Performance is consistently low, especially in GTA.
Performance is consistently low, especially in GTA.
I suspect my performance in games isn’t matching others with similar hardware, possibly just me. A big issue is GTA—right now I’m stuck at around 2 frames per second. It seems to jump between smooth moments and total freeze, making it feel like it’s running at a fraction of the speed. This isn’t just about closing background apps or adjusting settings; it’s a specific problem that shouldn’t prevent high settings from working. I’ve played the game before without issues, so this isn’t a general setup problem.
Is the game set to the simplest options? Does it have single-channel RAM? Are you installing Windows from scratch? Use Firestrike or another test and check your performance. See how it stacks against comparable CPUs/GPUs. Consider placing a fan near your VRM if you suspect throttling.
I can't post or capture screenshots directly. However, I can help you locate the data you need or guide you on how to retrieve the Afterburner graphs for those metrics. Let me know how you'd like to proceed!
lowest configurations should operate in dual-channel mode, probably I should look it up. I’m not sure how to do that, but I think I can search online—it’s not a fresh install, and I have a 120GB SSD with Windows installed, so the drive is clean. Benchmarks look a bit lower than others, but overall it seems fine. What are the VRAM numbers for the GPU?
To grasp the issue even if the VRMs are problematic, we need to analyze their real-world usage through graphs; the motherboard lacks VRM heatsinks, suggesting we focus on that area, though certainty remains unclear.
Additionally, the board appears to feature one high-side MOSFET and two low-side ones for each power phase, enhancing power distribution by spreading it across more components rather than relying on a single low-side MOSFET per phase. This design could improve thermal management, as heat is shared among several parts instead of concentrating it in fewer units. However, this setup might reduce efficiency since the components are housed in separate SMD packages. Moreover, if not required, manufacturers would likely use only the necessary parts, which could result in higher heat output even at lower CPU usage compared to other boards.