Tracking box model MT300N expands its compatibility to include CAM520 Pro3, CAM550, and CAM570 Pro series cameras.
The AVer MT300N NDI Matrix Tracking Box is a game-changer in the world of video production, designed to streamline workflows and improve the user experience. This innovative device, when used in conjunction with AVer's CAM520 Pro3, CAM550, and CAM570 cameras, offers a seamless, automated solution for professional video conferencing, broadcasting, education, and live streaming environments.
Key Features of AVer MT300N NDI Matrix Tracking Box
- NDI Integration: The MT300N supports the NDI (Network Device Interface) protocol, allowing for low-latency, high-quality video over IP networks, making it easy to integrate into modern IP-based production systems.
- Matrix Switching: The device allows for up to 8 camera inputs and 8 outputs, enabling flexible routing of multiple video sources to multiple displays or recording devices simultaneously.
- Auto Tracking Capability: Working with AVer's CAM series cameras, the MT300N offers automatic tracking of speakers or presenters within a room, eliminating the need for manual control.
- Centralized Control: The MT300N provides centralized control of multiple cameras and video feeds via software, simplifying multi-camera management.
- Preset and Scene Management: The device enables camera presets, sightseeing angle selection, and scene switching to streamline production workflows.
- Cross-Platform Control Compatibility: The MT300N is compatible with third-party AV control systems, ensuring seamless integration into existing environments.
Benefits When Paired with AVer CAM520 Pro3, CAM550, and CAM570
- Auto Tracking and Framing: The MT300N uses data from the CAM series’ AI-powered tracking technologies to automatically follow and zoom in on active speakers or participants, improving engagement and eliminating the need for dedicated camera operators.
- Improved Multi-Camera Production: The matrix switching function makes it easy to switch between different camera angles, enhancing production value.
- Consistent High-Quality Video: The CAM series offers professional PTZ precision and image quality that the MT300N leverages to deliver clear, smooth video feeds.
- Simplified Setup and Operation: Integrating the MT300N with compatible AVer cameras reduces the complexity of managing multiple devices, allowing a smaller team to operate a multi-camera shoot effectively.
- Scalability: You can expand the system by adding more cameras or monitors, as the MT300N is designed to handle multiple inputs and outputs through NDI workflows.
- Enhanced Collaboration: Ideal for conferencing, lecture capture, houses of worship, and broadcast environments where automatic speaker tracking and multi-angle views are critical, boosting interaction and professional presentation quality.
Summary
In combination with the CAM520 Pro3, CAM550, and CAM570, AVer’s MT300N NDI Matrix Tracking Box provides a powerful, IP-based, multi-camera tracking and switching solution tailored for professional AV production. It delivers the benefits of automated tracking, flexible video routing, and high-quality video capture, streamlining video workflows and enabling dynamic, engaging presentations and broadcasts. The MT300N supports the full line of AVer's Pro AV tracking cameras, making it a versatile addition to any production setup.
The AVer MT300N NDI Matrix Tracking Box, when combined with AVer's CAM520 Pro3, CAM550, and CAM570 cameras, harnesses technology to enhance the user experience by enabling features such as data-and-cloud-computing-based auto tracking and framing of active speakers or participants, thereby improving engagement. This setup also offers products like the MT300N the ability to leverage the high-quality video features of the CAM series cameras, resulting in consistent, high-definition video feeds. With the MT300N's data-and-cloud-computing capabilities, various profiles of multi-camera setups can be created and easily managed, allowing for scalability and enhanced collaboration in conferencing, lecture capture, houses of worship, and broadcast environments.
