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From Chips to Capacitors: Is the 2026 Electronics Market Entering a New Price Cycle? Updated August 18, 2026 By LINSION Market Intelligence Team
From Chips to Capacitors: Is the 2026 Electronics Market Entering a New Price Cycle?
Updated August 18, 2026
By LINSION Market Intelligence Team
For much of the last two years, the electronics industry was discussing inventory correction, weak demand and normalization after the COVID-era semiconductor shortage.
In 2026, the conversation has changed.
Price adjustments are appearing across several parts of the electronic-component market. Major analog and MCU suppliers including Texas Instruments, Analog Devices, STMicroelectronics and NXP have either confirmed or been reported to be implementing price increases. At the same time, price pressure has spread into passive components, with reported adjustments involving YAGEO, Murata Manufacturing and Samsung Electro-Mechanics.
That raises an obvious question:
Is the electronics industry entering another broad price cycle?
The evidence suggests that pricing pressure is becoming more widespread—but it is not one uniform market movement.
Different component categories are being affected for different reasons: demand recovery, AI infrastructure investment, higher manufacturing and material costs, mature-node capacity allocation, changing product mix and the movement of production resources toward higher-value components.
The important distinction for buyers is that a rising semiconductor market does not mean every part number is becoming more expensive at the same time—or by the same amount.
Key Findings
Global semiconductor sales reached US$403.3 billion in Q2 2026, up 35.1% from Q1, while June sales were 123.6% higher than a year earlier. However, industry growth remains heavily concentrated in Memory and Logic.
Texas Instruments has directly confirmed that it has begun executing price increases, with discussions occurring customer by customer and some effects expected from Q3 onward.
Analog Devices has also directly confirmed price increases in 2026, describing them as a response to persistent inflation. ADI expects previously announced pricing actions to add a few percentage points to its 2026 growth rate.
STMicroelectronics and NXP have both been reported to have implemented multiple rounds of selected price adjustments in 2026, although equivalent public company-wide notices are not available on their corporate news sites.
Pricing pressure has moved beyond ICs. YAGEO was reported to have implemented a broad capacitor price adjustment from July 1, while Samsung Electro-Mechanics was reported to raise certain MLCC pricing by 30% from August 1.
The passive-component cycle is being driven not only by raw-material costs but also by AI-related demand and manufacturers reallocating capacity toward higher-performance components.
First, Is the Electronics Market Really Booming Again?
At the broadest level, the answer is yes.
The Semiconductor Industry Association reported worldwide semiconductor sales of US$403.3 billion during Q2 2026, an increase of 35.1% from the first quarter. June alone generated US$134.5 billion in sales, 123.6% higher than June 2025.
WSTS has also sharply raised its 2026 outlook. Its Spring 2026 forecast projects the global semiconductor market to reach approximately US$1.51 trillion, representing growth of around 90% year on year.
But the headline number can be misleading.
WSTS expects Memory sales to increase by roughly 250% in 2026, while Logic is forecast to grow around 37%. Growth in many other semiconductor categories is substantially lower.
That tells buyers something important:
The semiconductor market is experiencing extraordinary growth, but that growth is not evenly distributed across the component industry.
AI accelerators, HBM, memory and advanced computing are driving a disproportionate part of the expansion.
A general-purpose analog IC, automotive MCU, industrial relay, MLCC and commodity resistor therefore should not automatically be expected to follow the same price curve.
The more interesting development in 2026 is that pricing pressure is beginning to appear in categories that normally operate under different market cycles.
What Are the Major IC Manufacturers Actually Doing?
Not all 2026 price-increase reports carry the same level of evidence.
Some manufacturers have discussed pricing directly in earnings calls. Others have been reported by industry publications based on customer notices that are not publicly available on the manufacturer’s website.
That distinction matters.
Manufacturer2026 Pricing SignalEvidence LevelTexas InstrumentsPrice increases being executed; effects expected from Q3 onwardDirect company confirmationAnalog DevicesPrices increased during 2026 in response to inflationDirect company confirmationSTMicroelectronicsSecond MCU adjustment reported effective June 28Industry report citing customer noticesNXPSelected price adjustments reported effective June 1 following an earlier roundIndustry report citing customer noticesMurataSelected passive-component adjustments reported effective April 1Industry report citing customer noticeYAGEOBroad capacitor adjustment reported effective July 1Industry reportsSamsung Electro-MechanicsMLCC increase reported effective August 1Industry reports; demand conditions supported by company results
This evidence hierarchy is important because a customer notice, a manufacturer's public earnings statement and a spot-market quotation do not mean the same thing.
