This is another year when every chip foundry reminds us that they can make 3nm or 4nm chips, and we're supposed to be excited ...

When it comes to processors, the term nm refers to the node size of the chip. A smaller number means smaller transistors are placed on the silicon bed. A 6nm chip uses 6nm transistors, while a 4nm ...

Yet unlike software, where industry leadership can shift in a matter of months, success in lithography is a slow-moving race ...

However, plenty of devices will perform well with chips made on 28nm processes, and more refined manufacturing techniques just aren't needed for many semiconductors. In the years 2026 or 2027 ...

A leaker revealed the details about Apple's refreshed 5G modem coming next year, which will be the C1 successor.

SiFive’s HiFive Unleashed The HiFive Unleashed is built around the Freedom U540 SOC, a quad-core processor built on a 28nm process. The chip itself boasts four U54 RV64GC cores with an ...

Apple’s first in-house modem, the C1, powers the iPhone 16e with impressive battery efficiency—but it’s missing one key ...

A new report from analyst Ming-Chi Kuo claims that it will be 2026 before an updated version of the Apple C1 modem with mmWave will enter mass production.

Li Ke believes that China will have the ability to fully mass-produce its own 28nm chips in one or two years, as well as having a completely domestic industry chain and independent chip ...

Russian foundries will be ready to produce 28nm chip by 2030, according to the most optimistic predictions.