Chipflation is the shorthand for what’s happened to electronic component prices in 2026: a supply shift driven by AI data centers that started in memory and has since spread to capacitors, power components and other everyday parts on a typical bill of materials. For many passive components, supplier price notices this year have landed between 30% and 50%. Memory has gone well past that.
Thomas Instrumentation has designed and built electronics since 1971. This is our 55th year, and it’s far from the first shortage we’ve worked through. It is one of the more unusual ones, because the cause isn’t a pandemic, a fire or a freight backlog. It’s a single category of customer buying enough to change the market for everyone else. This post explains how that happened, which component families are affected, what price bands to plan against, and what we expect through 2028.
What Chipflation Means for an OEM
For an OEM, chipflation shows up in three places at once: higher unit prices on parts you’ve bought for years, shorter quote validity windows, and longer lead times on parts that used to be commodity items. A board that cost a predictable amount to build in 2025 can now carry a meaningfully different BOM cost from one quarter to the next, even with no design changes.
The important thing to understand is that this isn’t general inflation. Prices are rising because capacity is being reassigned, and capacity takes years to add.
How AI Data Centers Pulled Supply Out of the General Market
AI servers are unusually component-dense. Industry reporting cited by TrendForce puts a single AI server rack at up to 440,000 high-end multilayer ceramic capacitors (MLCCs), 8 to 10 times what a standard server uses. The high-capacitance parts those racks need are also harder to make; the same report notes effective capacity per production line for high-end MLCCs is only about a tenth of what a line produces for standard parts.
Suppliers responded the way any manufacturer would. They signed long-term agreements with hyperscalers and chip companies, moved production lines toward higher-margin AI products, and raised prices on everything else. Passive components, which used to sit near the bottom of an AI server’s BOM cost, now rank second only to GPUs and memory, according to Commercial Times. When a component becomes that important to the biggest buyers in the market, smaller buyers feel it quickly.
Memory, in Brief
Memory was the first and hardest hit: conventional DRAM contract prices nearly doubled in the first quarter of 2026, and DDR4 is being squeezed by end-of-life plans at the same time demand for it has risen. We cover DRAM, NAND and DDR4/DDR5 allocation in detail in our breakdown of the DRAM and NAND shortage through 2027.
Which Component Families Are Affected Beyond Memory
MLCCs and Other Capacitors
Capacitors are where chipflation moved from a memory story to a whole-BOM story. The sequence this year:
- April: Taiyo Yuden raised prices on some high-capacitance automotive-grade MLCCs by 10% to 30% and on consumer-grade parts by 6% to 13%, with further increases effective September 1.
- July 1: YAGEO began its broadest capacitor price increase in years, covering MLCCs, aluminum electrolytic, tantalum, polymer aluminum, film capacitors and supercapacitors. Shanghai Securities News reported official price increases of around 50%.
- August 1: Samsung Electro-Mechanics raised shipment prices across its entire MLCC portfolio by 30%, with no product category exempted, according to Chosun Ilbo.
- Fourth quarter: TrendForce expects Samsung Electro-Mechanics to raise prices on consumer-grade X5R parts by 25% to 30% for OEM and ODM customers, with Taiwanese and Chinese suppliers following at 10% to 20%.
General-purpose MLCCs in the 1µF to 22µF range have been hit particularly hard, with channel inventory falling below the 30-day warning level and spot prices on some short-supply part numbers running two to three times earlier levels. There’s also a longer-term signal: TrendForce reports that Murata plans to discontinue certain general-purpose consumer MLCCs and some automotive-grade parts, accepting orders until 2028 with final shipments in 2029.
Power Supply Components
Power conversion is where the capacitor squeeze is most concentrated. As of mid-August, Korean securities reports cited by TrendForce said Samsung Electro-Mechanics, Murata and YAGEO had no inventory of certain high-capacitance MLCCs used in servers and high-performance IT power supplies, with restocking not expected until November, December or, for one Murata product, January 2027. Standard-case MLCC lead times have held at around 14 to 18 weeks, but some high-capacitance parts have reached roughly 40 weeks at distribution.
The aluminum electrolytic, polymer and tantalum capacitors common in power supply designs were all included in YAGEO’s July increase. AI racks moving toward higher-voltage power architectures are adding to demand for exactly these parts.
Microcontrollers, Processors and Programmable Logic
Avnet Silica’s third-quarter market report describes rising prices and lead times across microprocessors and microcontrollers, limited capacity for some sensors, and lead times approaching 52 weeks for many programmable logic devices. These parts aren’t being pulled by AI in the same direct way as memory and capacitors, but they’re competing in the same tight fabs and distribution channels.
