Nevermind the fact that the overwhelming majority of consumer desktop tasks don't really scale past four to six cores—fanboys have accused AMD of "stagnating" much as Intel did in years past, by ...

A recent rumour is currently pointing to the possibility of AMD’s upcoming Zen 6 ... and are used in both Ryzen and EPYC SKUs – should come with 12 cores and 48MB of L3 Cache. In other words, a ...

The chiplet approach has become increasingly conventional, the best-known example being AMD’s range of Ryzen and Epyc CPUs. Chiplet technology ensures that a low-end product and a high-end variant ...

This movement followed recent announcements, including the launch of the 5th Gen AMD EPYC™ Embedded processors, which could signify a strengthening of its market position in embedded systems.

Advanced Micro Devices shines in AI with GPU synergies and flexible chip designs, challenging Nvidia's lead. Click here to ...

AMD introduces EPYC Embedded 9005 series CPUs sporting its Zen 5c architecture with up to 192 cores. The new chips have an improved 7-year warranty.

Looking at the latest shipping docs, it appears that AMD’s new Medusa Point APU might feature a chiplet-based design. Early information shows a 12-core Zen 6 module built on TSMC’s 3 nm ...

The down side to AMD’s 3D V-Cache implementation back then was that it was placed directly on top of the cores, or Core Chiplet Die (CCD). This hindered cooling as the cache sat between the hot ...

AMD’s stock has been underperforming in the last year despite the decent growth of its business. Going forward, we see the amount of risks increasing and limiting the ability of AMD’s stock to ...

AMD’s upcoming Zen 6 desktop CPUs are rolling out a new chiplet‑based design that pushes the envelope on core counts and efficiency. With these processors, you’re looking at a shift from ...

It’s clear that AMD hit the jackpot with its recent RX 9070 XT and non-XT GPUs. The pair quickly climbed up every list of the best graphics cards, and perhaps more importantly, received a warm ...

That's come about due to how AMD now bonds the 3D V-Cache slice to its CCDs. Previously, the extra L3 cache was bonded to the top of the chiplet and while that was relatively easy to implement ...