combines the advantages of standby mode (quick wake-up) and hibernation (saving the memory on the hard disk). When enabled, the contents of the memory are saved both in RAM (like standby mode) and on the hard disk (like hibernation mode). This enables quick wake-up and protects against data loss in the event of a power failure.
1.) Enable or disable hybrid standby mode:
1. Open Power Options
Press Windows + S
, type "power options" and select "Power Options"
2. Change power plan settings
Select "Change power plan settings" next to the current plan
3. Advanced power settings
Click "Change advanced power settings"
4. Manage hybrid standby
Navigate to "Sleep" > "Allow hybrid standby". Here you can turn the battery and plugged-in function on or off.
This mode is particularly useful on desktops as it offers greater reliability in the event of sudden power outages, while it is used less often on laptops as these are protected from power loss by the battery anyway.
2.) What should I pay attention to in hybrid standby mode under Windows 12, 11, 10?
When using hybrid standby mode in Windows 10, 11 and (possibly in the future) Windows 12, there are a few important points to consider to ensure optimal performance and data security:
1. Hardware compatibility
- Desktops:
Hybrid standby mode is particularly useful for desktop PCs as they do not have a battery. This mode protects against data loss in the event of a sudden power outage by writing the RAM contents to the hard disk.
- Laptops:
For laptops, the usefulness of hybrid standby mode may be limited as they store the RAM contents in the battery when in standby mode. However, hybrid standby mode could be useful if the battery is running low.
2. Power consumption
- Faster wake-up:
Hybrid standby mode allows for faster wake-up than hibernation as the data is kept in RAM. However, this can result in minimal power consumption even when the system is in hybrid standby mode.
- Power failure:
Nothing is lost in the event of a sudden power failure as the data is also written to the hard disk. The system can then boot from hibernation.
3. Hard disk space
- Space requirements:
Since hybrid standby saves the entire contents of the RAM to the hard disk, this can take up a significant amount of space, especially if a lot of RAM is installed.
4. System stability
- Driver compatibility:
Make sure all system drivers are up to date. Outdated or incompatible drivers can cause problems such as improper waking from hybrid standby.
- BIOS/UEFI settings:
Check your computer's BIOS or UEFI settings to make sure hybrid standby is supported and enabled. Some systems offer additional settings that control the behavior of standby and hibernation.
5. Configuration
- Advanced power options:
Hybrid standby can be configured via the advanced power settings in Windows. Here you can decide whether the mode should be enabled for battery and AC power.
- Power plan management:
Make sure that hybrid standby mode is enabled in the power plan that best suits your usage (e.g. Balanced or High Performance).
6. Operating system updates
- Regular updates:
Keep your operating system up to date. Microsoft may release updates that improve hybrid standby mode or fix potential bugs.
7. Software compatibility
- Software conflicts:
Some programs, especially those that intervene deeply in the system (e.g. anti-virus programs or system optimizers), could cause problems with hybrid standby mode. Test the mode after installing new software to make sure everything is working smoothly.
By paying attention to these points, you can use hybrid standby mode efficiently while ensuring system performance and data security.
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