![]() Have something to add to the explanation? Sound off in the the comments. When you resume the computer, however, you’re sitting right there staring at it waiting to get back to work so the difference between a 30 second resume and a 1 minute resume is significant. Typically, when you hibernate your computer, you initiate the hibernation and then walk away (whether it takes 20 seconds or 2 minutes doesn’t matter to you, because you’re rarely there staring at it). One thing his answer doesn’t touch on, which definitely plays a role in perception of time when hibernating/resuming the computer, is what you’re doing during the process. This is not the same speed as resume from RAM.Īssuming a RAM throughput of 15,000MB/s, the resume time is 0.55 seconds. Note: Assume you have 8GB of RAM and a SSD with 400MB/s throughput. Some computers let you move the mouse around before the ram has been completely filled up again, causing low response times. A SSD will have almost the same resume speed from disk as from RAM. This is highly dependent on the computer. When your computer resumes from disk (hibernation) it also has to power up the components which may cause some slowdown. ![]() Reading and writing to a physical disk is much slower than from RAM. SuperUser contributor wolfo9999 explains: So why exactly is it such a slow process to return the computer from a hibernated state? system is very unresponsive in general for quite some time? Why is coming back from hibernation slow, e.g. If you require a Purchase Order, please contact us directly and we will issue the quote and start the purchase process. Hibernation is supposed to write out RAM contents to disk, and coming back from hibernation is supposed to fill back RAM with saved contents. Get in touch with CCleaner We're happy to answer any questions you have.
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