Increase Your Performance and Productivity with Crack.32Bit.RamPatch.v1.0 on Windows 7 32-bit
How to Use Crack.32Bit.RamPatch.v1.0.Windows.7.32bit.rar to Unlock More RAM on Windows 7 32-bit
If you are still using a 32-bit version of Windows 7 on your computer, you may have noticed that your system can only use up to 4 GB of RAM, even if you have more installed. This is because of a limitation in the architecture of 32-bit operating systems, which can only address a certain amount of memory.
However, there is a way to bypass this limitation and unlock up to 64 GB of RAM on your 32-bit Windows 7 machine, using a technique called Physical Address Extension (PAE). PAE allows the system to use more physical addresses for memory, while keeping the virtual addresses unchanged.
One of the tools that can enable PAE on Windows 7 is Crack.32Bit.RamPatch.v1.0.Windows.7.32bit.rar, which is a patch file that modifies the kernel of the operating system to support more RAM. In this article, we will show you how to use this patch, how to check if it worked, and how to undo it if needed.
But before we proceed, we need to warn you about the risks and benefits of RAM patching. RAM patching can improve the performance and productivity of your system, especially if you run memory-intensive applications or multitask a lot. However, it can also cause compatibility issues with some drivers or programs, or even make your system unstable or unbootable.
Therefore, you should only use this patch if you know what you are doing, and at your own risk. We are not responsible for any damage or data loss that may occur as a result of using this patch. You should also backup your important files and create a system restore point before applying the patch.
How to Use Crack.32Bit.RamPatch.v1.0.Windows.7.32bit.rar
To use this patch, you need to follow these steps:
Downloading and Extracting the File
The first step is to download the file from a reliable source, such as this one. The file size is about 2 MB and it is compressed in a RAR format.
After downloading the file, you need to extract it using a program that can handle RAR files, such as WinRAR or 7-Zip. You can extract it to any folder you want, but we recommend creating a new folder on your desktop for easy access.
Running the Patch as Administrator
The next step is to run the patch as administrator. To do this, right-click on the file named PatchPae2.exe and select Run as administrator from the context menu.
A command prompt window will open and ask you to press any key to continue. Do so and wait for the patch to finish its work.
The patch will create a backup copy of your original kernel file (ntoskrnl.exe) in case you want to restore it later. It will also modify your boot configuration data (BCD) to create a new boot entry with PAE enabled.
Creating a New Boot Entry with PAE Enabled
The new boot entry will have the same name as your current one, but with the suffix "(patched)". For example, if your current boot entry is "Windows 7", the new one will be "Windows 7 (patched)".
You can also customize the name of the new boot entry using the command prompt. To do this, type the following command in the same window where you ran the patch:
PatchPae2.exe -type loader -o winloadp.exe -l "Your Custom Name"
Replace "Your Custom Name" with whatever name you want to give to the new boot entry. For example, you can name it "Windows 7 PAE" or "Windows 7 64 GB RAM".
Restarting the Computer and Choosing the Patched Option
The final step is to restart your computer and choose the patched option from the boot menu. To do this, click on Start, then click on the arrow next to Shut down, and select Restart from the options.
When your computer restarts, you will see a screen with two options: your normal boot entry and your patched boot entry. Use the arrow keys to select the patched option and press Enter.
Your computer will boot into Windows 7 with PAE enabled and more RAM available.
How to Check if the Patch Worked
To check if the patch worked, you can use one of these methods:
Using Resource Monitor or Task Manager to See the Available Memory
One way to see how much memory your system can use is to open Resource Monitor or Task Manager and look at the available memory.
To open Resource Monitor, click on Start, type resource monitor in the search box, and press Enter. Alternatively, you can press Ctrl+Alt+Delete, select Start Task Manager, and click on the Performance tab. Then click on Resource Monitor at the bottom of the window.
To open Task Manager, press Ctrl+Shift+Esc or right-click on the taskbar and select Task Manager.
In Resource Monitor, look at the Physical Memory section. You should see a graph that shows how much memory is in use, modified, standby, free, and hardware reserved. The total amount of memory should be equal to or close to the amount of RAM you have installed.
