F5F Stay Refreshed Hardware Desktop Inquiries regarding 13900K, 7950X, and 7900X

Inquiries regarding 13900K, 7950X, and 7900X

Inquiries regarding 13900K, 7950X, and 7900X

K
KablooieKablam
Posting Freak
908
06-24-2022, 08:54 AM
#1
Hello, Should Micro Center hold onto the 13900K deal, I’ll stick with Intel unless there’s a solid reason to switch to AM5. Are the latest Intel and AMD CPUs likely to overheat? I noticed AMD reached 95°C but claims it should be okay—will I need a 360 AIO cooler no matter which CPU I choose?
K
KablooieKablam
06-24-2022, 08:54 AM #1

Hello, Should Micro Center hold onto the 13900K deal, I’ll stick with Intel unless there’s a solid reason to switch to AM5. Are the latest Intel and AMD CPUs likely to overheat? I noticed AMD reached 95°C but claims it should be okay—will I need a 360 AIO cooler no matter which CPU I choose?

G
Gusstert
Junior Member
42
06-29-2022, 07:51 AM
#2
They both get very hot and tend to go for the highest settings. I'm using a 360 AIO on an overclocked 13700K, and it will reach the maximum in Cinebench after roughly ten minutes. Luckily, I avoid running at those extreme levels—it's mainly for gaming in general.
G
Gusstert
06-29-2022, 07:51 AM #2

They both get very hot and tend to go for the highest settings. I'm using a 360 AIO on an overclocked 13700K, and it will reach the maximum in Cinebench after roughly ten minutes. Luckily, I avoid running at those extreme levels—it's mainly for gaming in general.

J
Just_Ricardo
Member
136
07-06-2022, 06:40 AM
#3
It depends on your hardware and workload. Heavy 3D rendering can strain the GPU, while movie editing often uses CPU and storage more intensely. Ensure your system has enough power to handle the tasks without overheating.
J
Just_Ricardo
07-06-2022, 06:40 AM #3

It depends on your hardware and workload. Heavy 3D rendering can strain the GPU, while movie editing often uses CPU and storage more intensely. Ensure your system has enough power to handle the tasks without overheating.

R
reddwarf1234
Member
219
07-06-2022, 07:56 AM
#4
Both chips generate significant heat, yet their thermal profiles differ. The Intel chip can be cooled effectively, though it consumes a lot of power and may reach around 100°C under heavy multi-core load. The AMD chip, however, struggles with cooling due to high core density and thick IHS, making it nearly impossible to keep below 95°C even with moderate cooling. If you cap power usage—say 150-200W—the Intel model becomes much more manageable, while the AMD stays hotter regardless of power limits. Choosing between them hinges on your workload: for demanding tasks like Blender renders or Cinema4D, the AM5 Intel CPUs may offer better performance despite higher heat, whereas for general use, AMD could be preferable if you can tolerate more heat. Ultimately, the best option depends on balancing cooling needs with power efficiency.
R
reddwarf1234
07-06-2022, 07:56 AM #4

Both chips generate significant heat, yet their thermal profiles differ. The Intel chip can be cooled effectively, though it consumes a lot of power and may reach around 100°C under heavy multi-core load. The AMD chip, however, struggles with cooling due to high core density and thick IHS, making it nearly impossible to keep below 95°C even with moderate cooling. If you cap power usage—say 150-200W—the Intel model becomes much more manageable, while the AMD stays hotter regardless of power limits. Choosing between them hinges on your workload: for demanding tasks like Blender renders or Cinema4D, the AM5 Intel CPUs may offer better performance despite higher heat, whereas for general use, AMD could be preferable if you can tolerate more heat. Ultimately, the best option depends on balancing cooling needs with power efficiency.

J
JustVanilla
Member
100
07-10-2022, 06:09 AM
#5
I will use both options as requested.
J
JustVanilla
07-10-2022, 06:09 AM #5

I will use both options as requested.