Wind-Force FHSS Self-Organizing Broadband System

Overview

The Wind-Force Wireless Frequency Hopping Broadband Transmission System is an industrial-grade, self-organizing radio designed for the most demanding long-range and anti-jamming applications. It combines high-speed frequency-hopping spread spectrum (FHSS) with a 130 MHz hopping bandwidth, MIMO 2T2R antenna technology, and full IP transparent transport to deliver robust bidirectional broadband links under conditions that defeat conventional fixed-frequency radios.

The system achieves non-line-of-sight (NLOS) links of 1–2 km and line-of-sight ranges of 10–50 km from elevated ground or air-to-ground positions. It is a pure hardware-based connection — plug in power and Ethernet, and the self-organizing network establishes itself. Transmit power is configurable from 1 to 10 W per channel (dual output, 2T2R), and the radio is housed in an IP68-rated enclosure that operates reliably from −40°C to +75°C, making it suitable for extreme outdoor and vehicle-mount deployments.

Key Features

• 130 MHz frequency hopping bandwidth: The wide hopping range avoids noise and interference automatically by selecting clear, non-repeating channels, dramatically improving link quality in congested RF environments.
• Self-organizing mesh networking: Supports multiple networking modes — full mesh, point-to-point, point-to-multipoint (up to 16 nodes), multi-group PtMP (N x 16 nodes), and relay — all with automatic topology discovery.
• Dual 10 W MIMO output: Two transmit chains at up to 10 W each with 2T2R MIMO provide high effective radiated power and spatial diversity.
• AES-256 encryption: Non-standard 256-bit key management, configurable via front-panel LCD.
• IP68 protection: Fully sealed against dust and water immersion for permanent outdoor installation.
• Wide temperature range: Rated from −40°C to +75°C for deployment in arctic, desert, and high-altitude environments.
• Flexible modulation: BPSK, QPSK, 16QAM, and 64QAM adaptive modulation to trade range vs. throughput dynamically.
• M12 Ethernet and industrial I/O: Dual M12 Ethernet ports (100 Mbps), CAN bus (1 Mbps), and serial (512000 bps) for integration with sensors, cameras, and vehicle systems.

Technical Highlights

The Wind-Force system uses industrial FHSS as its foundational anti-jamming and anti-interference mechanism. Unlike fixed-frequency OFDM radios that occupy a single channel and must contend with any interference present, the Wind-Force transmitter hops across up to 130 MHz of spectrum, dwelling on each frequency for a short interval. Combined with 2x2 MIMO spatial multiplexing and adaptive modulation (BPSK through 64QAM), it achieves a balance of range and throughput that is resilient against both intentional jamming and environmental noise. The self-organizing network layer further enhances survivability: if one node drops, the mesh automatically routes around the failure.

Applications

The Wind-Force system excels in scenarios where reliable broadband is needed across wide areas with no fixed infrastructure: military tactical networks, oilfield security and theft prevention, forest fire prevention, maritime and coastal surveillance, and long-range border monitoring. The self-organizing mesh capability makes it especially suitable for moving convoys, rapidly deployed tactical networks, and communication between vehicles and airborne platforms where topology changes frequently.

Why Choose This System

The Wind-Force FHSS system is the right choice when the RF environment is contested or unpredictable. The 130 MHz hopping bandwidth, dual 10 W MIMO output, and self-organizing mesh combine to deliver connectivity that fixed-frequency or narrowband systems cannot match — especially over 10–50 km ranges and across diverse terrain. With IP68 sealing, an extreme temperature range, and no software configuration overhead, it is ready to deploy on vehicles, masts, and aircraft wherever the mission demands a link that simply does not drop.