For decades, Intel's competitive advantage was its manufacturing: the ability to make smaller, faster, more efficient transistors than anyone else. This 'tick-tock' cadence — alternating between new architectures and new process nodes — was the engine of Intel's dominance in PC and server chips.
But Intel's 10nm process, originally planned for 2016, was delayed repeatedly, not reaching volume production until 2019-2020. The delays broke the tick-tock cadence and ceded the manufacturing lead to TSMC and Samsung, which moved to 7nm and 5nm while Intel was still struggling with 10nm. AMD, which used TSMC's fabs, gained significant market share.
Intel's stock stagnated for years while TSMC's soared. In 2021, new CEO Pat Gelsinger announced a $20B+ investment in new fabs and a foundry services business to try to reclaim the lead. The case illustrated how a company's core competency can atrophy when execution fails, and how difficult it is to recover a manufacturing lead once lost.
Intel spent $20B+ on new fabs and foundry services to reclaim the lead, but the delay had already let AMD gain significant market share.
Intel's 10nm process was delayed by years due to technical challenges with new transistor materials and manufacturing techniques.
The delays broke Intel's tick-tock cadence, ceding the manufacturing lead to TSMC and Samsung.
AMD, using TSMC's more advanced fabs, gained significant market share in CPUs for the first time in over a decade.
Intel's culture of internal manufacturing excellence made it slow to acknowledge the problem and consider external foundries.
A manufacturing lead is not a permanent asset — it's a capability executed every cycle. Intel lost a decades-long advantage in one missed node.
Intel invested over $20B in new fabs and launched a foundry services business under CEO Pat Gelsinger. The company's 18A process is aimed at reclaiming the lead by 2025. The case reshaped the semiconductor industry's competitive landscape.
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