When 5G is combined with the immersive technologies of virtual reality (VR), augmented reality (AR), and mixed reality (MR), which make up extended reality (XR), it will be transformative to a learning environment. Today’s students learn much the way they also have through lectures, books, and hands-on labs.
What is XR?
Each of the technologies that make up c level contact list XR has been around for a long time. But with each new advancement in chip technology, storage densities, form factor (e.g., HD screens, headsets, and other wearables), networking speeds, and bandwidth improvements, they are maturing rapidly.
Virtual reality requires users to wear headsets and AR simply overlays images and information onto the real world using glasses or screens. These are great technologies for certain use cases but when combined in MR, you get a much more powerful experience.
Mixed reality enables users to actually interact directly with both the virtual and real worlds at the same time. (Think Minority Report meets Iron Man.)
The extension of learning
The combination of 5G and XR will use seasonal data to generate leads throughout the year allow students to learn interactively in a digital universe from wherever they are. Medical students can work on virtual patients, lecturers can conduct interactive talks virtually, breaking down the dual barriers of location and time–a huge benefit for the nation’s millions of commuter students who can’t attend lectures in-person.
Mobility is one of the key benefits of 5G.
But it’s more than just freedom. The gigabit speeds and super-low latencies of 5G can change how students learn and teachers teach.
When people learn through game-play, for example, they are much more willing to fail and fail more often without becoming discouraged. In fact, they become more determined to succeed.
Expanding research opportunities
The industrial sector is very interested trust review in the internet of things (IoT) technologies to improve operations. From free-ranging cobots that work alongside humans to mimicking and manipulating real-world processes in real time using digital twins, ultra-fast, reliable networking is key to transmitting the telemetry data these machines and sensors generate.