Not OP, but the sleep and hibernate states on my desktop are pretty finicky and can't truly be trusted. I'd rather know everything shut down properly than risk it, especially since the thing boots in seconds anyway, and I have to input the encryption password anyway.
Yeah, i just simply don't trust the sleep functionality to not be buggy. I walk away with processes running a decent amount of the time and its unclear to me what things can prevent sleep from triggering and what cant.
If i do need to have something persist overnight I use hibernate. And I haven't encountered issues with that. But ive had enough issues with sleep states on my laptops that i just dont bother on my desktop. The monitor goes to sleep if i walk away but the PC doesn't sleep.
With fast boot, it is a partial-hibernate (as you said, it is basically logging out then hibernating). But also, you are shutting the device down. You can hibernate a laptop and take the battery out. The device is off. Thats the difference between sleep and hibernate. Sleep still uses power.
Hibernate is a true power off, with instructions for the PC to load ram from disk on next boot. IME hibernate often works more reliably, because sleep states can be buggy, and hibernate just powers off the device. Hibernate is slower though, and can have its own issues (often related to disk encryption)
Sleep being buggy is a mystery to me, but has happened on nearly every laptop i've owned. I think too many things can wake slept device or prevent sleep. Leading to "I closed my laptop and put it in my bag. Then it woke up and got hot and span the fans until it died". But ive also had many instances where some apps are more buggy after waking from sleep (ive had issues like video playback failing after wake, presumably related to hardware video decode), or certain peripherals don't handle it well, and windows reshuffles monitors or changes a microphone since the "default" was briefly gone, or a mouse/keyboard doesnt wake the device from sleep when they should, etc. Phones and tablets seem to handle low power states really well, but ive literally never had a good experience with it on a laptop or desktop.
It's not unusual to have sleep state issues on Linux, which is what it runs (an Arch derivative).
Could be some faulty hardware somewhere, but it's not a concerning enough issue to spend money replacing things for a machine that gets used for personal projects and video games.
doesn't clear up your ram. One big security reason for regular reboots is that you simply get rid of any potential non-persistent crap on your machine. Also performance obviously, with a full shutdown you get back to a known, clean state.
Worth noting on Windows the restart function only does that if you hold Shift or have Fast Startup disabled.
Not OP, but the sleep and hibernate states on my desktop are pretty finicky and can't truly be trusted. I'd rather know everything shut down properly than risk it, especially since the thing boots in seconds anyway, and I have to input the encryption password anyway.
Yeah, i just simply don't trust the sleep functionality to not be buggy. I walk away with processes running a decent amount of the time and its unclear to me what things can prevent sleep from triggering and what cant.
If i do need to have something persist overnight I use hibernate. And I haven't encountered issues with that. But ive had enough issues with sleep states on my laptops that i just dont bother on my desktop. The monitor goes to sleep if i walk away but the PC doesn't sleep.
> sleep and hibernate states on my desktop are pretty finicky
That is not normal...
Also, if you're on Windows, unless you disabled Fast Boot, you're not actually shutting it down. It's logging you out and suspending to disk.
With fast boot, it is a partial-hibernate (as you said, it is basically logging out then hibernating). But also, you are shutting the device down. You can hibernate a laptop and take the battery out. The device is off. Thats the difference between sleep and hibernate. Sleep still uses power.
Hibernate is a true power off, with instructions for the PC to load ram from disk on next boot. IME hibernate often works more reliably, because sleep states can be buggy, and hibernate just powers off the device. Hibernate is slower though, and can have its own issues (often related to disk encryption)
Sleep being buggy is a mystery to me, but has happened on nearly every laptop i've owned. I think too many things can wake slept device or prevent sleep. Leading to "I closed my laptop and put it in my bag. Then it woke up and got hot and span the fans until it died". But ive also had many instances where some apps are more buggy after waking from sleep (ive had issues like video playback failing after wake, presumably related to hardware video decode), or certain peripherals don't handle it well, and windows reshuffles monitors or changes a microphone since the "default" was briefly gone, or a mouse/keyboard doesnt wake the device from sleep when they should, etc. Phones and tablets seem to handle low power states really well, but ive literally never had a good experience with it on a laptop or desktop.
It's not unusual to have sleep state issues on Linux, which is what it runs (an Arch derivative).
Could be some faulty hardware somewhere, but it's not a concerning enough issue to spend money replacing things for a machine that gets used for personal projects and video games.
doesn't clear up your ram. One big security reason for regular reboots is that you simply get rid of any potential non-persistent crap on your machine. Also performance obviously, with a full shutdown you get back to a known, clean state.
Worth noting on Windows the restart function only does that if you hold Shift or have Fast Startup disabled.