The survival rule under the "hourly pricing" of memory: from supply chain restructuring to deterministic breakthrough

Recently, the shortage and soaring prices of memory chips have become increasingly severe, and some products have even entered the "hourly pricing" mode. According to industry media reports, the current memory market is experiencing an unprecedented wave of price increases, with sellers firmly controlling pricing power and delivery pace. Every second of hesitation from buyers means rising costs. When procurement decisions shift from a calm cost assessment to a ticking time bomb that concerns the survival of the enterprise, over 190000 small and medium-sized electronics companies are being pushed to the brink of survival. The storage crisis triggered by AI demand is profoundly reshaping the operational logic of the electronic components industry.

The essence of this extreme pricing mechanism is the market losing control after the supply-demand imbalance reaches a critical point. The data confirms this judgment: Jibang Consulting has raised its forecast for the increase in DRAM contract prices in the first quarter of 2026 to 90% to 95% month on month, and NAND flash memory has also increased by 55% to 60% during the same period; Even more shocking is that DRAM prices may rise by another 70% in the second quarter, and IDC warns that this shortage crisis may continue until 2027. This is no longer a cyclical semiconductor fluctuation, but a structural change driven by AI. The storage demand of a single AI server is 8 to 10 times that of traditional servers. The spot price of DDR5 memory chips has skyrocketed by 300%, and the HBM price has jumped by 60% in January this year. Global AI infrastructure investment is expected to reach $600 billion, but storage capacity is stuck in bottlenecks due to insufficient clean room space and production lines shifting towards high-end.

In this resource battle, the market is torn apart into two completely different worlds. Top purchasers, with strong financial resources, can not only withstand the pressure of price increases, but also obtain priority supply guarantees from original factories such as Samsung, SK Hynix, Micron, etc; Cloud service providers, leading car companies, and smartphone giants such as Apple and Samsung have become the "immune" to this crisis. And the remaining over 190000 small and medium-sized enterprises have become the real victims: they not only face constantly rising prices, but are also required to lock in orders with advance payments or cash transactions. Starting from the second half of 2025, these enterprises will find it difficult to digest the soaring memory costs, and after entering 2026, they will be forced to lower their demand forecasts and adopt a strategy of "survival by cutting off their arms". HP's financial data reveals the brutality of this pressure: current DRAM costs account for 35% of its PC manufacturing costs, compared to only 15% to 18% a quarter ago. IDC points out that white label manufacturers, mid to low end brand manufacturers, and DIY installers will be the most severely impacted groups.

This extreme market situation is triggering a series of chain reactions. The tight supply of memory has started to push up prices of other components: recent pressure from 8-inch and 12 inch wafer foundries, as well as tight supply of power management ICs, are all related to the increase in storage prices. The price difference between the spot price and the contract price has reached 40% to 50%, which will encourage the original factory to continue to raise the contract price and approach the spot market. At the same time, the demand disruption effect is becoming apparent: Gartner Consulting predicts that global PC shipments will plummet by over 10% in 2026 due to high memory costs, and smartphone shipments will also decline by about 8%. If small and medium-sized enterprises collectively withdraw due to inability to afford high prices, it will directly lead to a decline in overall demand in the memory market.

This' hourly pricing 'crisis has brought profound survival insights to the electronic components industry. Firstly, the strategic choice of memory giants to shift 80% of their advanced production capacity to HBM reveals the behavioral logic of upstream suppliers when resources are scarce; For downstream enterprises, it is necessary to recognize that the supply chain has completely shifted from a "buyer's market" to a "seller's market", and the traditional quarterly bargaining model is no longer able to adapt to the current market pace. Secondly, in this round of price hikes, semiconductor equipment manufacturers, as "sellers and shovels", have the highest certainty of benefiting: no matter which chip factory ultimately wins, expanding production requires equipment. Finally, the phenomenon of collective demand reduction by small and medium-sized enterprises reveals a non-linear relationship between price and demand: when prices rise beyond downstream affordability, "shortage" may quickly transform into "surplus". The 'disappearance' rather than 'delay' of this demand may become the biggest market uncertainty in 2026.