Virtual Memory

What is Virtual Memory?

Virtual memory is the component of an operating system (OS). It is in charge of memory management. In the Virtual Memory, the Physical Memory (Hard Disk) will be treated as the Logical Memory (arbitrary access memory (RAM)). Means with the assistance of virtual Memory we can likewise briefly expand the size of Logical Memory as from the Physical Memory. A client will see or feels that every one of the Programs is running into the Logical Memory of the Computer. With the assistance of virtual Memory, all the Space of Hard Disk can be utilized as the Logical Memory So that a client can execute any number of projects.


– Dispensing memory is simple and shoddy

– Disposes of outside fracture

– Information (page outlines) can be dissipated all over PM

– Pages are mapped fittingly at any rate

– Enormous projects can be composed, as virtual space accessible is colossally contrasted with physical memory.

– Less I/O expected prompts quicker and simple swapping of procedures.

– Progressively physical memory accessible, as projects are put away on virtual memory, so they consume exceptionally less space on genuine physical memory.

– Increasingly proficient swapping

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How to oversee Virtual Memory?

Working frameworks have default settings that decide the measure of hard drive space to assign for virtual memory. That setting will work for most applications and procedures, however, there might be times when it’s important to physically reset the measure of hard drive space allotted to virtual memory, for example, with applications that rely upon quick reaction times or when the PC has numerous HDDs.

At the point when physically resetting virtual memory, the base and most extreme measure of hard drive space to be utilized for virtual memory must be indicated. Allotting too little HDD space for virtual memory can bring about a PC coming up short on RAM. In the event that a framework consistently needs increasingly virtual memory space, it might be savvy to consider including RAM.


The utilization of virtual memory has its tradeoffs, especially with speed. It’s commonly better to have however much physical memory as could reasonably be expected so projects work straightforwardly from RAM or physical memory. The utilization of virtual memory eases back a PC since information must be mapped among virtual and physical memory, which requires additional equipment support for location interpretations.

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How Virtual Memory Can Slow Down Performance?

On the off chance that the size of virtual memory is very enormous in contrast with the genuine memory, at that point all the more swapping to and from the hard circle will happen subsequently. Getting to the hard plate is far slower than utilizing framework memory. Utilizing an excessive number of projects without a moment’s delay in a framework with a deficient measure of RAM brings about consistent plate swapping – additionally called whipping, which can truly hinder a framework’s exhibition.

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