October 20, 2023

How can Q-NEX NMP Enhance Visual Learners’ Studying Experience?

Smart Classroom - lQDPJyKCre02A1bNAS7NAauw9LM8kpF oTYEmVjEAMAQAA 427 302 1

How can Q-NEX NMP Enhance Visual Learners’ Studying Experience?


Each person has their own specific characteristics, based on their upbringing and personal values. Facing the scarcity of audiovisual aid educational tools, some teachers may be troubled by how to teach visual learners better. Fortunately, Q-NEX technology provides many effective audiovisual tools in the education field. One of the core terminal units is the Q-NEX Networked Media Processor. It is an AV control system that can be integrated with digital broadcasting, digital power amplifiers, audio and video matrix switching, network switches, and more. In this article, we are going to talk about the features of visual learning and how Q-NEX NMP can enhance visual learners’ studying experience.

Q NEX Group Learning Solution 13

1. Types of Learning Styles

To help students better understand their special learning preferences. Fleming established a classification learning type standard in 1987. The VARK model of learning classifies learners based on their learning and understanding preferences. The VARK model grouped four types of learning. They are visual learning, auditory learning, reading and writing, and kinesthetic learning.

1.1 Visual learners

Visual learners typically utilize visual aids such as images, movies, charts, and other visual resources to enhance their learning experience and achieve better outcomes.

1.2 Auditory learners

Auditory learners have a preference for utilizing audio resources like music, discussions, and lectures to enhance their learning experience.

1.3 Reading and writing learners

Reading and writing preferences are enhanced through listing, reading textbooks, taking notes, and other methods to enhance learning.

1.4 Kinesthetic learners

Kinesthetic learners emphasize practical and hands-on abilities, and enhance their understanding and application of knowledge through experiments and hands-on activities.

2. Who are visual learners

Compared to receiving audio messages, typical visual learners prefer to read information from textbooks or whiteboards.

The magical powers of visualization technology have greatly developed. Visual learners can understand and master the principles of knowledge points easily. Graffiti and painting are often their favorite learning tools.

In addition, visual learners prefer to remember details. Such as colors, and spatial arrangements, and excel in memory games. They are able to store maps and directional positioning in the brain. so visual learners often have good orientation

3. The technical architecture of the Networked Media Processor

The Q-NEX Networked Media Processor, a kind of AV control system, has the key function of device control, which is network-based, enabling users to conveniently and remotely manage the device.

The components of NMP include a Networked Media Processor, a wireless microphone to transfer high-quality audio content, a touch panel to make video matrix switching seamlessly, and an optional control panel for IT administrators to remotely manage different kinds of devices.

The application module of Q-NEX NMP is composed of a power relay, wireless mic system, LAN switch, networked AV decoder, digital amplifier, serial control module, and AV matrix switch. Power relays are capable of switching electrical power on or off, making them ideal for controlling classroom electrical equipment like displays or lights. A LAN switch module enables extended network ports for classroom devices. Networked AV decoder plays a crucial role in AV distribution systems. Digital amplifiers can amplify and enhance audio signals through digital processing techniques, and AV matrix switch enables the routing and distribution of audio and video signals from multiple input sources to multiple output destinations.

4. The role of NMP in enhancing visual learners’ studying experience

The Networked Media Processor (NMP) plays a crucial role in enhancing the educational experience for visual learners. Q-NEX NMP becomes an essential tool for maximizing visual learning by offering features such as AV broadcasting, interactive learning methods, superior visual display, and seamless collaboration and sharing.

4.1 AV broadcasting

Q-NEX NMP can broadcast audio visual content seamlessly. These functions include live streaming high-quality videos, and interactive demonstrations. Q-NEX NMP has great device compatibility. It has a 3×3 AV matrix switch, which allows different types of screen sharing. So teachers can provide learning experiences diversely for visual learners, and enhance their understanding and memory of information. If you are interested in AV broadcasting, our history article discusses the benefits of audio over IP networks in campus broadcasting and explains the working principles, you can click here to read it.

4.2 Interactive learning strategy

Q-NEX NMP can go with a series of interactive visual learning tools for visual learners. These tools include annotation functions, digital whiteboards, and screen-sharing functions. These features enable visual learners to actively take part in class.

4.3 High-quality visual display

Q-NEX NMP supports to go with high-resolution visual display. This ensures that visual learners can view detailed content clearly. Whether viewing complex charts, or visual expressions.  Q-NEX NMP offers an immersive learning experience, delivering high-quality visuals tailored to visual learners.

For example, when visual learners are learning geographic information system technology. With the assistance of NMP, clear and concise technical operations and high-definition visual maps can be captured and transmitted to different screens from laptops or document cameras, providing visual learners with higher-quality learning experience

4.4 Collaboration and sharing

By facilitating the sharing of visual content, Q-NEX NMP can promote collaboration between students with different learning styles. Whether it’s showcasing one’s visual projects, collaborating on group assignments, or sharing learning materials, Q-NEX NMP can create an interactive and participatory learning environment for visual learners.

At the same time, Q-NEX group learning solution supports group discussion sharing. These valuable academic exchange results can be shared on the screen of visual learners through screen switching and transmission, promoting visual learners to communicate and communicate with other learners with different learning styles, and obtaining a more positive and enjoyable learning experience.

4.5 Integration with the classroom lecture capture system

Q-NEX NMP can integrate with the classroom lecture capture system. Here, the lecture capture system allows teachers to record and upload videos in the cloud where visual learners can access course videos and other multimedia resources. This integration simplifies the learning process, making visual learners more convenient and efficient.

Transform Your Campus into a Smart and Connected Environment with Q-NEX's Innovative AV Solutions - 0908

In summary, multimedia content and flexible visual presentation can provide visual learners with learning at ease. Q-NEX NMP ensures high-quality visual displays, providing customized options. Furthermore, NMP also promotes collaboration and sharing. Integrating with learning management systems, can empower them with stronger abilities. With Q-NEX NMP, visual learners can enhance their learning experience. And improve their comprehension abilities. So, to achieve excellent academic results.

Q-NEX has also developed other visual help products. For your recommendation, which can be smoothly linked with NMP for use. If you want to learn more, please click here to explore various usage methods of related products.

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

Streamlining AV Control with Q-NEX Networked Media Processor (NMP)

Networked Control Systems: Integrating Q-NEX NMP  for Centralized Management

Creating Collaborative Learning Spaces with Q-NEX NMP: The Future of Divisible Classrooms