Broadcom flags supply constraints as TSMC capacity hits limits from soaring AI chip demand

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Broadcom reports significant supply chain constraints across the tech sector, with TSMC's production capacity becoming a critical bottleneck through 2026. The shortages extend beyond semiconductors to lasers and printed circuit boards, where lead times have ballooned from six weeks to six months. Companies are now signing three-to-five-year supply agreements to secure capacity.

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Broadcom Warns of Critical Supply Constraints Across Tech Sector

Broadcom has flagged significant supply chain constraints impacting the technology industry, with its manufacturing partner TSMC emerging as a critical bottleneck. Natarajan Ramachandran, director of product marketing in Broadcom's Physical Layer Products division, told reporters that TSMC is hitting production capacity limits—a stark shift from just a few years ago when he would have described the contract chipmaker's capacity as "infinite."

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The soaring demand for AI chips has created unprecedented pressure on TSMC's production lines. While the Taiwanese firm plans to increase capacity through 2027, Ramachandran noted that TSMC capacity a bottleneck has "choked the supply chain in 2026."

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TSMC, which serves major customers including Nvidia and Apple, acknowledged in January that capacity was tight as the boom in AI infrastructure buildout has consumed much of its advanced production lines.

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Shortages Extend Beyond Semiconductors to Critical Components

The supply crisis reaches far beyond chips themselves. Ramachandran revealed that shortages extend beyond semiconductors, affecting multiple adjacent supply chains critical to AI infrastructure. "Even though there are multiple suppliers in the industry today, there is definitely a supply constraint in the laser space," he explained.

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Lasers are essential components in optical transceivers used for high-speed data transmission in AI data centers.

Printed circuit boards have emerged as an "unexpected" bottleneck, with lead times stretching dramatically from approximately six weeks to six months for PCB used in optical transceivers.

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Both Taiwanese and Chinese PCB suppliers are facing capacity constraints, contributing to these extended delays.

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Industry Shifts to Long-Term Agreements With Suppliers

The production capacity limits have fundamentally altered how tech companies secure components. Many customers are now entering long-term agreements with suppliers to lock in capacity commitments for three to four years, according to Ramachandran.

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This represents a dramatic shift from traditional procurement practices.

Samsung Electronics underscored this trend last week, announcing it is working with major customers to shift to longer contracts of three to five years. The move reflects both customers' desire for supply security and suppliers' efforts to guard against demand swings.

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These extended capacity commitments signal that the industry expects the boom in AI infrastructure buildout to continue straining supply chains well into the latter half of the decade, potentially limiting how quickly companies can scale their AI operations despite strong market demand.

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