Difference Between Hibernate vs Sleep mode
The internet is filled with countless articles, information, demonstrations, stats, videos, theories of how important computers have become to any human. How our lives cater around it, how their impact and control on our lives are increasing on a daily basis. The article tries to enlighten more on the way of working with this “machine friend” of the human. MODES are nothing but a kind of zone where the performance of the machine is controlled accordingly. Windows a well-known OS also has MODES built into it.
Hibernate vs Sleep mode is two of the modes among few others HYBRID, HYBRID SLEEP, and SHUTDOWN. One can easily figure out the exact intention of these modes from the name itself. Windows provide its user’s options to conserve power at times when you are not using your PC.
Hibernate has several synonyms like Suspend to Disk (Linux). In Hibernation mode, the working functional data are saved in the computer’s disk, before the computer is turned off. Once the computer is switched ON everything gets organized and restored to the prior state.
Sleep has also some synonyms (Stand By). The entire machine state is held to RAM memory. In this mode, the computer uses minimum power
Head To Head Comparison Between Hibernate vs Sleep mode(Infographics)
Below is the top 7 difference between Hibernate vs Sleep mode
Key Differences Between Hibernate vs Sleep mode
Both Hibernate vs Sleep mode are popular choices in the market; let us discuss some of the major Difference Between Hibernate vs Sleep mode
- Computer works are saved in the hard disk in Hibernate mode whereas in Sleep mode the work is saved is saved in the RAM.
- No power in needed to maintain in hibernate mode but a small amount of power is needed to maintain the sleep mode (as the work is saved in RAM).
- Hibernate mode is useful if you do not want to use your laptop for a longer time period whereas Sleep mode is useful if the laptop is suspended for a shorter period of time.
- Hibernate has a current consumption of less than 300nA whereas for the Sleep mode the current consumption is around less than 2nA.
- Wakeup Time for Hibernate vs Sleep mode are less than 100 uS and less than 15 uS respectively.
Hibernate vs Sleep mode Comparison Table
Below is the 7 topmost comparison between Hibernate vs Sleep mode
|The basis of comparison Between Hibernate vs Sleep mode||Hibernate||Sleep|
|Power Usage||Zero power||Low power consumption|
|Applicability||Generally when the system is idle for a longer time period and also the rebooting after shutdown will be a time taking the process||Preferred when the system is idle for a shorter period of time|
|Synonyms||Suspended to disk (in Linux), Safe Seep (in Mac), S4 (in ACPI)||Standby (in Windows older version), Suspended to RAM (in Linux), S3 in ACPI|
|Process Function||The process is saved to hard-disk||The process is stopped and the work is saved in the RAM memory|
|Mode Demonstration||While the system is in the Hibernate mode a user will not be able to use the system||A Sleeping computer is still working; it is running the basic functions behind and using the electricity. To avoid system issues one must make the system shut down time to time.|
|Energy Efficiency – Windows||
Conclusion – Hibernate vs Sleep mode
A common link between these Hibernate vs Sleep mode is that these both are used for Power Saving. A general approach in understanding these terms is mentioned below –
4.8 (636 ratings)
Hibernate in general terms means a long sleep, just the way bears (grizzly bear) does in the winter season. After Hibernation it takes a while for these animals to adopt the phase before hibernation. Sleep is just like a quick nap; remember a quick nap time at office premises is allowed for refreshment.
This has a been a guide to the top difference between Hibernate vs Sleep mode. Here we also discuss the Hibernate vs Sleep mode key differences with infographics, and comparison table. You may also have a look at the following articles to learn more.