Lenovo is showing off a wild concept at CES 2026: a gaming laptop with a rollable OLED screen. The Legion Pro Rollable can expand from a 16-inch display up to a 24-inch ultrawide for esports and multitasking.
AMD is pushing AI into mainstream PCs with its new Ryzen AI 400 Series processors. Every chip in the lineup meets the 60 TOPS requirement for Microsoft’s CoPilot+ PC designation, with systems from major OEMs expected to launch this quarter.
Samsung’s spherical Ballie robot appears to have been shelved after being absent from CES 2026. The company calls it an “active innovation platform,” but its path to store shelves looks dim.
AOC has unveiled the AGON PRO AG276QSG2, a 360Hz gaming monitor featuring NVIDIA’s new G-Sync Pulsar technology. It aims to eliminate the trade-off between motion clarity and smooth VRR gameplay.
AMD’s high-end Ryzen 9 9900X processor is now on sale for $389.99, a 22% discount. This 12-core chip outperforms competitors like the Intel Core i7-14700K while costing significantly less.
AMD told users to “stay tuned” for its flagship dual 3D V-Cache chip. Now, major PC vendors are confirming it exists in upcoming desktops and workstations, teasing a powerful 16-core CPU for gaming and hybrid workloads.
Cybersecurity is stuck in a reactive loop of patches and detection. According to a new analysis, the solution is a foundational shift: building autonomous, hardware-based defenses directly into silicon chips to enforce trust from the moment a device powers on.
Vitrealab has closed an $11 million Series A to industrialize its Quantum Light Chip for AR glasses. The tech promises smaller, brighter, more efficient displays. But the AR hardware graveyard is full of good ideas.
The big story at CES 2026 isn’t just faster chips from AMD, Intel, and Qualcomm. It’s a surprising shift toward laptops you can actually repair and upgrade. Plus, Dell is reversing its controversial rebranding by bringing back the beloved XPS line.
Scientists have built fully autonomous microrobots measuring just 200 by 300 by 50 micrometers. Powered solely by light, they can sense temperature, follow paths, and operate for months without external control, opening up new possibilities in medicine and micro-engineering.
