On x86 systems, all applications are given 2GB of virtual memory out of the maximum 4GB available for the 32-bit architecture: the other 2 GB are reserved for the operating system itself. In case you’re wondering why things are this way on 圆4 system, here’s a brief explanation.
#LAA 4GB MEM PATCH PATCH#
You can do that using the great (and freeware) 4GB Patch tool developed by Daniel Pistelli, which can be used to modify any 32-bit executable, allowing it to address up to 4GB of RAM – as long as you have a 64-bit Operating System, otherwise it won’t work. If that’s the case, the only viable option is to patch it. The executable is old and discontinued, you lost the source code or something like that. The former approach is definitely the way to go, assuming you can do that: however, if you stumbled upon this post, there’s a high chance that this is not the case. Patch the x86 executable files so it can use more RAM.Get the 圆4 build of that application, or – in case you developed it first-hand – build it for 64-bit machines.This leaves you with two alternatives, both software-based:
This basically means that you cannot fix your issue with an hardware upgrade. If you already did some research, you might also be already aware of the fact that any single 32-bit application can use a maximum amount of 2GB of RAM, regardless of what your system actually has.
#LAA 4GB MEM PATCH WINDOWS 10#
If you’re reading this, you are most likely dealing with an issue regarding a 64-bit Windows machine (such as Windows 2008 Server, Windows 2012 Server, Windows 7, Windows 10 and so on) and a rather old, 32-bit (x86) executable file with some memory issues.
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