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Is it possible to enable Hybrid Sleep in Windows 10? This is what WIkipedia says in the article about Sleep mode:Sleep mode and hibernation can be combined: the contents of RAM are first copied to non-volatile storage like for regular hibernation, but then, instead of powering down, the computer enters sleep mode. This approach combines the benefits of sleep mode and hibernation: The machine can resume instantaneously, but it can also be powered down completely (e.g. Due to loss of power) without loss of data, because it is already effectively in a state of hibernation.
This mode is called 'hybrid sleep' in other than Windows XP.It's not the same as Fast Startup, because this is basically a stripped-down variant of hibernation as described in the original post. I can't find the option to enable Hybrid Sleep anywhere. Thanks in advance. Computer Type: PC/DesktopSystem Manufacturer/Model Number: Custom Self-buildOS: 64bit Win 10 Pro ver 1903 Build 18362.145 and W10 Insider Build 18362 and 18898CPU: Intel Core i5 3570K 3.4GHzMotherboard: ASUS P8Z77-V LXMemory: 8GBGraphics Card: On-board Intel HD Graphics 4000Sound Card: On-board Realtek HD AudioMonitor(s) Displays: Samsung 226BWScreen Resolution: 1680 x 1050Keyboard: Microsoft wired Keyboard 600Mouse: Microsoft wired Basic OpticalPSU: Corsair TX550Case: Gigabyte IF233Hard Drives: 1TB HDDBrowser: MS EdgeAntivirus: Windows Defender.
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Putting a computer into a low power mode while not in use can save energy, reduce noise (if you have a particularly loud device), and help increase the longevity of components. There are several different ways that a computer can enter a low power state, and while Macs automatically manage power options by default, Windows gives users control over which method to use. Here’s a look at each power saving option. SleepSleep turns off most computer components except for RAM. Active data is kept in RAM as a computer is used, but RAM is, meaning that it cannot maintain data without power.
This compares to hard drives and solid state drives, which are non-volatile and do not require constant power. In other words, if a user has a file open that has not been saved to a hard drive and exists only in RAM, that file will be lost if the computer loses power. Conversely, a file saved to a hard drive will not be lost in the event of a power failure.Because sleep keeps active data stored in RAM, this means that as long as power from the battery or wall remains available, the computer can remain in a sleep state indefinitely while protecting user data that was active at the time of sleep. If power is lost at any time, however, data that was stored only in RAM will be lost.Considering this risk, the benefit of sleep is that it allows a user to resume their computer almost instantly, as all the data is still in RAM and only power to the display and other components needs to be restored.
As a result, sleep is primarily beneficial for desktop PC users, who have a relatively unlimited source of power from the wall.Laptop users can also use sleep, but they risk losing their unsaved data if the battery runs out. Some laptop manufacturers have compensated for this risk by configuring the system to automatically enter hibernation mode (discussed next) if the battery nears empty. HibernateUnlike sleep, which keeps active data stored in RAM, hibernate writes all active data to the hard drive and then powers off the components as if the computer were fully turned off.
Hibernation uses almost no power but takes longer to start back up because data must be read from the hard drive back into RAM before the system will be usable. Depending on the amount of data in active RAM and the speed of the hard drive, this process can take as little as a few seconds all the way up to a minute or more.The advantage over simply shutting down the computer and restarting, however, is that a user’s data is restored to the point at which they entered hibernation, allowing the user to pick up where they left off. As mentioned above, hibernation uses almost no energy and is therefore recommended for laptops as well as for energy-conscious desktop users. Just be prepared to wait a bit to resume working after deciding to wake up a hibernating system. Hybrid SleepIntroduced in 2007 as part of, hybrid sleep attempts to merge the benefits of both standard sleep and hibernation.
When enabled, hybrid sleep writes active data to the hard drive (like hibernation), but also maintains low levels of power to RAM (like standard sleep). This allows a user to wake the computer quickly, but also protects user data with a copy on the hard drive in the event of a power failure.Hybrid sleep is generally a feature available only on desktops (you may find it in some custom laptops using desktop-class components), and is enabled by going to Control Panel Power Options Edit Plan Settings Change Advanced Power Settings Sleep Allow Hybrid Sleep. Once enabled, activating standard sleep will automatically trigger hybrid sleep and a copy of data in RAM will be written to the local hard drive.
Choosing Your MethodYou’ll choose your low power method from the Power Menu in Windows. Standard sleep and hibernate will both be listed depending on your PC’s configuration. If you don’t see one of the options, go to Control Panel Power Options Choose What the Power Buttons Do and check the “Hibernate” or “Sleep” boxes under “Shutdown Settings.”If you want to use hybrid sleep, follow the steps listed in the hybrid sleep section of this article to enable it and then select “Sleep” from the Windows power menu.Regardless of which option you choose, always be sure to save your data before leaving the computer.
Should I Allow Hybrid Sleep
Even though options like hibernate and hybrid sleep will write your unsaved data to the hard drive, errors can still occur and the few seconds it takes to manually save data pale in comparison to the cost and time of data recovery. You are defeating the purpose of hibernation by closing all programs. The intention of sleep/hibernate is that you can quickly put the computer in a low power state while you still have all your programs still open and running, and later wake it up and return to normal state so that you continue working from where you left off, without having to open your programs and documents again (because they were already open before hibernation). If you close all your programs, you might as well just shut down the computer!Also hibernate is OK to do everyday (sleep is better), but I suggest restarting every week. As time passes, your current Windows session gets stale and bloated, especially if there are memory leaks. A restart will refresh the system with a new & fresh Windows session.