KVM is the abbreviation for keyboard, video, mouse. In the IT world, the term in combination with the technology developed for it stands for a special technology that makes it possible to control several computers or servers using a single set of keyboard, monitor and mouse.
The term should not be confused with KVM Virtual Machine (Kernel-based Virtual Machine). The "virtual machine" is a virtual infrastructure of the Linux kernel.
KVM (Keyboard, Video, Mouse) technology is often used in data centers or situations where a single person needs to access multiple computers without having to switch between different workplaces. Using a KVM switch, users can switch between different computers or servers without having to physically change their workplace.
For example, an IT administrator in a large company might have the task of monitoring and managing the systems of several servers. Without KVM technology, he would have to physically move from one server to the next. With technical support, he can remain at a single workplace and access all servers via the interface.
Another example could be found in a broadcast application. In a television studio with multiple cameras and video feeds, a single technician with the right hardware could switch between the different cameras and feeds to select the desired view and display it on the screen.
The benefits of KVM technology are also useful for air traffic control or in an industrial control room where critical systems need to be monitored and controlled from a central location.
FAQ:
What is a KVM switch?
A KVM switch is a device that allows users to control multiple computers or servers with just one keyboard, monitor and mouse. This is particularly useful in environments where multiple systems need to be monitored or controlled, such as data centers, control rooms or studios.
What are the advantages of KVM technology?
KVM technology has several advantages. Firstly, it saves space and reduces the amount of hardware needed to control multiple systems. Secondly, it enables efficient and effective system monitoring and control as the user does not have to physically switch from one system to another. Finally, it can save costs as less hardware is required and less time is spent on system administration.
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