Samsung Electronics Hikes Advanced Foundry Prices by Up to 15% Amid Surging Global AI Chip Demand
Samsung Electronics has announced a price increase for its advanced contract semiconductor manufacturing services, raising rates on new orders by 10% to 15%. This structural shift is aimed at restoring profitability within its foundry division, heavily driven by the record-breaking global demand for artificial intelligence (AI) silicon.
According to informed sources, the price adjustments specifically target advanced fabrication technologies, namely the 4-nanometer (SF4) and 5-nanometer (SF5) nodes. Clients based in the United States and China will experience the full 10% to 15% increase, while customers in Taiwan will see a slightly lower hike ranging between 5% and 10%.
This pricing strategy comes in response to severe global production capacity shortages and aims to counterbalance Taiwan Semiconductor Manufacturing Company's (TSMC) dominant market share in the foundry sector.
Pricing Adjustment & Strategic Snapshot
The table below outlines the specifics of Samsung's newly implemented foundry pricing structure:
Metric / AspectDetails & Regional Impact
Price Increase Range+10% to +15% on new manufacturing orders
Targeted Tech Nodes4nm (SF4) and 5nm (SF5) processes
Regional Variances
• US & China: 10% to 15% increase
• Taiwan: 5% to 10% increase
Market DriversSurging AI chip demand, global capacity shortages, and competition with TSMC
Revenue ProjectionAdvanced operations expected to exceed 50% of total foundry revenue this year
Strategic Operational Recovery
The decision reflects a tangible improvement in Samsung's pricing power and facility utilization rates. This recovery is supported by a gradual enhancement in production yield efficiency and the successful execution of strategic manufacturing agreements with major global players across AI, high-performance computing (HPC), and smart automotive sectors.
Industry analysts view Samsung's move to raise advanced chip manufacturing prices by up to 15% as a striking strategic pivot within the highly competitive semiconductor contract manufacturing and wafer fabrication market.