When more than MBs of ram is installed, Windows can assign all of the virtual addresses incorrectly to Vcache. This will result in Out of Memory errors. I would like to add that there are not many applications written for Windows 98 that uses more than 1GB RAM, especially applications from way back then. You may install modern applications or more advanced applications but then that really defeat the purpose.
It may sound extremely wasteful, but maybe try to run your Windows 98 on SSDs as to leverage the fast storage fast Virtual RAM so that the system may feel like it is running on turbo mode I'm sure I'm not the only one, but WHY!? If you "need" 8GB of ram then you probably also "need" something new enough to handle that much ram.
There seems to be a significant disconnect between the two. But as cheap as memory is these days, if putting a ton of RAM in a Windows 9x box makes you happy, go ahead and do it. Windows 98 out of memory when you have 2 gigabytes?
How much cache is enough? If you liked this post, please share it! Note: The above steps provide a better environment in nearly all cases, and will rarely have an adverse effect on the client's configuration.
The steps below may be temporary, intended for diagnostic purposes only, and will need to be undone to restore the computer to its previous configuration. However, if you need to go this far, you will not usually restore the computer's configuration.
Suppose you have memory problems and there are only bit applications running on a bit platform. Few applications cause memory problems in Windows 95, 98, and Me; all applications seem to be well-behaved and abide by the rules, with the exception of applications, utilities, or tools that deal directly with memory.
The same is true of disk caches, drive-performance enhancers, and replacement shells. Before trying to run down memory problems, sever the connection between Windows and surrogate memory managers and shells. The most frequent bit sources of Windows 95, 98, and Me memory problems are video drivers, the virtual memory subsystem, the Plug and Play subsystem, and hardware configuration.
Your resources and tools for this process are:. Inappropriate hardware registration can cause symptoms that look like memory faults, especially Fatal Exceptions 0D and 0E, but also conventional page faults and GPFs. Plug and Play registration is very sensitive to timing. When the system reboots, Windows will detect each device in the computer one at a time.
Doing so tends to prevent device conflicts. Once all of the new device drivers have been loaded, you may have to manually reconfigure some settings such as your network connection. This somewhat tedious process, however, should fix your Windows Protection Error. General Protection Faults and illegal action errors Finally, General Protection Faults GPFs and illegal action errors are usually caused when a program tries to use an illegal memory address.
Instead, these errors can be caused by any segment of code, even at the system or device driver level. The address that the program tries to access may be illegal for any number of reasons. For example, another program may be using it already. Other causes are that the memory address is flagged as read only or the address may not exist at all.
Whatever the cause, the important part is fixing it. There are countless things that can cause system errors. If you're experiencing GPF or illegal action errors, I recommend beginning the troubleshooting process by following the instructions found in the section above on dealing with Windows Protection Errors.
The main difference is that a GPF is a less severe error. Editor's Picks. The best programming languages to learn in Check for Log4j vulnerabilities with this simple-to-use script.
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