboratories, a move that highlights the real-world reach of university research. The deal covers 683...
August 9, 2026 - 23:43
Small Business Technology News This Week: AI Shopping Searches Surges, Thryv And Wix Partner, Gemini Notebook Gets An UpgradeThe pace of artificial intelligence adoption in the small business world shows no signs of slowing, with several notable developments this week highlighting how the technology is moving from...
August 9, 2026 - 12:34
Defining Broadcast AV with Matrox ConvertIP technologyThe lines between traditional broadcasting and professional audiovisual systems are fading fast. As demand grows for higher quality, seamless interoperability, and greater flexibility, the...