Some games experience stuttering on HDD because the slower data transfer rate causes lag and reduced performance.
Some games experience stuttering on HDD because the slower data transfer rate causes lag and reduced performance.
Recently I faced a typical problem in games called 'stuttering.' No matter what fixes I tried, the game didn’t run smoothly. Fortunately, I had an SSD installed and decided to try moving the game files there. After doing that, the stuttering disappeared and everything ran perfectly. From then on, I realized games often stutter when installed on HDDs. I figured I should stick to SSDs, but because of storage limits, I still used some on HDD. This made me wonder if the issue was with the games themselves or with my HDD. My HDD is a Seagate Barracuda 7200 RPM with two 1 TB partitions, each around 60% full.
It might happen because the particular games are being loaded with assets or textures progressively, meaning some aren't fully ready on the loading screen.
It varies by game and what tools you own. With limited memory, Windows may slow down when clearing space, relying on the spinning HDD to load new content before moving it into RAM. This is especially true for online games, where the network must first signal the CPU before anything else starts. VGA RAM also plays a role here. Could you share your full system details?
It largely depends on the type of PC you own. Limited RAM is often a common issue
Just an HDD issue then. A "sprite" shows up on screen - if its not already cached in the ram, the HDD has to find it and put it there. Causes frame drops, etc. SSD will have that data to the RAM faster than any of the other parts of your PC communicates (basically...SSD is not a bottleneck to the system for gaming in any event). FYI I don't use HDDs anymore for anything other than storage (not fast retrieval because its not) - SSDs are like the old saying...Once you go SSD you wont go back.
I’ve heard about using SSDs as temporary storage for HDDs, but I’m new to it. You might want to explore more details (and later discuss it in a thread) to understand how a 120GB SSD can act as a cache for an HDD, reducing the need to access the slower drive.