Why AI Data Centers Are Driving Up Phone, Laptop, and Console Prices

AI data centers are now consuming the majority of the world’s memory chip supply, and the bill has arrived on every smartphone, laptop, and console receipt. Apple will raise prices, Apple’s outgoing chief executive Tim Cook told the Wall Street Journal in mid-June, calling memory cost increases “unavoidable” and the situation around the components “unsustainable.” The same week, Counterpoint Research published data showing that more than 80 smartphone models in India alone had already been repriced higher in the first quarter of 2026, and that the average hike across the models was 15%.

The clearest signal of what is coming is the timing. Apple had so far held iPhone prices flat through the worst of the squeeze by drawing on stockpiles of memory it bought before the shortage. Cook told the Journal that Apple had been “trying to shield our customers from the increases,” a position he can no longer hold. The world’s most disciplined hardware company, with the deepest pockets and the longest supply contracts, has run out of cushion. Every brand sitting behind Apple in the supply chain is now openly telling buyers the same thing: phones, laptops, and consoles are about to cost more.

The AI Tax Just Showed Up on the Receipt

We’re doing our best to mitigate the huge increases that are being passed to us, and we’ve been trying to shield our customers from the increases, but the situation has become unsustainable.

The quote comes from Tim Cook, Apple’s CEO, in an interview with the Wall Street Journal published on June 17, 2026, and reported by the BBC. Cook said price increases were “unavoidable” but did not specify which products would move first. Analysts at Omdia expect Apple’s new iPhone 18 lineup, due in September, to cost as much as $150 more than the iPhone 17s as the company upgrades specifications to support new on-device AI features. Omdia’s smartphone market analyst Chiew Le Xuan told the BBC that the global smartphone average selling price is on track to rise around 20% in 2026, an all-time high. Microsoft told investors in late April that component prices would add $25 billion to its capital expenditure bill this year, part of a $190 billion capex figure that is 61% higher than 2025.

Why the Same Chip Pipeline Now Serves Two Masters

The pipeline feeding phones, laptops, and consoles used to be one pipeline. Today it is two, and the second one belongs to AI. Three companies, Samsung Electronics, SK Hynix, and Micron Technology, control almost all of the world’s production of DRAM and NAND flash memory. All three are reallocating wafer capacity away from the conventional memory used in consumer electronics and toward high-bandwidth memory, or HBM, the stacked chip that sits next to Nvidia’s AI accelerators inside data center servers. HBM delivers much higher margins per wafer than commodity DRAM, so the three memory makers are chasing it as fast as they can retool their fabs. The result is a structural shortage of the LPDDR5X, LPDDR4, DDR5, and NAND flash parts that go into every phone and laptop.

The numbers behind the reallocation are unusually concentrated. The 2025-present global memory supply shortage has been tracked by analysts since mid-2024, when generative AI demand began pulling HBM production forward. Counterpoint Research and TrendForce now expect roughly 70% of all memory output in 2026 to flow to AI infrastructure, leaving the remaining share to compete for everything else. OpenAI’s Stargate project, formalized in a strategic partnership with Samsung and SK Hynix in October 2025, is reported to require up to ~40% of global DRAM output, roughly 900,000 wafers per month, by itself. Reuters reported that Google, Amazon, Microsoft, and Meta placed open-ended orders with the memory makers, agreeing to take as much supply as the fabs could produce regardless of cost.

The squeeze shows up first in consumer channels. SK Hynix had secured buyers for its entire 2026 DRAM and NAND production by the end of last year. Micron exited its long-running Crucial consumer memory brand, shutting off the direct-to-consumer channel it ran for two decades. In Tokyo’s Akihabara electronics district, retailers began limiting memory purchases to prevent hoarding. The shortage carries a name in the trade press now, “RAMmageddon” and the “RAMpocalypse,” coined because the last comparable squeeze was the pandemic-era 2020 to 2023 chip crisis, which was driven by supply disruptions rather than demand. This one is the opposite: plenty of fabs, all of them pointed at AI.

