Product Overview
This product is designed to provide a comprehensive ZigBee network educational laboratory, allowing students and professionals to explore ZigBee communication and control systems. The laboratory features a flexible and parametric configuration for designing various ZigBee network architectures and controlling sensor groups in real-time.
This device set is part of the PT 4603 MAP Mobile Application Development Laboratory, a module of the LHP 4000 Advanced Telecommunications Laboratory.
Network Architecture Configurations
- Direct Point-to-Point Configuration
- Server to 1 or 2 sensor groups, or both simultaneously, for easy communication and data transfer.
- Two Separate Networks for Sensor Groups
- Two distinct ZigBee networks with separate control over each sensor group (Node/Star configurations).
- Discrete Device Control Network Configuration
- Individual control network for discrete devices, providing specific configurations for varied control needs.
System Specifications
- Processor: BCM2711 Quad-Core Cortex-A72 (ARM v8) 64-bit SoC @ 1.5GHz
- Memory: 4 GB LPDDR4
- Storage: 32 GB
- Ethernet: Dual Gigabit Ethernet RJ45
- USB Ports: 3 x USB
- HDMI: 2 x HDMI ports, supports 4K 30fps output
- CSI Camera Ports: 2 x MIPI CSI-2, 15-pin 1.0 mm FPC connectors
- Wi-Fi: 1 x ZigBee Port
- Audio: 1 x stereo output
- Display: 7″ LCD Touch Panel with programmable function keys
- Power Supply: Input 100-240V AC, power adaptor included, output 7V-36V DC
- Operating System: LINUX
- Operation Temperature: -20°C ~ 85°C ambient temperature
Key Features
- All-in-One Development Computer: Combines all necessary components for ZigBee network configuration and control.
- Flexible ZigBee Network Configuration: Parametric setup allows for easy adaptation to various educational needs and laboratory experiments.
- Robust Connectivity: Dual Gigabit Ethernet and ZigBee port for seamless communication.
- Touch Interface: 7″ LCD touch panel for intuitive user interaction with programmable functions.
- Multi-Device Support: Controls up to 2 sensor groups or discrete devices through point-to-point or node/star network configurations.
- Versatile Operating Conditions: Designed for a wide range of temperatures, making it ideal for diverse educational environments.
Ideal Applications
- ZigBee Network Training: Hands-on learning for students to build and understand ZigBee-based networks.
- IoT and Smart Home Projects: Create and manage IoT systems for real-world smart home applications.
- Sensor Data Management: Control and monitor sensors in diverse setups such as temperature, humidity, or motion sensors.
- Network Troubleshooting & Design: Learn to troubleshoot and design ZigBee communication protocols.
Conclusion
This ZigBee network educational laboratory provides the perfect hands-on platform for learning and experimentation with wireless communication and IoT control systems. Its flexible configuration and powerful hardware make it an essential tool for modern educational environments, particularly for training in wireless communication technologies and IoT solutions.