Continuous Monitoring in No-Signal Areas
No-Signal Areas Create Remote Monitoring Blind Spots
Remote mountain, forest, and desert lines often lack reliable public network coverage, preventing timely backhaul of video, alarm images, and sensor data for remote inspection, risk warning, and emergency response.
Conventional Communication Is Costly to Deploy and Maintain
Fiber deployment is costly and time-consuming, while conventional wireless bridges require more devices, higher power, and precise alignment, increasing deployment and maintenance complexity.
Solution:Use transmission towers as communication nodes and relay monitoring data through a low-power multi-hop Mesh network to a gateway with public network connectivity.
Long-Range Multi-Hop Backhaul & Flexible Networking
Extend communication coverage through multi-hop relaying between adjacent towers, while supporting flexible networking topologies such as chain, star, or Mesh based on line layout and site conditions, ensuring reliable backhaul for HD video, alarm images, and sensor data.
Low-Power, Easy Deployment
Only one device is required per tower, reducing equipment compared with conventional point-to-point bridges. Omnidirectional antennas eliminate complex alignment, while low-power operation suits solar-powered remote sites.
Self-Healing Networking & Visual O&M
Automatically reroute data when a node or link fails, reducing communication interruptions. Visualized topology, link quality, and node status support rapid fault diagnosis.
Extend remote inspection, external threat warning, wildfire monitoring, and icing monitoring into no-signal areas without large-scale fiber deployment. Fewer devices, low power consumption, and self-healing links reduce communication, power, and long-term O&M costs.
Eliminate Remote Monitoring Blind Spots
Eliminate Remote Monitoring Blind Spots
Reliable Video & Alarm Data Backhaul
Reliable Video & Alarm Data Backhaul
Lower Communication Cost
Lower Communication Cost
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