Debate over the pagefile issue
Debate over the pagefile issue
No pagefile needed? Using it on an SSD might not speed things up. A fixed size on the secondary drive could help avoid excessive writes. Some users disable it to stop memory leaks, especially with heavy Chrome use or many open tabs. Your setup has lots of RAM and limited writes, so it seems unnecessary. Conflicting advice exists, but most experts suggest keeping it off unless you notice performance drops.
Consider your available memory carefully. Enabling it can help you utilize more of your system's capacity. Windows manages memory allocation, so disabling it often leads to performance drops. While SSDs offer speed, they require more RAM and can cause issues if swapped in. HDDs provide ample space but slower access times. Modern drives are reliable, making them a safer choice for most users.
I completely understand. Based on my extensive testing and background, moving away from the Windows page file setup, unless there are particular circumstances (which apply to Windows Vista and later), generally provides the smoothest system performance (reducing difficulties). Modern SSDs, as Ryan mentioned, have proven quite reliable. Early challenges with writing data in SSD technology were common, but progress accelerated quickly, and soon SSDs became much more dependable. I’m convinced you can regularly defragment an SSD if you’re just using it normally. By the time performance issues arise, you’d likely already upgraded to a bigger drive, a faster SSD, or a newer interface like NVMe M.2 PCIe instead of sticking with SATA. Nowadays, with Windows XP and earlier, the page file situation was quite different. Back then, operating systems were built to be extremely efficient, using limited resources because hardware was costly. If you examine Windows XP, a high-end system in 2001-02 typically had around 256MB of RAM—considered top-of-the-line for gaming PCs at the time. Most retail computers came with OS recommendations like 128MB. To reach those levels, users would fill the page file as much as possible, often aggressively. This caused problems such as HDD strain during game sessions, resulting in slow screen responses and laggy rendering since data moved between storage and memory repeatedly. Interfaces back then relied heavily on CPU processing rather than GPU, which was rare and expensive. This setup contributed to issues seen in Vista, where Microsoft shifted from CPU-based rendering to full GPU rendering. Consequently, older systems struggled with even basic tasks, especially if the GPU was weak or integrated. In short, XP ran for six years while RAM capacities soared—from 1GB to 4GB or more. On a system originally designed for just 64MB, this forced people to disable the page file to achieve better speed. Since Vista, the OS was built around new tech, discarding much of the old infrastructure. This helped lay the groundwork for Windows 7 and beyond, though many still believe performance tweaks remain myths.
I own an 8GB pagefile on the HDD with a very small size, around 512MB, while the SSD is much smaller at about 512MB as well. In some odd situations, Windows fails to recognize the HDD during startup. This has occurred twice; once I didn’t have a spare on the SSD and it was extremely problematic. It seems to make no difference.
In addition to these changes, other factors have evolved over time. For instance, if your HDD remains as a boot medium and you require quick startup—like transitioning between classes—consider using hibernate instead of shutdown. This process clears all RAM and writes it to disk, which lengthens the shutdown time slightly but improves boot speed significantly. Once complete, it restores exactly where you left off, ready for immediate use. In contrast, a standard shutdown on an older HDD setup can take up to a minute or more before becoming functional again. On the other hand, using an SSD makes normal shutdowns much faster. Reading the large, continuous hiberfil is quicker with SSDs, and logging in remains fast even during other operations. Plus, you avoid adding extra space—typically 2–4 GB—isn’t written each time you power down. This test was conducted on Windows 7 without Fast Startup.