If ntoskrnl.exe manages memory, then why does it consume all the memory and a whole lot of CPU? Here are the known reasons as to why this occurs. Reasons why Ntoskrnl.exe consumes a lot of Disk Space, Memory and CPU The space is now freed for use by other tasks. When the program is closed, it is unloaded from the memory (RAM) along with the data it was processing. The execution part will have access to several devices including GPU, CPU, Disk Space (ROM or HDD, SSD etc.), Network Devices and many more devices depending on the task being executed. The CPU decodes it, executes the task and records the results to the memory which might later get recorded to the disk by the loaded program. A task is loaded to the memory (RAM) along with the program that will execute this task. The system protection means it will not easily get deleted or corrupted. That is why Ntoskrnl.exe is such a protected system file.
It contains the cache manager, the executive, the kernel, the security reference monitor, the memory manager, and the scheduler.
Ntoskrnl.exe (Short for Windows NT operating system kernel) otherwise known as kernel image, is a system application file that provides the kernel and executive layers of the Windows NT kernel space, and is responsible for various system services such as hardware virtualization, process and memory management, thus making it a fundamental part of the system. Windows 10 is a large operating system, but how does it handle memory operations so well? This can be owed to the ntoskrnl.exe memory handler. What is Ntoskrnl.exe and what does it do?
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