• 200-400% – DRAM and NAND price increases since the shortage began
• ~40% – share of global DRAM output OpenAI’s Stargate project could consume on its own
• 70% – share of 2026 memory production projected by TrendForce to flow to AI infrastructure
• 16% / 17% – IDC’s forecast 2026 DRAM and NAND supply growth, year-on-year
• 570% – Micron’s stock gain over the prior year, on memory pricing

The Cost Math: From Wafer to Boxed Phone

Memory is no longer a footnote in a phone’s bill of materials. For a mid-range device, memory now represents 15-20% of total cost, and for a flagship, 10-15%, according to IDC. Counterpoint’s December 2025 note put the figure even higher for the budget end of the market: memory is closer to 30-31% of the cost of producing a phone priced between $100 and $200 in India. The percentage matters because the price of the underlying chips has moved so quickly that the share of the bill the memory line takes up is changing every quarter, in some cases within a single quarter. As the bill shifts, every other line on the spec sheet gets squeezed to keep the total under a price the market will accept.

Counterpoint’s December 2025 forecast was that smartphone average selling prices would rise 6.9% in 2026, against a prior estimate of 3.6%, and that shipments would fall 2.1% against a previous outlook of flat growth. The cost pressure is not uniform. For low-end smartphones priced below $200, the bill of materials cost has risen 20% to 30% since the start of the year, Counterpoint said. For mid and high-end phones, the rise has been 10% to 15%. “Memory prices could rise another 40% through Q2 2026, resulting in BoM costs increasing anywhere between 8% and over 15% above current elevated levels,” Counterpoint’s research director MS Hwang wrote in the note.

That math is now visible on the price tags in Indian stores. Successor models from Redmi, OPPO, iQOO, Realme, and Vivo launched in late 2025 and early 2026 at prices that run 13% to 24% above the phones they replaced. The pattern is consistent enough to draw a straight line back to memory costs. It is also consistent enough to push the entry threshold of the Indian smartphone market upward. Omdia’s principal analyst Sanyam Chaurasia told Moneycontrol that memory’s share of the bill of materials in $100 to $200 devices in India is projected to rise to 45-48% by the first quarter of 2026. At that cost structure, the sub-Rs 10,000 category becomes structurally hard to serve, and IDC expects a “significant ASP increase of nearly 10 percent in the first half of 2026” in India.

India Takes the Sharpest Hit as the Rupee Slips

India is the market where every pressure on the global memory chain lands at once. Counterpoint Research’s Monthly India Smartphone Tracker, published April 17, 2026, found that smartphone shipments in the country fell 3% year-on-year in the first quarter, the weakest quarter in six years. The drivers are exactly the ones driving the global market: a mix of supply-side cost pressure, OEM-led price hikes, and weak consumer demand. Nearly one-third of new model launches in the quarter were pulled forward into Q1 specifically to lock in lower component costs before they rose again.

The currency amplifies the cost shock. The rupee slipped to 89.76 against the dollar on December 1, 2025, a fresh record low. Memory is imported and billed in dollars, so every percentage the rupee loses is a percentage added to the landed cost of every chip in every phone. Sanyam Chaurasia of Omdia said 4GB LPDDR4 prices rose from $9.9 in Q3 2025 to a projected $22 by early 2026, a 122% jump in two quarters, and that a weaker rupee is compounding the rise. With memory already at 30-31% of bill-of-materials cost in the $100 to $200 price band, the cost structure is forcing brands to rebase prices upward rather than absorb the increase. Counterpoint’s research director Tarun Pathak said the sub-Rs 10,000 segment, normally 18% of India’s shipments, is on track to fall to an all-time low of nearly 16%.

