SK Hynix CEO Kwak Noh-jung delivered a blunt assessment last week. Next year will mark the worst supply conditions the memory sector has ever faced. Demand will outstrip production capacity so severely that the imbalance could stretch past 2030. He shared the forecast with Reuters on the very day his company completed a record $26.5 billion Nasdaq listing. The timing carried weight. Investors cheered the debut. Yet the executive’s words painted a picture of prolonged pain ahead.
The comment wasn’t isolated. SK Group chairman Chey Tae-won had already signaled trouble. He told executives the current shortage could continue until 2030. More than a 20 percent wafer shortfall loomed. Those details appeared in a TechRadar report that first highlighted the gathering storm. Executives across the three dominant players, SK Hynix, Samsung and Micron, now watch wafer capacity get devoured by high-bandwidth memory chips for AI accelerators. Conventional DRAM and NAND output suffers as a direct result.
Prices tell the story in real time. Conventional DRAM contract prices jumped 90 to 95 percent in the first quarter of 2026. They climbed another 58 to 63 percent in the second quarter. NAND Research tracked the surge. NAND flash followed with gains of 70 to 75 percent in Q2 alone. Analysts at Gartner project average annual DRAM prices will rise 125 percent this year. NAND could jump 234 percent. Relief won’t arrive until late 2027 at the earliest. That Medium analysis called the situation a budget emergency for hardware buyers.
Artificial intelligence servers consume the bulk of new capacity. HBM now accounts for 23 percent of all DRAM wafers produced. Tech Insider laid out the math. Suppliers sign long-term agreements with hyperscalers that lock in supply at elevated prices for years. Consumer devices, PCs and smartphones receive whatever remains. Global smartphone shipments crashed 11 percent in the second quarter of 2026. They hit the lowest Q2 total in 13 years. Counterpoint Research blamed the memory squeeze directly. Premium brands such as Apple and Samsung gained share. Budget makers in China and India absorbed double-digit drops. One X post from analyst @oesnadaki captured the shift. Low-volume, high-value hardware now rules.
PC makers face similar pressure. IDC warned of a 4.9 percent contraction in the moderate case. The pessimistic scenario showed an 8.9 percent decline. Supply growth for DRAM will run below historical averages at 16 percent year-over-year in 2026. NAND supply growth sits at 17 percent. The IDC report tied the shortfall to capacity diverted toward AI infrastructure. Dell, HP and Lenovo have already announced price increases. Some models carry 30 to 50 percent higher memory costs. Microsoft told partners console storage and memory prices have risen more than 2.5 times already. Another doubling is expected by fall 2027. The software giant cited the same supply dynamics that now define the entire sector.
But 2027 stands apart. Kwak’s warning carried extra force because SK Hynix leads HBM production for Nvidia’s Blackwell and Rubin platforms. He expects the gap between demand and supply to widen further even as the company pours billions into new fabrication. Bank of America analysts doubt SK Hynix can hit its 2028 expansion targets. They believe the firm may add only one-sixth of planned capacity by then. That assessment, reported by Taiwan’s Commercial Times and later Wccftech, fueled skepticism. New U.S. and Asian fabs won’t deliver meaningful volume until 2028. The crunch therefore extends through 2027 with full force.
Other voices offered nuance. Nvidia CEO Jensen Huang told audiences the RAM shortage would last quite a few years. He suggested buyers who need laptops now should pull the trigger before further increases. An AMD executive predicted DDR5 pricing wouldn’t normalize until 2028. A former chief of Samsung’s semiconductor division thought the crisis might ease after one more year. Jefferies analysts forecast big price hikes through 2026 and 2027 yet stopped short of calling it endless. These comments, compiled in the original TechRadar piece, show a range of outlooks. None dispute the near-term severity.
Deloitte’s 2026 semiconductor outlook projected memory revenue near $200 billion. That represents 25 percent of total industry sales. Capex for DRAM rises 14 percent while NAND capex grows 5 percent. Still the spending can’t close the gap fast enough. The Deloitte study highlighted how HBM3, HBM4 and DDR7 demand for AI training and inference has starved consumer-grade memory. One popular configuration that cost $250 in October 2025 could reach $700 by March 2026. Prices climbed fourfold in two months last fall. The pattern repeats.
Market caps reflect the profit opportunity. Samsung, SK Hynix and Micron together crossed $4.1 trillion in combined valuation by June 2026. Micron’s stock rose 245 percent in the first half of the year. Long-term agreements guarantee revenue visibility. Yet the same dynamics create fragility. Three companies control nearly all advanced DRAM supply. Any disruption, whether from geopolitics or a natural disaster, could stall AI buildouts worldwide. Recent X discussions noted double booking by buyers and rapid capacity ramps that might finally ease pressure in mid-2027. One post from @siliconstrat suggested oversupply could emerge then. Most analysts disagree. They see sustained tightness.
Smartphone brands in India saw shipments fall 4.1 percent in Q1 2026. Q2 declines turned steeper. Counterpoint and IDC both revised forecasts downward. Entry-level and mid-tier devices become structurally unprofitable at current component costs. Manufacturers pivot to AI-integrated flagships that command higher margins. The volume-driven growth model of the past decade fades. Premium segments hold steady. Everyone else adjusts or exits.
Procurement teams at hyperscalers and PC makers now lock in supply agreements through 2028 whenever possible. They pay premiums to avoid spot-market volatility. Some book factory floor space years in advance, a practice known in the industry as capacity reservation agreements. Micron pursued such deals aggressively. The strategy protects revenue but limits flexibility if demand patterns shift.
So the memory sector enters uncharted territory. Record profits coexist with warnings of historic shortages. Capacity additions announced today won’t matter until 2028 or later. AI demand shows no sign of slowing. Hyperscalers continue to stockpile. Consumer markets absorb the collateral damage through higher prices and lower shipments. Kwak’s prediction for 2027 therefore carries implications far beyond one calendar year. It signals a structural reordering of priorities inside the world’s most advanced chip foundries. Supply will chase demand for the rest of the decade. Buyers across every segment will pay the price. Short, sharp. And expensive.
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