Texas Instruments: A Particularly Clear Signal
Texas Instruments provides one of the strongest pieces of direct evidence that pricing conditions have changed.
During TI's Q2 2026 earnings call on July 22, CEO Haviv Ilan said that pricing had been roughly flat during the first six months of the year—already unusual because TI normally experiences some annual price erosion.
He then confirmed that TI had started executing price increases.
Importantly, TI is not describing one universal percentage increase.
Because much of TI's business is conducted directly with customers, pricing discussions are taking place customer by customer. Some increases are expected to begin affecting results in Q3, continue into Q4, and in certain annual negotiations potentially extend into 2027.
TI also said that the greatest lead-time and pricing pressure seen earlier in the year had been on the Analog side, while Embedded Processing was beginning to join the trend.
At the same time, TI cautioned against attributing its current growth mainly to pricing.
Q2 revenue increased 23% year on year, with Analog revenue up 26%, but TI management said the large majority of expected Q3 growth would still come from unit growth rather than price. The company also described broad improvement across industrial sectors and regions.
This distinction is valuable.
TI is raising some prices, but the company's business recovery is not simply the result of charging customers more.
Underlying demand is also strengthening.
Analog Devices: Inflation Is Being Passed Through
Analog Devices offers another unusually clear example because management has directly explained the purpose of its pricing actions.
During ADI's February 2026 earnings call, CEO Vincent Roche described the company's latest price increase as a practical response to persistent inflation. CFO Richard Puccio said pricing adjustments with channel partners had begun to take effect at the start of the company's second fiscal quarter.
By May, the company was even more explicit.
Roche confirmed that ADI had increased prices during 2026 and said the company was attempting to offset inflation in its cost structure.
ADI's CFO added that the pricing actions previously described were expected to contribute a couple of percentage points to the company's full-year 2026 growth rate.
This is an important difference from the pandemic shortage.
In 2021, price increases were often closely associated with extreme product scarcity and long lead times.
ADI's 2026 explanation is more conventional:
Higher input costs are being passed through where necessary.
At the same time, demand is also improving. ADI reported particularly strong data-center activity in its fiscal Q2 results, with power and optical portfolios benefiting from AI infrastructure investment.
So even within one manufacturer, cost inflation and demand growth are occurring at the same time.
STMicroelectronics: A Real Market Signal, but the Evidence Is Different
ST has been one of the most discussed semiconductor pricing stories in China during 2026.
Industry reports indicate that STMicroelectronics informed customers of a second round of MCU price adjustments effective June 28, following an earlier reported adjustment effective April 26.
However, there is an important limitation.
As of August 18, we have not identified a public ST corporate announcement stating that all products—or even all MCU products—were being increased by one specific percentage.
For that reason, claims such as:
“ST raised all prices by X%”
should be treated carefully unless the specific customer notice and affected product family can be verified.
What can be confirmed independently is that ST's underlying business conditions have improved.
ST reported Q1 2026 revenue of US$3.10 billion, up 23% year on year, and said it was seeing improving demand, strong bookings and normalized distribution inventory. Q2 revenue subsequently increased to US$3.49 billion.
ST has also raised its 2026 data-center revenue ambition to around US$1 billion, compared with an earlier expectation of slightly above US$500 million.
So the broader environment supporting selective repricing is visible, even if the exact magnitude of individual ST price movements remains product- and customer-specific.
NXP: Automotive and Industrial Pricing Also Appear to Be Moving
NXP provides another example of pricing pressure in mature-node, automotive and industrial semiconductor markets.
Industry reporting based on customer notices suggests that NXP implemented a second round of selected price adjustments from June 1, 2026, following an earlier adjustment in April. The reported reasons included persistent inflation in raw materials, energy, labour, logistics and supplier inputs.
Again, this should be described as a reported pricing action, rather than a universal public price increase from NXP.
The company's underlying business has nevertheless strengthened. NXP reported Q2 2026 revenue of approximately US$3.50 billion, reflecting improved demand across its core automotive, industrial and IoT markets.
When ST, TI, ADI and NXP are all discussing or being reported to be implementing pricing changes within several months of one another, the pattern becomes more difficult to dismiss as an isolated supplier issue.
But it still does not prove a uniform semiconductor price increase.
The Bigger Surprise: Passive Components Are Moving Too
If 2026 price increases were limited to MCU, Analog and Memory products, the market could reasonably be described as another semiconductor upcycle.
What makes the current environment more interesting is the movement in passive components.
Capacitors, inductors, ferrite components and similar parts are normally lower-value components with different cost structures and market dynamics from semiconductor ICs.
Yet several major passive-component suppliers have also moved—or been reported to be moving—prices upward.
