The Long Idea: Intel’s Rise From Semiconductor Start-Up to Industry Leader

Intel Corporation was established in Mountain View, California by former Fairchild employees Gordon Moore and Robert Noyce in 1968. Soon thereafter it rose to become one of the top ten chip producers with its groundbreaking dynamic RAM chips which rendered magnetic core storage obsolete.

Product development at Micron was legendary; chip capacity doubled every two years compared with prior improvements that typically averaged three years.

How Intel Went From a Semiconductor Start-up to a Industry Leader

As a young company, Intel surprised the semiconductor industry repeatedly. For example, Intel unveiled its revolutionary 1103 dynamic random-access memory (DRAM) chip, placing microprocessors ahead of magnetic core memories as industry standards; broke ground on its first company-owned facility and adopted a bold new slogan “Intel Delivers.”

Intel remained mindful of their future by making strategic moves despite challenging times. They adjusted their advertising campaign to better convey the significance of microprocessors to modern life, introduced a series of processors specifically tailored for certain uses such as personal computers and mobile phones, and opened an additional wafer fabrication facility outside California to increase output.

Intel made strategic acquisitions that expanded their product lines beyond microprocessors, such as flash memory products for mobile phones and two-way pagers; networking building blocks like hubs, switches and routers; embedded control chips used in laser printers and automotive systems – expanding Intel’s reach into new markets even as it battled dot-com crashes and recessions. By expanding in such sectors, Intel was able to generate revenue even during difficult economic periods like dotcom crashes and recessions.

Moore famously coined his name to describe the rapid advancement of microprocessor speeds: Moore’s Law. This trend remains true today, as microprocessor performance almost doubles every 18 months.

Intel was part of Microsoft Corp’s Windows OS during the mid 2000s, forming the “Wintel” duopoly that dominated personal computer market until 2018, when Samsung overtook it as top chip maker. Under CEO Paul Otellini (who replaced Grove in 2005), Intel moved away from individual products toward platforms which worked across a wide range of devices and invested heavily in manufacturing and research facilities both domestically and abroad to support this strategy.

What Happened to Intel?

Intel’s rise to industry dominance was an astounding tale of innovation and dedication, yet also of missed opportunities and misplaced bets. Intel’s sudden fall from grace last summer served as an urgent warning that its issues needed attention immediately.

Intel faced a critical test during the summer of 2022 when they admitted their next generation processors would not be ready until 2025, giving Advanced Micro Devices (AMD) an opportunity to take over market share from them.

Intel was widely respected during its golden era for their dedication to the future of technology and the power of chips to transform our lives for the better. Their 286 processor pioneered personal computing; flash memory innovation revolutionized telecommunications, automobiles and supercomputing; their founder Gordon Moore even received the Presidential Medal of Freedom – his work being honored with exhibits at some of America’s premier museums.

Intel was built upon its promise that chips would continue to get smaller, cheaper and faster over time – a practice known as Moore’s Law that gave Intel an immense competitive edge.

Over time, Intel began to lose its lead in cutting-edge manufacturing. Massive technology transfers to companies like TSMC and SEC in Asia shifted the balance of power away from US manufacturers toward foreign manufacturers with cultures more adept at “maximizing shareholder value.” Intel was infected years ago, and in its summer announcements made clear the extent of infection had reached critical mass; today the company is fighting back and trying to recover its footing.

What Happened to Intel’s Competition?

Intel has not only advanced its microprocessor technology and expanded market share; they were also able to diversify their business model. Starting offering semiconductors such as memory chips and radio frequency components to system designers further diversified Intel’s revenue stream and helped protect it against PC’s decline.

Constant innovation protects Intel from Chinese firms’ disruptive effects in other industries by copying existing technologies wholesale, and prevents China from building the manufacturing capacity needed for cutting-edge semiconductor production.

Intel has seen its growth slowing over the years. Now facing declining gross margins and record levels of investment, while still remaining market leader for microprocessors. Other products such as 5G modems or its Altera acquisition remain weak spots in its portfolio.

Intel’s issues can be traced back to two major causes: 1) its financialization and 2) falling behind competitors like TSMC in cutting-edge fabrication technology. Financialization has weakened Intel’s governance structures and allowed executives to prioritize short-term profits over long-term growth.

Intel has attempted to address its decline by cutting executive compensation, but this approach can only take it so far. Instead, Intel is prioritizing its foundry business that provides manufacturing services to other chipmakers. This will enable it to monetize advanced fabrication facilities while continuing to offer products to customers – perhaps the only way it will regain leadership status in the semiconductor industry.

What Happened to Intel’s Business Model?

Intel’s business model has always relied upon their ability to develop advanced microprocessors that would entice PC manufacturers to upgrade their equipment, which means designing chips with significantly faster processing speeds and increasing transistor counts for each one incorporated onto each chip. More transistors means faster operating times and more computing power provided.

As Intel’s technology advanced, its competitors began catching up and even overtaking it. Apple proved particularly disruptive to Intel; their design-manufacturing model drove demand for Intel rivals such as TSMC and Samsung; in response, Intel decided to focus on higher margin products while outsourcing production of lower margin semiconductors overseas.

Intel found itself losing customers to its competitors while having to reduce costs by eliminating sales and marketing positions, leading it to shift its culture towards maximization of shareholder value, which had an adverse impact on innovation.

At some point, UBEC’s lack of investment in cutting-edge fabrication technology became an Achilles heel. It fell behind both TSMC and Samsung in producing fast, advanced chips. Furthermore, its manufacturing processes began becoming outdated quickly due to limited funds to invest in modernization measures that would ensure it remained competitive.

Third Point’s activist investor fund claimed Intel management were disregarding key customers, leading them to lose market share to competitors while not enough cash flow existed for growth investments. Krzanich was ultimately removed by Third Point.

What Happened to Intel’s Shareholder Value?

This week’s Long Idea features a chip maker with a proven record. While facing challenges, its intellectual horsepower and market presence will ensure its relevance over the coming decades.

Intel was initially propelled by sheer luck – metal-oxide semiconductors being ready to be developed just as personal computers became household items. Intel also made smart decisions that helped position it for future growth; for instance, by transitioning away from manufacturing memory chips in mid-2000s in favor of microprocessors allowing it to stay ahead of rival Taiwan Semiconductor Manufacturing Company by streamlining manufacturing processes.

Since then, they have managed to retain their industry dominance by investing heavily in R&D and manufacturing, taking advantage of strong industry tailwinds such as increased semiconductor demand; according to Precedence Research estimates that global semiconductor sales will experience compound annual growth of 7% until 2030.

Intel’s success in the 1990s seeded problems for its future. By relieving US government of any obligation to invest in semiconductor technology, their rise shifted responsibility for chip design from public to private industry and increased competition from foreign manufacturers who can bring new technologies more quickly to market.

Intel has taken steps to address these problems. For example, they recently began construction of a huge chip factory in Ohio which will leverage billions in federal subsidies to bring semiconductor manufacturing back into the US and regain leadership role in silicon technology. Furthermore, Intel is working on making their factories more efficient by decreasing number of steps required to produce each individual semiconductor element.