Application Scenarios of Wireless Mesh Network Radios
Application Scenarios of Wireless Mesh Network Radios
Point-to-Multipoint and Multipoint-to-Multipoint Transmission of Real-Time Data, High-Definition Video, and Clear Voice Over Large Areas with High Speed and Low Latency
Wireless mesh network radios are particularly suitable for non-line-of-sight (NLOS) multipath fading environments and critical communications involving video, data, and voice:
1. Robots/Unmanned Vehicles: Reconnaissance/Surveillance/Counter-Terrorism/Monitoring
2. Air-to-Air & Air-to-Ground & Ground-to-Ground Communications: Public Safety/Special Operations
3. Urban Networks: Emergency Support/Routine Patrols/Traffic Management
4. Indoor and Outdoor Environments: Firefighting/Emergency Rescue/Forestry/Civil Air Defense/Earthquake Response
5. Wireless Audio and Video for TV Broadcasting/Live Event Coverage
6. Maritime Communications/High-Speed Ship-to-Shore Transmission
7. Low-Deck Wireless Networks/Shipboard Landing
8. Connectivity in Mines/Tunnels/Basements
Point-to-Multipoint and Multipoint-to-Multipoint Transmission of Real-Time Data, High-Definition Video, and Clear Voice Over Large Areas with High Speed and Low Latency
Wireless mesh network radios are particularly suitable for non-line-of-sight (NLOS) multipath fading environments and critical communications involving video, data, and voice:
1. Robots/Unmanned Vehicles: Reconnaissance/Surveillance/Counter-Terrorism/Monitoring
2. Air-to-Air & Air-to-Ground & Ground-to-Ground Communications: Public Safety/Special Operations
3. Urban Networks: Emergency Support/Routine Patrols/Traffic Management
4. Indoor and Outdoor Environments: Firefighting/Emergency Rescue/Forestry/Civil Air Defense/Earthquake Response
5. Wireless Audio and Video for TV Broadcasting/Live Event Coverage
6. Maritime Communications/High-Speed Ship-to-Shore Transmission
7. Low-Deck Wireless Networks/Shipboard Landing
8. Connectivity in Mines/Tunnels/Basements