Both chips will be built on TSMC’s cutting-edge third-generation 3nm process, known as N3P. This next-gen node allows TSMC to pack even more transistors into the silicon, promising faster performance and greater energy efficiency compared to the A18 and A18 Pro powering the current iPhone 16 series. For reference, the A18 lineup uses TSMC's earlier N3B process. Furthermore, TSMC is already prepping up for its 2nm transition in 2026, introducing Gate-All-Around (GAA) transistors. Read more in our articles including "Apple A19, A19 Pro chips to use TSMC’s newer 3nm ‘N3P’ tech, iPhone 17 Air to replace Plus variant" and "Globe AT HOME offers free upgrades to 1Gbps and Wifi 6 routers to loyal postpaid subscribers".
Both chips will be built on TSMC’s cutting-edge third-generation 3nm process, known as N3P. This next-gen node allows TSMC to pack even more transistors into the silicon, promising faster performance and greater energy efficiency compared to the A18 and A18 Pro powering the current iPhone 16 series.
For reference, the A18 lineup uses TSMC's earlier N3B process. Furthermore, TSMC is already prepping up for its 2nm transition in 2026, introducing Gate-All-Around (GAA) transistors.
Our coverage of TSMC semiconductor includes: "Apple A19, A19 Pro chips to use TSMC’s newer 3nm ‘N3P’ tech, iPhone 17 Air to replace Plus variant"; "Globe AT HOME offers free upgrades to 1Gbps and Wifi 6 routers to loyal postpaid subscribers"; "HUAWEI WATCH FIT 5 Pro now open for pre-order in PH". Each article provides unique insights and information.