AMD is releasing new BIOS updates that will boost performance for its Ryzen 9600X / 9700X processors and address some latency issues. The performance improvements and latency reductions arrive around a month after disappointing Zen 5 desktop CPU reviews and appear alongside updates to Windows 11 that include optimized AMD-specific branch prediction for both Zen 4 and Zen 5 chips.

It's raised TDP for two CPUs, reduced core-to-core latency for the dual-chiplet CPUs, and optimizations are built into Windows now.

What felt like Zen 1 days, the Ryzen 9000 series launch was met with criticism, disappointment, praise, and a varied and mixed conclusion depending on what was being tested, apps or games, and how many,

Zen 5 sales have not gone well and AMD is struggling to sell Ryzen 9000 CPUs. Let's analyze the flow-on effects this is having across the

AMD is apparently planning to release a six-core processor with 3D V-cache, which could be cheaper than the acclaimed Ryzen 7 7800X3D.

AMD's desktop Ryzen processors with more than 8 cores are fabricated using chiplets: one big die handles memory, I/O, and other functions, while smaller dice called "CCDs" contain the Zen CPU cores. This approach has a ton of advantages,

The company unveiled a number of Ryzen 9000 improvements, ranging from a much higher TDP for some of the CPUs to the core-to-core latency improvements we’ve already heard about. AMD is also now supporting higher-clocked DDR5 RAM,

AMD made a slew of announcements about its latest progress with its Zen 5 Ryzen 9000 processors, with the most important announcement being that the company will now fully support a 105W TDP mode with its Ryzen 5 9600X and Ryzen 7 9700X models.

Building a cutting-edge PC around AMD's Ryzen 9000 Series can finally be an all-out affair as motherboards featuring the cutting-edge X870 and X870E chipsets hit the market today.

Though highly anticipated, AMD’s Ryzen 9000 series of desktop processors arrived with a bit of a thud earlier this year. Since then, the company has been in damage control, blaming the initial poor performance delta on some of its own faulty testing methodology while offering a series of fixes.