⚠ Open Standards Could Commoditize the FabricModerate threat
Advanced Micro Devices (AMD) — threat to the moat
The industry push to break Nvidia's proprietary lock-in could erase AMD's interconnect edge along with it.
AMD's interconnect IP is valuable, but it sits in a domain where the strategic winds could cut against it as easily as for it. To counter Nvidia's proprietary networking advantage, AMD and much of the industry are championing open interconnect standards — an understandable strategy to deny Nvidia a lock-in, but one that, if it succeeds, commoditizes interconnect for everyone, including AMD. An open, standardized fabric that any vendor can implement erodes the differentiation of AMD's own Infinity Fabric as surely as it erodes Nvidia's NVLink; AMD may win the war against proprietary lock-in only to find the battlefield turned into a commodity where its accumulated fabric expertise counts for less.
Meanwhile, at the system level where interconnect matters most — lashing thousands of accelerators together for AI training — AMD trails Nvidia, whose networking business and rack-scale integration give it a real, current lead. AMD is racing to catch up with its own rack-scale systems, but it is behind on a fast-moving front against a better-resourced rival. The Infinity Fabric IP is genuine connective tissue and a necessary foundation for AMD's systems ambitions, and open standards may indeed be the right way to contest Nvidia's dominance. But an investor should see this for what it is: a capability-based edge in a contested, standards-in-flux arena where AMD is the trailing player, and where the very openness AMD promotes to level the field may keep it level — good enough to compete, but not a moat AMD can call its own; the consortia write standards for everyone1.
- ReportedThe consortia write standards for everyone.Ultra Ethernet Consortium (2023) & UALink Consortium (2024) — open interconnect standards backed by AMD, Broadcom, Cisco, Google, Intel, Meta, Microsoft — Founded 2023/2024, specs in progress · publ. 2023–2026 · source ↗