Mounting solution for CPU cooler after removal of the CPU.
Mounting solution for CPU cooler after removal of the CPU.
The chip works well, but the cooling system needs improvement. It’s not difficult to manage the heat.
It's best to opt for a reinforced bracket, such as the RYZEN 3000 OC Bracket – it's more reliable.
Wow. It’s clear you’ve got a solid grasp of the cooling process. Going straight to the 11 with your approach shows good planning, though it’s important to remember that direct-die cooling is typically reserved for advanced benchmarking rather than everyday use. Airflow, CPU cooler quality, fan configuration, ambient conditions, and proper thermal paste all play key roles. For regular tasks, a standard setup usually keeps things safe and efficient.
We’ve got a group here all running 5900X with air coolers. I won’t share a screen, but these people clearly trust their 5900X. The 5150MHz boosts work great for single-core tasks, and the Linpack can handle 4500 cores at 235w PPT, delivering over 520 GFlops thanks to the air cooler.
After more checks, I noticed something went wrong when I changed the pump position. Initially, the "Mode" knob let the pump control temperature readings, but after swapping it back, the system ran hot—around 85-90°C under load. It was surprising how even with all the setup done right, it still got so warm. This shows that experience doesn’t always prevent mistakes.
When deciding to delide, remember that the cooler or block may not touch the chip's core as effectively, especially if the IHS is removed. When installing a cooler or block on a delided chip, consider the reduced contact area between the chip and the cooler. If the fit looks good, it’s favorable because most stock coolers can maintain good contact. Be cautious about pressure—excessive force might crack the silicon core. A snug but not overly tight fit is ideal, allowing proper cooling without damage. Ensure the cooler's surface is flat against the chip; without the IHS, less contact area makes mounting easier on one side rather than flat. Observe carefully, apply even pressure, and if everything checks out, proceed. If unsure or it doesn’t work, it’s best to avoid the modification.