Lenovo Warns Memory Prices May Never Return to Pre-2025 Levels

What happened

At ISC 2026, Lenovo presented an outlook stating that DRAM and NAND prices, which surged beginning in late 2025, are expected to remain elevated through 2030 and potentially beyond. The company indicated that even with major manufacturers expanding fab capacity and accelerating production roadmaps, new supply will not close the gap with demand. Lenovo's presenter described higher memory costs as the new normal going forward. This assessment aligns with recent statements from Samsung, SK Hynix, and Micron, all of whom have acknowledged they cannot meet demand even for top-tier customers. SK Hynix is reportedly fast-tracking its fab expansion roadmap from 2040+ to 2030+ and expects to triple memory output during that timeframe, though uncertainty remains whether this will suffice.

Why it matters

Micron Technology operates in a memory sector now characterized by structural supply-demand imbalance rather than cyclical pricing. Lenovo's projection that prices will not return to early 2025 levels through 2030 signals a fundamental shift in the industry's pricing environment. For Micron and peers, this suggests sustained pricing power and potentially extended periods of elevated margins, though it also raises questions about long-term demand elasticity. The warning that high prices are permanent rather than temporary implies that memory manufacturers face persistent capacity constraints despite ongoing fab investments. For the broader tech ecosystem, persistently high memory costs mean higher bill-of-materials expenses across PCs, smartphones, consoles, and servers, which could pressure unit volumes or force OEMs to pass costs to end users.

Bigger picture

The memory industry is experiencing a supply crunch driven largely by surging AI data center demand for high-bandwidth memory and enterprise-grade DRAM. Unlike previous memory cycles where oversupply eventually corrected pricing, current demand appears structurally elevated. Major memory manufacturers have acknowledged they cannot fulfill orders even for strategic customers, and fab expansions-while significant-are not expected to resolve shortages in the near term. Lenovo's outlook reinforces concerns that the industry's capital expenditure plans, though aggressive, may lag behind demand growth. Memory prices that began spiraling in late 2025 have already pushed consumer electronics prices higher, with products like the Nintendo Switch 2 and Xbox consoles seeing multiple price increases. Mobile DRAM prices are projected to nearly double in coming months, and Apple recently raised prices across nearly its entire product lineup. The sector's shift toward AI and high-performance computing workloads has fundamentally altered the demand profile, making historical pricing comparisons less relevant.

What to watch

Monitor whether memory manufacturers' capacity expansions materially narrow the supply-demand gap by 2028-2030, or if Lenovo's projection proves accurate. Track pricing trends for DRAM and NAND through 2027 to assess whether costs stabilize at current elevated levels or continue rising. Watch for demand elasticity signals-whether sustained high memory prices begin dampening consumer electronics sales or enterprise server deployments. Pay attention to any announcements from Micron, Samsung, or SK Hynix regarding additional fab construction or technology node advancements that could accelerate supply growth. Finally, observe whether OEMs adjust product strategies, such as offering lower-memory configurations or redesigning systems to reduce memory content, in response to prolonged high costs.