Particle accelerators are no longer just massive, billion-dollar science projects. A startup says its first commercial, room-sized laser accelerator is working, with plans to rent it to customers starting in 2026.
Samsung’s next big foldable, the Galaxy Z TriFold, is on the horizon. But it might be powered by last year’s chip and could face serious battery life issues. Here’s why you should consider a different Samsung foldable instead.
Sony has given the PlayStation 5 Slim a silent but significant hardware upgrade. The new CFI-2116 revision now uses the grooved heatsink design from the upcoming PS5 Pro, which fixes problematic liquid metal distribution. It’s a major reliability fix discovered by modders, not announced by Sony.
A new report shows Nvidia’s grip on the discrete GPU market slipped slightly last quarter. AMD and Intel both gained share, but Team Green still holds a staggering 92% of the market.
HPE is building a turnkey AI rack system based on AMD’s Helios architecture, set for a 2026 release. It will pack 72 next-gen AMD GPUs and use a unique Ethernet-based fabric to challenge Nvidia’s high-end offerings.
Epomaker has launched the QK108, a full-size mechanical keyboard that bucks the compact trend. It features a gasket-mount design, a programmable screen and knob, and open-source VIA software support. It’s available now for $84.99.
A new partnership aims to modernize the electronics in satellites and spacecraft. By using a 12-nanometer manufacturing process, they plan to bring space-grade chips up to par with commercial tech.
AMD’s 6-core gaming CPU, the Ryzen 5 7600X3D, is now listed on Amazon after a limited release. Priced around $284 in Canada, it faces new competition from its own sibling, the 7500X3D. Here’s where the value stands now.
According to a new report, Intel is set to manufacture Apple’s lowest-end M-series processors starting in mid-to-late 2027. This would mark a surprising return to partnership, but with Apple firmly in the driver’s seat on design.
Researchers at McGill University have created a stretchable, biodegradable battery inspired by the classic lemon battery experiment. By using citric acid to solve a key magnesium problem, they built a prototype that outputs 1.3 volts and degrades in weeks. It’s a promising step for eco-friendly wear
