Samsung Electro-Mechanics has notified certain customers of a 30% price increase on their multi-layer ceramic capacitors, known as MLCC, which will apply to shipments starting August 1, 2026. The adjustment comes amid intense pressure on the supply of components for AI servers, data centers, automotive, and advanced electronics, coinciding with new pricing moves from manufacturers like Taiyo Yuden.
The key points of the 30% MLCC price hike in 30 seconds
- From August 1, Samsung Electro-Mechanics will implement a 30% increase on specific MLCCs in a certain commercial category.
- The company attributes the decision to rising demand and an unabsorbed supply pressure.
- Taiyo Yuden is also preparing new price adjustments starting September.
- Even with these increases, some manufacturers warn of potential delays.
- AI is shifting pressure from memories and GPUs to less visible passive components.
The known communication refers to products included in Samsung Electro-Mechanics’ so-called Markup Business Code. Some industry sources suggest the scope is limited to MLCCs sold through its subsidiary or distributors in Shenzhen, so it should not yet be interpreted as a global and automatic price increase across all catalog references.
Samsung Electro-Mechanics explains that over recent months, there has been a structural increase in demand within the electronics industry. The company claims to have responded with efficiency improvements and capacity expansions, but states that the accumulated pressure on the supply chain has exceeded what they could absorb without passing some costs onto prices.
The new rates will be applied to shipments from August 1, not necessarily to all orders placed before that date. Contracts, supply agreements, and negotiated conditions with each customer may lead to variations.
What is an MLCC and why does a server need thousands?
A multi-layer ceramic capacitor is a tiny passive component that stores and releases small amounts of energy, stabilizes voltage, and filters electrical noise within a circuit board.
At first glance, it may seem secondary compared to a processor, GPU, or memory module. In reality, almost every modern electronic device uses anywhere from dozens to thousands of MLCCs to maintain stable power and protect circuits against electrical variations.
Manufacturing involves stacking multiple layers of ceramic material and metal electrodes within an extremely small encapsulation. The more layers and higher capacity, voltage, temperature, or reliability requirements a component has, the more complex its production becomes with better yields.
AI servers have heightened these demands. Current accelerators consume more power, operate at very low voltages, and must respond swiftly to changing loads. This necessitates placing numerous capacitors near CPUs, GPUs, memory modules, and power systems.
Samsung Electro-Mechanics noted in Q1 results that they expected strong demand for advanced MLCCs for AI servers, data centers, and automotive, with component solutions division reaching revenues of 1.4085 trillion won, a 16% increase year-over-year, according to the company.
This demand doesn’t impact all references equally. High-capacity, high-reliability components used in servers or vehicles face more manufacturing barriers than standard MLCCs for simple electronics. However, focusing mass production on higher-margin models can also reduce availability of standard references.
AI extends pressure to passive components
In recent years, chip shortages mainly involved GPUs, high-bandwidth memories, processors, and advanced manufacturing capacity. The MLCC market shows that the rise of AI infrastructure is also affecting lesser-known parts in the supply chain.
Samsung Electro-Mechanics admitted in April that data center expansion and increased server power consumption sustain high-end industrial MLCC demand. They announced efforts to secure supply of these products and FC-BGA substrates used to connect complex chips to the board.
Before the 30% increase was announced, sources indicated the company considered hikes between 5% and 10% due to supply adjustments. The larger new figure suggests a specific commercial segment, not necessarily all international contracts.
Material costs also play a role. MLCCs use specialized ceramics, electrodes, solvents, and other items tied to international chemical and metallurgical supply chains. Raw material price increases are cited as reasons for tariff revisions.
This hike could impact manufacturers of servers, network equipment, industrial systems, automotive, and consumer electronics. A single MLCC costs little, but the effect multiplies when thousands are used per device and hundreds of thousands of systems are produced.
Still, a 30% final price increase on a server or car isn’t automatic. MLCCs are only a part of the bill of materials, and large buyers usually work with contracts, inventories, and multiple suppliers that cushion immediate impact.
Taiyo Yuden also adjusts prices and issues timing warnings
Samsung Electro-Mechanics isn’t the only manufacturer updating prices.
Taiyo Yuden had already announced increases during spring for several passive components, including MLCCs, inductors, RF devices, and certain electrolytic capacitors. Known increases for some consumer and automotive MLCCs ranged approximately from 6% to 13%, with other references seeing even higher adjustments according to industry sources.
Now, the Japanese maker is preparing a new adjustment effective September 1. They reportedly informed customers that rising raw material costs can no longer be offset solely through internal cost cuts.
The most notable warning is not just about price. Taiyo Yuden reportedly indicated that, even after the increase, they may still be unable to meet all requested delivery deadlines. This suggests the measure aims to cover costs and manage demand but doesn’t immediately address capacity limitations.
The company is also working to expand production for AI servers. Some estimates suggest they could accelerate growth in capacity, although Taiyo Yuden recently rejected the notion that all hikes are solely due to shortages, emphasizing material costs as well.
Market leader Murata has also reportedly announced price revisions in certain categories, reinforcing the view that Samsung’s move is part of a broader correction across segments where supply struggles to meet demand growth.
What can manufacturers and data center operators do?
For industrial buyers, the main risk isn’t just higher costs but also not receiving a specific reference on time, especially if it can’t be substituted without redesigning or re-qualifying the product.
Two MLCCs with similar electrical values may differ in size, tolerance, operating temperature, mechanical resistance, or high-frequency behavior. In automotive, telecom, and servers, replacing a part might require new reliability testing.
Manufacturers can reduce exposure by several measures:
- Review references with sole suppliers;
- Pre-qualify alternative components before shortages occur;
- Negotiate medium-term supply contracts;
- Increase inventories of components with longer lead times;
- Coordinate demand forecasts with distributors and manufacturers;
- Avoid speculative purchases that artificially amplify supply tensions.
For data centers, the impact will mainly come through server, power, storage, and network equipment manufacturers. Operators don’t usually buy MLCCs directly but could face higher costs or longer lead times for equipment.
The announced 30% increase confirms that AI investment is reshaping more parts of the tech supply chain than major chip headlines suggest. Each new GPU requires memory, substrates, electrical systems, cooling, and numerous passive components.
While a 30% increase doesn’t currently signal a widespread rise across the global MLCC market, it seems confined to one specific commercial category. Nonetheless, the alignment with Taiyo Yuden and others indicates a broader trend: the availability of these small capacitors remains a key factor that manufacturers and procurement teams will monitor through the second half of 2026.
Frequently Asked Questions
When will Samsung raise the price of its MLCCs?
Samsung Electro-Mechanics will implement the new prices on shipments starting August 1, 2026.
Will all Samsung MLCCs increase by 30%?
The known communication concerns products included in their Markup Business Code. It is not yet confirmed that the increase applies uniformly to the entire catalog or to all markets.
Why are MLCC prices rising?
Manufacturers cite increased electronic demand, expansion of AI servers, supply capacity pressures, and higher raw material costs as reasons.
Could there be supply issues beyond price increases?
Yes. Taiyo Yuden has warned that price adjustments do not guarantee meeting all requested delivery times.
via: technews
