News
If you ever thought AMD would leave its AM4 chipset behind, you thought wrong, because it's still launching new processors ...
AMD is writing the book on socket longevity and it's doing it with AM4, which is approaching a decade of service.
Although most performance PC users will opt for Intel when building a new system, AMD has had some viable alternatives, particularly in the budget sector, for some time. However, there is a potential ...
When AMD unveiled Bristol Ridge earlier in the month, they also released some details for their new AM4 platform. Used for Bristol Ridge and Zen, the new socket utilizes a new series of chipsets. So ...
XDA Developers on MSN
Will AMD's AM5 socket repeat AM4's long lifespan?
A MD has a track record of supporting each successive platform for multiple generations, in stark contrast to the tick-tock ...
AMD said Thursday that it will continue to use its AM4 processor socket straight through its next generation of Zen 3 processors, fulfilling the pledge it made to continue the socket through 2020. AMD ...
AMD has officially launched the A520 chipset for the motherboards with the AM4 socket. This latest chipset can support current CPUs based on Zen2 architecture and the upcoming AMD processors based on ...
As part of the refresh for 2018, AMD released new Ryzen 2000 processors. Replacing the old Ryzen, the new CPUs use the latest Zen+ architecture on 12nm. To supplement the new chips, AMD is also ...
Intel brought its Cannon Lake processor to CES, but chief competitor AMD didn't come empty-handed, previewing 16 PCs running on Ryzen processors as well as motherboards that utilize the AM4 socket. Of ...
AMD has used its CES 2017 platform to showcase Ryzen Ready products such as AMD Ryzen based high-performance desktop PCs and motherboards. In total the firm had on display 17 powerful and innovative ...
Update January 5, 2017: AMD have shown off the first official AM4 motherboards which will form the bedrock of all the new Ryzen-based PCs we'll get this year. Well, once the AMD Zen architecture ...
Some results have been hidden because they may be inaccessible to you
Show inaccessible results