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Re-engineering the Semiconductor Supply Chain with Intel CEO Lip Bu Tan

Intel CEO Lip Bu Tan discusses his strategy to transform Intel through cultural change, product simplification, foundry investment, and AI-driven demand. He shares his views on the semiconductor supply chain, government partnerships, and his venture capital philosophy built over decades of semiconductor investing.

Summary

In this episode of No Priors, hosts Sarah and Elad interview Lip Bu Tan, the 66-year-old CEO of Intel who previously ran Cadence for 15 years. Tan explains why he took on what he calls 'the hardest job in the industry' — to save an iconic American company critical to the semiconductor ecosystem. He describes the first 14 months at Intel as focused on cultural transformation: driving accountability, faster decision-making, listening to customers, simplifying product lines, and having all engineers report directly to him.

Tan outlines his crawl-walk-run philosophy for Intel's recovery, starting with strengthening the balance sheet. He highlights key financial wins including the US government becoming a major shareholder (drawing parallels to Taiwan's support of TSMC), Jensen Huang's $5 billion investment that has grown to $25 billion, and SoftBank's Masayoshi Son lending support. He also describes his collaboration with Elon Musk on TerraFab, a new semiconductor manufacturing venture that questions conventional clean room norms and aims to close the gap between semiconductor infrastructure and AI demand growth.

On the product side, Tan expresses enthusiasm for the rising demand for CPUs in agentic AI workloads, noting that the GPU-to-CPU ratio is shifting from 8:1 toward potentially 1:1, as CPUs prove more effective for reinforcement learning and agent orchestration. He sees Intel's combination of XPUs, advanced packaging (E-MipT), and foundry capabilities as a platform opportunity.

Tan addresses the foundry business directly, acknowledging it is capital-intensive and difficult, but argues it is strategically essential for US supply chain resilience. He discusses Intel's roadmap from 18A to 14A and plans for 1nm and 0.7nm nodes, while acknowledging that miniaturization is becoming increasingly expensive and complex. He highlights advanced packaging, new materials (gallium nitride, silicon carbide, indium phosphide, glass substrates, artificial diamonds), and packaging formats like 3DGS as next frontiers.

As a venture investor with 159 IPOs and 126 M&A exits across 238% US-focused semiconductor investments, Tan shares his investment philosophy: identify bottlenecks, find hyper-scaler first customers willing to pay millions, build strong co-investor partnerships who stay through hard times, and accept that 9 out of 10 portfolio companies change their business plan midway. He sees agentic AI and physical AI as the next major frontiers, with optical interconnects, EDA tools enhanced by AI, power management, and new materials as particularly fertile investment areas.

Tan is candid about what investors misunderstand about Intel, noting the foundry business still lags TSMC significantly but projects meaningful progress by 2030-2032. He sets a personal goal of achieving 10x returns for Intel shareholders, drawing on his track record of ~85x returns at Cadence. He closes by emphasizing that AI compute will not remain purely centralized — edge, client, and physical AI applications will drive distributed compute demand, and Intel is positioning to serve that future.

About this episode

At 66 years old, instead of heading towards retirement, former Cadence CEO and legendary investor Lip Bu Tan decided to take on the hardest job in tech: turning Intel around. Elad Gil and Sarah Guo sit down with Intel CEO Lip Bu Tan to talk about why he took the job and what “saving” Intel actually looks like. Tan explains how his experience in startup culture informed his decisions to drive Intel’s culture towards faster decisions, focus on customer satisfaction, and engineer accountability. He also discusses his strategy to strengthen Intel’s balance sheet by welcoming investments from Jensen Huang’s Nvidia, Softbank, and the US government. Tan also shares his product roadmap that centers the CPU for agentic AI and inference, the collaboration with Elon Musk on Terafab, his investing framework for semiconductors, and his views on how AI is reshaping design and operations at, as he puts it, a ‘legacy spreadsheet’ tech company.         Sign up for new podcasts every week. Email feedback to [email protected] Follow us on Twitter: @NoPriorsPod | @Saranormous | @EladGil | @LipBuTan1 | @intel Chapters: 00:00 – Cold Open 01:01 – Lip Bu Tan Introduction 01:24 – Why Lip Bu Took the Reins at Intel 03:00 – Fixing Culture 04:08 – Intel’s 10-Year Vision 07:57 – Working with Elon Musk on Terafab 09:59 – Shifting Supply Chain for Semiconductors 15:34 – Limits to Scaling and Packaging 18:30 – Physical Limits to Engineering and Design 20:33 – Challenges in Semiconductor Investing 26:29 – Lessons from Cadence 28:02 – Scaling and Investment Decisions 32:03 – Rethinking Teams in AI Era 34:31 – Industrial Policy and Funding 37:25 – What Investors Misunderstand About Intel 41:10 – Where Compute Will Live 44:59 – Conclusion

Key Insights

  • Tan argues that CPUs are increasingly competitive with GPUs for agentic AI workloads, particularly for reinforcement learning and agent orchestration, shifting the GPU-to-CPU ratio from 8:1 toward potentially 1:1.
  • Tan claims that US government equity ownership of Intel mirrors the Taiwan government's early shareholder role in TSMC, framing semiconductor fabs as national infrastructure requiring state-backed capital.
  • Tan states that Jensen Huang's $5 billion investment in Intel has grown to $25 billion, and that this financial support was part of a deliberate strategy to strengthen Intel's balance sheet before focusing on products.
  • Tan argues that 9 out of 10 of his portfolio companies change their business plan midway through, and therefore he prioritizes backing entrepreneurial teams over solo founders and values openness to pivoting.
  • Tan contends that the foundry business is fundamentally a trust and service business — customers will only commit wafer orders when they are confident in yield, defect density, and cycle time reliability, making these operational metrics more important than marketing.
  • Tan claims that Intel's collaboration with Elon Musk on TerraFab is driven by a shared belief that semiconductor infrastructure has not kept pace with AI growth, and that Musk's unconventional questioning of every traditional manufacturing assumption is seen as a feature, not a bug.
  • Tan argues that advanced packaging (not just node shrinks) is becoming a critical bottleneck and competitive frontier, with Intel investing in glass substrates, 3DGS, and artificial diamond insulators as next-generation thermal management solutions.
  • Tan asserts that the long-term winning semiconductor companies will be those that build full-stack solutions — combining silicon, software, and system-level rack integration — rather than competing purely on chip performance.

Topics

Intel transformation strategySemiconductor foundry businessAgentic AI and CPU demandTerraFab collaboration with Elon MuskUS government as semiconductor investorVenture capital philosophy in semiconductorsAdvanced packaging and new materialsGlobal semiconductor supply chainMoore's Law limits and material scienceAI's impact on chip design and manufacturing

Transcript

Nine out of the ten companies I invest, halfway they change their business plan because market have changed. So I like to have entrepreneur team, not just one person. I always believed in when I was at Cadence and also at Intel, is first of all you crawl and then be humble, listen to customer. And then first step for me is to strengthen my balance sheets, focus on the products and I really simplify the product, listen to the customer and then drive the next generation leadership products. And then right now the Argentic AI and influence CPU become highly in demand. And so in some way I'm happy right now the demand is very high for my CPU.…

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