System focuses more on transferring files than essential operations
System focuses more on transferring files than essential operations
Hey, when I try to download games or anything, my computer suddenly stops working. The audio drops out, the screen freezes, and it just crashes completely. It keeps running but isn’t usable at all. In Task Manager, the CPU stays at 100% all the time. If I slow down Steam’s download speeds, it works a bit, but then I’m stuck trying to find the right speed so I can run background tasks while downloading faster than 5mb/s. My Ethernet is fast (700mb/s or more) and hasn’t affected my experience at all. It feels like my CPU is always prioritizing downloads over basic functions like running Windows. I’ve never changed BIOS settings before, but a friend suggested it could be the issue. I’m not confident I can figure it out on my own because I get confused in the BIOS menu. Anyone know what to do? (It’s the MSI BIOS.)
What processor are you using? Handling heavy downloads and quick storage does consume some CPU power, but it shouldn't be a major concern even for small files like 5 MB.
It's a core benefit: the operating system runs everything as smoothly as possible without stopping. It achieves this by boosting available resources and letting programs use them until performance caps are reached or usage drops. What are your speeds? I saw this issue pop up on my friend’s machine after switching from an i5-4550 to an i7-4790k while using the built-in cooler. His Discord would freeze and cut out when he played games that fully utilized his CPU. Of course, if you’re seeing 100% CPU during a 700Mbps download, a hardware upgrade is likely necessary—even a basic i3-2100 wouldn’t handle it well.
You wouldn't find a DRAMLESS SSD boot drive, as some lower-end models can cause delays by waiting in line and slowing the whole system. Writing to the SSD over extended periods, like when using Steam DL, also leads to performance issues on these drives. Not all SSDs handle this well—some rely on sysram while others perform poorly.
Indicates storage issues causing the controller to generate frequent interrupts, keeping the CPU busy at full capacity while it handles interrupts. Check Windows System event logs for disk I/O errors and review SMART status using tools like CrystalDiskInfo. For better insights, use vendor-specific diagnostics if available. Analyze the logs closely and investigate further if more details are needed.
Conditions are generally favorable. The system runs cool with liquid cooling, maintaining temperatures under 60°C about 99% of the time. For an i5-12600k, an i3-2100 could be a reasonable step back.
I’m not sure how to verify it, but I own an XPG S40G with a 1TB RGB SSD that uses 3D NAND PCIe Gen3x4 NVMe 2280 M.2. It’s the exact model I bought on Amazon. Since it’s around four years old—possibly even five—I wonder if that’s the problem.
Could it be that your SSD has simply reached the end of its life? Although it’s about four years old, you might wonder if performance is declining. The model listed on Amazon is an XPG S40G 1TB RGB with 3D NAND storage and PCIe Gen3x4 NVMe technology.