Samsung projects that the memory shortage will worsen in 2027 as customers are already placing orders for next year, leading to a wider supply gap than in 2026
Samsung and SK Hynix had already said in January that AI-led demand would keep global memory supply tight through 2027. A March warning from SK Group’s chair added that capacity expansion may not catch demand until around 2030, with wafer supply a limiting factor.
Samsung’s new projection sharpens that arc: forward orders are making the expected 2027 imbalance look wider than the 2026 gap, turning a forecast of tightness into a near-term allocation issue.
First-order effects
Customers placing orders for 2027 gain earlier claims on constrained memory supply, while later buyers face less uncommitted capacity.
Samsung gets stronger demand visibility but must allocate output against a supply gap it expects to widen next year.
Second-order effects
Other memory suppliers, particularly SK Hynix, face greater pressure to commit capacity early as customers seek supply assurance rather than wait for spot availability.
AI-system builders and other memory-intensive customers may need to redesign procurement around longer lead times and secured allocations, rather than assuming supply can be added quickly.
Third-order effects
If advance ordering continues, memory could operate more like a capacity-constrained infrastructure input: supplier allocation and wafer availability, rather than short-cycle demand swings alone, would shape access to product.
The pattern reinforces a longer semiconductor-capacity lag, where investment expands supply but cannot quickly resolve bottlenecks tied to upstream wafers and specialized production capacity.
The trend: AI-driven memory demand is extending the memory supercycle into a multiyear capacity-allocation cycle, with supply commitments moving further ahead of delivery.
The myth of rising memory-chip sales. Oligopoly in action: Samsung, SK Hynix, and Micron aren't shipping more DRAM they're just raising prices. https://www.culpium.com/... [image]
Samsung Electronics reported DRAM ASPs rising roughly 90-95% sequentially from Q4 to Q1, signaling a sharp tightening in memory markets tied to AI-driven demand. The reinforces how memory from companies like $MU and $SNDK alongside GPUs are becoming a key constraint in scaling [i…
Samsung Electronics 1st quarter earnings call Revenue ₩133.9 trillion won, up 69% year-on-year Operating profit ₩57.2 T up from ₩20.1 T in Q4 Net profit ₩47.1 T, vs consensus estimate ₩46.2 T Thread 1/ $HXSCL $SSNLF $MU #Samsung
5/ Samsung Foundry Q2 and 2nd Half (2H) Expects double digit revenue and earnings growth Q2 earnings to improve on higher HBM4 base-die shipments 2nd Half: Will ramp 2nd gen 2nm process for mobile products Mass production of 4nm LPUs and memory products for AI clients
3/ Memory chip Outlook for Q2 Memory demand expected to remain strong in Q2 on AI Memory prices will continue along current rising trend Next-gen HBM4E samples to be delivered in Q2 2nd Half demand to continue to rise and costs to also rise
7/ Samsung continues to negotiate with Unions on bonuses Samsung to work within teams to deal with strike if it happens. Still seeks amicable solution with unions
2/ Samsung DS (Semiconductor) Division Q1 Revenue rose 86% to ₩81.7 trillion won from ₩44.0 T in Q4 Memory revenue rose 101% to ₩74.8 trillion won (QoQ) Operating profit ₩53.7 trillion, up from ₩16.4T in Q4 Memory set record high quarterly revenue and operating profit on
$38 Billion in operating profit At this rate, Samsung might hit $240 Billion in operating profit this year The implications for Korean Won will be very interesting
4/ Samsung Foundry in 1st quarter Q1 new customer wins in to boost foundry production Q1 won order from optical player, boosted Silicon Photonics business 1.4nm node remains on track, seeking more 2nm volume clients