Why does my game lag when running at 60 frames per second?
Why does my game lag when running at 60 frames per second?
I'm experiencing issues in Apex Legends with around 60-100 fps, and the game becomes very choppy. It only runs smoothly when the frame rate is between 90-100. Here are my PC details:
GPU - Amd Nitro Rx 580 8gb
CPU - AMD FX 9590 4ghz
MOBO - Gigabyte FX-990UD3
RAM - 16gb DDR3
Stuttering is generally a brief shortage of cpu resources. Verify that your motherboard's VRMs are receiving adequate airflow. You might be throttling. Remove the case covers and use a fan to direct air at the internal components to test. Your FX processor is top-tier in its class, yet modest compared to modern standards. Exercise caution when analyzing task manager CPU usage. Windows distributes the workload of a single thread across all available threads. Therefore, if you have a single-threaded game that is CPU-intensive, it may appear as 25% utilization across all four threads on a quad-core processor, misleading you into believing the bottleneck lies elsewhere. It seems that very few games can effectively utilize more than 4-6 threads. How can you tell how well...
Not really sure about the PSU model - 700 WATT, maybe it's a new one. I didn't play for the past year, so it seems fresh. No heavy usage, just played Warzone before. SSD Samsung 250 GB with 40 GB free space. I also have a 1TB HDD. I think games with frames above 60 fps should work fine. I didn't mention CPU or GPU usage getting close to 100%. No worries about that.
SSD Samsung as the boot drive - accurate? The free space drops to 16%. I maintain drives in a 30-20% free space range; others may have different expectations. For now, accept the current situation.
The PSU appears to be functioning, but several variables are at play, so it’s premature to focus on it yet.
Power off, unplug the device, and open the case. If unsure, enlist a knowledgeable family member or friend to assist. Remove dust and debris, then confirm that all connectors, cards, RAM, and jumpers are securely positioned. Record the PSU’s make, model, and efficiency (bronze, silver, gold, etc.) for future reference.
Examine the unit for damage signs: exposed conductors, melted insulation, twisted or pinched wires, discoloration, swollen parts. Proceed with normal operations afterward.
If stuttering persists, use Resource Monitor or Task Manager to assess system performance. Open both simultaneously but operate one at a time. Observe the performance metrics: first after a brief idle, then during light tasks or browsing, and finally while gaming. Maintain the tool window open to monitor resource changes, particularly during stutter events.
Understanding each tool’s behavior may require some experimentation. Be patient. Keep in mind that certain column headers feature arrows; adjusting their order helps clarify data flow when visuals move rapidly.
Stuttering generally indicates a temporary shortage of cpu resources. Verify that your motherboard's VRMs are receiving adequate airflow. You might be throttling yourself. Remove the case covers and use a fan to direct airflow into the internal components—this could provide relief. Although your FX processor is top-tier in its class, it may seem modest compared to current standards. Be cautious when analyzing task manager CPU usage; Windows distributes the workload of a single thread across all available threads. Therefore, a game that is strictly single-threaded and CPU-intensive would appear to use only 25% of the threads on a quad-core processor, misleading you into believing another bottleneck exists. It seems that most games can only effectively utilize 4 to 6 threads. To assess your threading performance, disable one thread and observe the impact. This adjustment can be made via Windows' msconfig boot advanced options, requiring a reboot for changes to apply. Setting the processor count below your actual number will help determine how responsive your applications are to additional threads. If performance remains unchanged, a higher clock speed might be more beneficial. For gaming, maintaining single-thread efficiency is crucial. It may be time to consider a CPU upgrade now—around $250 can provide a modern CPU motherboard and 16GB of DDR4 RAM.