Micron’s new customer deals signal that high memory prices may last for years
Memory prices are already under heavy pressure, and Micron’s latest comments suggest the situation may not cool down anytime soon. Demand for DRAM, including LPDDR, DDR, and HBM, has surged as artificial intelligence systems require massive amounts of high-performance memory. At the same time, supply has not been able to keep up, creating a tight market that is affecting everything from data centers to consumer electronics.
The biggest driver is AI. Training and running large AI models require enormous memory bandwidth and capacity, especially in servers using advanced accelerators. That has pushed demand for HBM and other DRAM products to record levels. As a result, memory makers are prioritizing high-value products, while PC, smartphone, and other consumer device manufacturers are facing higher component costs.
Micron has now revealed that it has signed Strategic Customer Agreements, known as SCAs, with 16 customers. These agreements are designed to secure long-term memory supply over a five-year period. While Micron has not named the companies involved, the customer list is believed to include major hyperscale data center operators, especially those needing HBM for AI infrastructure.
What makes these agreements especially important is that they are described as non-cancellable. Micron executives explained that the SCAs work as “take-or-pay” deals, meaning customers commit to purchasing agreed memory volumes each year during the contract period. If they do not buy the committed volume, financial safeguards are in place.
The agreements also include pricing rules. Instead of a fixed price for five years, prices are negotiated every quarter based on market conditions. However, each deal includes a price floor and a price ceiling. That means prices cannot fall below a certain level, even if the market weakens, and they cannot rise above a set limit. For premium memory products such as LPDDR6, DDR6, and next-generation HBM, higher pricing is expected to remain part of the structure.
Customers have also placed major financial commitments behind these deals. Micron said it has received more than $22 billion in cash and financial commitments, including around $18 billion in cash deposits. These deposits are expected to be returned over time on a quarterly basis, but they also act as protection if a customer does not purchase the agreed volume at the agreed price range.
This kind of arrangement gives Micron more predictable long-term revenue while giving customers a more secure path to memory supply in a market where availability is becoming a strategic concern. For buyers, the downside is clear: locking in supply may also mean accepting elevated prices for years.
Micron also confirmed that NAND supply is tight, though not as severely constrained as DRAM. Demand for NAND remains strong, and customers involved in long-term memory planning are also interested in securing NAND volume. However, the main pressure point remains DRAM, particularly HBM and other memory products tied to AI servers.
The company described DRAM demand as extremely high, with no quick resolution in sight. New manufacturing facilities and additional production capacity are being developed, but those investments take years to translate into meaningful supply. Micron expects greenfield capacity to begin contributing more noticeably around 2028, but even that may not be enough to close the gap between supply and demand.
That means the memory shortage could extend beyond 2028 and potentially into the next decade. If AI infrastructure growth continues at its current pace, data center demand may keep absorbing a large share of new DRAM output before consumer markets see meaningful relief.
For everyday buyers, this could lead to higher prices for laptops, desktops, smartphones, graphics cards, servers, and other devices that rely on DRAM. Manufacturers may continue passing increased memory costs on to customers, especially in products with larger RAM capacities or more advanced memory standards.
The broader technology industry is already looking for ways to reduce pressure from the so-called memory wall. New approaches from companies such as Qualcomm, SanDisk, and Intel aim to improve how systems handle memory bandwidth and capacity challenges. However, many of these ideas are still in early stages and have yet to become widely used in real-world products.
For now, Micron’s long-term agreements show just how valuable memory supply has become. AI has transformed DRAM from a standard component into a critical resource for the next wave of computing. With 16 major customers locking in five-year supply commitments, the message is clear: memory demand is not slowing down, and prices are unlikely to return to previous lows anytime soon.
