Marvelmind Badge Indoor Tracking Demo | Marvelmind
What This Video Covers
This video demonstrates the Marvelmind Badge performing precise indoor tracking using an advanced configuration with dual-frequency beacons (19kHz and 31kHz) in a multi-submap TDMA setup. The demo showcases how the Marvelmind indoor positioning system delivers centimeter-accurate location data for autonomous robots, drones, and warehouse equipment. With intelligent architecture and dual submaps enabled, the system maintains consistent tracking performance in complex indoor environments.
Key Takeaways
- Dual-frequency beacon configuration (19kHz & 31kHz) provides robust interference rejection in complex indoor environments
- Two-submap TDMA Mode 1 architecture enables multi-asset tracking with reduced latency and improved scalability
- Centimeter-accurate positioning demonstrated on Marvelmind Badge receiver for autonomous systems
- Practical deployment model applicable to warehouse automation, forklift tracking, and indoor robot navigation
- Ultrasonic-based RTLS offers cost-effective alternative to UWB with proven indoor positioning accuracy
Who Should Watch This
Systems integrators, robotics engineers, and warehouse automation managers evaluating indoor positioning solutions. This demo addresses the need for precise, real-time location tracking of mobile assets and personnel in GPS-denied indoor environments where accuracy and reliability are critical.
FAQ
Detailed Overview
The Marvelmind Badge tracking demo presents a practical demonstration of high-accuracy indoor positioning using the company's ultrasonic RTLS technology. The setup employs four strategically placed beacons operating at dual frequencies (19kHz and 31kHz) with a dedicated modem, configured in a two-submap architecture with TDMA (Time Division Multiple Access) enabled in Mode 1. This configuration optimizes coverage and reduces interference in complex indoor spaces. The Badge itself functions as a portable receiver, enabling real-time location tracking for autonomous robots, drones, forklifts, and other mobile assets. The dual-frequency approach provides robustness against environmental interference while maintaining centimeter-level positioning accuracy. TDMA Mode 1 prevents signal collisions and improves system scalability, making it ideal for multi-asset warehouse automation environments. This type of deployment demonstrates Marvelmind's capability to deliver reliable indoor navigation systems that compete with UWB-based alternatives while offering superior cost efficiency and easier installation in existing facilities.
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