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My game is completely unplayable since Dark Fog. Maybe it's less frustrating because the game doesn't tease me by letting me start to play.
EDIT - Too add also check screen to clean it when gets too much dust on it.
Also I use compressed air to blow out the pc as needed to remove the dust.
I have never, ever seen or heard anyone mention the need to worry about the 'temps' getting too low before. I don't believe that is an issue unless you are in a room that is close to, or is freezing. (I have many years experience working in Computer rooms and as a Computer Engineer. This just does not happen.)
How so?
But that'd still be a pretty exotic level of cooling - and something only fairly extreme overclockers might run into.
Also I did not state to place case on side. Or to leave case open. Since you act as a tech then explain. If im wrong I would like to know why. considering I did it for over a year and PC ran fine.
Also saying if gets hot its built wrong is not correct. Lot of systems will heat up if stress them. Which falls on the software your trying to run. PC can be built 100% to specs and still heat if built for 2015 games and try run a 2024 game. Its if system can handle the demand not only if built correctly. A workstation can be built perfectly for database work. But if try run a high end game will overheat and bottleneck. Its how pc designed and what it is built FOR. So in way guess your right about being built right.. if mean build a top end gaming rig for games. Then ya needs lot of cooling built in and right high end parts. But then thats a custom direct design. Not just a "right" built PC. But a designed for use system.
Any competent OEM-- nevermind top-tier talent like Frog Design or Jony Ive-- looks up the max TDP for all of the components and designs the system thermals such that everything can operate at 100% load and still receive sufficient cooling. Dell and HP do not ask whether you are going to use a machine to run games or a database. They do not provide different fan configurations for folks who might run games published after the hardware was built.
The actual math is CFM ~= 1.8 * Watts of TDP / delta T. A typical 65 W CPU needs a bit over 5 CFM to stay around 50 C if provided with 25 C external air. A generic PC with 200 W of total power usage between all components needs around 35 CFM for a delta T of 10 C, and a gaming PC with a high-end GPU pulling up to 250 W by itself needs around 100 CFM.
Properly designed ATX case cooling is straightforward. You want to implement intake fans at the front with a CFM rating which exceeds the CFM of the rear exhaust fan of the PSU, the GPU, and maybe an optional second exhaust fan by the CPU heatsink+fan. This creates a positive partial pressure inside the case which helps keep dust out, and uses a wind tunnel effect created by the case itself to provide sufficient airflow by all active components.
Removing a case side panel disrupts the normal airflow and prevents the positive partial pressure from happening. Having to point an external fan at an open case is a sign that you're doing things wrong. So don't do that. And don't recommend that others do that.