Flip chip packaging represents a cutting‐edge assembly technique in which semiconductor devices are mounted upside‐down, enabling direct connection to the substrate via solder bumps. This method not ...

Apple Inc.’s upcoming M5 line of Mac chips will be made using Taiwan Semiconductor Manufacturing Co.’s three-nanometer N3P process, 9to5Mac reported today. The publication attributed the information ...

The chip manufacturing industry can be quite complex, and that’s normal. After all, there are multiple factors that go into the performance of a SoC, making it a success or directly ruining a good ...

Broadcom Inc. today detailed a new chip packaging technology, XDSiP, that makes it possible to create processors by stacking multiple silicon dies atop another. XDSiP is short for eXtreme Dimension ...

TL;DR: Apple has ordered next-gen M5 chips from TSMC for iPad Pro and Macs, with production in 2H 2025. The M5 chips will use TSMC's 3nm process and SoIC technology for better thermal management, with ...

The post Apple's M5 Pro & M5 Max Rumored for Single-Chip Design appeared first on Android Headlines.

The A20 chip widely expected to debut in the iPhone 18 Pro and folding iPhone will take advantage of a new packaging technique, on TSMC's 2nm chip fabrication technology. Rumors about the iPhone 18 ...

Artificial intelligence (AI) is reshaping the semiconductor landscape-both as a fast-growing end market and as a catalyst for innovation across mobile, automotive, networking, industrial and beyond.

Smart phones are a rapidly growing share of mobile phone shipments, representing 15% of the market in 2009 and growing to 35% in 2013. Essentially all the growth in mobile phone sales will come from ...

Thanks to the AI tsunami, demand for AI chips from all sectors is continuing to surge. The Chip-on-Wafer-on-Substrate (CoWoS) architecture that dominates existing 2.5D and 3D packaging technologies is ...

China’s semiconductor industry is having a moment. New fabrication plants are being announced, domestic chip designers are scaling quickly, and ...