In context: For many DIY PC enthusiasts, dual-core desktop CPUs may appear as remnants of a bygone era, but both Intel and AMD persist in offering entry-level processors equipped with just a couple of ...
Intel's mid-generation swing.
Use left and right arrow keys to seek audio. AMD's next-generation Zen 6 architecture for its desktop and mobile CPUs and processors is on the horizon, and it will power the upcoming Ryzen AI 500 ...
The first Geekbench 6 benchmark results for the M4 Pro chip surfaced today. Impressively, the results that are available so far show that the highest-end M4 Pro chip is faster than the highest-end M2 ...
Intel 'Wildcat Lake' benchmarks spotted, the Core 5 320 is 21% faster than the MacBook Neo's A18 Pro
The first independent benchmarks for Intel Core 300 "Wildcat Lake" CPUs are just starting to appear. Wildcat Lake was the topic of speculation for a long time, until Intel made the series official ...
The first Geekbench 6 benchmark results for the high-end M4 Max chip with a 16-core CPU surfaced today, and they show that the chip is up to 25% faster than the high-end M2 Ultra chip with a 24-core ...
The big picture: Intel may have long discontinued its Pentium and Celeron processor lineups, but the company still caters to the entry-level market with the affordable "Intel Processor" series. Last ...
Another day, and another leaked Meteor Lake benchmark has appeared. This time, the data comes from a Geekbench 5 listing featuring the upcoming Core Ultra 185H CPU with 16 cores and 22 Threads. Though ...
A new AMD Ryzen CPU benchmark leak has just appeared, and it shows the potentially awesome power of the company's new Threadripper CPUs for multi-threading work. This new leak appears to show the raw ...
AMD's upcoming Zen 6-based Medusa Point mobile platform has appeared in Geekbench once again, and the latest engineering ...
The early-2027 showdown between Intel's Nova Lake and AMD's Zen 6 promises to be a battle for the ages, so we're snapping up every scrap of information that we can about the performance of these two ...
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