Researchers have come up with a unique self-assembling technique that could be used to cram more features on smaller chip geometries.
Intel's spanking new high-capacity Optane SSD is cool, but drives from other storage vendors based on the 3D Xpoint technology could be coming later this year.
Intel's artificial intelligence efforts have been scattered over many different units but are now being united into a single operating group.
The new Raspberry Pi Zero W was designed to be a board to make internet of things devices, but a key OS from Google won't work on the hardware.
When he was growing up, a dream of Linux pioneer Linus Torvalds was to acquire the Acorn Archimedes, a groundbreaking personal computer with the first ARM RISC chips.
Via Technologies is now shipping new 360-degree cameras for under $100, making it more affordable for users to capture and play virtual reality content in headsets.
One of the big problems in gaming is incompatibility. A game written for Windows and DirectX won't work on Macs or Android devices. Vulkan games work on Android, but not on Apple devices, which has its own Metal API.
Can ARM chips compete neck-and-neck with Intel and AMD on benchmarks? That could be happening sooner than you think.
Qualcomm believes there's an untapped opportunity in candy bar phones, and believes it can bring smartphone-like power to these handsets. So it has made the 205 Mobile chip, which will bring LTE capabilities, better graphics and more responsiveness to candy-bar and low-end smartphones.
Intel says large-capacity Optane drives with up to 1.5TB of storage are on their way.
DARPA has come up with crazy ideas in the past, and its latest is to come up with computers that are always learning, much like humans.
AMD's Radeon memory business has slowed down, with fewer products available in the U.S. and no new product releases since the introduction of the Polaris GPUs.
Google will start shipping development kits for its Project Soli wireless gesture recognition technology later this year.
Intel also is developing new chips for wearables like Curie, which will be smaller and faster, and enable sleeker wearables.
Nvidia's next big chip called Xavier is headed first to self-driving cars, and the company is working with Bosch to develop such systems.