The Price Bands to Plan Against
No single number applies across a BOM, so plan by category. These are the figures reported this year by suppliers and market researchers.
| Component family | Reported movement in 2026 | Source |
|---|---|---|
| Conventional DRAM (contract) | +93% to 98% in Q1; forecasts of +58% to 63% in Q2, +13% to 18% in Q3, +10% to 15% in Q4 | TrendForce |
| NAND flash (contract) | Forecast +15% to 20% in Q4 | TrendForce |
| MLCCs, Japanese and Korean suppliers | +30% portfolio-wide (Samsung Electro-Mechanics); Q4 OEM increases of +25% to 30% on consumer X5R | Chosun Ilbo; TrendForce |
| Capacitors, broad portfolio (YAGEO) | Around +50% on official prices, reported | Shanghai Securities News |
| MLCCs, Taiwanese and Chinese suppliers | Forecast +10% to 20% in Q4 | TrendForce |
| Spot market, short-supply MLCCs | Two to three times earlier levels on select part numbers | TrendForce |
That’s where the 30% to 50% band comes from. It reflects what major passive suppliers have actually put in writing this year. For memory, budget well above it. For parts bought on the spot market, the band doesn’t apply at all.
What OEMs Should Do Before Q1
Many suppliers reset pricing at the start of a quarter, and first-quarter pricing tends to set the tone for the year. A few things are worth finishing before January:
- Re-cost your active BOMs at current quotes. Standard costs set in 2025 are likely understating what your products now cost to build.
- Find the lines driving the change. In most BOMs, a handful of memory and capacitor lines account for most of the increase. Know which ones they are.
- Check quote expiration dates. Quote validity windows have shortened. A quote that expires in December won’t protect a February build.
- Revisit your own customer pricing. If your selling prices were set against 2025 component costs, your margins are carrying this whether you’ve priced it in or not.
- Talk to your contract manufacturer before the quarter turns. The earlier your manufacturing partner sees your 2027 quantities, the better your position when suppliers set allocations.
Sourcing strategy and inventory decisions deserve their own treatment, and we’ll cover both in follow-up posts in this series. Our electronics manufacturing services include supply chain management, so our purchasing team is already watching these categories on our customers’ behalf.
The Outlook Through 2028
The honest answer is that most of the relief is scheduled, not guaranteed.
- DRAM: TrendForce expects new fab capacity to ramp in the second half of 2027, with substantial output not arriving until 2028. It also expects the DRAM supply gap to widen in 2027 before it narrows.
- NAND: Supply is forecast to move toward balance in the second half of 2027.
- High-bandwidth memory: TrendForce raised its 2027 outlook and now projects blended HBM prices to rise 121% year over year, which keeps pressure on the wafer capacity conventional DRAM depends on.
- MLCCs: Capacity expansion for high-end MLCCs takes 18 to 24 months, and new capacity once expected in the fourth quarter of 2026 has been pushed into 2027, according to ETNews.
Not everyone agrees on how long this lasts. Some memory executives expect demand to exceed supply beyond 2030, while Acer’s CEO has argued those forecasts are overstated and that new Chinese capacity will pull prices down. For planning purposes, we’d treat 2027 as a constrained year and 2028 as the earliest point where conditions could meaningfully ease.
Tariffs Are a Separate Cost Line
Everything above is about supply and demand. Tariffs add a different kind of cost pressure, and we’ve covered that separately in our guide to avoiding tariff headaches with Made in the USA electronics manufacturing.
Fifty-Five Years of Working Through Cycles
Our CEO, Cassandra Cummings (Gluyas), is an electrical engineer who grew up in this business and has run it through the COVID-era parts shortage. What 55 years teaches is that shortages end, but the companies that come out of them well are the ones that planned early, told their customers the truth, and kept building. You can read more about our history since 1971.
Frequently Asked Questions About Chipflation
What is chipflation?
Chipflation describes the 2026 rise in electronic component prices driven by AI data center demand. Suppliers have shifted capacity toward AI servers, which has raised prices and extended lead times for memory, capacitors and other components used in general electronics.
Why are electronic components so expensive in 2026?
AI servers consume enormous volumes of memory and high-end capacitors, and suppliers have prioritized those customers through long-term agreements. That leaves less capacity for everyone else, while raw material and freight costs have also risen.
Will component prices come down in 2027?
Most forecasts point to continued tightness through 2027. NAND supply is expected to improve in the second half of 2027, while DRAM and high-end MLCC capacity additions aren’t expected to deliver substantial relief until 2028.
Which electronic components have increased the most?
Memory has risen the most, with conventional DRAM contract prices nearly doubling in the first quarter of 2026. Among passive components, capacitors have seen the largest increases, with major suppliers raising prices by 30% to around 50%.
Plan Your 2027 Costs With a Partner Who’s Watching the Market
If you’re setting 2027 budgets or pricing and want a clear read on where your BOM is exposed, we can help. Reach out to Thomas Instrumentation and we’ll review your current BOM against what we’re seeing in the market.