Brand shares tell the same story from the supply side. vivo, excluding iQOO, led India’s smartphone market in Q1 2026 with a 21% share, followed by Samsung in second, OPPO in third at 14%, Xiaomi in fourth, and Apple at 9%. Nothing was the fastest-growing brand at 47% year on year, and Google grew 39% in the premium segment above Rs 45,000. Counterpoint expects the market to post a double-digit decline in Q2 2026, and to finish the full year down 10% year on year. Pathak’s note singles out one figure: memory prices have already increased 4x over the past three quarters. ₹1,500 was the average hike across Indian smartphone models in Q1, and Counterpoint expects a further 15% to 20% rise in Q2 as memory prices climb another 80% to 85% sequentially.

What the Big Brands Are Doing About It

The big phone brands are split into two camps: those raising prices outright, and those trimming specifications to keep sticker prices flat. iQOO India’s CEO Nipun Marya told 91mobiles in November 2025 that memory costs had “shot through the roof,” and that Samsung was raising memory chip prices by up to 60% on the back of the AI data center build. Samsung’s own president, TM Roh, said at CES 2026 that the company was “facing one of the harshest pricing situations in memory” in its history and that “smartphone price adjustments may be necessary.” Xiaomi’s president Lu Weibing told analysts on November 18, 2025, that Xiaomi had secured full-year memory supply for 2026, but warned that “everyone will likely observe that retail prices for products will see a significant increase.”

The alternative to raising prices is to cut features. Nothing’s CEO Carl Pei wrote on LinkedIn that brands now face a simple choice: “raise prices by 30 percent or more in some cases, or downgrade specs.” 91mobiles documented the trade-off in India’s January 2026 launch wave. The OnePlus 15R arrived at Rs 3,000 more than its predecessor, but dropped the telephoto camera and swapped the high-resolution LTPO display for a lower-end panel. The OPPO Find X9 made similar concessions on the display. The Realme 16 Pro kept the same Rs 31,999 price as the 15 Pro by switching to a less powerful chipset and a lower-resolution ultrawide camera. Apple, in the meantime, kept iPhone prices flat and shifted the entry-level product down to a $599 MacBook Neo, a budget laptop the company can build cheaply from binned processors pulled out of its smartphone production line.

For Apple and Samsung, IDC’s analysts argue, the squeeze is manageable because of long-term supply contracts. Apple had locked DRAM supply through the first quarter of 2026, which is what let it hold the iPhone 17 line at flat pricing. Lenovo’s chief financial officer Winston Cheng told CNBC in January 2026 that the company’s memory inventories were running roughly 50% above normal levels in anticipation of further increases, a hedge that smaller brands cannot match. For brands running on thin margins, the choice is not between raising prices and absorbing them; it is between raising prices and disappearing from the entry-level tier. Counterpoint’s December 2026 smartphone forecast is explicit: “Apple and Samsung are best positioned to weather the next few quarters. But it will be tough for others that don’t have as much wiggle room to manage market share versus profit margins.”

1. Raise retail prices on successor models, the path taken by Vivo, OPPO, Samsung, Xiaomi, iQOO, and Realme, with the hikes running between 13% and 24% on India’s January 2026 launch wave.
2. Cut cashback or trim specifications, the “shrinkflation” path, taken by OnePlus 15R, OPPO Find X9, and Realme 16 Pro to keep sticker prices stable.
3. Delay launches, taken by Valve on the Steam Machine, with Sony reportedly considering pushing back the next PlayStation and Nintendo moving the Switch 2 to a higher price in September.
4. Hedge with long-term supply deals, taken by Apple and Lenovo, who locked memory supply through 2026 with multi-quarter contracts and built inventory above normal levels.

