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.
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Technology and Patient Focus Reshape Modern Care DeliveryHealth care organizations are increasingly turning to technology not as an end in itself but as a means to build operational models that can grow without sacrificing quality. Alejandro Torres, CEO...
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US Moves to Curb Investment in Iran Tech SectorsThe US Treasury Department proposed rules Thursday that would restrict American investments in sensitive technology sectors in Iran and four other countries Washington considers national security...
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AMERICAN SYSTEMS Secures New Defense Technology Support ContractAMERICAN SYSTEMS has been awarded a task order to provide technology support services to the Department of Defense, the company announced this week. The contract expands the firm`s existing...
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Photoresist Track Technology: The Quiet Enabler Behind Specialty Chips and AI InfrastructureSemiconductor investment tends to focus on the most visible parts of the manufacturing chain, especially lithography exposure tools. But patterning depends on more than exposure. Photoresist...