general manager of AMD’s server business. Now it is time to get into the weeds for a little bit and talk about the Milan architecture and how this processor’s Zen 3 cores are delivering 19 percent ...

Since the first-gen Naples launch in 2017, AMD improved upon its Zen architecture with Rome to reduce latencies, improve performance, and deliver chips equipped with twice as many cores. Today’s ...

AMD has released its Zen 3 "Milan" refresh for servers, bringing its latest Zen 3 architecture to the last market segment to lack it. AMD has been working to gain market share in this segment ...

Today, AMD launched Epyc Milan, the server/data center implementation of its Zen 3 architecture. The story for Epyc Milan is largely the same one told by Ryzen 5000—lots of cores, high boost ...

Intel wants to do GPUs for both clients and servers, too. AMD’s Ryzen chips for clients and Epyc chips for servers both share a common architecture, and in the case of the Milan server chips, they are ...

AMD’s Milan server CPU can achieve an impressive ... Improvements from the Rome generation include an improved core complex/architecture, improved security features, and improved peak power.

But with a completely new architecture under the hood ... 14nm Naples (Tock), 7nm Rome (Tick), 7nm+ Milan (Tock), and 5nm Genoa (Tick). As AMD goes to smaller process nodes (a la 5nm), we should ...

Sapphire Rapids is built on the same Golden Cove architecture as Alder Lake and could conceivably challenge AMD with a smaller number of cores. Milan-X adds an additional 64MB of L3 cache per ...

Because AMD's EPYC Milan processors are made using the same Zen 3 architecture as its upcoming Ryzen CPUs, and now that we're seeing evidence of Milan in the wild, there's every reason to believe ...

The clues are in the codenames. Milan is the codename for AMD's recently latest generation EPYC server processors based on its Zen 3 architecture, and the "X(3D)" in Milan-X(3D) is a clear ...

Since the first-gen Naples launch in 2017, AMD improved upon its Zen architecture with Rome to reduce latencies, improve performance, and deliver chips equipped with twice as many cores. Today’s ...