“Doing nothing” is probably downloading an update. There’s also a difference between reserved RAM and actually used one.
For example .NET applications grab RAM when they need it, but they don’t just free it afterwards if not necessary (Like it needs 1 GB, uses that, but when the work is done your task manager keeps showing 1 GB). This helps performance, if the application needs RAM again a short time later it’s already reserved and ready to go.
The whole behavior changes when Windows is low on free RAM, then applications are forced to free up their reserved RAM so you don’t start swapping too much.
Overall this means: The more RAM your system has the higher the perceived RAM usage of your system. Unused RAM is wasted RAM and it’s easy to free up some if you actually hit the limit. As long as your RAM is not full applications will happily use more and hold onto it to be more responsive.
Ah, I didn’t expect it to be actually used RAM. Maybe this is a Linux issue with the Steam build then? Here is my Windows 11 task manager, Steam just downloaded 10 different game updates (so did plenty of work) and is now idle:
In total 516.5 MB RAM on a machine with 32 GB (22 GB free at the moment), if there was any pressure on RAM usage it would probably go down further.
Either way, since upgrading to 32 GB RAM nearly a decade ago I haven’t had a single issue with RAM usage (While with 16 GB I actually had games in the past where I ran out of memory). So it’s no big deal as far as I’m concerned and if I’d actually run any applications that needs tons of RAM I’d quickly upgrade to 64 GB and be done with it.
The only way this would be annoying is on low-end machines, like 4 or 8 GB RAM in total, but those have plenty of issues anyway in regards to games (otherwise why would you install Steam?). On a high-end machine complaining about 1 GB of RAM is a waste of time in my opinion, there are a ton of better topics you can rage at.
“Doing nothing” is probably downloading an update. There’s also a difference between reserved RAM and actually used one.
For example .NET applications grab RAM when they need it, but they don’t just free it afterwards if not necessary (Like it needs 1 GB, uses that, but when the work is done your task manager keeps showing 1 GB). This helps performance, if the application needs RAM again a short time later it’s already reserved and ready to go.
The whole behavior changes when Windows is low on free RAM, then applications are forced to free up their reserved RAM so you don’t start swapping too much.
Overall this means: The more RAM your system has the higher the perceived RAM usage of your system. Unused RAM is wasted RAM and it’s easy to free up some if you actually hit the limit. As long as your RAM is not full applications will happily use more and hold onto it to be more responsive.
Removed by mod
Ah, I didn’t expect it to be actually used RAM. Maybe this is a Linux issue with the Steam build then? Here is my Windows 11 task manager, Steam just downloaded 10 different game updates (so did plenty of work) and is now idle:
In total 516.5 MB RAM on a machine with 32 GB (22 GB free at the moment), if there was any pressure on RAM usage it would probably go down further.
Either way, since upgrading to 32 GB RAM nearly a decade ago I haven’t had a single issue with RAM usage (While with 16 GB I actually had games in the past where I ran out of memory). So it’s no big deal as far as I’m concerned and if I’d actually run any applications that needs tons of RAM I’d quickly upgrade to 64 GB and be done with it.
The only way this would be annoying is on low-end machines, like 4 or 8 GB RAM in total, but those have plenty of issues anyway in regards to games (otherwise why would you install Steam?). On a high-end machine complaining about 1 GB of RAM is a waste of time in my opinion, there are a ton of better topics you can rage at.
Removed by mod