AI server growth is contributing to new pricing and supply pressure across the MLCC market, particularly for higher-specification and higher-capacitance multilayer ceramic capacitors. Samsung Electro-Mechanics (SEMCO) is raising fourth-quarter OEM and ODM prices by an average of 10–20% for AI-server X6S MLCCs and 25–30% for consumer X5R MLCCs, while some competing suppliers are approaching 90% utilization.

• MLCC prices are increasing, with SEMCO raising Q4 prices by 10–20% for AI-server X6S products and 25–30% for consumer X5R products.
• AI servers are increasing demand for higher-specification multilayer ceramic capacitors used throughout server, power, and networking infrastructure.
• Some Taiwanese and Chinese MLCC suppliers are approaching 90% utilization, increasing the risk of tighter availability as demand shifts across the market.
• Current pressure is concentrated rather than universal. Buyers should evaluate each multilayer ceramic capacitor based on capacitance, case size, dielectric, voltage rating, manufacturer, and application requirements.
• Procurement teams should begin qualifying alternative MLCC case sizes and capacitance options now rather than waiting for pricing or availability to deteriorate further.

MLCC Prices Rising

MLCC pricing has entered a broader upcycle in 2026 as stronger demand and higher supplier utilization increase pressure on multilayer ceramic capacitor availability.

SEMCO is raising fourth-quarter OEM and ODM prices by an average of 25–30% for consumer X5R MLCCs and 10–20% for AI-server X6S MLCCs. These increases extend beyond distribution channels to OEM and ODM clients, signaling broader pricing pressure rather than isolated spot-market volatility. Additional increases may follow across the multilayer ceramic capacitors market. Taiwanese and Chinese suppliers are expected to raise prices on certain mid- to high-capacitance MLCC products by approximately 10–20%, while some factories are approaching 90% utilization. Higher utilization leaves manufacturers with less flexibility to absorb additional demand without affecting pricing, lead times, or product availability.

Murata, Taiyo Yuden, and Kyocera’s pricing decisions will be an important indicator of whether current MLCC pricing pressure expands further across major suppliers.

AI Servers Are Increasing Demand for High-Specification MLCCs

AI servers are increasing the demand for high-performance MLCC components, as server platforms require dense power delivery, memory, networking, and supporting electronics.

SEMCO's 10–20% price increase for AI-server X6S MLCCs indicates that demand for AI infrastructure is driving up multilayer ceramic capacitor prices. At the same time, the broader AI hardware market remains under pressure across memory, optical networking, advanced packaging, PCB materials, and power conversion.  Every AI server contains far more than CPUs, GPUs, and memory. Multilayer ceramic capacitors support filtering, decoupling, voltage regulation, and power stability across high-density electronic systems, making MLCC specifications important considerations within AI server platforms.

Demand could continue as next-generation AI servers move toward production. NVIDIA GB300 systems are expected to remain a major contributor to shipments through the first half of 2027, followed by VR200 systems, while NVL72 rack shipments are expected to increase by more than 50% year over year in 2027. That growth is expected to sustain demand across memory, power, cooling, optics, and ODM capacity.

AI infrastructure is also driving demand for MLCCs beyond the server itself. Widening supply gaps for 800G and 1.6T optical modules are increasing demand for EML and CW lasers, InP materials, DSPs, TIAs, and associated multilayer ceramic capacitors used throughout networking hardware.

Higher-Capacitance Multilayer Ceramic Capacitors Are At a Greater Sourcing Risk

Higher-capacitance and higher-specification multilayer ceramic capacitors currently face greater sourcing pressure than the overall MLCC market.

Taiwanese and Chinese suppliers are expected to raise mid- to high-capacitance MLCC pricing by 10–20%, while some factories are nearing 90% utilization. These conditions increase the possibility that demand displaced from one manufacturer could create additional pricing and availability pressure at another.

The distinction between server-grade demand and ordinary catalog multilayer ceramic capacitors is important when evaluating MLCC market conditions. A standard multilayer ceramic capacitor can have a very different sourcing outlook from a high-capacitance component qualified for an AI server design. Availability can vary according to capacitance, dielectric, voltage, case size, temperature requirements, manufacturer, and application.

AI Server Demand Could Create Spillover Across the MLCC Market

AI server demand can create broader pressure on MLCC pricing when high utilization pushes buyers toward alternative manufacturers and available production capacity.

That spillover effect is beginning to appear across the multilayer ceramic capacitors market. SEMCO has raised prices for both the AI-server X6S and consumer X5R MLCCs, while Taiwanese and Chinese manufacturers are expected to increase prices by 10–20% for certain mid- to high-capacitance products.

AI servers also consume components across several interconnected supply chains. There is continued pressure in HBM, server DDR5/RDIMM, enterprise SSDs, optical modules, advanced substrates, packaging, PCBs, and high-current power conversion.

Alternative MLCCs Can Reduce Supply Chain Risk

Qualifying alternative MLCC case sizes and capacitance options before supply tightens can provide more flexibility when sourcing multilayer ceramic capacitors.