Intel announces three 5G chips: a second-gen AI-focused high-end Xeon Scalable CPU, Atom P5900 for 5G base stations, and an updated eASIC for datacenters
Intel's sale of its consumer 5G modem unit signaled its exit from the smartphone business last year, but the company remains heavily committed …
Context & Ripple Effects
A year after Intel's exit from the 5G smartphone modem business — a decision CEO Bob Swan tied directly to the Apple-Qualcomm settlement that closed off its handset path — the company is showing where its 5G bet actually landed: not in phones, but in the network and the datacenter. The three-chip announcement covers both ends of that pivot, with the Atom P5900 aimed at base station equipment and the refreshed Xeon Scalable plus eASIC aimed at compute behind the network.
The Xeon half of the story has a track record: Intel reported $1B in 2017 revenue from Xeon processors running AI workloads in data centers, which is why the new high-end part is explicitly AI-focused rather than a general refresh.
First-order effects
- Base station equipment makers get a purpose-built processor in the Atom P5900, giving Intel a 5G product line in the network gear market it kept when it abandoned handsets.
- Datacenter operators evaluating AI acceleration get a second-generation AI-focused Xeon Scalable CPU alongside an updated eASIC, extending Intel's established Xeon-plus-custom-silicon stack.
Second-order effects
- Network infrastructure becomes Intel's contested 5G battleground instead of smartphones, where Qualcomm's settlement with Apple had already locked up the modem relationship — shifting Intel's competitive energy toward base station silicon.
- The pairing of a merchant CPU with an eASIC gives datacenter buyers a middle path between general-purpose Xeon and fully custom chips, pressuring the economics of bespoke accelerator projects.
Third-order effects
- If the pattern holds, 5G value concentrates in infrastructure and edge compute rather than handset modems, rewarding chipmakers who own the server-to-base-station path over those chasing phone sockets.
- AI workloads anchoring flagship datacenter CPUs — already a $1B business for Intel by 2017 — points toward AI specialization becoming the default design criterion for server silicon, not an add-on.
The trend: Intel is repositioning its 5G strategy from smartphone modems, which it exited as unprofitable, toward network infrastructure and AI-centric datacenter silicon.