In Task Manager, look at the Physical Memory section. You should see a pie chart that shows how much memory is in use and free. The total amount of memory should be equal to or close to the amount of RAM you have installed.
Testing the Performance and Stability of the System
Another way to check if the patch worked is to test the performance and stability of your system. You can do this by running some memory-intensive applications or games, or by using a benchmarking tool such as PassMark PerformanceTest or SiSoftware Sandra.
You should notice an improvement in speed and responsiveness, especially if you were previously running out of memory or using a lot of swap space. However, you should also monitor your system for any errors, crashes, freezes, or blue screens that may indicate a compatibility issue or a hardware failure.
How to Undo the Patch if Needed
If you encounter any problems with the patch or want to revert back to your original configuration, you can undo the patch by following these steps:
Deleting the Boot Entry with PAE Enabled
The first step is to delete the boot entry with PAE enabled. To do this, open an elevated command prompt by clicking on Start, typing cmd in the search box, right-clicking on cmd.exe and selecting Run as administrator from the context menu.
In the command prompt window, type the following command:
bcdedit /delete current /d "Your Patched Boot Entry Name"
Replace "Your Patched Boot Entry Name" with whatever name you gave to your patched boot entry. For example, if you named it "Windows 7 PAE", type:
bcdedit /delete current /d "Windows 7 PAE"
This will delete the boot entry with PAE enabled from your boot menu.
Restoring the Original Kernel File
The next step is to restore the original kernel file that was backed up by the patch. To do this, navigate to the folder where you extracted Crack.32Bit.RamPatch.v1.0.Windows.7.32bit.rar and look for a file named ntoskrnl.exe -backup.exe. This is the original kernel file that was replaced by the patch. Copy this file and paste it in the C:\Windows\System32 folder, overwriting the existing file.
You may need to take ownership of the file and grant yourself full permissions to replace it. To do this, right-click on the file, select Properties, click on the Security tab, click on Advanced, click on Owner, click on Edit, select your user name, check the box that says Replace owner on subcontainers and objects, and click OK.
Then, click on Permissions, click on Edit, select your user name, check the box that says Full control, and click OK.
Restarting the Computer and Choosing the Normal Option
The final step is to restart your computer and choose the normal option from the boot menu. To do this, click on Start, then click on the arrow next to Shut down, and select Restart from the options.
When your computer restarts, you will see a screen with only one option: your normal boot entry. Use the arrow keys to select it and press Enter.
Your computer will boot into Windows 7 with PAE disabled and 4 GB of RAM available.
In this article, we have shown you how to use Crack.32Bit.RamPatch.v1.0.Windows.7.32bit.rar to unlock more RAM on Windows 7 32-bit. We have also explained how to check if the patch worked and how to undo it if needed.
RAM patching can be a useful technique to improve the performance and productivity of your system, especially if you have more than 4 GB of RAM installed. However, it can also cause compatibility issues or instability problems, so you should use it with caution and at your own risk.
We hope you found this article helpful and informative. If you have any questions or feedback, please feel free to leave a comment below.
What is PAE?
PAE stands for Physical Address Extension. It is a feature of some processors that allows them to use more than 4 GB of physical memory by using 36-bit addresses instead of 32-bit addresses.
Does PAE make my system 64-bit?
No, PAE does not make your system 64-bit. It only allows your system to use more physical memory, but it does not change the architecture or instruction set of your processor or operating system.
Does PAE work on Windows 10?
No, PAE does not work on Windows 10. Windows 10 does not support PAE on 32-bit versions, and it does not need PAE on 64-bit versions because they can already use up to 128 GB or more of RAM.
What are the alternatives to PAE?
The best alternative to PAE is to upgrade your system to a 64-bit version of Windows and a compatible processor. This will allow you to use all of your RAM without any patches or hacks.
What are the risks of RAM patching?
The risks of RAM patching include compatibility issues with some drivers or programs that may not work properly with PAE enabled, instability problems that may cause your system to crash or freeze randomly, or boot failures that may prevent your system from starting up at all. dcd2dc6462