Check if your graphics card is not meeting performance expectations.
Check if your graphics card is not meeting performance expectations.
I recently chose to purchase a 6700XT because I spotted it at a reasonable price and I've been looking to upgrade my graphics card. Previously, I had a 1650 Super, so I hoped the new one would at least perform comparably, since I'm still using a PCIe 3.0 port. In the future, I intend to switch to a PCIe 4.0 board, but I bought this card first. My primary game is Valorant; it started running smoothly in the game, but I experienced odd frame rate fluctuations and even shuddering moments. I wasn't expecting an improvement, yet for an upgrade I didn't anticipate losing frames. Also, when I played Minecraft, performance dropped noticeably. Most of my other titles run efficiently on my system, so Valorant seems ideal for benchmarking. My current setup includes: 5600X with 32 GB RAM, 3200MHz DDR4 (8x4), a 600W power supply (planned upgrade), Windows 10. The frame rates I achieved in Valorant with the 1650 Super were roughly:
- Range: ~500 - 600 frames
- Agent Screen: ~600 frames
- Gameplay: ~300 - 400 frames
With the 6700XT, my numbers are lower:
- Range: ~450 - 550 frames
- Agent Screen: ~1200 frames
- Gameplay: ~200 - 300 frames
I've installed the drivers for AMD and removed the Nvidia ones. I've also tried using ADRINALIN instead of the original driver, except for overclocking, which I avoided completely. I'm unsure if this is normal for switching to a PCIe 4.0 card in a 3.0 slot, or if I missed a step during the upgrade process. I'm willing to try any adjustments, but I need to confirm whether the issue lies with my hardware or if I can fix it before buying replacement parts. Thank you for your advice.
PCIe 3.0 and 4.0 differences are minimal for most devices. Only budget cards with x4 lanes gain advantages. You might be hitting CPU limits when using maximum settings and high frame rates. How does CPU activity appear? What occurs when you boost the settings?
You played the game at the highest possible settings, but it kept running smoothly at 220–260 frames per second. Your CPU usage stayed at just 40% maximum. When you increased to mid-range details, performance remained similar.
Check each core separately instead of focusing on total usage. When a game runs on just a few cores, it might be restricted even if overall performance seems moderate. If higher detail settings don’t noticeably improve speed, a CPU bottleneck at the lower end is likely.
I ran the test once more and discovered three distinct patterns in my "logical processes." Four out of twelve sessions showed consistent high usage (same curve), three moved between moderate and about 60% use, and five remained consistently low. I also confirmed the computer was set to high performance mode, but it didn’t affect the results.
This setting isn't adjustable through the operating system. When a game isn't designed to use more than four cores, it won't utilize additional processing power, regardless of your efforts. In such scenarios, only more powerful cores make a difference. An X3D processor could offer some benefit, but eventually a faster GPU will surpass most CPUs. To get the best performance, higher resolution and detail are necessary.
Execute DDU, eliminate all graphics card software, ensure you have the newest driver files prepared, reinstall them, restart the system, and verify functionality once more.