Samsung Electronics and SK hynix have officially announced they will be raising DRAM memory prices for the second quarter of 2026.
This move confirms a major power shift in the semiconductor market, driven almost entirely by the artificial intelligence boom. For the past year, memory suppliers have regained the upper hand in price negotiations, and this trend is set to continue. The core reason is a classic case of supply and demand, but with a modern AI twist.
First, the demand for high-performance memory for AI servers, such as HBM (High Bandwidth Memory) and the latest DDR5, has exploded. These chips are essential for training and running large AI models, and tech giants are buying them as fast as they can be made. For memory makers, these are high-margin products, so it makes business sense to prioritize their production.
Second, this prioritization creates a bottleneck. Manufacturing these advanced chips is complex and uses a significant portion of the available production capacity. This is known as 'capacity crowding,' where the focus on one product type leaves less room to produce others. As a result, the supply of more conventional memory used in smartphones and PCs, like LPDDR, becomes squeezed.
Third, this leads to stress on device manufacturers. With a general shortage, companies like Apple and Samsung's own mobile division have no choice but to pay more. For instance, Apple reportedly accepted a price hike of nearly 100% for the RAM in its upcoming iPhone 17. This directly impacts consumers, as Samsung has already pointed to rising memory costs as a reason for increasing the price of its Galaxy S26 smartphones. The situation has become so significant that market analyst IDC predicts a record drop in 2026 smartphone shipments, as higher prices could deter buyers.
In short, the AI-driven demand for premium memory is creating a ripple effect across the entire electronics industry. While this is great news for the profitability of memory suppliers, it poses a significant challenge for device makers and, ultimately, consumers' wallets.
- DRAM (Dynamic Random-Access Memory): A type of volatile semiconductor memory that is commonly used in computers, smartphones, and servers.
- HBM (High Bandwidth Memory): A high-performance RAM designed for use in high-performance computing and AI applications, offering much higher bandwidth than conventional memory like DDR5.
- ASP (Average Selling Price): The average price at which a certain product or commodity is sold.