If you want to extract maximum performance from your components, overclocking is probably the first thing that comes to mind. In theory, you can increase the clock speeds of most modern CPUs, graphics ...

The practice of "overclocking," specifically in regards to PC components, means to deliberately push a component past its manufacturer-established limits to generate improved performance. In layman's ...

TL;DR: AMD's upcoming Zen 6-based "Medusa Range" desktop CPUs will utilize TSMC's advanced N2X process node, offering up to 24 cores and 48 threads with clock speeds exceeding 6.0GHz. Variants will ...

Summary: Xiaomi appears to be working on a “Chip Performance Dashboard” that would bring its smartphones even closer to traditional PCs. The option would function as a “CPU tuner” that would allow you ...

Despite all the big under-the-hood changes, the basic hierarchy here remains the same as in past generations. The Pro tier ...

It has been almost a year since we first examined Intel's latest Arrow Lake architecture in the form of the Core Ultra desktop series. Since then, the outlook for the blue team has been rocky. We ...

TL;DR: AMD's next-gen Zen 6 processors are expected to exceed 6.0GHz clock speeds, potentially reaching 6.4-6.5GHz, thanks to significant TSMC process node advancements from N4P to N2X. This leap ...

Time for a new benchmark series. CPU and GPU scaling tests have been high on the community's wishlist for a while now – and it's time to deliver. Several comparisons are already in the pipeline, ...

Apple introduced the next iteration of its custom silicon called M5 with the promise of massive performance uplifts in artificial intelligence, CPU workloads, and GPU chores. Built on a 3-nanometer ...

Most modern flagship phones, tablets, and laptops with ARM-based processors have neural processing units (NPUs) that enable hardware-accelerated AI features. But most of those NPUs are designed by ...