Omdia Forecasts 62.7% Semiconductor Revenue Growth in 2026 Driven by AI Demand

Omdia forecasts 62.7% semiconductor revenue growth in 2026, driven by AI demand. DRAM nearly doubles, NAND quadruples, pushing sector past $70B despite supply c

Omdia Forecasts 62.7% Semiconductor Revenue Growth in 2026 Driven by AI Demand

Omdia projects significant growth for the semiconductor sector in 2026. semiconductor sector The company forecasts that the DRAM market will almost double compared to 2025 levels. NAND market growth will accelerate even faster, expanding four times over the same period. The broader computing and data storage sector will see a 90 percent year-over-year increase. This growth will push sector revenue past 70 billion dollars.

Semiconductor market growth forecast chart
Omdia's 2026 semiconductor revenue projections

The industry faces a 62.7 percent growth rate in revenue for the computing and data storage sector in 2026. Myson Robles-Bruce attributes this surge to artificial intelligence development. He notes that memory and processing IC revenues are increasing at an unprecedented pace. This trend supports the rapid adoption of AI use cases. The shift toward high-bandwidth memory production drives much of this demand.

Supply constraints remain a critical issue for the industry. Meaningful relief for supply shortages is unlikely before 2027. Companies must navigate these limitations while expanding production capacity. The uncertainty surrounding long-term investment returns for AI applications persists. Stakeholders question whether current investment levels will justify future gains.

DRAM and NAND markets expand rapidly amid AI chip demand surge

The market outlook highlights both opportunities and challenges for semiconductor vendors. Revenue growth projections indicate strong demand for memory and storage solutions. Supply chain bottlenecks will likely persist until 2027. Investors must weigh the potential for AI-driven growth against the risks of overcapacity. The sector stands at a pivotal moment defined by rapid technological shifts.

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