PS4 horizontal on or elevated from wood

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SUMMARY

The discussion centers on the effectiveness of placing a PS4 console horizontally on a wooden surface versus elevating it to improve heat dissipation. Users highlight that while wood initially absorbs heat, it becomes an insulator once warmed, hindering heat escape. In contrast, elevating the console allows for better airflow underneath, facilitating continuous cooling as warmer air rises and is replaced by cooler air. The consensus is that elevating the PS4 is more effective for heat management than leaving it on a wooden surface.

PREREQUISITES
  • Understanding of heat conduction principles
  • Knowledge of airflow dynamics
  • Familiarity with materials' thermal properties (wood vs. metal)
  • Basic physics concepts related to heat transfer
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  • Research the thermal conductivity of various materials, focusing on wood and metal
  • Learn about airflow dynamics and how it affects cooling in electronic devices
  • Explore effective methods for elevating gaming consoles to enhance ventilation
  • Investigate the impact of ambient temperature on electronic device performance
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Gamers, hardware enthusiasts, and anyone looking to optimize the cooling of electronic devices, particularly gaming consoles like the PS4.

micdhack
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I don't have a heat meter to test this so I just want to ask from a physics perspective what is more likely to be more effective.

I noticed that my PS4 gets quite hot. I have it horizontal on a wooden surface. Ideally on top of a metal surface probably it would have been better since heat conductivity for metals is better but I've noticed in many forums people elevating the console in order to reduce heat (putting rubber stickers on the edges).

If you elevate the console, you get a flow of air underneath since the warmer air will start moving up and off the edges of the console while cooler air will fill in the gaps. However, air is a worse heat conductor from wood. Sure, the wood does get hot around the area of conduct and it does not diffuse that heat as effectively to the rest of its body but isn't better than just air?
 
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Hi micdhack. http://img96.imageshack.us/img96/5725/red5e5etimes5e5e45e5e25.gif

Initially, while the wood is cold it probably is good for taking away heat. But once it warms up, where is the heat to go to? Wood is not a good conductor of heat, so it then serves to block the escape of heat, like an insulator. Whereas at least air keeps moving, so the warmed air is continuously replaced by cooler air and the cooling process can go on endlessly. Not so with the timber barrier.

The metal heatsink, too, must shed heat somehow, usually it just acts as a large surface transferring the heat to surrounding air. Being a good conductor of heat, this works effectively. Not so good with timber.
 
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