Traditional SSDs primarily address internal storage bottlenecks in computers. However, with the growing adoption of USB 3.2, Thunderbolt 4, and USB4, PSSDs (Portable Solid-State Drives) are taking on an increasing share of external storage needs. Compared with traditional portable hard drives, PSSDs offer inherent advantages in shock resistance, transfer speed, and silent operation, making them particularly suitable for content creators and business professionals who travel frequently.

Meanwhile, USSD (chip-level packaged storage) is seeing broader adoption in embedded devices. Through highly integrated designs, these solutions can significantly reduce internal space requirements, making them an important option for thin-and-light laptops and 2-in-1 devices.

Notably, whether SSD, PSSD, or USSD, the core competitive focus is shifting from individual performance metrics to overall user experience. Factors such as effective thermal management, firmware support for dynamic cache management, and power-loss protection can all directly affect real-world performance and reliability.

This also means that future storage product development will increasingly depend on cross-disciplinary, system-level engineering capabilities.