ZowieTek NDI POV Cameras Support Digiwill in Building Future Classrooms

Digiwill Co., Ltd. (President Director Hong Seok-hwan) recently conducted user training for officials from the Jeollanam-do Office of Education as part of the Future Classroom (ALC) project. The training took place on the 3rd and focused on preparing educators and administrators for the operation and demonstration of next-generation smart classroom environments.

Digiwill plans to showcase the Future Classroom solution at the 2024 Korea Glocal Future Education Expo, which will be held at the Yeosu Expo site on the 29th. During the exhibition, the company also intends to open trial courses for actual students. In addition to on-site demonstrations, the Future Classroom will be presented through real-time online education sessions, connecting with overseas students and highlighting the potential of cross-border digital learning.

Outcome: A Practical and Cost-Effective Foundation for Future Classrooms

With the integration of ZowieTek NDI POV cameras, Digiwill successfully established a stable, flexible, and cost-effective video solution for its Future Classroom project. The cameras supported smooth user training sessions, on-site demonstrations, and real-time online education, helping to present a clear vision of next-generation learning environments.

The simplified IP-based workflow reduced installation and maintenance complexity while maintaining professional image quality, making the solution suitable for large-scale deployment in educational institutions. As a result, the Future Classroom project demonstrated how compact NDI-enabled POV cameras can play a vital role in supporting modern, hybrid education models.

Challenge: Delivering Flexible and High-Quality Video for Future Education Scenarios

As the Future Classroom concept combines on-site teaching, remote learning, and live demonstrations, the project required a video solution capable of delivering clear, professional-grade images while remaining easy to deploy and manage. The system needed to adapt to various classroom layouts and conference-style environments, often with limited installation space, while supporting both local displays and real-time online transmission. At the same time, Digiwill aimed to minimize system complexity, avoiding excessive cabling and additional hardware, in order to ensure smooth operation during training sessions, exhibitions, and live classes.

Solution: ZowieTek NDI POV Camera

To meet these requirements, Digiwill selected ZowieTek NDI POV cameras as a key component of the Future Classroom solution. Thanks to their compact and flexible design, the cameras could be easily installed in different classroom and conference scenarios without disrupting the learning environment. Equipped with a high-quality 4K CMOS sensor, the cameras delivered sharp and detailed images, making them well suited for both in-person demonstrations and remote instruction.

The ZowieTek POV cameras support simultaneous HDMI and SDI output, allowing seamless integration with Digiwill’s all-in-one conference system and existing audiovisual infrastructure. Their interchangeable lens design further enhanced flexibility, enabling the system to adapt to different teaching spaces and viewing angles according to actual usage needs.

By leveraging NDI technology, the cameras connected directly to the network, enabling low-latency, high-quality video transmission without the need for complex additional equipment or extensive cabling. Comprehensive network control and broad protocol support allowed the cameras to integrate smoothly with Digiwill’s education technology platform and various production and streaming software environments. As part of the NDI ecosystem, the cameras fully support NDI|HX3, ensuring stable, efficient transmission and simplified workflow setup.

In addition, the NDI-based architecture allows the ZowieTek POV cameras to function as network cameras, enabling direct connection to common video conferencing platforms such as Zoom, Microsoft Teams, and Google Meet without relying on traditional USB connections. This capability further expanded deployment flexibility for hybrid teaching and remote learning scenarios.