A forty-five-year strategic partnership across PCs, cloud, AI, and the next generation of silicon.

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Questions worth asking.

The questions that actually come up — about the partnership, the products, the consulting engagement, and what the next chapter looks like. If yours isn't here, it probably belongs on a call.

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01 · The partnership

What this actually is.

The shape of the Intel × IBM relationship today, and how it's different from what most observers assume.

Both, and increasingly the latter. Intel chips run inside IBM Cloud, IBM products, and millions of enterprise systems. But the partnership today spans joint AI infrastructure (Gaudi 3 on IBM Cloud), frontier semiconductor research at Albany, the $10B New York chip ecosystem, and IBM Consulting engagements that touch Intel's own enterprise operations.
Forty-five years. It started in 1981 when IBM chose the Intel 8088 for the IBM PC, deepened in 1982 with a $250 million IBM equity stake, continued through the server and cloud eras, and is now in its most multi-dimensional chapter — AI infrastructure, frontier R&D, and consulting all running concurrently.
IBM exited as a shareholder, but never as a customer, partner, or co-developer. The 1982 stake — and the 1987 exit at an $80 million after-tax profit — established a pattern of mutual independence and durable commercial trust that has defined every chapter since.
The short answer

It is one of the longest, most multi-dimensional partnerships in computing — and the next chapter turns inward.

02 · Products

Gaudi 3 + watsonx.

The customer-facing AI infrastructure side of the partnership.

Open architecture, better economics for inferencing and fine-tuning, and a pathway out of single-vendor lock-in. IBM Cloud is the first cloud service provider to offer Gaudi 3 — making it usable from the same console enterprises already use for Red Hat, watsonx, and IBM Z workloads.
watsonx.ai is IBM's enterprise AI platform — model training, tuning, and deployment with the governance, observability, and IP-isolation that regulated environments require. Gaudi 3 plugs in as the open accelerator option underneath. The combination is the open alternative to vertically-integrated AI stacks.
4th Gen Intel Xeon processors run on IBM Cloud Bare Metal — 2× compute density, 6× cache performance, 1.5× memory speed, 80 PCIe Gen 5 lanes per server. That is the foundation that made the Gaudi 3 deployment practical the next year.
03 · Consulting

Inside Intel.

The IBM Consulting engagement that turns Intel's own functions into growth engines.

A focused phase to map cost-to-growth opportunities — finance, supply, talent, ops — followed by deployment of watsonx-grounded AI inside the Intel data perimeter. Discover, design, deploy, drive. There are three engagement sizes: a 2-4 week sprint, a 6-18 month transformation program, or a multi-year strategic alliance.
Two weeks from a signed SOW. Often faster — the discover sprint format is intentionally pre-built so that scoping doesn't become its own project.
It complements it. The Gaudi 3 + IBM Cloud partnership is the customer-facing GTM motion. The IBM Consulting engagement is the inward-facing transformation motion. Same companies, same trust, different surface area.
IBM Consulting partners and managing consultants from the relevant practice (finance, supply, talent, AI), supported by IBM Research and watsonx engineering as needed. Small senior team — not a pyramid — embedded alongside Intel teams rather than parallel to them.
04 · R&D

Albany & frontier silicon.

The longer-arc semiconductor R&D side of the partnership.

The NY CREATES Albany NanoTech Complex is where IBM, Intel, Lam Research, and others co-develop next-generation logic, packaging, and lithography — including the new High-NA EUV Center underwriting the path to sub-1nm. It is the model the industry is asking the CHIPS Act to scale.
A five-year extension of the IBM-Lam collaboration to advance sub-1nm logic and High-NA EUV lithography. It pulls forward the post-2nm roadmap by years and signals that the industry has a coordinated plan, not just individual roadmaps.
A December 2023 commitment combining $1B from New York State and ~$9B in private investment from IBM, Micron, Applied Materials, Tokyo Electron, and others — all anchored at the Albany NanoTech Complex. It made Albany the operational answer to the CHIPS Act question.

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