SECURE IN-CLOUD SOFTWARE

Wireless Bridge K7100 series

High‑bandwidth long‑range wireless communication for UAV line inspections and power grid monitoring. Stable HD video & data transmission in harsh field environments.

Wireless grid communication has never been more reliable. Access real-time high-bandwidth data and HD video from UAV inspections and remote sensors across your power network.

Robust Wireless Connectivity

Our K7100 series wireless bridges deliver stable, long-range high-bandwidth links for power grid operations. They reliably transmit HD video from UAV patrols and critical sensor data, even in harsh, remote field environments with no public network coverage.

Tailored for Power Grid Operations

The K7100 series supports flexible networking (Mesh/P2P/PMP) to fit remote, coverage-lacking grid areas. Customize alerts for link quality and device status, ensuring continuous and reliable communication for your critical power infrastructure.

Easy System Integration

Your communication data remains fully under your control. Our open API and standard industrial protocols enable seamless integration with your existing SCADA, power monitoring platforms, and utility systems for end-to-end visibility.

DEMO VIDEO

Long Haul Solution of K7100

Unlock High-Bandwidth Grid Communication with K7100-Hub

Powered by a high-frequency CPU and intelligent QoS, it delivers low-latency, zero packet loss links for long-range, high-traffic point-to-multipoint scenarios, even in harsh outdoor environments.

Stay Connected with K7100-Mesh Self-Organizing Networks

Our 2.4/5.8GHz mesh system self-organizes and multi-hops to build reliable voice, data, and video networks in remote areas where public networks fail or are unavailable.

Capture Grid Events with K7100-Central Reliable Backhaul

As the core of your wireless grid, it ensures stable, resilient backhaul for remote monitoring, emergency command, and uninterrupted situational awareness across your power infrastructure.

Foresee and Prevent Grid Communication Disruptions

Combine on-site weather, humidity, and wireless link quality data to predict potential communication failures before they become critical, ensuring stable remote monitoring and reducing costly on-site maintenance across remote grid tower sites.