The process node advancement in other areas means the ... Yes, this goes against almost everything you'll read telling why 3nm or 4nm is so great and such a breakthrough, but it's the truth.

Omni Design Technologies, a leading provider of high-performance, low-power SWIFT™ data acquisition and signal-processing ...

Discover how TSMC's 3nm nodes, rising HPC demand, and AI accelerator growth fueled revenue gains, despite overseas expansion challenges. Learn more on TSM stock here.

MediaTek has officially announced the Dimensity 9400 Plus as a high-bin version of the regular 9400.  Its closest rival is ...

The company's iPhone 15 Pro was the first consumer device to utilize TSMC's 3nm node, and the iPhone 18 Pro will follow that trend late next year. Standard iPhone 18 models will likely employ a ...

Notably, the firm has also started exploring nodes below 2nm. Previously it was rumoured that the firm may abandon the FinFET transistor process at the 3nm node and will instead use GAA surround ...

At 3nm, this becomes even more critical because second- and third-order effects become first-order effects. This is exactly what is happening with inductance at each new node. “You can ignore ...

With all those plans in the pipeline, it looks likely that the foundry might be on schedule to deliver the 3nm node on time for the Apple iPhone 14. While TSMC will be sourcing the 3nm chips to ...

Below is a graph showing their 2024 revenue breakdown by node... The advanced nodes – 3nm and 5nm combined – contribute 52%. By contrast, the chart below shows operating profit by node.

“As process dimensions reduce to the 3nm node, interconnect variation becomes much more significant,” said An Steegen, executive vice president for semiconductor technology and systems at imec. “Our ...

25% better power efficiency and a 5% reduction in chip area compared to SF3 (the 3nm node which will likely be used for the Exynos 2500). We’re not sure what @Jukanlosreve means by the “Exynos ...