Laptops, Consoles, and the Vanishing $500 Machine

The phone story is the loudest part of the squeeze, but it is not the largest. PCs and consoles are running on the same memory supply, and the bigger the device, the more memory it tends to carry. HP disclosed on its Q1 2026 earnings call that memory now accounts for 35% of the build cost of a PC, up from 15-18% in the previous quarter. The company warned investors of low operating margins and an operating profit decline of up to a double-digit percentage in the next quarter. Trendforce revised its 2026 PC market forecast from 1.7% year-on-year growth to a 2.6% year-on-year decline. Gartner and IDC now expect the worldwide PC market to contract by 10-11% in 2026 and the smartphone market to shrink 8-9%.

Price hikes on specific machines are now public. Dell raised the prices of its Dell Pro and Pro Max notebooks and desktops configured with 32GB of memory by between $130 and $230, according to an internal price list reviewed by Business Insider. Microsoft told Windows Central that the 13-inch Surface Pro now starts at $1,499, up from $999, citing “recent increases in memory and component costs.” Framework raised its prices in December, January, and February. Corsair accidentally underpriced its DRAM kits in preorders, then canceled them and re-listed at higher prices days later. Valve updated the Steam Deck product page to warn of intermittent regional stockouts and said the upcoming Steam Machine and Steam Frame would need to be repriced and rescheduled. Bloomberg reported in February that Sony was weighing a delay to the next PlayStation and that Nintendo had decided to raise the price of the Switch 2 from September.

The vanishing middle of the market is the most concrete consequence. Gartner projects that rising memory prices will make low-margin entry-level laptops under $500 financially unviable in two years. PCMag, tracking the pricing of Chromebooks, noted that a 30% rise on a $500 laptop turns it into a $650 machine, and that the under-$399 Chromebook Plus base price set by Google is now unrealistic at the bottom of the market. The sub-$500 tier is shrinking because the math no longer works: the memory bill alone, at current contract pricing, is larger than the entire bill of materials was two years ago. Buyers who can stretch to a $599 MacBook Neo, a one-off that Apple can produce by reusing binned smartphone chips, will find the entry-level market thinner than at any point in the last decade. For a deeper look at how Apple arrived at its own pricing call, see Apple’s earlier memory price hike coverage on Oton Technology.

How Long the Shortage Lasts

The consensus among chip industry executives is that the squeeze runs for years, not quarters. Sassine Ghazi, the CEO of Synopsys, a key semiconductor design tool vendor, told CNBC in January 2026 that the memory “crunch” will continue “through 2026 and 2027.” The constraint is not demand; it is fab capacity. A new semiconductor fab takes a “minimum” of two years to come online once a site is chosen, Ghazi said, and the three big memory makers are not adding capacity fast enough to close the gap. SK Hynix’s CEO has estimated that the shortage will last until 2030. Intel’s CEO Lip-Bu Tan told Reuters in February that there would be “no relief until 2028.” Counterpoint’s December note projected another 40% rise in memory prices through the second quarter of 2026.

The market is also being repriced for the duration. Lenovo’s CFO Winston Cheng told CNBC that “we will see memory prices going up” and that the company was “very confident that the cycle would be such that we could pass on the cost.” The two-year fab lead time is the binding constraint: there is no scenario in which DRAM and NAND supply catches up with the AI build-out before 2027 at the earliest, and most executives put the structural rebalancing closer to 2028 or 2030. Apple’s CFO Luca Maestri, in the same earnings call where Tim Cook warned of “significantly higher” costs in coming quarters, made clear that the company is now planning pricing for a multi-year shortage, not a one-quarter blip.

There is one wildcard. On March 24, 2026, Google announced TurboQuant, a memory compression technology for large language models and vector search engines. Google said the technique achieved 6x lower memory consumption in tested local LLMs and 8x higher performance in tests running on Nvidia H100 accelerators. Memory stocks fell on the announcement, and consumer memory kit prices eased in the following months, though they remain at elevated levels. TurboQuant does not solve the structural shortage, but it is a proof of concept that the demand side of the equation can be bent, not just the supply side. Sassine Ghazi’s 2027 forecast to CNBC is the base case; the upside is that someone finds a way to do in software what the fabs cannot do in silicon. For more on how the cost is expected to flow into 2027 phones specifically, the 2027 flagship price outlook on Oton Technology walks through the same supply math.

