Windows 11 will support Direct-Storage for both SATA SSDs and M.2/NVME devices.
Windows 11 will support Direct-Storage for both SATA SSDs and M.2/NVME devices.
Unless your computer is recent enough for PCI-E Gen 4, it’s not worth the effort. A standard NVMe storage will suffice for most needs. (For better durability, opt for drives with 512GB or larger.)
You're asking about performance differences between storage types. They generally work faster in most situations, especially when handling large files. SATA is often better for regular data storage because it maintains a steady 500MB/s write speed, while cheaper NVME drives can slow down or stall as the NAND storage reaches its limits. This often leads to a less responsive operating system due to increased I/O wait times. For heavy reading tasks, NVME performs well, but for gaming, the difference is currently negligible since most games don't rely on SSD speed.
SATA performs quite well beyond expectations. Most people here agree it works fine. When talking about advanced tech like "Direct Storage," the age of a 20-year-old interface becomes clear—still functional but constrained. For everyday use, it remains impressively reliable. I still have at least two PCs running smoothly on SATA drives. @HwanaAlpaca https://www.newegg.com/p/pl?N=100011693 601193224 600038502 600038492 600038491 601205717 601342076 601305582 There are many PCI-E Gen 4 NVME options in the 512 range. If you're starting fresh, opt for a 1TB drive.
It discusses how many cheap NVMe drives are considered scams because they claim high speeds like 3000 MBPS, but often drop significantly afterward. The message highlights the misleading nature of such claims and raises concerns about availability in Indonesia.
OP mentioned a slower pace, which is accurate. The difference of 5 to 6 times would likely be seen as significantly slower by most people.
It shows exactly how the system behaves. When you assume your drive has RAM, it first uses that space, then allocates the NAND for high-speed operation (SLC), and once that’s full, performance drops sharply as you noted. For most file tasks, writing large amounts won’t cause major issues since it runs smoothly. As a boot drive, it usually handles things well unless RAM is limited, causing virtual memory accesses. Even then, only a few hundred megabytes might need moving to the pagefile, which shouldn’t be a problem. However, during my work with large archives, extracting to a SATA SSD helped avoid sudden slowdowns because SATA bottlenecks kept speeds around 500MB/s. This highlights that speed depends more on the drive’s ability to respond quickly than just average data transfer rates. The OS would still process tasks efficiently regardless of the medium, but responsiveness matters more than raw bandwidth.