Murata: Raw Materials Meet AI Demand
Murata's case demonstrates why not every passive-component increase is being driven by the same mechanism as semiconductor pricing.
According to industry reports based on a customer notice, Murata implemented price adjustments from April 1 on four selected categories:
multilayer chip ferrite beads;
multilayer ferrite power inductors;
multilayer RF inductors;
multilayer common-mode choke coils.
The reported explanation identified silver costs as an important driver.
This distinction is worth noting because headlines often described the event as an “MLCC price increase,” even though the reported April notice specifically covered those four magnetic-component categories rather than a blanket increase across all Murata MLCC products.
At the same time, Murata and other Japanese and Korean MLCC manufacturers are facing very strong demand for high-end products used in AI infrastructure.
TrendForce reported that capacity utilization among major suppliers has risen as AI-server demand accelerates, with manufacturers increasingly allocating production resources toward high-performance MLCCs.
That combination creates two different forms of pressure:
higher input cost + higher demand for premium products.
YAGEO: Pricing Pressure Spreads Across Capacitors
YAGEO is one of the strongest indications that passive-component repricing has expanded beyond a few specialty products.
Industry reports indicate that the company notified customers of pricing changes across a broad capacitor portfolio effective July 1, 2026, covering categories including:
MLCCs;
aluminum electrolytic capacitors;
tantalum capacitors;
polymer aluminum capacitors;
film capacitors;
supercapacitors.
Some reports cited an approximately 50% increase in official pricing.
That number requires significant caution.
A manufacturer's list price, a long-term OEM contract price, an authorized-distributor price and a Shenzhen spot-market price are four different things.
A 50% adjustment to an official price structure does not mean every YAGEO customer suddenly paid 50% more on July 1.
It also does not mean every capacitor in YAGEO's portfolio experienced the same real transaction-price movement.
The more important signal is the scope of the reported adjustment: pricing pressure was no longer limited to one premium MLCC specification.
Industry reports connected YAGEO's move with higher raw-material, energy, logistics and manufacturing costs, together with rising demand in AI, automotive, industrial and energy applications.
Samsung Electro-Mechanics: One of the Newest Signals
Samsung Electro-Mechanics provides one of the most recent examples.
On July 29, industry reports said the company had notified customers of a 30% MLCC price adjustment, applying to specified products under its pricing system for shipments from August 1.
As with YAGEO, buyers should not assume that every end customer or distributor will experience exactly the reported percentage.
However, Samsung Electro-Mechanics' own financial disclosures independently confirm that demand conditions in its MLCC business are strong.
The company's Component Solution business reported Q2 2026 sales of KRW 1.6494 trillion, up 29% year on year and 17% quarter on quarter, supported by MLCC demand for AI servers, networking, power and automotive applications.
TrendForce reported that by late June, the book-to-bill ratios of Murata, Samsung Electro-Mechanics and Taiyo Yuden had reached 1.30, 1.31 and 1.25 respectively, their highest levels since the pandemic-era cycle.
That is a much stronger indicator of genuine demand pressure than simply observing higher quotations in the open market.
Why Are Chips and Capacitors Moving at the Same Time?
The most important question is not which manufacturer increased prices.
It is why companies operating in very different component markets are adjusting prices during the same period.
There appears to be no single explanation.
Instead, several forces are overlapping.
1. The Industrial Inventory Correction Is Ending
For much of 2023–2025, many industrial and automotive customers were reducing excess inventories accumulated during the previous shortage.
That inventory correction suppressed orders even when final demand had not completely disappeared.
TI's 2026 commentary suggests that this process is now much further advanced. The company has described broad industrial recovery and indicated that customers are no longer undergoing the same level of inventory depletion seen during the previous cycle.
When customer inventory normalizes, new demand once again reaches component manufacturers instead of being absorbed by stock already sitting in the supply chain.
That strengthens suppliers' pricing position.
2. AI Demand Is Moving Beyond GPUs and Memory
AI infrastructure is frequently described as a semiconductor story.
In reality, an AI server contains far more than GPUs and HBM.
Its power-delivery, networking and control architecture requires:
analog and power-management ICs;
isolation and interface devices;
high-performance capacitors;
power inductors;
ferrite components;
connectors;
thermal and power-control systems.
Samsung Electro-Mechanics has directly reported stronger MLCC sales for AI servers and data centers, while TrendForce expects high-end MLCC capacity to remain heavily occupied by AI-related orders during the second half of 2026.
This creates an important second-order effect.
Manufacturers do not necessarily need to run out of total factory capacity for ordinary products to become tighter.
