If you have only one monitor, how can you watch different images at the same time? It is a hassle if you manually zoom in and out of the view. As workflows grew more complex, people needed to control and manage multiple data sources, which led to the increasing demand for simultaneous multi-device monitoring. UP to now, the multi-view KVM switch has performed marvelous functions in many industries. Now let’s explore its features and applications.
What is a multi-view KVM switch?
A multi-view KVM switch is a device that connects multiple servers or computers to a single console (monitor, keyboard, mouse), displaying multiple live feeds simultaneously on a monitor or several monitors. It is suitable for multitasking and better than the single-view switch that can only support one device at a time.
A multi-view KVM switch supports different view modes, such as Picture-in-Picture(PiP) mode, Picture-by-Picture mode, Picture-on-Picture mode, Quad-View mode, and full-screen mode.
Features of multi-view KVM switches
1. Simultaneous Multi-Screen Monitoring
A multi-view KVM switch allows users to monitor and control multiple video sources from multiple computers simultaneously.
2. Superior Resolution Support
It generally supports high resolution, which is critical for designers, video editors, and gamers. Regardless of the video mode (PiP, PoP, PbP, full-screen), it provides a clear visual experience. And the EDID emulation ensures consistent resolution recognition.
3. Convenient Control
Multi-view KVM switches allow users to switch computers via several methods such as keyboard hotkeys, UI interface, and front panel LEDs.
4. Space and Cost Efficiency
Multi-view KVM switches can achieve real-time control of multiple computers, eliminating the need for some redundant USB peripheral devices like keyboards and mice, which can reduce desk clutter. More space is saved and the costs are reduced.
5. Wide Compatibility
It is designed with USB-C, HDMI, and DisplayPort connectivity. USB hubs, webcams, and external drives are supported.
How do multi-view KVM switches work?
The KVM switch is like a hub, routing video signals from connected devices to the monitors. Users can interact with any selected computer by clicking on its designated window or using hotkeys. It supports boundless switching, enabling immediate access and control of any video source by allowing the mouse cursor to move effortlessly across window borders or multiple displays without restrictions.
What scenarios is this multi-view KVM switch used in?
1. Super Markets
In order to maintain order in the supermarket, many monitoring devices are used to record real-time activities. Multi-view KVM switches allow users to watch many videos at the same time, which can simplify the workflows and improve work efficiency.
2. Financial Trading
Multi-view KVM switches are commonly used to track live market data, news feeds, and trading platforms.
3. Government
This KVM switch is also used in special government industries such as the military.
4. Transportation
There are some traffic conditions and road planning that also require the use of multi-view KVM switches to monitor and process data in multiple directions.
5. Broadcasting
Broadcasts of some large-scale events also require this convenient KVM switch to manipulate and send video sources, allowing operators to manage multiple video sources at the same time.
6. Data Centers
It allows users to centralize control of hundreds of servers, reducing physical access needs.
Differences between multi-monitor KVM switches and multi-view KVM switches
Different from multi-view KVM switches, multi-monitor KVM switches mean that users can use multiple monitors to control multiple computers; and don’t support multi-view mode in a monitor. Multi-monitor KVM switches are suitable for some content creators like artists and engineers who need to make engineering diagrams.
Summary
Multi-view KVM switches are not niche tools anymore, performing their functions in many fields as mentioned transportation, broadcasting, government, supermarkets, and data centers. By enabling users to move mouse among different views seamlessly, these devices can optimize the space utilization and improve productivity, which adapts to the contemporary pace of work.
