Research Report Analysis: AI Triggers MLCC Supercycle, How Many Years of Gains Can Samsung Electro-Mechanics Enjoy?
Title: Analyst Report: AI Ignites MLCC Super Cycle, How Many Years of Benefits Can Samsung Electro-Mechanics Reap?
Summary:
Morgan Stanley has sharply raised its target price for Samsung Electro-Mechanics from 920,000 KRW to 2,560,000 KRW, recasting the MLCC (Multi-Layer Ceramic Capacitor) industry from cyclical to structurally bullish. The core thesis is that AI servers demand 10-15 times more MLCCs than traditional servers, with a single AI server requiring up to 440,000 units compared to just 30,000 for a standard server. This drives not only higher volumes but also a shift to more advanced, higher-value MLCCs, boosting Average Selling Prices (ASP).
The current supply crunch is seen as structural, not a temporary cyclical mismatch, driven by capacity constraints meeting sustained new demand. High-end MLCC production lines are fully booked, with new lines taking two years to build. Morgan Stanley forecasts MLCC price increases of 30% in H2 2026 and another 30-50% in 2027.
Samsung Electro-Mechanics is positioned as the primary beneficiary through three channels: 1) Direct MLCC price hikes, especially for high-margin AI-use MLCCs, driving significant operating margin expansion from 15.7% (present) to 24.5% by 2027. 2) Strong growth in its ABF substrate business from saturated AI/ASIC chip orders. 3) Future revenue streams from new product lines like silicon capacitors and glass substrates.
The firm's ROE is projected to surge from 7.5% in FY25 to 32.2% by FY28, with an increased dividend payout. Risks include potential smartphone demand weakness or execution issues in China, while upside catalysts are further price increases and confirmation of higher MLCC content in next-gen AI platforms like Rubin/VR200. The story transforms Samsung Electro-Mechanics from a traditional component supplier into a key AI infrastructure player, with its growth narrative supported by current supply constraints and pricing power.
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