Review of the 3rd-gen EPYC Milan chips shows AMD continues to strengthen and maintain a very stark one-sided performance advantage against its main rival, Intel
The arrival of AMD's 3rd Generation EPYC processor family, using the new Zen 3 core, has been hotly anticipated.
Context & Ripple Effects
The review closes a loop that started on the client side: after Zen 3's 19%+ IPC uplift swept the desktop Ryzen 5000 lineup past Intel in late 2020, and Threadripper had already put AMD ahead in high-end desktop and workstation since 2019, the same core now lands in servers with the official Milan launch timed weeks before Intel's next Xeon Scalable debut.
That sequencing matters because the server market was Intel's last stronghold — its Skylake-SP Xeons of 2017 were the chips EPYC originally had to chase. A review verdict of a stark one-sided AMD advantage, arriving before Intel's counter-launch, reframes the upcoming Xeon generation as playing catch-up rather than setting the benchmark.
First-order effects
- Cloud and enterprise buyers evaluating server refreshes now have a review-validated performance leader to standardize on, while Intel's new Xeon Scalable chips arrive into press coverage already framing them as the slower option.
Second-order effects
- With performance leadership off the table, Intel's competitive lever shifts to pricing and total-cost-of-ownership concessions against EPYC, compressing margins in exactly the segment that has historically subsidized the rest of its business.
Third-order effects
- If each Zen generation lands first and reviews confirm the lead, hyperscale procurement normalizes dual-sourcing CPUs as default practice, structurally capping Intel's pricing power in data center silicon regardless of how its next Xeon performs.
The trend: AMD is converting a four-year run of desktop and workstation wins into server-segment leadership, with each Zen release resetting the x86 benchmark before Intel's corresponding launch.