Speed Up Booting Windows XP

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As we've said, this is often due to an abundance of pre-installed software and reliance on slow HDD hard drives. We looked at how to speed up Windows 10, not let's look at how to make your Windows PC boot faster or speed up Windows 10 boot.


The speed difference between an SSD and vs hard drive is most apparent when copying and moving huge files. HDDs can copy 30 to 150 MB per second (MB/s), while standard SSDs perform the same action at speeds of 500 MB/s.


Because they have no moving parts, SSDs offer super-fast boot and wake times and file-transfer speeds as high as 500 MBps. But you'll have to sacrifice storage space if you're using an SSD because of its decreased storage capacity.


Optimizers work by fixing computer errors, removing unnecessary files from your PC, boost and speed up Windows 10, and fixing your configuration. These actions speed up your device's system performance and may even resolve various errors.


We hope that this guide was able to teach you 
how you can increase the speed of your Windows 10 device.
 If you ever need further assistance, our customer service is happy to guide you through any issues you might have.


Windows 8 / 8.1 / 10 has this feature called "Fast Startup" (or "fast boot", "hybrid statup", "hybrid shutdown", and so on...) which doesn't actually shut down the computer when you tell it to do so, instead putting it in a sort of hybernation, in order to speed up boot time.


PCs can be turned on and off many times a day. Depending on usage patterns and the battery life capability of the device, a PC might shut down, sleep, or hibernate. System boot is the first experience users have with their device and is a recurrent experience for the lifetime of the device. Customer telemetry tells us that users boot and shut down their PC at least once a day. Although connected standby capability reduces the frequency with which a device must be booted, booting might still be required for software and firmware updates, low battery states, and major configuration changes to the device.


Starting with Windows 8.x, the speed of the on/off transition is significantly faster than previous Windows versions. The userinteraction model used previously was to interrupt a boot with key presses to indicate alternate boot paths. With a much faster boot time, boot interruptions are impractical and negatively affect the boot experience. In previous releases, it was important to stop the boot process as early as possible for decision points, such as booting to an alternative operating system, because moving backwards was a long and slow process. It was also much easier with slow boot times to create periods of time in which key presses could be detected and activated. In Windows 8.x and Windows 10, this is no longer the case.





Starting with Windows 8.x, the default shutdown and restart scenario has been updated and named fast startup. Fast startup begins with the shutdown process and includes writing data to disk similar to the hibernate process. A key difference is that all user sessions (Session 1) are logged off and the remaining information is written to the hiberfile. When you boot the PC from this state, Windows loads the previously initialized state by reading from the hiberfile, instead of running the full boot process in which Windows, drivers, devices, and services are initialized. This method speeds up the process of initializing the lock or Start screen.


The restoration of the system memory is broken into two phases. The first phase is done to restore a minimal portion of the kernel, which is then used to complete the memory restore for the rest of the system. The first phase must be done with a single processor environment core. However, after the minimal portion of the system memory is restored, all processorcores can be used to parallelize the decomp

Speed Up Booting Windows XP

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