Samsung Foundry Hikes Chip Prices Up to 15% on AI Demand

What happened

Samsung Foundry raised chip manufacturing prices by 10% to 15% for new orders targeting its most advanced processes, including 4nm (SF4) and 5nm (SF5) nodes, along with select 8nm automotive applications. Chinese customers face the steepest increases at 10–15%, while U.S. clients see similar hikes, and Taiwanese customers pay 5–10% more on 4nm orders. The increases come as Samsung's SF4 production line at its Pyeongtaek plant runs at full capacity, producing chips for customers like Qualcomm and base dies for Samsung's own high-bandwidth memory used in AI systems. The foundry division recently achieved monthly profitability for the first time since 2022, ending three years of losses. Samsung also secured a $200 billion deal with Broadcom for 2nm technology and HBM4 memory, signalling renewed credibility in advanced manufacturing.

Why it matters

For Intel, Samsung's pricing power and capacity utilisation highlight the intensity of competition in the foundry market. Samsung's ability to raise prices and achieve profitability demonstrates that demand for advanced manufacturing-particularly for AI chips-has created leverage even for the number-two player. Intel's own foundry ambitions under IDM 2.0 face the same capacity constraints and customer expectations that are now allowing Samsung to command premium pricing. The shift from discounting to pricing power shows that customers are willing to diversify away from TSMC when capacity is tight, which could benefit Intel Foundry if it can deliver competitive yields and capacity at 18A and future nodes. Samsung's $200 billion Broadcom deal and full utilisation of its 4nm line also underscore the strategic value of securing large anchor customers-a playbook Intel is pursuing with its own foundry customers.

Bigger picture

The broader semiconductor industry is experiencing a supply crunch at advanced nodes driven by AI workloads. TSMC, which controls over 70% of global foundry revenue, has already raised prices by 5–10% across its 3nm, 5nm, and 7nm processes. Samsung holds roughly 7% of the market but is gaining traction as TSMC's capacity remains fully booked. Customers including AMD, Google, Anthropic, Meta, and BYD are driving increased demand for advanced chips. Samsung's ability to raise prices without losing orders suggests the market has tipped in favour of foundries with available capacity, rewarding both TSMC and Samsung while putting pressure on newer entrants to prove manufacturing capability. U.S. export controls limiting China's access to advanced EUV equipment have also shifted demand dynamics, with Chinese customers now paying premium prices to access Samsung's nodes.

What to watch

Monitor whether Samsung sustains profitability as it ramps 2nm production and fulfils contracts like the Broadcom deal. Watch for Intel Foundry's progress at 18A and whether it can attract similar anchor customers with competitive yields and pricing. Track TSMC's capacity expansions and any further pricing actions across the industry. Pay attention to utilisation rates and yield improvements at Samsung's advanced nodes, as these will determine whether higher prices translate into sustained margin expansion. Also observe customer diversification trends-if more AI chip designers split orders between TSMC, Samsung, and potentially Intel, it could validate the multi-sourcing strategy and shift competitive dynamics in the foundry market.