A new rumor says that Apple will skip the N2P process of its manufacturing partner, TSMC to cut cost. This would affect (but ...
HAIFA, Israel--(BUSINESS WIRE)--proteanTecs®, a global leader in advanced analytics for semiconductor health and performance monitoring, today announced the successful silicon-proven validation of its ...
TSMC just announced plans to produce 1.4nm chips by 2028, promising faster, more efficient AI processing directly on smartphones. This leap keeps TSMC ahead of Samsung and will likely power future ...
Tom's Hardware on MSN
TSMC's board approves $45 billion spending package on new fabs — record sign off signals aggressive expansion to grow capacity
TSMC's board of directors approves spending on new production capacities and promotes a key executive leading the development of A10 fabrication process due in 2030 or later.
Apple chipmaker TSMC at the North America Technology Symposium has teased its next-generation A14 process node that will enter planned production in 2028. The cutting-edge A14 node will allow for ...
Showcasing TSMC’s latest offerings for high performance computing, smartphone, automotive, and IoT applications SANTA CLARA, Calif.--(BUSINESS WIRE)-- TSMC (TWSE: 2330, NYSE: TSM) today unveiled its ...
TL;DR: Apple and Bitmain will lead demand for TSMC's cutting-edge 2nm process node in 2026, with TSMC ramping capacity to 60,000 wafers monthly by Q4. NVIDIA will adopt TSMC's 3nm node for Rubin AI ...
That's right folks: buckle up, because we're well into the bumpy roads of sub-nanometer steps in fabrication process improvements. Intel's about to start launching chips fabbed on its 18A process ...
TSMC is currently one of the most renowned companies in the tech industry. Its factories produce chips for major names in segments such as mobile processors and AI hardware. The firm’s next major ...
Many of this year’s flagship phones are powered by chipsets built on the 3nm process. This includes chipsets like the Apple A18 Pro and the Qualcomm Snapdragon 8 Elite. Building chips on the 3nm ...
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