Post Date
June,
14
2026
Microsoft is promising that Windows 11 will complete tasks faster than its predecessor. But how is the software behemoth going to accomplish this?
Microsoft has already promised that Windows 11 will have significant performance improvements over Windows 10 ahead of its full release in October. Microsoft claims that Windows 11 resumes 25 percent faster than Windows 10 when compared to the previous version.
Is Microsoft telling the truth, or is it all a bunch of nonsense? Let's have a look at how Microsoft managed to make Windows 11 run faster than Windows 10.
In Windows 11, Microsoft modified its resource distribution algorithms to prioritize foreground processes. This implies that apps will open faster and that the apps you already have will continue to work without latency.
Let's use the example of a Windows 10 machine with a dual-core processor and a couple of gigabytes of RAM to better comprehend this. You can only run a few apps with decent performance on a PC with these system specifications.
Opening a couple of background activities will significantly slow down the machine. This occurs because background programs hog resources, slowing down the machine, which is already underpowered.
This problem is solved in Windows 11 by recognizing foreground tasks and prioritizing them for resource allocation. As a result, even on PCs that meet the minimum Windows 11 requirements, active apps will perform better than on Windows 10 devices with equivalent configurations.
1. Windows 11 intelligently distributes resources
Whenever a computer feels slow or stalled, the issue is nearly always related to resource distribution. This isn't to say that less-than-optimal hardware isn't an issue. Resource distribution, on the other hand, can make or break the user experience on slower machines.
In Windows 11, Microsoft modified its resource distribution algorithms to prioritize foreground processes. This implies that apps will open faster and that the apps you already have will continue to work without latency.
Let's use the example of a Windows 10 machine with a dual-core processor and a couple of gigabytes of RAM to better comprehend this. You can only run a few apps with decent performance on a PC with these system specifications.
Opening a couple of background activities will significantly slow down the machine. This occurs because background programs hog resources, slowing down the machine, which is already underpowered.
This problem is solved in Windows 11 by recognizing foreground tasks and prioritizing them for resource allocation. As a result, even on PCs that meet the minimum Windows 11 requirements, active apps will perform better than on Windows 10 devices with equivalent configurations.
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