If production capacity, engineering resources and materials are increasingly allocated to higher-value AI components, effective supply for other specifications can decrease.
That can push pricing pressure from high-end products into adjacent industrial and consumer categories.
3. Input Costs Are Rising at the Same Time
Demand is not the only explanation.
ADI has explicitly identified inflation as a reason for its 2026 pricing actions.
For passive components, raw-material exposure can be even more direct.
Murata's reported April adjustment specifically pointed to silver-related cost pressure in selected multilayer ferrite and inductor products.
The Silver Institute expects the global silver market to remain in structural deficit for a sixth consecutive year in 2026, despite higher total supply.
Higher energy, freight, labour, packaging and material costs can therefore affect component categories that have little direct connection to Memory or GPU shortages.
4. Capacity Is Becoming More Valuable
Another common factor is the value of manufacturing capacity.
High-performance MLCCs are more technically demanding than ordinary low-capacitance components. TrendForce reports that stronger AI demand is encouraging Japanese and Korean suppliers to shift resources toward higher-end MLCC products.
Similar economics exist in semiconductor manufacturing.
If mature-node wafer capacity can be used for a higher-margin power-management or MCU product, suppliers have less incentive to preserve historically low pricing for older, lower-margin devices.
This does not necessarily create a shortage.
But it can change the price floor manufacturers are willing to accept.
Is This Another 2021?
Not yet.
The differences are significant.
2021 Shortage Cycle2026 Pricing CycleWidespread logistics and production disruptionProduction infrastructure largely operating normallyExtremely depleted customer inventoriesInventory correction has largely progressed in many marketsBuyers frequently ordered defensivelyCurrent demand is more application-specificBroad panic over availabilityTightness concentrated in selected technologies and specificationsSpot availability dominated purchasing decisionsCost, capacity allocation and product mix increasingly matterPrice rises often reflected extreme scarcityCurrent pricing reflects a combination of demand and input inflation
The COVID-era market was defined by a shortage of availability.
The emerging 2026 cycle appears more closely related to the economic value of capacity, materials and product mix.
That is an important distinction.
A market driven by extreme shortage can reverse quickly once inventory arrives.
A market driven partly by higher structural manufacturing costs and the reallocation of capacity toward AI and high-value applications may behave differently.
So Is There Really a New Price Cycle?
Our assessment is:
Yes—but it is not a universal one.
There is now credible evidence of pricing action across:
Analog semiconductors;
MCUs;
automotive and industrial ICs;
ferrite and magnetic components;
MLCCs;
multiple capacitor technologies.
That breadth is difficult to ignore.
But it would still be inaccurate to conclude that:
“All electronic components are rising.”
Some semiconductor categories are experiencing extraordinary growth while others are growing much more slowly. Within passive components, high-capacitance and high-reliability products may experience more pressure than ordinary commodity specifications. Individual customer contracts can also respond very differently from manufacturer list prices or open-market quotations.
A more accurate conclusion is:
2026 is not seeing one universal electronic-component price increase. It is seeing multiple pricing pressures emerge at the same time across component categories that normally follow different market cycles.
That is what makes the current environment unusual.
A Price-Increase Notice Does Not Mean Your Part Number Will Rise by the Same Amount
This may be the most practical point for component buyers.
When a manufacturer is reported to increase prices by 20%, 30% or 50%, that number should never be applied automatically to every part number.
Buyers should separate at least four layers:
Manufacturer List Price
The manufacturer's published or internal standard reference price.
Contract / OEM Price
A negotiated price for a large customer, which may be fixed for a period or subject to annual review.
Distributor Price
The actual price offered through authorized or independent distribution.
Spot-Market Price
The current price of available inventory, which can move independently from manufacturer pricing.
It is therefore entirely possible for a manufacturer to raise a list price while existing spot inventory remains temporarily unchanged.
The opposite can also happen.
A popular part number may rise sharply in the spot market even before the original manufacturer changes its official pricing.
For buyers, the question should therefore be:
What changed for this exact part number, quantity, date code and source?
—not simply:
Did the brand announce a price increase?
What Should Buyers Watch in the Second Half of 2026?
Analog and Embedded Pricing
TI has already said its pricing discussions will continue through Q3 and Q4, with some annual negotiations extending into the next year. This makes Analog and Embedded pricing worth monitoring through the remainder of 2026.
High-End MLCC Lead Times
TrendForce expects AI-related orders to continue occupying substantial MLCC capacity during the second half of the year, potentially extending lead times and supporting further price increases in high-end products.
Capacity Spillover
If Japanese and Korean manufacturers continue prioritizing higher-value AI MLCCs, ordinary product categories may experience tighter effective supply even without a large increase in final consumer demand.
