Abstract: Provided are techniques for status information saving among multiple computers. In one embodiment, a selected computer is operated using a plurality of input/output devices over switched input/output signal paths passing through a KVM (keyboard video mouse) switch positioned between the selected computer and the plurality of input/output devices. Status data is carried over signal paths passing through the KVM switch wherein the status data represents status information for a plurality of computers connected to the KVM switch. The status data passing through the KVM switch is stored in a memory coupled to the KVM switch. Other embodiments are described and claimed. Other embodiments are contemplated, depending upon the particular application.

Abstract: Provided are techniques for status information saving among multiple computers. In one embodiment, a selected computer is operated using a plurality of input/output devices over switched input/output signal paths passing through a KVM (keyboard video mouse) switch positioned between the selected computer and the plurality of input/output devices. Status data is carried over signal paths passing through the KVM switch wherein the status data represents status information for a plurality of computers connected to the KVM switch. The status data passing through the KVM switch is stored in a memory coupled to the KVM switch. Other embodiments are described and claimed. Other embodiments are contemplated, depending upon the particular application.

Abstract: Provided are techniques for status information saving among multiple computers. In one embodiment, a selected computer is operated using a plurality of input/output devices over switched input/output signal paths passing through a KVM (keyboard video mouse) switch positioned between the selected computer and the plurality of input/output devices. Status data is carried over signal paths passing through the KVM switch wherein the status data represents status information for a plurality of computers connected to the KVM switch. The status data passing through the KVM switch is stored in a memory coupled to the KVM switch. Other embodiments are described and claimed. Other embodiments are contemplated, depending upon the particular application.

Abstract: A method, system, and computer program product for implementing virtual keyboard video mouse (KVM) switching functionality using a processing device in communication with a memory device is provided. Keyboard, video, and mouse signals for a first computer are redirected to be carried over a standardized serial bus connecting the first computer to a second computer. Each of the keyboard, video, and mouse signals are carried at predetermined frequencies. The keyboard, video, and mouse signals on the second computer are identified and separated. The keyboard, video, and mouse signals are passed to an operating system on the second computer. The keyboard, video, and mouse signals are used by the operating system to manage the first computer.

Abstract: Provided are techniques for status information saving among multiple computers. In one embodiment, a selected computer is operated using a plurality of input/output devices over switched input/output signal paths passing through a KVM (keyboard video mouse) switch positioned between the selected computer and the plurality of input/output devices. Status data is carried over signal paths passing through the KVM switch wherein the status data represents status information for a plurality of computers connected to the KVM switch. The status data passing through the KVM switch is stored in a memory coupled to the KVM switch. Other embodiments are described and claimed. Other embodiments are contemplated, depending upon the particular application.

Abstract: A method, system, and computer program product for implementing virtual keyboard video mouse (KVM) switching functionality using a processing device in communication with a memory device is provided. Keyboard, video, and mouse signals for a first computer are redirected to be carried over a standardized serial bus connecting the first computer to a second computer. Each of the keyboard, video, and mouse signals are carried at predetermined frequencies. The keyboard, video, and mouse signals on the second computer are identified and separated. The keyboard, video, and mouse signals are passed to an operating system on the second computer. The keyboard, video, and mouse signals are used by the operating system to manage the first computer.