What Shoppers Should Actually Do

The advice from every analyst who has weighed in on the memory shortage converges on the same point: if a buyer needs a new phone, laptop, or console soon, the right time to buy is now. PCMag’s lead hardware writer, who has tracked laptop pricing for more than 15 years, said laptop prices “will become more volatile over the next year or two, and they’ll go only one way: up.” The argument is not that prices will collapse if a buyer waits; it is that any price reductions will be smaller than the memory-driven increases that are already scheduled. Counterpoint’s Pathak told Moneycontrol that new models will certainly launch at higher prices; older inventory is the only place to find flat pricing for the next 12 months, and that inventory is shrinking.

For buyers who can hold off, the next-best move is to look at last year’s flagship. The iPhone 17 and the OnePlus 13, the Dell XPS 14 OLED from late 2025, and the M4 MacBook Air all sit at price points that predate the worst of the memory shock. The 2024 and 2025 models still receive software support from their makers, and the gap in raw performance to 2026 hardware is smaller than the gap in price. India’s Union Budget 2026 lowered import duties on camera modules, display panels, and battery components, and earmarked Rs 40,000 crore for domestic semiconductor manufacturing, but the relief from those moves will be gradual. The structural reality is that last year’s flagship is the value buy in 2026, because the new model is paying a memory premium that last year’s model avoided.

Frequently Asked Questions

Why are smartphone and laptop prices going up in 2026?

AI data centers are consuming the majority of the world’s DRAM and NAND flash memory supply. Counterpoint Research, IDC, and TrendForce all attribute the shortage to a reallocation of wafer capacity at Samsung, SK Hynix, and Micron toward high-bandwidth memory for AI servers, leaving less for the LPDDR5X, LPDDR4, DDR5, and SSD parts used in consumer devices. As of mid-2026, the three biggest memory makers expect the squeeze to last into 2027 at minimum and as long as 2030 in SK Hynix’s case.

Which brands have raised prices so far?

In India, Vivo, Samsung, OPPO, Xiaomi, iQOO, and Realme have all raised prices on successor models launched in late 2025 and early 2026, with hikes between 13% and 24%. Xiaomi president Lu Weibing publicly warned in November 2025 that the company expects further increases in 2026. In PCs, Dell, HP, Lenovo, Acer, ASUS, and Microsoft have all raised prices, with Lenovo, Dell, HP, Acer, and ASUS confirming 15-20% hikes in industry-wide contract resets.

Is Apple raising iPhone prices?

Apple CEO Tim Cook told the Wall Street Journal in June 2026 that price increases on Apple products are “unavoidable” and that the situation around memory and storage costs has become “unsustainable.” Apple has held iPhone 17 prices flat so far by drawing on memory stockpiles and long-term supply agreements, but Omdia expects the iPhone 18 lineup, due in September, to cost as much as $150 more than the iPhone 17s. The $599 MacBook Neo is the one place Apple has moved the price point down.

How long will the memory shortage last?

Synopsys CEO Sassine Ghazi told CNBC in January 2026 that the crunch will continue through 2026 and 2027. SK Hynix’s CEO has said the shortage will run until 2030, and Intel CEO Lip-Bu Tan predicted no relief until 2028. Counterpoint’s December 2025 note projected another 40% rise in memory prices through Q2 2026. The binding constraint is fab lead time: a new memory fab takes a minimum of two years to come online.

Should I buy now or wait for prices to drop?

Buy now if a purchase is imminent, because new models are launching at higher prices and channel inventory bought before the worst of the shortage is shrinking. The alternative is to buy a 2024 or 2025 flagship, which sits at pre-shortage price points and still receives full software support. The structural expectation across analysts is that prices will be higher, not lower, 12 months from now.