PC games crashing during multitasking can be a frustrating experience, especially when it happens in the middle of an important match. You might be playing a game while staying connected with friends on Discord, listening to music on Spotify, or keeping several browser tabs open. Then, without warning, the game freezes and suddenly closes back to the desktop.
When this happens, it is easy to assume that the graphics card or processor is the problem. However, the amount of RAM available on your PC can also have a major impact on system stability, particularly when you are gaming while running several other applications at the same time.
That is why checking your RAM usage can be a good place to start before immediately blaming your GPU or CPU. On PCs that are still running with 8GB of RAM, limited memory can become increasingly noticeable when gaming and multitasking happen together.
Why Do PC Games Crash During Multitasking?
When you launch a game, your PC uses RAM to temporarily store the data needed to keep everything running. This includes visual assets, textures, characters, maps, and various processes that are handled while you play.
At the same time, background applications also consume memory. Discord continues running for voice communication, Spotify uses memory to play music, and your browser can take up additional resources with every open tab.
As more applications run simultaneously, RAM usage increases. Once the available memory starts getting close to its limit, the operating system may need to move some data to the storage drive through a process known as paging.
While this allows the system to keep operating, storage is significantly slower than RAM when it comes to accessing temporary data. As a result, you may notice stuttering, slower system response, or, in some situations, game instability and crashes.
Multitasking Can Increase Your RAM Requirements
Modern gaming is rarely limited to running a single application. Many gamers communicate with friends through Discord, listen to music, browse the web, or monitor their hardware while playing.
All of these activities require system resources. When they are combined with a demanding game, the available memory has to be shared between the game and everything else running in the background.
This does not necessarily mean that a game will crash every time RAM usage becomes high. However, when memory capacity is consistently pushed to its limit, the system has less room to handle additional workloads.
For this reason, RAM requirements should not be considered based solely on a game's minimum system requirements. If you regularly multitask while gaming, you also need to consider how much memory your other applications consume.
Why Is 16GB RAM Worth Considering?
Moving from 8GB to 16GB gives your system considerably more memory headroom for the operating system, games, and background applications.
With more available memory, your PC has greater flexibility when handling multiple tasks at once. You can keep Discord running, listen to Spotify, or browse the web without having to constantly close other applications just to give your game more breathing room.
However, capacity is not the only factor worth considering. RAM speed can also affect how quickly data moves between the processor and memory. That means it is important to look at the overall specification, including capacity, frequency, motherboard compatibility, and features such as Intel XMP support.
Choosing the Right RAM for Your Gaming PC
If your PC is built around a DDR4 platform, a 16GB memory kit running at 3200MHz can be an option worth considering for gaming and everyday multitasking.
One product that fits into this category is the ET ColorSync DDR4-16G. It offers 16GB of capacity with a 3200MHz speed, giving users more memory headroom for gaming alongside other applications.
The ET ColorSync DDR4-16G also supports Intel XMP 2.0 on compatible systems. This allows users to activate the memory's performance profile through the BIOS rather than manually adjusting the frequency settings.
Performance is not the only consideration, either. The memory module also features RGB lighting, which can add a visual touch to a gaming PC, particularly for builds with a transparent side panel.
For users looking to upgrade both the practical and visual aspects of their DDR4 gaming setup, these features can make the memory an interesting option to keep on the shortlist.
More RAM Does Not Mean Every Game Crash Will Disappear
Although upgrading RAM can help when crashes are related to limited memory, it is important to remember that RAM is not the cause of every gaming problem.
Graphics driver issues, high component temperatures, corrupted game files, operating system problems, BIOS settings, and other hardware issues can also cause games to crash.
That is why it is better to check your system before deciding which component needs an upgrade. Windows Task Manager, for example, can show how much RAM is being used while your game and background applications are running.
If memory usage regularly approaches the maximum available capacity, increasing your RAM to 16GB may be a practical upgrade to consider.
A More Balanced Setup Can Make Multitasking Easier
When a PC game keeps crashing during multitasking, the solution is not always a more powerful GPU or a faster processor. In some cases, limited RAM can be an important part of the problem.
Having 16GB of RAM gives the system more room to handle games and background applications at the same time. For gamers using a DDR4-based PC, a 16GB 3200MHz configuration can therefore be a sensible option for balancing gaming and multitasking needs.
The ET ColorSync DDR4-16G is one option worth considering for users who want additional memory capacity along with 3200MHz performance and RGB lighting. Before upgrading, however, make sure your motherboard and system support the memory specifications.
With the right memory capacity and a properly balanced configuration, gaming while staying connected on Discord, listening to music, or browsing the web does not have to mean constantly competing for system resources.
