This ASUS Prime B560M-A can limit performance to match the I5-11400F's capabilities.
This ASUS Prime B560M-A can limit performance to match the I5-11400F's capabilities.
I'm still trying to figure this out. I'm planning to finalize my motherboard for a new build and have some doubts about whether an ASUS Prime B560M-A can push the i5-11400F to its maximum power limits. I understand that by default, most systems cap CPU usage at around 65W for sustained tasks, which affects clock speeds. My goal is to keep all cores running at 4.2GHz continuously—no worries about temperatures. I’ll be using a VeloOo V5 cooler, but if it isn’t enough, I need a cooler under $50. I’m locked in and don’t want to overspend on a cooler since I want to save for a better GPU like the 3060 Ti FE. Thanks!
It seems similar to the Asus B560M-K demonstrated in the video. The power delivery appears consistent; the B560M-A has a slightly improved heatsink. In this trial, the B560M-K barely exceeded the no-power threshold during the i5-11400 blender test. You might experience strong airflow if you opt for it.
Many other B560 motherboards share similar issues. Prime struggles with its form factor and power limits, often overheating the VRM above 100°C. For better performance, consider upgrading to models like B560 Pro4 by Asrock or B560M Bazooka by MSI.
It seems like you're testing a few ideas. If you skip power limits on the Gigabyte B560M DS3H AC, it might work, but be careful. Placing the stock cooler near the VRM heatsink could help with cooling, though it might look messy. Just make sure everything stays safe!
Yah, 78c feels comfortable but not too much of a concern. I wouldn't stress about VRM cooling until the 90s. Remember this is running in Blender with a full-core CPU. Regular tasks and games usually stay cool. DS3H AC provides solid value generally.
Sure thing! What you're asking is clear—just need the processor to hit 4.2GHz across all cores. You're planning to use a Vertex V5 Tower Cooler for $29.
Tower coolers don't match downdraft designs for VRM cooling. Ensure airflow reaches the VRM using case cooling; this should work. The tests were conducted in climate-controlled rooms around 22°C, so results may vary based on your environment. Performance can differ depending on ambient temperature. Consider other board features too—input/output ports matter a lot. Avoid losing much by spending extra unless it adds value. A USB hub typically costs $20–30, so if the upgraded board includes more ports, it could be worthwhile.
You'll need to upgrade the motherboard, especially those two boards I mentioned earlier that can handle an 11700 without restrictions. Keep going if you're really tight on funds and can't afford another $20 for a better board.