Memory Prices Set to Climb 50% in Q3, Jefferies Forecasts

Memory prices are set to climb as much as 50 percent in the third quarter of 2026, according to a fresh forecast from Jefferies Equity Research that runs hotter than any major rival has published so far. The bank expects another 30 to 40 percent jump in Q4, a 40 to 45 percent increase year-on-year through 2027, and only a modest easing in 2028 as new capacity finally arrives. Consumer electronics brands are already raising sticker prices on iPads, Macs, Xbox consoles, PlayStations, Steam Decks and Steam Machines to absorb the move, and the forecast says those increases have further to run.

The Jefferies Forecast, Quarter by Quarter

Jefferies’ analyst team, writing in a note circulated this week and highlighted by Wccftech and TechRadar, lays out a four-step path for DRAM and NAND pricing. Memory prices are projected to rise 40 to 50 percent in Q3 2026 versus the current quarter, with an additional 30 to 40 percent in Q4 2026. The pressure does not break in 2027 either, where the bank models 40 to 45 percent year-on-year increases. Only in 2028 does Jefferies expect relief, and even then the easing is modest: 15 to 20 percent price softening tied to new production capacity coming online.

The note draws a sharp line between this cycle and past memory squeezes. Cloud hyperscalers are already locking down roughly 50 percent of total memory production through long-term contracts, and the share could climb to 70 percent if the AI buildout accelerates, Jefferies wrote in the report. Those contracts carry prepayments that further starve the open market.

If Jefferies is right, the price chart of any consumer device with memory inside runs upward for at least four more quarters, and only a structural shift in AI infrastructure demand would change that.

Why This Memory Cycle Looks Different

Past memory booms and busts were supply stories. Factories came on too fast, prices crashed, capacity idled, prices spiked again. This one is the opposite. The pressure sits on the demand side, and the buyers driving it have effectively unlimited budgets. Cloud providers running AI training and inference workloads are signing multi-year deals for the highest-margin memory chips on the market, and the chipmakers are responding by steering wafer capacity toward them.

That product is High Bandwidth Memory, or HBM, and it carries margins roughly ten times higher than standard consumer DRAM, NDTV Profit reported, citing the Jefferies note. Samsung, SK Hynix and Micron have all rotated production lines toward HBM as a result, which means every wafer pointed at an AI accelerator is a wafer not pointed at a Steam Deck or a budget smartphone. TrendForce data published in the second-quarter 2026 memory contract outlook shows the scale of the squeeze: 70 to 75 percent NAND flash contract price rises quarter over quarter, 58 to 63 percent DRAM contract price rises, and Sony’s own books show a 170 percent jump in DRAM contract prices year on year.

The structural shift is visible in the allocation math. AI is projected to consume roughly 20 percent of total DRAM output in 2026, and HBM for AI accelerators eats about three times the wafer capacity of standard memory. Consumer electronics land at the back of the queue not because their demand fell, but because the bid for the same fab capacity has gone vertical.

This is the part that breaks the usual playbook. A supply-led squeeze resolves when a new fab opens. A demand-led squeeze resolves when the buyer on the other end slows down, and there is no signal from hyperscalers that they intend to.

The Cloud Buildout Is Locking Up Supply

The mechanism is straightforward once the numbers are laid side by side. Jefferies estimates that cloud giants have already secured about 50 percent of total memory production through long-term contracts, with prepayments of around 40 percent required to hold allocation. Those contracts are not one-off orders; they run for years and they carry take-or-pay terms that lock out spot-market buyers for the duration.

Micron made the shape of those deals visible in its most recent earnings report. The chipmaker disclosed more than $22 billion in long-term customer commitments across 16 strategic agreements spanning data center, consumer and other end markets. Reuters and several downstream outlets reported the figure on June 24, 2026, and Micron said the agreements include almost $18 billion in cash deposits. That is one vendor’s snapshot of a single quarter’s worth of contracted demand, and Samsung and SK Hynix are in similar positions with their own AI customers.

• 50 percent of total memory production locked by cloud hyperscalers
• 70 percent potential share if AI buildout accelerates
• 40 percent prepayments required by long-term contracts
• 16 strategic customer deals at Micron, $22 billion committed
• 170 percent year-on-year rise in DRAM contract prices by Sony’s accounting

The deal structure matters as much as the volume. A prepayment of 40 percent makes memory allocation a sunk-cost asset for the cloud buyer and removes it from any competitive bidding process for the life of the contract. For everyone else, the message is the same one Valve put plainly when it raised Steam Deck prices last month: there is no room to negotiate with memory suppliers.

