Intel in Crisis: Xeon Architect Walks Out as Ohio Mega-Fab Stumbles

Intel is reeling from twin setbacks. Ronak Singhal, its second Xeon CPU chief architect this year, is set to depart just as CEO Lip-Bu Tan tries to revive the server business.

Introduction

Intel, once the undisputed king of server processors, is facing one of its toughest years yet. In the span of a few months, Intel has lost two chief architects of its Xeon CPUs—the very chips that power the backbone of cloud computing. And now, its flagship Ohio One mega-fab project, announced with great fanfare as America’s chipmaking comeback, is bleeding leadership and falling behind schedule.

For CEO Lip-Bu Tan, who took charge in March, this “double hit” underscores how fragile Intel’s turnaround really is.

/techovedas.com/lip-bu-tan-as-new-intel-ceo-a-power-move-that-could-change-everything/

Quick Overview: Intel’s Crisis at a Glance

Ronak Singhal, Xeon CPU chief architect, exits after decades at Intel.

Sailesh Kottapalli, another Xeon architect, left earlier this year for Qualcomm.

CEO Lip-Bu Tan warns CPU competitiveness will be a “multi-year” recovery.

Diamond Rapids (2026) won’t close the gap; Coral Rapids (2027) is the true test.

Ohio One mega-fab suffers leadership losses and faces possible delay to 2031.

/techovedas.com/intel-2026-xeon-launch-the-battle-to-oust-amd-from-the-data-center-throne

Intel’s Data Center Shake-Up

The Data Center and AI Group (DCAI) is Intel’s profit engine and strategic battleground. But it just lost another pillar: Ronak Singhal, Xeon CPU chief architect and Intel senior fellow.

His departure follows Sailesh Kottapalli, who joined Qualcomm in January to lead its server CPU revival.

This churn comes as Intel tries to fend off AMD, which has steadily gained ground with its Epyc processors.

According to Mercury Research, AMD’s share of the x86 server market rose to 34% in Q2 2025, while Intel dropped below 64%, its lowest level in two decades.

To stabilize leadership, Intel recently appointed Kevork Kechichian, a former Arm executive, as head of its data center business. But the back-to-back exits raise doubts about Intel’s ability to execute its comeback strategy.

techovedas.com/intel-accelerates-foundry-plans-18a-chips-in-2026-14a-node-targets-2027

Diamond Rapids vs. Coral Rapids: The Roadmap Reality

Intel’s roadmap is both a promise and a gamble.

  • Diamond Rapids (2026): Due next year, but Intel admits it won’t be enough to restore full competitiveness against AMD’s “Turin” Epyc CPUs.
  • Coral Rapids (2027): Positioned as Intel’s bold step forward, with deeper architectural changes aimed at energy efficiency and performance leadership.

CFO David Zinsner has cautioned investors that this will be a “multi-year process.” For Intel, execution is everything. Coral Rapids must not only launch on time but also deliver the kind of leap that convinces cloud giants to stick with Xeon.

How Intel PC Dominance is Threatened by Qualcomm Snapdragon Elite

Ohio One: From Flagship Project to Delayed Dream

While Intel fights in the data center, its U.S. manufacturing ambitions also face turbulence. Ohio One, a $20 billion mega-fab first announced in 2022, was supposed to symbolize America’s semiconductor revival. Instead, it’s now mired in delays and leadership exits.

According to Columbus Business First, the following senior figures have recently left the project:

  • Kevin Hoggatt, a veteran lobbyist central to securing government support.
  • Toby Starr, public affairs manager.
  • Sanjay Patel, construction site manager.
  • Tom Marshall, senior program manager in Intel’s Foundry division.

Three years on, little evidence of advanced process production exists at the site. Insiders now warn the fab may not become operational until 2031—almost a decade after its announcement.

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Why Ohio One Matters

The stakes extend beyond Intel. Ohio One was meant to be the crown jewel of U.S. industrial policy under the CHIPS and Science Act, a proof point that America could compete with TSMC in Taiwan and Samsung in South Korea.

A long delay not only dents Intel’s credibility but also raises questions about the effectiveness of Washington’s semiconductor strategy. With TSMC Arizona and Samsung Texas fabs also behind schedule, the U.S. risks falling further behind Asia in advanced chip manufacturing.

techovedas.com/samsung-delays-texas-fab-for-2nm-upgrade-to-compete-with-tsmc-and-intel

Rivals Push Ahead

While Intel struggles, its competitors smell opportunity:

AMD is preparing its Epyc Turin CPUs, widely expected to extend its performance lead.

NVIDIA dominates AI accelerators and is expanding into CPUs with Grace and Grace Hopper Superchips.

Qualcomm is reentering the server space, staffed by former Intel architects like Kottapalli.

TSMC remains the global leader in advanced nodes, with 2nm mass production expected before Intel’s 18A process scales.

Intel’s dual crisis makes it harder to project strength to investors, customers, and policymakers.

https://medium.com/@kumari.sushma661/why-intel-still-depends-on-tsmc-cfo-calls-partnership-forever-amid-u-s-funding-push-545f4d6a4334

Can Intel Still Recover?

Despite setbacks, Intel retains key advantages:

  • Deep customer relationships in enterprise and government sectors.
  • x86 ecosystem dominance, making Xeon chips hard to displace entirely.
  • Billions in subsidies under the CHIPS Act.
  • Leadership under Lip-Bu Tan, who has a track record of execution in the semiconductor world.

But the clock is ticking. If Coral Rapids slips or Ohio One stalls further, Intel risks losing not just market share but also the confidence of Washington and Wall Street.

Conclusion: A Company at Crossroads

Intel “double hit”—the loss of its Xeon CPU chief architect and the Ohio One leadership drain—is more than just bad timing.

It exposes the fragility of a company trying to fight a two-front war: one against AMD and NVIDIA in data centers, and another against TSMC and Samsung in manufacturing.

For Intel, the next two years are decisive. Diamond Rapids may not be enough, but Coral Rapids in 2027 must prove Intel can still lead. Meanwhile, Ohio One must deliver progress before it risks being written off as another overpromised project.

In the semiconductor race, there are no second chances. For Intel, this is not just about recovery—it’s about survival.

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Kumar Priyadarshi
Kumar Priyadarshi

Kumar Joined IISER Pune after qualifying IIT-JEE in 2012. In his 5th year, he travelled to Singapore for his master’s thesis which yielded a Research Paper in ACS Nano. Kumar Joined Global Foundries as a process Engineer in Singapore working at 40 nm Process node. Working as a scientist at IIT Bombay as Senior Scientist, Kumar Led the team which built India’s 1st Memory Chip with Semiconductor Lab (SCL).

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