Samsung Electro-Mechanics’ AI Component Deals Reach 3.6 Trillion Won
Long-term agreements for server capacitors, inductors and related components show customers reserving critical AI hardware well ahead of 2027 production.
Samsung Electro-Mechanics has accumulated about 3.6 trillion won ($2.6 billion) in disclosed long-term supply agreements for artificial intelligence-related components this year, underscoring how rapidly demand for data-center hardware is reshaping the company’s order book.
The latest agreement, disclosed this week, calls for the Samsung Electronics affiliate to supply approximately 290 billion won of multilayer ceramic capacitors and inductors to an unidentified global customer during 2027. It is the fifth long-term supply agreement the company has disclosed this year.
Multilayer ceramic capacitors, commonly known as MLCCs, regulate current and reduce interference in electronic circuits. Inductors help stabilize power and limit noise during power conversion. Both are increasingly important in AI servers, which operate continuously, contain large numbers of high-performance processors and consume far more electricity than conventional servers. Those conditions raise the need for components that can withstand high voltage and heat while maintaining reliability.
The latest contract adds to a series of large commitments secured over recent months. Samsung Electro-Mechanics signed a 1.56 trillion won silicon-capacitor agreement in May covering deliveries in 2027 and 2028. A 454 billion won MLCC agreement followed in June. In September, the company announced its largest MLCC contract to date, valued at 1.07 trillion won and scheduled for delivery in 2027.
The company now has long-term MLCC agreements with more than 10 global customers and is discussing additional deals. The pattern is notable because many buyers are reserving parts well before the servers that will use them enter production. That advance contracting gives Samsung Electro-Mechanics a more predictable demand base while helping customers reduce the risk of shortages in a constrained supply chain.
Tight availability may also strengthen pricing power for component suppliers. Hana Securities analyst Kim Min-kyung said AI server customers have relatively high tolerance for MLCC price increases as Samsung Electro-Mechanics negotiates with direct buyers. She also expects margins for package substrates to improve in a supplier-led market.
Supply pressure is especially visible in flip-chip ball grid array substrates, which connect high-performance processors to circuit boards. Estimated lead times have stretched to 48 to 56 weeks, compared with a more typical 12 weeks, even as manufacturers expand capacity.
For Samsung Electro-Mechanics, the agreements mark a continued shift away from general-purpose electronics parts toward higher-value products for AI servers. The size and duration of the contracts also indicate that the global AI infrastructure buildout is creating demand not only for advanced chips, but for the less visible power-management and packaging components needed to keep those chips operating reliably.