A look at the cultural and investment shifts Intel undertook to build a leading-edge foundry business, which some say could take five years to fully appraise
Intel wants to be a foundry—again. Will this time be different? — Last month, Intel CEO Pat Gelsinger stepped to a podium on a hazy …
Ars TechnicaTim De Chant
Context & Ripple Effects
Intel’s foundry push followed Pat Gelsinger’s $20B commitment to two Arizona fabs and a reconfiguration of Foundry Services for external customers. The cultural and investment changes matter because Intel is trying to make manufacturing an externally sold service rather than solely an internal capability.
Related analysis identified process execution, funding and genuine customer service as the core conditions for Foundry Services to work; later coverage cast the effort as Intel’s largest business shift in nearly 40 years.
First-order effects
Intel must redirect capital, manufacturing operations and internal incentives toward serving outside chip customers, alongside its own product needs.
The Arizona fab investment gives Foundry Services new capacity, while raising the importance of delivering leading-edge manufacturing reliably.
Second-order effects
External customer wins become the commercial test of Intel’s reorganization: later coverage tied the turnaround to landing a major foundry client, while noting that revenue from such a deal can arrive much later.
Manufacturing-process performance and customer-service capability become linked constraints: a capital buildout alone does not establish a viable foundry business.
Third-order effects
If Intel converts its fabs into a credible merchant foundry, its turnaround becomes a test of whether a historically internal manufacturing operation can compete through customer service as well as technology.
The effort points to a semiconductor industry in which capacity expansion is inseparable from execution risk and long customer-qualification cycles.
The trend: Intel’s foundry pivot is part of a broader shift toward treating advanced chip capacity as a customer-facing, capital-intensive service business.
Who would have guessed that Intel would bring the manufacturing of silicon chips back to America? Risky but exciting bet, let's hope for the best https://arstechnica.com/...
Intel CEO Pat Gelsinger says that he doesn't expect the semiconductor shortage to end until 2023 “We're in the worst of it now, every quarter next year we'll get incrementally better, but they're not going to have supply-demand balance until 2023” https://www.cnbc.com/...
@BenBajarin Well, sort of. He should just drop the doublespeak and focus on process excellence. Just brush off any Apple questions from now on, mission “make Apple regret they ever left” (best of luck on that one)
@BenBajarin He'll give it his best shot, but I won't be so sure about that assessment if his marketing department KEEPS taking shots at Apple while he says he “wants to win back their business”
@ShiraOvide It's easier to optimize a chip when you know exactly what the rest of the system will look like. Intel will always be burdened by supporting an ecosystem of hundreds of brands with divergent goals while Apple's team supports a focused, single-brand ecosystem.
@ShiraOvide And I don't mean that to diminish what Apple has done. But stuff like unified memory just wouldn't be realistic without controlling everything from the OS to the developer tool chain for writing apps.
Intel is warning the chip shortage will last until 2023. I wouldn't be surprised if it's well into 2023 before things get back to normal https://twitter.com/...
Intel says that reduced gross margin is a conscious choice to “go for it” in investing in trying to catch up with other chip manufacturers and it will “pay off” Intel said GM of 51% to 53% over next 2 to 3 years but says they will rise after that https://www.cnbc.com/...