The whispers from the fabrication plants are getting louder. AMD's apparent defection from TSMC to Samsung for its next-gen 2nm silicon isn't just a supplier shuffle; it's a seismic event in the already volatile AI chip landscape.
The market's been brutal for PC builders, but AMD's Radeon RX 9070 just offered a serious lifeline. This 16GB VRAM powerhouse is now available at its lowest price ever, presenting a compelling argument for gamers and productivity users alike.
The smartphone industry's chill is blowing warm for AMD. With major players vacating TSMC lines, the chip giant is quietly cashing in on its older silicon.
For years, operating systems have been playing a guessing game with CPU boost clocks. AMD's upcoming CPPC HighestFreq promises to end that, giving Windows and Linux the direct data they need for optimal Ryzen performance.
AMD's Dense Geometry Format (DGF) is here to tackle the impending geometry explosion in ray-traced games. It’s not just about more polygons; it's about packing them tighter.
AMD is not just playing defense in the server CPU wars; they're launching a full-scale offensive, with an 80% revenue surge expected this year. But the real story? Their AI GPU pipeline looks like a rocket launch.
The professional desktop space is about to get a serious upgrade. AMD's next-gen Ryzen PRO CPUs are showing up, and one in particular is making waves: a 16-core behemoth with the coveted 3D V-Cache.
AMD is making a play in the AI developer space with its new Ryzen AI Halo Mini PC. But is it a genuine competitor to NVIDIA's hefty offerings, or just another small form-factor box with a shiny marketing sheen?
It's hard to imagine modern tech without the FPGA. This unassuming chip, now 40 years old, is quietly powering everything from AI breakthroughs to critical infrastructure.
AMD's EXPO 1.2 memory tech is finally here for AM5, promising faster DDR5 speeds. But don't expect immediate fireworks; the true potential is locked for Zen 6.
Intel's desktop gaming strategy is getting a radical overhaul, trading raw clock speeds for nuanced software optimizations. It's a five-year bet that could reshape how we think about CPU performance.
NVIDIA, AMD, and Intel take fundamentally different approaches to GPU architecture. Here is how their designs compare for AI workloads and gaming.