Anyone who has been waiting for memory prices to settle so single-board computer pricing can drift back down got a clear answer this week, and it is not the one they wanted. In its third-quarter 2026 results, published on October 28, 2026, SK hynix said it "expects the structure in which demand exceeds supply to persist through 2030." The company also said long-term agreements already cover more than 50% of its 2027-2028 production capacity.
SK hynix is one of the largest DRAM makers in the world. When it says the market will stay tight for four more years, and that most of its output for the next two years is already sold, that matters to everyone further down the chain, including makers buying a 2GB board for a weekend project.
The numbers
All figures below come from the SK hynix Newsroom release for 3Q26.
- Revenue: 104.6155 trillion won. That is the first quarter in which the company has passed 100 trillion won, and it is up 32% from 79.3187 trillion won in Q2.
- Operating profit: 83.3338 trillion won, an 80% operating margin, up 38% from 60.5426 trillion won in Q2.
- Net profit: 39.7756 trillion won, a 38% net margin.
- Balance sheet: 114.5 trillion won in cash against 15.8 trillion won in borrowings.
Coverage of the operating profit figure does not agree. The Register reported operating profit of 87.68 trillion won ($62.8 billion), which does not match the 83.3338 trillion won in the company's own release. PinoutFeed uses the company's figure. The Register's revenue number, 104.6 trillion won (which it converts to $78.1 billion), does match the release.
For a commodity semiconductor business, an 80% operating margin is very unusual. It is the kind of result you get when buyers have no choice but to pay whatever the seller asks.
Where the bits are going
The release makes clear that SK hynix's priorities sit at the top of the market. The company said it expects HBM4 to pass HBM3E in both shipments and revenue in the fourth quarter. It is also ramping its 1c-node DRAM process and its M15X fab. High-bandwidth memory stacks go into AI accelerators, not into the LPDDR packages on hobbyist boards. But wafer capacity is shared, so it is reasonable to infer that every wafer that goes to HBM is a wafer that does not become commodity DRAM (our inference, not a statement from the company).
The Register adds detail on the contract structure. It reports that SK hynix has 14 long-term deals with 14 large buyers, covering more than half of output in 2027 and 2028. The outlet also quotes the company saying supply is not keeping pace with demand.
The release also says CEO Kwak Noh-Jung explained why the company stopped reviewing a possible IPO of its Solidigm storage subsidiary. That item has no direct bearing on DRAM supply.
The CFO's warning on devices
The line most relevant to consumer and maker hardware came from the earnings call, not the release. According to The Register, CFO Kim Woo-hyun predicted that shipment volumes for PCs and mobile devices will decrease because of cost burdens from rising memory prices and supply shortages.
That is an unusually direct statement from a memory supplier. In effect, the company expects its own pricing to shrink parts of the downstream device market, and it is guiding investors on that basis. If PC and phone makers, who buy in huge volumes and negotiate hard, are expected to ship fewer units, small-volume buyers have even less pricing power.
What It Means for Makers
This hits hardest for anyone who buys boards with soldered-on DRAM: single-board computers, compute modules and Linux-capable dev kits. For those products the memory cannot be swapped or engineered around by the buyer, so a rise in DRAM costs flows straight into the board price.
The downstream effects are already visible. OMG! Ubuntu reports that Raspberry Pi raised the price of its 2GB boards by $12.50 from October 1, 2026. The 2GB Raspberry Pi 4 went from $55 to $67.50, and the 2GB Raspberry Pi 5 from $65 to $77.50 (the Pi 4 2GB launched at $45 in 2019). The 1GB variants are unchanged. The 2GB versions of Compute Module 4 and Compute Module 5 are affected in a similar way. The outlet says Raspberry Pi's blog post described holding the price of lower-density boards as having "become unsustainable."
The same article notes that Pine64 has stopped production of its Linux hardware range because of memory and storage costs. That is a starker outcome than a price rise: some low-margin boards are not getting more expensive, they are simply going away.
Put SK hynix's outlook next to those data points and the planning picture is fairly clear:
- Don't expect prices to come back down soon. A supplier that has sold more than half of 2027-2028 capacity under long-term agreements, and expects demand to beat supply through 2030, has little reason to cut prices for low-volume buyers. That is our reading of the company's guidance, not a forecast the company made about SBC pricing. Raspberry Pi itself, per OMG! Ubuntu, thinks memory costs will eventually subside.
- The smallest memory tiers are under the most pressure. The OMG! Ubuntu report shows the 2GB tier moving while 1GB stays put. If a project genuinely fits in less RAM, the lower tier may now be much better value.
- Classrooms and fleet deployments should budget now. Educators and anyone deploying many boards would be prudent to treat current pricing as the baseline for planning rather than a temporary spike.
- Microcontroller projects are less exposed. Boards whose RAM is on-die SRAM, rather than external DRAM, are not part of the market SK hynix is describing. None of the sources discuss MCU pricing, though, so treat this as context rather than a claim about specific parts.
Status as of October 29, 2026: the SK hynix figures are reported results for the quarter. The supply outlook is company guidance, not a contractual commitment. The Raspberry Pi prices above are the new prices as reported by OMG! Ubuntu (updated October 5, 2026) and may have changed since.
