Since RAM is short-term data that only exists for programs that are currently running, restarting your device will clear your RAM. Some processes may be running in the background without your knowledge, and a restart is a sure way to tell those processes to stop and give your RAM a break.
The simplest way to completely clear your RAM and start fresh is to restart your Windows PC or fully shut down your Mac and then turn it back on. By fully shutting down your computer, you remove power from the RAM, which clears it out. When you turn your computer back on, you'll be working with a clean slate.
Push down on the tabs on either side of the RAM till it clicks out. Place the RAM on a soft cloth and in a safe place. Wait 60 seconds after removing RAM, this will ensure a full reset. Be careful and deliberate with your hardware, mistakes can be expensive.
To reset all RAM and hardware registers to a zero or blank condition. Selecting Restart to reboot the computer does not clear memory, but turning it off and on again guarantees that memory is cleared and the system is reset.
While it may look like all of the memory was wiped when you do a factory reset, in fact, the data still exists in the background, and will continue to be saved there until it is overwritten by new data.
The most common and effective solution for RAM failure is to replace the faulty module with a new one that is compatible with your system and other modules. You should also make sure that you install the RAM correctly, and that you follow the proper precautions to avoid any damage or static discharge.
Only a technician with component-level repair expertise can repair a memory module. The required soldering/ desoldering equipment is relatively complex, especially with modules and cards made with extremely thin Surface Mount Technology (i.e., devices with BGA or TSOP chips).
Causes of RAM failure are various such as soft errors (heat, magnetic interference, electrostatic discharge, power surges, etc.), hard errors, flawed RAM modules, etc. And RAM issues sometimes happen unexpectedly.
RAM is a form of temporary storage that gets wiped when you turn your computer off.
The device may run very slowly, will be unable to install updates and new programs or save any more files, and will likely become unstable or unusable. If your device or computer is displaying memory warnings, or you're concerned, it's fairly straightforward to check the amount of memory being used on it.
Your Motherboard Might Not Support It
Some motherboards simply do not support RAM speeds above a certain limit. Take the above board for example. The max RAM frequency that it supports is 3466 MHz. If you bought a DDR4 RAM kit that touted speeds of 4000 MHz, it would not run at that speed if you used this motherboard.
RAM is used to store information that needs to be used quickly. This means that opening many programs, running various processes or accessing multiple files simultaneously is likely to use a lot of RAM. Particularly complex programs like games or design software will require the most RAM.
Because of its volatility, RAM can't store permanent data. RAM can be compared to a person's short-term memory, and a hard disk drive to a person's long-term memory. Short-term memory is focused on immediate work, but it can only keep a limited number of facts in view at any one time.
RAM's Performance Lifespan
This is why it is best to know what RAM is compatible with your PC first before buying your RAM. Generally, you could last around 8 to 12 years before needing an upgrade but that is only if you want to play the latest games without consuming too much memory.
Random Access Memory (RAM) wears out over time. If your PC frequently freezes, reboots, or brings up a BSOD (Blue Screen Of Death), bad RAM just might be the problem. Corrupt files can be another sign of bad RAM, especially when the corruption is found in files that you've used recently.
Unless there's a major short circuit somewhere, bad RAM is extremely unlikely to do any physical damage to a motherboard, but it can certainly prevent a proper boot from occurring.
To launch the Windows Memory Diagnostic tool, open the Start menu, type "Windows Memory Diagnostic", and press Enter. You can also press Windows Key+R, type "mdsched.exe" into the Run dialog that appears, and press Enter. You'll need to reboot your computer to perform the test.
Because your files, documents, and data are saved on your storage drive, they will remain unaffected when you install new RAM.
The data (system & user files) are stored in secondary / auxiliary storage in every PC. Data in your PC will be stored in secondary storage (HDD or SSD ) only. Hence changing of RAM, MBD and CPU will not cost you any loss of data.
If you experience lag when typing, it could be a sign that your computer needs more RAM. Normally, your computer should respond almost immediately when you press a key. If there's a delay of a second or longer, it could be a sign of low RAM.
If the memory usage is close to 100%, this can slow things down a lot. This is because the computer will then try to use your hard disk as a temporary memory store, called swap memory. Hard disks are much slower than the system memory. You can try to free up some system memory by closing some programs.