Prices jumping two to four times over since the new year
In the labyrinthine electronics markets of Shenzhen, a component no larger than a fingernail has become the unlikely symbol of civilization's hunger for artificial intelligence. The multilayer ceramic capacitor — long ignored, now indispensable — sits at the intersection of two of the era's most transformative forces: the AI data center boom and the electric vehicle revolution. Since the Lunar New Year, prices have doubled and quadrupled, as the world's appetite for computation outpaces the quiet factories that supply its smallest necessities. It is a reminder that every grand technological ambition rests, in the end, on something humble and physical.
- Prices for high-capacitance MLCCs have surged two to four times since Chinese New Year, with some models leaping from 10 to 40 yuan per thousand units almost overnight.
- AI server clusters and electric vehicle production are simultaneously draining the same limited pool of components, creating a supply squeeze that no single manufacturer can quickly resolve.
- Huaqiangbei traders flood distributors with inquiries daily, yet actual transactions have stalled — buyers are holding out, gambling that the market will cool before their need becomes desperate.
- The spot market has become a high-stakes pressure valve, translating scarcity into sharp price spikes and forcing buyers to choose between paying a premium now or risking empty shelves later.
- Industry insiders see no structural relief on the horizon: the global data center build-out is ongoing, demand is not a passing wave, and manufacturing capacity cannot expand fast enough to restore equilibrium.
Walk into Huaqiangbei on any given morning and you will find traders hunched over their phones, hunting for a component that fits in the crease of a palm. The multilayer ceramic capacitor — the MLCC — has become the most coveted piece of electronics in Shenzhen's sprawling market, transforming a once-sleepy corner of the component trade into something resembling a gold rush.
These thumbnail-sized devices do unglamorous, essential work: regulating electrical current, storing energy, and releasing it on demand. For decades, nobody thought much about them. Then AI servers and electric vehicles began demanding them in quantities that caught the entire supply chain off guard. Since Chinese New Year, prices for high-capacitance models have jumped two to four times over. Distributor Wu, who moves Japanese components from Murata Manufacturing through the secondary market, has watched certain units climb from 10 yuan per thousand to 40 — a shock, not a creep.
The physics of the shortage is straightforward. AI data centers consume enormous power, and each server requires dozens or hundreds of capacitors working in concert to keep voltage stable. Multiply that across thousands of servers and hundreds of data centers under construction worldwide, then add electric vehicle manufacturers drawing from the same supply, and demand simply outstrips what factories can produce.
Yet the market is flooded with inquiries and starved of actual deals. Buyers see the prices, do the math, and walk away — hoping to wait out the surge. It is a tense standoff between desperation and skepticism. Wu sees no relief coming soon. The demand is structural, driven by a global build-out of computing capacity that shows no sign of slowing. Until manufacturing catches up, the traders of Huaqiangbei will keep hunting, and prices will keep climbing.
Walk into Huaqiangbei on any given morning and you'll find traders hunched over their phones, scanning inventory lists for a component so small it could fit in the crease of your palm. The multilayer ceramic capacitor—MLCC, in the shorthand of the trade—has become the most coveted piece of electronics in Shenzhen's sprawling market, and the scramble to secure supplies has turned what was once a sleepy corner of the component world into something resembling a gold rush.
Last year, everyone was chasing memory chips. The year before that, it was something else. But this year belongs to the capacitor. These thumbnail-sized devices do unglamorous, essential work: they regulate electrical current, store energy, and discharge it on demand. For decades, they were the kind of part that nobody thought about—until artificial intelligence servers and electric vehicles began demanding them in quantities that caught the entire supply chain off guard.
The numbers tell the story. Since Chinese New Year, prices for high-capacitance MLCCs have jumped between two and four times over. A distributor named Wu, who moves primarily Japanese components from Murata Manufacturing through the secondary market to other traders, has watched certain models climb from 10 yuan per thousand units to 40 yuan—roughly six dollars. That's not a gradual creep. That's a shock.
The physics of the shortage is straightforward. AI data centers consume enormous amounts of power. The processors that run these systems are hungry in ways that older generations of chips were not. Each server needs dozens, sometimes hundreds, of these capacitors working in concert to keep the voltage stable and the current flowing. Multiply that across thousands of servers, across hundreds of data centers being built globally, and suddenly you're talking about demand that manufacturing plants simply cannot match. Electric vehicle makers are pulling from the same pool, adding another layer of competition for limited supply.
What's striking is that the market is flooded with inquiries but starved of actual deals. Wu's shop sees a constant stream of buyers asking what he has, what he can get, when it might arrive. But when they see the prices, many walk away. The math doesn't work for them—not yet, anyway. They're hoping the market will cool, that supply will catch up, that they can wait out the surge. It's a tense standoff between desperation and skepticism, between those who need the parts now and those betting that patience will be rewarded with lower prices.
The spot market, where traders buy and sell components on the open market rather than through long-term contracts, has become the pressure valve for this imbalance. It's where scarcity translates directly into price, where a component that cost pennies suddenly costs dollars. Wu sees no relief coming soon. The demand from AI infrastructure is not a temporary spike—it's structural, driven by the ongoing build-out of computing capacity that the world seems determined to construct. Until manufacturing capacity catches up, or until demand softens, the traders of Huaqiangbei will keep hunting for inventory, and prices will keep climbing.
Notable Quotes
I don't see any signs of prices cooling down— Wu, MLCC distributor in Shenzhen
The Hearth Conversation Another angle on the story
Why does an AI boom affect something as basic as a capacitor?
Because AI servers are power-hungry in a way older systems weren't. Each one needs dozens of these components to keep the voltage stable. Multiply that across thousands of servers being built right now, and you've created a shortage that manufacturing can't keep up with.
So this is just a supply problem. More factories, more supply, prices drop?
In theory, yes. But factories take time to retool and ramp up production. In the meantime, the traders in Shenzhen are caught between buyers who desperately need parts and prices that keep climbing.
You mentioned people aren't actually buying at these prices. What does that mean for the market?
It means we're in a holding pattern. Buyers are hoping prices will fall. Sellers are hoping they won't. Eventually one side gives way—either demand softens or someone capitulates and pays the inflated price.
Is this just a Shenzhen problem?
No. This is global. Every data center being built, every electric vehicle being manufactured—they're all competing for the same components. Shenzhen is just where you can see it most clearly, because that's where the secondary market is most active.
What happens if prices stay high?
Projects get delayed. Some companies absorb the cost. Others find workarounds or substitutes. But the underlying demand isn't going away—AI infrastructure is still being built.