The Chinese Lifeline That Isn’t Coming

One plausible escape valve used to be Chinese expansion. CXMT and YMTC have been adding DRAM and NAND capacity for years, and the working assumption in some industry circles was that their output would eventually spill into offshore markets and ease global prices. Former Samsung executive Kyung-Hyeon Kye argued last year that the crisis might end sooner on the back of Chinese capacity additions, the Jefferies report notes.

That prediction has not held. Vendors contacted by analysts say CXMT pricing is comparable to Samsung, SK Hynix and Micron, not discounted enough to move the global market. NDTV Profit, summarizing the Jefferies report, said Chinese firms CXMT and YMTC may eventually develop enough inventory to cater to offshore markets as part of their “Epic Expansion Initiative,” but their current capacity is expected to serve domestic needs first. The Jefferies expert reached the same conclusion: Chinese memory will not come to the rescue outside Asia in 2026 or 2027.

Memory prices expected to rise up to 50 percent in Q3 of 2026 with no relief until 2028 captures the broader timeline, and the Chinese capacity story is one of the few supposed reliefs the report rules out explicitly.

Consumer Devices Are Already Priced In

The price hikes are not a forecast at this point. They are already on shelves. Apple raised prices across its iPad, Mac, HomePod and Apple TV lines last week, with the MacBook Neo moving from $599 to $699. Microsoft has announced Xbox Series S and Series X price increases of at least $100 starting August 1, 2026. Sony priced the 2TB PS5 Pro at $899 earlier this quarter. Valve launched the Steam Machine at $1,049, roughly $300 above its original target, and how AI memory costs drove the Steam Deck price increase shows the same pressure on the handheld side, where the 1TB OLED model jumped from $649 to $949 and the 512GB version rose from $549 to $789 without a single component change.

Behind the sticker moves sits a demand collapse that is already showing up in shipment forecasts. Smartphone shipments are expected to fall 15 percent in 2026 as higher prices and weaker demand compound. The PC market is projected to decline 11.3 percent on the same dynamic. Both forecasts assume the memory pressure keeps tightening through the year rather than easing, which matches Jefferies’ trajectory.

The pattern is consistent across categories. Fixed-spec hardware, the kind that cannot quietly shrink RAM to protect a price point, absorbs the shock on the sticker. Variable-spec hardware, like phones and laptops, absorbs it on the spec sheet first and the price second.

What Would Have to Change for Relief

Jefferies’ 2028 easing case rests on two things: new fab capacity actually arriving, and AI infrastructure demand slowing enough that hyperscalers stop contracting for 70 percent of available output. Neither is visible yet. TrendForce and IDC both describe a structural shortfall that new factory construction cannot fix quickly, because memory fabs take years to build and the AI buildout keeps soaking up whatever comes online.

Microsoft has reported paying two-and-a-half times more for memory now than at the end of last year and expects costs to double again by late 2027. Apple has noted that it has never experienced such rapid increases in component prices. Those are not forecasts from an outside bank; they are the buying experiences of two of the largest device makers on Earth, named in their own disclosures.

Counter-forecasts do exist, and they are worth holding against the Jefferies view. Aletheia Capital projects rises of 30 percent in Q3 and up to 15 percent in Q4, and a current consensus tracked by analysts on X sits around 20 percent then 30 percent. Jefferies sits at the top of that range. Whether its forecast turns out to be right depends largely on how quickly AI infrastructure demand stabilizes and whether new manufacturing capacity can come online before 2028. RAM prices hitting record highs across 2026 traces the same arc through PC builder budgets, and the Jefferies memory forecast and the doubts about it runs the counter-case against it. The Jefferies report on memory component prices lays out the bank-side case in full.

Frequently Asked Questions

What is the Jefferies memory price forecast for 2026?

Jefferies Equity Research projects memory prices to rise 40 to 50 percent in Q3 2026 and another 30 to 40 percent in Q4 2026, on top of moves already booked earlier in the year.

When will memory prices come back down?

Jefferies sees meaningful easing only in 2028, tied to new production capacity, with prices softening 15 to 20 percent that year rather than snapping back to 2024 levels.

How are consumer device prices being affected?

Apple has raised prices on iPad, Mac, HomePod and Apple TV. Microsoft is raising Xbox prices by at least $100 from August 1, 2026. Sony priced the 2TB PS5 Pro at $899. Valve launched the Steam Machine at $1,049 and raised Steam Deck OLED prices by up to $300.

Why is AI driving memory prices higher?

Cloud hyperscalers building AI data centers are locking roughly 50 percent of total memory production through long-term contracts carrying 40 percent prepayments, leaving consumer brands competing for the remaining supply against buyers whose budgets scale with model training runs.

What would change the memory price outlook?

Slower AI infrastructure buildout, faster delivery of new fab capacity from Samsung, SK Hynix, Micron and Chinese makers like CXMT, or a sharp reversal in long-term cloud contracts would all be required, and none are visible in current forecasts.