Apple's M3, M3 Pro, and M3 Max chipsets: Everything you should know before buying
The latest M3 Apple silicon upgrade promises 50% faster speeds than M1 models and an 11x speed boost over the fastest Intel-based MacBook Pros.
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Mac renaissance: How Apple's chip transition yielded such an oddly configured Mac Pro
The new Mac Pro, which completes Apple's migration from Intel architecture, is far from a revolutionary device. In fact, it really only makes sense when you see how the design targets a handful of customers.
Apple Silicon, Rosetta, M1, M2, M3, SoC: Why these terms matter to every computer buyer
Mac users: Got questions about Apple's new CPU architecture? Find out exactly what all these terms mean -- and why they matter to your future buying decisions.
With Snapdragon Seamless, Qualcomm seeks to change how your devices interconnect
Need to work seamlessly across PCs, phones, and tablets? Qualcomm reveals its cross-platform, multi-device scheme.
Intel CEO expects chip shortage to last until at least 2024
Pat Gelsinger continues to push for the CHIPS Act to be passed, so Intel can ramp up the pace of its expansion plans to open more semiconductor plants.
What is neuromorphic computing? Everything you need to know about how it is changing the future of computing
Neuromorphic computing could completely transform everything about the technology industry from programming languages to hardware.
Intel's first foundry customers include Qualcomm and AWS
Intel also shared the process and packaging technology roadmap that will take its product development through 2025, detailing new innovations and a new naming structure for its process nodes.
Nvidia unveils 'world's fastest' graphics card
The pricey GeForce RTX 3090 Ti, the latest Big Ferocious GPU, has arrived. And there's good news for some graphics card shoppers, too.
Sony's Clie: The newest PDA contender
The consumer products heavyweight enters the white-hot PDA market. And Palm could take a beating
DOE's Argonne Lab to deploy new GPU-based supercomputer Polaris
Accelerated by 2,240 Nvidia A100 Tensor Core GPUs, the Polaris system will be able to achieve almost 1.4 exaflops of theoretical AI performance.
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