Raw Materials
Silver and other material costs remain relevant for passive components, particularly products with significant material content relative to their selling price.
Actual Transaction Prices
Manufacturer announcements should be compared with distributor quotations and real market transactions before buyers revise BOM budgets or build inventory.
Should Buyers Increase Inventory Now?
Not automatically.
A broad “buy before everything gets more expensive” strategy risks recreating one of the mistakes of the previous shortage cycle: buying excess inventory at elevated prices because of market anxiety.
A more disciplined approach is to divide the BOM into three groups.
High Exposure
Parts showing:
confirmed manufacturer price action;
extending lead times;
strong end-market demand;
limited approved alternatives;
low existing inventory coverage.
These deserve early review.
Medium Exposure
Parts where manufacturers have announced or been reported to be increasing prices, but current availability remains healthy.
These should be monitored rather than automatically stockpiled.
Low Exposure
Parts with:
multiple qualified sources;
stable lead times;
sufficient inventory;
limited exposure to affected materials or applications.
Buying these early solely because “components are rising” may simply increase working-capital and inventory risk.
The correct response to a price cycle is not panic buying.
It is better BOM-level visibility.
The Market Is Broadening—but It Is Still Selective
2026 began with the strongest pricing signals concentrated in Memory, advanced computing and selected semiconductor categories.
By August, the evidence has broadened.
TI and ADI have directly confirmed pricing actions. ST and NXP have been linked through customer-notice reports to additional adjustments. Passive-component suppliers have also entered the discussion, with reported moves from Murata, YAGEO and Samsung Electro-Mechanics.
That does not mean the electronics industry has returned to the indiscriminate shortages of 2021.
The underlying forces are different.
Demand recovery, AI infrastructure, manufacturing inflation, raw-material costs and capacity reallocation are overlapping.
That makes the current environment potentially more complicated than a simple shortage.
For component buyers, the most useful question is therefore not:
“Are electronic components going up?”
It is:
“Which parts in our BOM are exposed to the current price cycle—and what is actually driving that exposure?”
The difference matters.
Because in 2026, the market may be rising together, but it is not rising for the same reasons.
References
[1] Semiconductor Industry Association (SIA).
Global Semiconductor Sales Increase 35.1% from Q1 2026 to Q2 2026. August 6, 2026.
[2] World Semiconductor Trade Statistics (WSTS).
Global Semiconductor Market Surges Beyond $1.5T 2026. Spring 2026 Forecast.
[3] Texas Instruments.
Q2 2026 Earnings Conference Call. July 22, 2026.
[4] Texas Instruments.
TI Reports Second Quarter 2026 Financial Results. July 22, 2026.
[5] Analog Devices.
Q1 2026 Earnings Conference Call. February 18, 2026.
[6] Analog Devices.
Q2 2026 Earnings Conference Call. May 20, 2026.
[7] STMicroelectronics.
STMicroelectronics Reports Q1 2026 Financial Results. April 23, 2026; STMicroelectronics Reports Q2 2026 Financial Results. July 23, 2026.
[8] TrendForce News.
STMicroelectronics Reportedly Set for Second MCU Price Hike This Year, Effective June 28. June 23, 2026.
[9] NXP Semiconductors.
NXP Semiconductors Reports Second Quarter 2026 Results. July 28, 2026.
[10] TrendForce News.
Chip Price Hike Wave Builds as NXP, TI Reportedly Prepare Their Second Increases This Year for June and July. May 11, 2026.
[11] TrendForce News.
MLCC Giant Murata Reportedly Confirms April 1 Price Hike on Key Components. March 17, 2026.
[12] TrendForce News.
Passive Component Prices Rise as YAGEO Reportedly Begins Broadest Capacitor Hike in Years on July 1. July 1, 2026.
[13] Samsung Electro-Mechanics.
Q2 2026 Business Results. July 30, 2026.
[14] TrendForce News.
Samsung Electro-Mechanics Lifts MLCC Prices 30% Starting Aug. 1; Taiyo Yuden Reportedly Eyes Sept. 1 Hike. July 29, 2026.
[15] TrendForce.
AI Demand for High-End MLCCs Drives Japan and Korea Suppliers’ Book-to-Bill Ratios to Post-Pandemic Highs, Raising Shortage Risks in 2H26. July 6, 2026.
[16] The Silver Institute.
Global Silver Investment to Remain Strong in 2026 Against the Backdrop of a Sixth Consecutive Annual Market Deficit. February 10, 2026.
Information and public sources reviewed through August 18, 2026. Pricing actions may vary by customer, region, product family, volume and commercial agreement.
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