Mobile Ad hoc Networks Manet radio IP MESH for UAV drone

Mobile Ad hoc Networks Manet radio IP MESH for UAV drone

MANET Radio – Long-Range Bidirectional Broadband Wireless Link Device

The Vcan1806-Manet-Radio-100Km-60Mbps-4Nodes-2x5WPA-1420-1530MHz radio is a powerful bidirectional broadband wireless link solution designed to support long-range video, audio, and data transmission for demanding applications such as UAVs, ground stations, public security, and tactical missions. Built on advanced OFDM technology, the MANET radio provides robust, low-latency, and high-capacity wireless networking over distances up to 100 km air-to-ground, making it an ideal choice for mission-critical scenarios.

Key Features MANET Radio

• Bidirectional Broadband Communication: Enables simultaneous two-way transmission of video, audio, and IP data.
• Multi-interface Design: Equipped with 2 Ethernet ports (RJ45), 2 transparent serial ports (UART, TTL), and 1 SBUS interface, ensuring versatile connectivity with various systems.
• Dual-Antenna MIMO: Uses SMA connectors for main and auxiliary antennas, supporting 2T2R MIMO and Carrier Aggregation (CA) for enhanced throughout and reliability.
• Flexible Frequency Bands: Operates in 566–678 MHz or 1420–1530 MHz, supporting automatic frequency hopping within the band to minimize interference.
• High Data Rate: With channel bandwidths ranging from 1.4 MHz to 40 MHz, the air interface rate can reach up to 100 Mbps.
• Adaptive Modulation: Automatically switches between QPSK / QAM16 / QAM64 for optimal performance under different channel conditions.
• Scalable Networking Modes:
  • Point-to-Point for dedicated high-speed links.
  • Point-to-Multipoint Star Topology supporting up to 64 nodes. (default is 4 nodes)
  • Mesh Networking (customized) with up to 32 nodes, enabling decentralized communication.
• Long-Range Power & Sensitivity:
  • Transmit power: 5W × 2 in both supported frequency ranges.
  • Receiver sensitivity: -95 dBm @ 20 MHz bandwidth.
• Security-Grade Encryption: Supports AES128, SNOW3G, and ZUC algorithms for secure data transmission.
• Web UI Management: Device configuration and status monitoring via Ethernet port.
• Low Power Consumption: Operating at 24–30 V DC, with typical power consumption under 23 W per node.
• Compact & Lightweight: Measuring 113.9 × 83.7 × 24.5 mm and weighing just 255.3 g, optimized for UAV payloads.

Technical Specifications

Category	Specification
Technology	OFDM-based MANET radio, bidirectional broadband link
Interfaces	2 × Ethernet (RJ45), 2 × UART serial ports, 1 × SBUS
Antennas	SMA connectors, 2T2R MIMO, dual transmit/receive
Frequency Bands	566–678 MHz / 1420–1530 MHz
Bandwidth Options	1.4 / 3 / 5 / 10 / 20 / 40 MHz
Data Rate	Up to 100 Mbps
Modulation	QPSK, 16QAM, 64QAM (adaptive)
Networking Modes	Point-to-Point, Star (64 nodes), Mesh (32 nodes, custom)
Transmit Power	5W × 2
Receiver Sensitivity	-95 dBm @ 20 MHz
Security	AES128, SNOW3G, ZUC
Power Supply	DC 24–30V
Power Consumption	<23 W (node), <10 W (center node)
Dimensions	113.9 × 83.7 × 24.5 mm
Weight	255.3 g

Hardware Interfaces

• RJ45 × 2: Dual Ethernet ports with transparent bridging for IP video/data transmission.
• UART1 / UART3: Configurable serial ports with default 3.3V TTL (optional RS232) and adjustable baud rates. UART1 supports the highest transmission priority for ultra-low latency applications.
• SBUS: Compatible with SBUS protocol for remote control integration.
• Power Input: XT30PW-M connector, DC 24–30V.
• Antenna Ports: SMA connectors (main and auxiliary).

