Phison CEO Warns AI Demand Could Keep Memory Shortage Going for Years
Phison Electronics CEO Pua Khein-Seng has warned that the current memory shortage may not be resolved anytime soon, despite hopes that supply conditions will improve soon. According to him, the pressure created by artificial intelligence demand has become so intense that the gap between memory supply and market needs could take many years to close.
Pua said he tells himself every day that the situation will ease tomorrow, but the reality continues to point in a different direction. AI has rapidly changed the scale of demand across the technology industry, pushing memory suppliers to keep up with needs from data centers, servers, storage systems, and advanced computing platforms.
The surge in AI development has placed enormous pressure on the memory market. As companies build more powerful AI infrastructure, the need for high-performance memory and storage components continues to rise. This has made it increasingly difficult for supply to match demand, especially as production expansion in the semiconductor industry takes time and requires major investment.
The issue is not simply a short-term supply disruption. Instead, Pua’s comments suggest that the industry is facing a structural imbalance caused by the rapid growth of AI workloads. As artificial intelligence becomes more widely used across cloud computing, enterprise software, consumer devices, and industrial systems, demand for memory is expected to remain strong.
Memory shortages can affect a wide range of technology products. When supply is tight, manufacturers may face higher component costs, longer lead times, and limited availability. This can eventually influence prices for SSDs, servers, AI hardware, PCs, and other electronics that depend on memory components.
Phison, known for its role in storage controller technology, is closely tied to the broader memory and storage ecosystem. Because of that, Pua’s outlook reflects growing concern across the tech supply chain. The AI boom has created new opportunities, but it has also exposed how difficult it is for semiconductor production to scale quickly enough to meet sudden demand spikes.
For consumers and businesses, the key takeaway is that memory market pressure may continue longer than expected. While supply could improve gradually, the explosive demand from AI infrastructure may keep the market tight for years. Companies planning hardware upgrades, storage expansion, or AI deployments may need to prepare for continued uncertainty in pricing and availability.
Pua’s message is clear: optimism remains, but the memory shortage is not likely to disappear overnight. As AI continues to reshape the technology landscape, the race to produce enough memory for the next generation of computing is becoming one of the industry’s biggest challenges.
