The unstable system is really bothering me and my friend when we're trying to play together.
The unstable system is really bothering me and my friend when we're trying to play together.
Here are the key points from my system's performance: it's quite unstable, making it hard to play CS:GO consistently. The scores fluctuate between gunboat and yacht modes. Compared to someone with a similar build, theirs maintains a steady gunboat score. The main differences are more storage space and SSDs, though games still run on HDDs. Each system has its own dedicated drivers, and the motherboard is updated regularly unless a major update was released recently.
Honestly? This is kinda expected performance for this setup, some variation are also expected it's ub (aka trash) If you want to have significantly better performance you basically have to almost build a new pc (with current pricing that'll be approx 2000 dollars) Tldr: that system doesn't look half bad... I used to have a 50% ub machine it's not that bad you just can't expect to play a lot of things at max settings or anything. ~
You're wondering about achieving a consistent Userbenchmark score on AMD systems, especially when online games seem to fluctuate. Or you might be looking for ways to maintain stable FPS in CSGO despite performance issues. If the latter, please clarify so I can address your specific concerns.
we're aiming for stability similar to his approach, avoiding frequent frame adjustments every few minutes.
It seems you're confused about what the machine is supposed to do. You mentioned having the same build as someone else but with more SSDs and an aircraft carrier score. The main issue appears to be the constant frame cuts and stutters in games. We already know the machine won't run 4K ultra settings in flight sim, right?
For screen tearing, v/g/freesync would resolve the problem. You might attempt to cap FPS manually, such as at 150fps, to observe improvement. This issue isn't related to Userbenchmark. To maintain consistent scores, run the test without other resource-heavy processes.