According to tech columnist Tim Culpan, after the initial production of the iPhone’s A16 Bionic chip in the US last year, the manufacturer is now making Apple Watch’s S9 chips, which are ...

If you buy through a BGR link, we may earn an affiliate commission, helping support our expert product labs. Following the report that TSMC started producing Apple’s A16 Bionic chips at its ...

Apple had also been practicing a strategy of putting older generation chips in the lower end iPhone. This started with the iPhone 14 lineup, where the base model kept the A15 Bionic chip from the ...

Along with new features, the iOS 18.3, iPadOS 18.3, and macOS Sequoia 15.3 updates that Apple released today include multiple ...

Apple's chip contract manufacturer TSMC is apparently on the verge of mass-producing the first A16 Bionic chips, which roll off the production line in the US state of Arizona. Corresponding ...

The A12Z Bionic is Apple's third offering in the A12 series of system-on-chips designed by the company. From its origins of being a mobile-centric processor, the A12Z has become important to the ...

An illustration of the team's technology, which combines a bionic limb with brain implants to reproduce more complex sensations of touch. © Chalmers University of ...

The latest round of Android security updates contain fixes for 48 vulnerabilities including a zero-day kernel vulnerability ...

iPad 10 models have an A14 Bionic chip and 4GB of RAM. Once the iPad 11 launches, Apple Intelligence will be available on all current-generation iPads. The features require an iPad Pro or iPad Air ...

Under the hood, the iPhone SE4/16e will be powered by Apple’s A18 Bionic chip, promising excellent performance. It will incorporate Face ID for secure unlocking and authentication, which ...

Dreame used CES to demo a robot vacuum with a 'Bionic Multi-Joint Robotic Arm'. Unlike Roborock's efforts, this arm can pivot in various directions, theoretically enabling it to operate in tighter ...

A new neural network process has designed wireless chips that can outperform existing ones. This convolutional neural network analyzes the desired chip properties then designs backward.