LED Indicators

• Power LED (Red): Constant ON when powered.
• Node LED (Blue): Constant ON for center node, blinking for client nodes.
• Link LED (Green/Orange/Red):
  • OFF – No link
  • RED – Weak signal
  • ORANGE – Medium signal
  • GREEN – Strong signal

Applications of MANET Radio

Our MANET radio is designed for scenarios requiring long-distance, secure, and real-time wireless transmission. Its flexibility and reliability make it suitable for multiple industries:

1. Unmanned Aerial Vehicles (UAVs / Drones)

• Real-time HD video transmission from UAV to ground station.
• Telemetry and command/control data exchange.
• Long-range flights up to 100 km with stable connectivity.

2. Public Safety & Emergency Response

• Provides reliable MANET connectivity during disaster recovery, firefighting, and law enforcement missions.
• Rapid deployment for field communication where infrastructure is unavailable.

3. Military & Tactical Operations

• Encrypted communication for secure missions.
• Supports star and mesh networking for tactical MANET deployments.
• Ideal for vehicle-to-vehicle and soldier-to-command center connectivity.

4. Industrial & Infrastructure Monitoring

• Remote video and sensor data transmission in mining, oil & gas, and energy sectors.
• Infrastructure inspection where wired connectivity is impractical.

5. Broadcast & Media Applications

• Live video contribution from remote locations.
• Wireless backhaul for temporary outdoor events.

Why Choose our MANET Radio?

• Superior Range: Up to 100 km air-to-ground transmission.
• High Bandwidth: Supports demanding video and IP data applications.
• Scalable Networking: Flexible topology options with star and mesh configurations.
• Mission-Critical Reliability: Dual-antenna MIMO and adaptive modulation ensure stable links in dynamic environments.
• Compact & Efficient: Lightweight design suitable for UAVs, with low power consumption.
• Secure Communication: Advanced encryption to protect sensitive data.

Conclusion

The Vcan1806-Manet-Radio-100Km-60Mbps-4Nodes-2x5WPA-1420-1530MHz radio is a next-generation wireless communication device tailored for applications that demand long-range, secure, and high-throughput bidirectional links. Whether used in UAV operations, public safety missions, or tactical deployments, it provides unmatched performance in a compact form factor. Its combination of multi-interface design, adaptive modulation, advanced encryption, and versatile networking modes makes it an essential solution for modern mobile ad hoc networks.

By integrating our Manet radio into your system, you gain a robust and flexible MANET radio platform that ensures reliable connectivity, even in the most challenging environments.

How to choose the Manet Radio Default configuration

Our MANET radio can be configured in two different ways depending on the customer’s priority: high data rate or strong anti-interference.

• Single band configuration (566–678 MHz or 1420–1530 MHz):
  In this mode, the radio uses only one band. It can achieve the maximum throughput of 100 Mbps (50+50 Mbps up/down). This option is best if the main requirement is high speed.

• Dual band configuration (566–678 MHz and 1420–1530 MHz):
  In this mode, the radio supports cross-band frequency hopping. If one band suffers interference, the system automatically switches to the other band. This provides stronger anti-jamming performance, but the maximum data rate is limited to 50 Mbps.

In short:

• Choose single band → up to 100 Mbps, best for high data rate.

• Choose dual band → up to 50 Mbps, best for reliability and interference resistance.

Dimension

Full set Accessory

FAQ

Q: I have a 6S battery. What happens if the voltage drops below 24V?

A: Our PA system is designed to operate optimally with a supply voltage of 24–28V. A 6S battery can power the system and work normally, but as the battery discharges, the voltage may sag. If it drops below 24V, you may notice reduced output performance and shorter range, though the system will still function.

To ensure stable and consistent operation, we recommend using a 7S battery, which provides a higher voltage margin and minimizes performance issues caused by voltage sag. Always monitor your battery voltage during use to maintain optimal PA performance.

A “6S” battery refers to 6 cells connected in series, so the total voltage is 6 × the voltage of a single cell.

• Nominal voltage: 6 × 3.7V = 22.2V
• Fully charged voltage: 6 × 4.2V = 25.2V
• Minimum discharge voltage: 6 × 3.0V = 18.0V

Therefore, a 6S battery has a nominal voltage of 22.2V, and a fully charged voltage of up to 25.2V.