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CPU cooling test with the enclosure from Icy Box IB-RP111
Full aluminium case with 2 massive aluminium heat sinks on CPU and IC.
The 2 heat sinks bridge the CPU and the IC to the top of the aluminium case allowing the heat to dissipate outside.
Test:
Test performed with RPi4B 8Gb running Raspbian GNU/Linux 11 (bullseye).
External temperature: 24°C
Run: 5 min idle then 30 min max CPU
Config A: stock clock
Config B: over_voltage=4, arm_freq=2000, gpu_freq=600
Results:
Conclusion:
Very effective case but the thermal pads are thicker than most pads that we can find. I think that replacing the pads each time access to the GPIO is needed will make the design frustrating in the long run.
The text was updated successfully, but these errors were encountered:
CPU cooling test with the enclosure from Icy Box IB-RP111
Full aluminium case with 2 massive aluminium heat sinks on CPU and IC.
The 2 heat sinks bridge the CPU and the IC to the top of the aluminium case allowing the heat to dissipate outside.
Test:
Test performed with RPi4B 8Gb running Raspbian GNU/Linux 11 (bullseye).
External temperature: 24°C
Run: 5 min idle then 30 min max CPU
Config A: stock clock
Config B: over_voltage=4, arm_freq=2000, gpu_freq=600
Results:
Conclusion:
Very effective case but the thermal pads are thicker than most pads that we can find. I think that replacing the pads each time access to the GPIO is needed will make the design frustrating in the long run.
The text was updated successfully, but these errors were encountered: