Modern system with increased memory capacity
Modern system with increased memory capacity
I changed my setup about a month ago from my older system. Back then I had 8GB DDR3 RAM, but now I have 32GB DDR4. In normal use I haven’t faced memory problems except occasionally during games. Usually it stays around 4GB while gaming. Now idle usage jumps to about 9GB. Why such a big increase? It’s not because I’m running resource-heavy apps like Wallpaper Engine. The extra RAM doesn’t seem to affect performance much, even though the base load is higher. It just feels odd. I’m still using the same Windows installation as before, just switching to a new machine.
The operating system recognizes extra RAM and stores more data there. Using less RAM is unnecessary because every bit counts. Anything previously saved to the page file now remains in memory instead.
Windows that utilize RAM for caching improves responsiveness, boosting overall performance. If you notice significantly better speeds, open Task Manager to identify which applications are consuming memory. It’s also useful for monitoring background processes that start at boot. For instance, Skype may not appear in the Startup folder but Task Manager will detect its activity. You can adjust its startup behavior via Skype settings—disable it from launching automatically. I typically use Skype occasionally, so keeping it running isn’t necessary unless you need it. With 9GB of RAM and a 32GB drive, your setup is quite efficient, especially since you mainly play games and customize your system for personal preferences.
Windows will reserve additional space for itself to load resources ahead of time, enhancing performance and fluidity across the operating system. Although this might appear as unnecessary overhead, it actually optimizes memory use by preventing wasted space that remains unused. Ideally, Windows should also reduce its own memory consumption when memory demands are high, ensuring smoother operation.