Enable Hibernate In Windows Xp 64 Service. For 32 bit Windows or Windows6.1-KB958559-x64.msu for 64 bit Windows. Archived from groups:. Operating System Windows 10 Pro 64-bit Manufacturer/Model Custom CPU Intel i7-8700K 5 GHz Motherboard ASUS ROG Maximus XI Formula Z390 Memory 16 GB (8GBx2) G.SKILL TridentZ DDR4 3200 MHz.
. use Windows XP SP2 of any flavor. have 1+ gigabytes or more of system memory. use hibernate functionality.
You may have experienced this error at some point when attempting to hibernate: I know I have. It drives me nuts, because my system fails to hibernate after I've already initiated the hibernation process and walked away from it.
This is on my desktop. You can imagine how catastrophic this could be on a laptop; you'd be putting a laptop in your bag that was still fully on! To avoid the error, install, which is graciously hosted by Owen Cutajar. It's from, which also explains the problem in a bit more detail: To prepare the computer to hibernate, the Windows kernel power manager requires a block of contiguous memory.
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The size of this contiguous memory is proportional to the number of physical memory regions that the computer is using. A computer that uses lots of RAM is likely to use more physical memory regions when the computer prepares to hibernate.
Therefore, a larger amount of contiguous memory is required to prepare the computer to hibernate. Additionally, the number of physical memory regions varies according to the programs, services, and device drivers that the computer uses. Therefore, the hibernate feature occasionally fails.
When the Windows kernel power manager detects that the hibernate feature has failed, the hibernate feature remains disabled until you restart the computer. I originally researched this, but the problem wasn't happening with enough frequency to make me call Microsoft support and dig up a hotfix. And people have mirrored the patch so we don't have to go through the busywork exercise of calling Microsoft support to obtain a necessary hotfix. What a ridiculous policy. I would use sleep, but the motherboard I use isn't smart enough to restore the correct overclocked CPU speed. I get bumped down to stock CPU speeds every time I resume from a sleep state.
64-Bit Systems Addressing physical memory above 4 GB requires more than the 32 bits of address offered by the standard operating mode of Intel (32-bit) processors. To this end, Intel introduced the 36-bit physical addressing mode called PAE, starting with the Intel Pentium Pro processor. This article describes some techniques that Microsoft Windows operating systems and several UNIX operating systems use to provide support to applications using PAE mode addressing.
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Because processes running in these environments have 32-bit pointers, the operating system must manage and present PAE's 36 bits of address in such a way that the applications can practically use it. The key question is: how does the operating system solve this problem?
The performance, functionality, simplicity of programming, and reliability of how these issues are handled will determine the usefulness of the large memory support. PAE is supported only on 32-bit versions of the Windows operating system; 64-bit versions of Windows do not support PAE. For information about device driver and system requirements for 64-bit versions of Windows, see 64-bit System Design.
The Address Windowing Extension (AWE) API is supported on 32-bit systems. It is also supported on x64 systems for both native and Wow64 applications. Although support for PAE memory is typically associated with support for more than 4 GB of RAM, PAE can be enabled on Windows XP SP2, Windows Server 2003, and later 32-bit versions of Windows to support hardware-enforced Data Execution Prevention (DEP). The information in this article applies to Windows 2000, Windows XP Professional, Windows Server 2003, and later versions of these operating systems, referred to as 'Windows' in this paper.