Generally speaking, the video matrix is to realize the switching output video image from any input sources. An M×N matrix means that it can support M image input and N image output at the same time. 

In recent years, with the development of information technology, the processing ability of digital technology has been rapidly developed. So does the audio and video industry. The formats of transmission signals are becoming more varied, and the transmission ways change continuously. The traditional matrix signal switching and transmission ways no longer meet quite a lot of different needs of the users. They require not only simple and smooth operation but also the high performance of audio and video signals, device stability, and diversification of application scenarios.

Q-NEX solution adopts the digital video matrix, which integrates the video matrix module to a system – Q-NEX Networked Media Processor (NMP), which avoids complicated installation and debugging and greatly saves energy and time. NMP even has the ability to switch audio. It can synchronously switch video and audio signals to realize an audio-visual matrix. We support 3 input and 3 output video matrices with HDMI interfaces as the signal format. In the classroom, teachers can use their laptops for the courseware presentation, document camera for object demonstration, and IQVideo Lecture capture system for lecture recording, IQPoium, etc., as the input sources. The different types of displays are regarded as video output sources. Therefore, users can realize the sharing of video sources by various devices in the room according to the configuration required by their own application scenarios.

Here are some other articles that we think might interest you:

Why Audio Visual Communication Technology is Critical for Education

Enhancing Campus Audio Experience: Q-NEX Media Box (MBX) Solution

Why Screen Sharing Box is Key to a Highly Interactive and Collaborative Meeting