Samsung Electronics is prudently planning for a potential semiconductor market downturn around 2028, even amidst the current AI-driven boom.
The market is currently experiencing an unprecedented super-cycle, largely fueled by the AI revolution. Demand for HBM (High Bandwidth Memory), essential for AI accelerators, has exploded, causing prices for all types of memory, including PC and server DRAM, to skyrocket in early 2026. This has led to record profits and surging stock prices for chipmakers like Samsung, SK Hynix, and Micron.
However, this boom contains the seeds of a future downturn, following a clear causal chain. First, the steep price hikes are putting immense pressure on device manufacturers. Smartphone and PC makers may be forced to cut production or use lower-spec, cheaper components to manage costs. This could significantly cool down the red-hot end-user demand by 2027.
Second, a massive wave of new supply is on the horizon. Spurred by today's high profits and government incentives like the US CHIPS Act, all major players are aggressively expanding their production capacity. SK Hynix is accelerating its Yongin cluster, Micron is building new fabs in the US, and competitors in China are ramping up NAND production. These facilities are slated to begin mass production around 2027 and 2028.
Finally, key production bottlenecks are beginning to ease. The shortage of advanced packaging services like TSMC's CoWoS, which amplified the supply crunch and price hikes, is expected to diminish as new capacity comes online through 2026. This will allow for a smoother flow of finished AI chips to the market.
Therefore, Samsung's cautious stance is a logical and strategic response. They are anticipating a classic memory cycle: today's boom leads to massive investment, which creates a future supply glut just as high prices begin to dampen demand. By preparing a backup plan, Samsung aims to navigate the potential down-cycle and avoid the painful 'overinvestment traumas' of the past.
- Glossary -
- HBM (High Bandwidth Memory): A type of high-performance memory used in GPUs and AI accelerators, crucial for processing large amounts of data quickly.
- Memory Cycle: The recurring pattern of boom and bust in the memory chip industry, driven by fluctuations in supply and demand.
- CHIPS Act: A US law providing significant government subsidies to encourage domestic semiconductor manufacturing and research.