Some models have taken two price increases in just three months already.
Chi-Fi DAPs have always sold on the promise of serious portable audio without the premium-brand tax. That promise is getting harder to keep.
FiiO’s JM21 went from roughly $199 to $239.99 within six months, and other DAP makers have started raising prices too.
The strange part is that the pressure is coming from outside audio. AI servers, EVs, and a tight passive-component market are pushing up the cost of capacitors, PCBs, resistors, and other parts that DAP makers still need.
Here’s how a parts shortage built for data centers ended up reaching your pocket music player.
How the Capacitor Price Hikes Spread
KEMET’s first increase came in June 2025, when the Yageo subsidiary raised prices on select polymer tantalum capacitor series. By late October, it had pushed another 20-30% increase on its KO-CAP high-voltage polymer tantalum line.
This move carried weight because KEMET controls over 40% of global tantalum capacitor capacity. Together with AVX and Vishay, the three suppliers hold roughly 60-70% of the market, leaving smaller buyers with few realistic alternatives once prices started moving.
Panasonic followed with 15-30% increases on 30-40 tantalum polymer specifications, effective February 2026.
And by spring, the pressure had crossed into MLCCs, with Samsung Electro-Mechanics signaling double-digit increases for April and Murata confirming its own April 1 hikes on MLCCs, ferrite beads, and inductors.
However, the broadest round arrived on July 1, when Yageo raised prices across tantalum capacitors, MLCCs, and film capacitors in one announcement. Panasonic’s SP-Cap increases of 5-65% also applied to orders delivered after the same date.
For audio brands, the damage comes from how many parts of the circuit are exposed at once. DAPs, DACs, and headphone amps can use tantalum parts in power stages, MLCCs for filtering and decoupling, and film capacitors in parts of the signal path.
Once all three categories rise within the same year, the bill of materials gets squeezed from several directions.
That’s why the supplier timeline makes the recent Chi-Fi price hikes harder to dismiss as ordinary margin padding. Passive components are being repriced across the board, and the speed of the reset points to a much bigger buyer pulling the market in its direction.
Why AI Is the Problem
A smartphone contains over 1,000 MLCCs. An AI server board can need ten to twenty times that amount, while a DAP may use dozens to a few hundred. That gap explains why portable audio brands lose priority once AI infrastructure buyers start placing orders at server scale.
The demand is growing with each new AI platform.
For instance, Nvidia’s VR200 NVL72 system requires roughly 600,000 MLCCs, more than 30% above the GB300 it replaces. Microsoft, Google, Amazon, and Meta also committed more than $300 billion to AI infrastructure in 2025, and those servers need passive components in volumes that make portable audio look tiny.
Even Murata’s president acknowledged that customer inquiries were running at roughly twice available supply capacity, while the company was operating at over 80% utilization.
So when demand is already pressing against capacity and the largest buyers are building AI systems by the rack, niche audio brands have little room to bargain.
The issue reaches the parts level quickly. AI servers are pulling hard on the same high-capacitance, tight-tolerance components used for power filtering, decoupling, and signal stability. And once those parts get repriced and reallocated, portable audio brands either pay more, wait longer, or pass the cost to buyers.
What It Costs You
The clearest example is FiiO’s JM21. It launched at roughly $199, which put it in the sweet spot for buyers who wanted a proper DAP without paying premium-brand money. Six months later, the same player was $239.99.
A $40 jump may not look huge next to flagship audio prices, but it matters in the Chi-Fi DAP market. Value is the whole pitch. These players win buyers by making Astell&Kern-style pricing feel unnecessary, so a 20% increase on an entry-level model changes the conversation fast.
Still, FiiO’s April 1 price adjustment showed the pressure was not limited to one product either. The M21 moved to $339.99, the M33 to $639.99, and the DISC to $89.99.
And by July, FiiO was back with another round for the M21 and M33, putting the M33 through its second increase in three months.
FiiO is not alone, though.
HiBy, for one, has also raised prices on models including the M500, and Shanling has followed with its own DAP increases. Once the same parts rise across power stages, filtering circuits, and signal paths, every brand building compact audio gear has to decide how much of the increase it can absorb.
No Relief Until Mid-2027
The supply chain does not have a quick way out. Manufacturers spent much of 2023 and 2024 clearing inventory instead of adding new production capacity. And when AI and EV demand surged, the market had less slack than usual.
New MLCC production lines can take 18 to 24 months to build. Capacity additions from Murata, TDK, Yageo, and Samsung Electro-Mechanics are not expected to arrive in force before late 2026, with supply constraints projected to last through mid-2027.
The pressure also falls unevenly. The MLCC market has split into premium AI-grade lines and standard-grade segments, with the premium side running tighter while lower-end capacity remains easier to find. That matters for compact audio gear because DAPs, DACs, and headphone amps often need stable, high-capacitance parts in cramped circuits where size, tolerance, and reliability matter.
From the supplier side, the market looks less dramatic than it feels to small buyers.
Industry analysts have described conditions as “tight but orderly rather than chaotic,” framing the current period as an “investment and optimization cycle rather than a crisis phase.”
Engineers are also balancing different capacitor technologies across server platforms, and tantalum lead times remain below the historical peak of 35-43 weeks.
That calmer view may be fair at the industry level. It does little for a Chi-Fi brand waiting behind AI infrastructure customers with vastly larger orders. In practice, “orderly” can still mean longer waits, higher quotes, and fewer chances to negotiate.
Every DAP, DAC, and headphone amp released between now and mid-2027 will carry higher component costs than the model it replaces. For an industry built on offering flagship-style performance at budget prices, the bill of materials just stopped cooperating.