Research firm Omdia forecasts semiconductor revenue will grow by 62.7% [1] by 2026.
This surge indicates that the current industry upcycle is being fueled by pricing power rather than an increase in the volume of chips sold. If revenue growth decouples from unit shipments, it suggests a market defined by scarcity and high demand for specific technologies rather than broad consumer adoption.
Analysts at Omdia said the growth is primarily driven by rising memory-chip pricing. While unit shipments remain flat or show only modest growth, the cost of DRAM and NAND chips is climbing. This pricing shift is offsetting the lack of significant volume increases in the global semiconductor market [1].
Strong demand from data centers and the expansion of artificial intelligence are the primary catalysts for this trend. These sectors require massive amounts of high-performance memory, creating a global memory crunch that allows suppliers to raise prices [2].
Supply shortages have further tightened the market. Because AI infrastructure requires specialized and high-capacity memory components, the imbalance between available supply and urgent demand has pushed the industry into a pricing-led upcycle [2].
Omdia's updated forecast reflects a market where the value of the hardware is increasing even as the number of units shipped does not keep pace with the revenue trajectory [1].
“The current semiconductor upcycle is being driven by rising memory-chip pricing rather than by growth in unit shipments.”
The shift toward pricing-driven revenue suggests that the semiconductor industry is currently in a 'seller's market' for memory. While AI is creating a massive need for compute power, the actual volume of chips moving through the supply chain is not growing as fast as the money being made. This indicates that the AI boom is currently benefiting chip manufacturers through higher margins and premium pricing rather than through a massive increase in the total quantity of hardware deployed.
