Samsung, Broadcom Sign $200 Billion AI Chip Deal Through 2030
The memorandum of understanding covers memory supply, 2nm foundry production, and advanced packaging as Samsung seeks to challenge TSMC's dominance.
Samsung Electronics and Broadcom announced a memorandum of understanding valued at more than $200 billion through 2030, one of the largest semiconductor partnerships in industry history. Unveiled July 24-25, 2026, at an AI Summit in San Francisco, the agreement positions Samsung as a comprehensive supplier for Broadcom's AI infrastructure needs.
What the Deal Covers
The MOU spans three critical areas: memory chip supply including high-bandwidth memory (HBM), foundry manufacturing using Samsung's 2nm process technology, and advanced packaging solutions encompassing both 2.3D and 2.5D architectures. Under the terms, Samsung will manufacture Broadcom-designed application-specific integrated circuits (ASICs) and Wireless Broadband Communications solutions for high-speed data transfer.
Samsung's 2nm process (SF2) entered mass production in late 2025; industry analysts estimate yields remain in the 50-60% range. Enhanced variants including SF2P and SF2X are scheduled for production between late 2026 and 2028, according to semiconductor industry trackers.
Strategic Implications
The partnership represents a significant shift in the foundry landscape. Broadcom, which has historically relied heavily on Taiwan Semiconductor Manufacturing Company, gains supply chain diversification as AI chip demand continues outpacing production capacity. For Samsung, securing a high-volume client like Broadcom validates its foundry roadmap and leverages its unique position as a manufacturer of both memory and logic chips.
Samsung's foundry division has long trailed TSMC in market share and process maturity. By offering integrated memory and packaging alongside contract manufacturing, Samsung positions itself as a one-stop solution for AI accelerator production. The approach addresses a critical bottleneck: AI chips increasingly require high-bandwidth memory and advanced packaging integrated directly into the manufacturing workflow rather than assembled separately.
Market Context
The $200 billion figure represents an estimated collaboration value over the five-year period. Sources differ on whether this constitutes a binding purchase commitment or a framework for future orders; the agreement is structured as a memorandum of understanding rather than a finalized contract.
The deal underscores intensifying competition in AI semiconductor manufacturing. As demand for AI accelerators grows, chip designers seek multiple manufacturing partners to secure capacity and reduce geopolitical risk. Samsung's ability to deliver both memory and logic components that AI chips require could prove decisive in capturing market share from the industry leader.