Multiple attempts at failure with BIO resets over the years
Multiple attempts at failure with BIO resets over the years
I'm not sure the intervals. it's only a cheap one as well, so if there is variation there, then this one will be 'slow'. As for the size, yeah, my build is in a Dan A4-SFX Case. Cheers for the help by the way.
Another option is to purchase a high-power PSU and send it back if it doesn’t fix the problem. Would you like to proceed? A 500W, 800W, or 1000W rating might be suitable?
Power supply options can be challenging to suggest due to their compact design, which often limits circuit complexity and space for components like capacitors. A 650W unit should suffice. Modern ATX models from brands such as NZXT, Corsair, or Seasonic are usually suitable. Updated May 14, 2023 by Godlygamer23
You're questioning whether switching to a larger PSU outside the case would work better than using a smaller one with higher ratings. You mentioned the SFX units aren't sturdy enough and are considering testing a Seasonic Focus SGX 650W instead, hoping it fits your existing setup.
The issue with SFX power supplies is their compact design often leads to missing capacitors or using smaller ones, unlike ATX units delivering the same power. This affects their performance during sudden voltage changes. Regarding transient spikes, they might struggle more. I believe the upcoming model will address this problem. With its increased output, it should manage those spikes better.
The situation you described was mostly accurate. It seems the issue stemmed from temporary voltage spikes. The updated power supply handled it well enough for the game I was testing. I’m hoping 650W provides sufficient buffer for other intense titles as well. I became aware of transient spikes only recently, and they appear to be becoming more common, especially with powerful GPUs from companies like NVIDIA. It can be frustrating trying to choose a PSU since peak demand figures aren’t widely shared or considered by online tools. Still, your advice was really appreciated. I’m hoping someone searching for the same problem will find it useful. Debugging this is tough when you’re unfamiliar with these spikes—it might point to issues with the motherboard, CPU, power supply, or even drivers.
I'm pleased to have resolved your problem. I strongly recommend you keep testing and exploring more challenging games. The core issue seems to be inconsistent card placement, which leads to the GPU constantly needing more power than it can provide. This happens because lower-capacity power supplies either lack output caps or have reduced capacity, making them unable to handle sudden spikes in energy demand. It's not just about overall power consumption, but the rapid bursts that cause instability. Unfortunately, this reflects current realities, and TechPowerUp reviews do consider these transient loads when evaluating power supplies.