Samsung Electronics has delayed mass production of its 1.4nm process node to 2029, two years later than its original timeline and trailing TSMC's 2028 target. The shift reflects a strategic pivot ...

Samsung Foundry has reportedly delayed its new 1.4nm process node, introducing more semiconductor issues in its fight against TSMC in the near future.

Samsung Foundry to mass produce its bleeding-edge 1.4nm process node in 2029, a full two years later than its planned 2027 timeline.

According to a new report, Google is planning to jump to TSMC’s 2nm process for Tensor G6 faster than it has in prior years. The first Tensor chip in 2021’s Pixel 6 was built on a 5nm process ...

Samsung Foundry is reportedly adjusting its roadmap by postponing development of its 1.4nm (SF1.4) node and reallocating resources to improve yield and service quality across its 2nm and 4nm ...

Google's upcoming Pixel 11 series (2026) is reportedly set to feature a Tensor G6 chip built on TSMC's advanced 2nm process.

Samsung Foundry's mass production of 1.4nm chips is now delayed until 2029, two years later than planned. More details here.

Next year's iPhone 18 will use TSMC's next-generation 2-nanometer fabrication process in combination with an advanced new packaging method, ...

Google could be one of the first to the party with a 2nm SoC in 2026, with the Pixel 11's Tensor G6 chip tipped to be an early adopter.

TSMC is expected to begin commercial production of its 1.6nm process in the second half of next year. Intel is also pushing to catch up with Samsung and TSMC in 1nm-class technologies.

Meanwhile, TSMC has already taken the lead by announcing its own 1.4nm process in March 2025, Samsung’s rival targets 2028 for mass production of these chips.