IP Mesh Manet Ad Hoc Network video data transmitter and receiver two-way duplex transceiver module

IP Mesh Manet Ad Hoc Network video data transmitter module two-way duplex transceiver module

Features

• Two-Way Bidirectional Transmission
  Supports real-time video and data upload & download with reliable duplex communication.

• Advanced TDD-OFDM Full-Duplex IP Mesh Radio
  Ensures robust wireless connectivity for video, voice, and data transmission in dynamic environments.

• Dual RF Power Channels
  Output power: 24±1dBm per channel with high sensitivity (-102dBm @ 1Mbps, 20MHz).

• Flexible Transmission Range
  500–2000m (ground-to-ground) and 5–22km (UAV-to-ground). Longer distances supported with external power amplifiers (2W, 5W, 10W).

• Multiple Interfaces
  Equipped with 3 transparent Ethernet (RJ45) ports, 1 transparent RS232 UART data link, and 1 configuration TTL UART port.

• Dual Antenna Configuration
  Main and auxiliary antennas support various modes: dual Tx/Rx, single Tx + dual Rx, or single Tx/Rx for flexible deployment.

• Wide Frequency Band Support
  Operates in 566–678MHz and 1420–1530MHz bands with up to 110MHz automatic frequency hopping.

• Configurable Wireless Bandwidth
  Options: 1.4 / 3 / 5 / 10 / 20 / 40 MHz. Maximum air interface rate up to 100Mbps.

• Adaptive Modulation
  Automatic switching between QPSK, QAM16, and QAM64 based on channel conditions.

• Secure Communication
  Built-in wireless encryption and decryption to ensure data safety.

• Ad Hoc Mesh Networking
  Supports up to 32 nodes in a self-forming, self-healing network with shared bandwidth up to 100Mbps.

• Multi-Hop Routing
  Up to 31 hops supported, with fixed route configuration available for stable network setups.

• High Mobility Support
  Reliable connectivity at speeds up to 300 km/h, ideal for UAVs, vehicles, and mobile platforms.

• Low Latency Performance
  One-hop delay ≤10ms; optimized multi-hop delays ensure smooth video and control signal transmission across networks.

• Fast Networking & Startup

  • Master node initialization: 20–80s

  • Cold start: <30s

  • Hot start: <1s (single-hop)

  • Ultra-fast link: <480ms + 160ms per hop

Specification

• Modulation Technology:

  • TDD OFDM (Optional FDD COFDM model available)

  • Adaptive constellation: QPSK / 16QAM / 64QAM

• Frequency Range:

  • 566 ~ 678 MHz

  • 1420 ~ 1530 MHz

  • FHSS (Frequency Hopping Spread Spectrum) supported, up to 110 MHz automatic hopping

• Channel Bandwidth Options:

  • 1.4 / 3 / 5 / 10 / 20 / 40 MHz selectable

• Data Rate:

  • Maximum air interface throughput: 100 Mbps

  • Adaptive stream allocation for video and data traffic

• RF Power & Sensitivity:

  • Dual RF transmission power: 24 ±1 dBm (per channel, uplink & downlink)

  • Sensitivity: -95 dBm @ 20 MHz bandwidth

  • Optional external PA support: 2W / 5W / 10W for extended range

• Transmission Range (LOS):

  • UAV-to-Ground: Up to 22 km (without PA)

  • Ground-to-Ground: Up to 2 km (without PA)

  • Extended range possible with external PA

• Networking Modes:

  • Point-to-Point (P2P)

  • Point-to-Multipoint (P2MP)

  • Multipoint-to-Point (MP2P)

  • Relay / Repeater mode

  • Mesh / MANET swarm networking (up to 32 nodes, multi-hop supported)

• Interfaces:

  • 3 × Ethernet ports (transparent IP video/data transmission)

  • 1 × RS232 serial data port

  • 1 × TTL UART port (for configuration & control)

  • Web UI & management console

• Security:

  • AES-128 encryption for secure wireless links

  • Uplink & downlink stream prioritization (video vs. data balance control)

• System Performance:

  • One-hop latency: ≤10 ms

  • Multi-hop delay optimized for mesh networking

  • Support for mobile nodes up to 300 km/h

• Power & Consumption:

  • Input voltage: 7V ~ 16V DC

  • Power consumption: < 7 W typical

• Mechanical & Environmental:

  • Dimensions: 80 × 57 × 9.1 mm

  • Weight: 41 g

  • Operating temperature: -20℃ ~ +65℃

  • Storage temperature: -40℃ ~ +80℃

  • Humidity: 5% ~ 95% (non-condensing)

  • Cooling: Natural convection / heat sink integration

  • IP rating: Customizable (standard module for integration, rugged housing optional)

• Connector Options:

  • RF Antenna: Dual SMA / MMCX / Custom

  • Data: RJ45 / UART pin header

  • Power: Standard pin header or custom interface

• Modem Chipset:

  • Integrated CX6779K modem for stable OFDM/Mesh operation

Wireless Networking with IP Mesh Radio function

IP Mesh on a drone wireless video data transceiver module means the module uses IP-based Mesh Networking (MANET) technology to transmit real-time video, audio, and data between drones, ground stations, and other nodes.

• Mesh Networking:
  Unlike traditional point-to-point (P2P) radio links, IP Mesh allows multiple nodes (drones, vehicles, handheld radios, ground stations) to connect in a self-forming and self-healing network.

• Ad Hoc Communication:
  Each drone or node acts as both a transmitter and repeater. If one link is blocked, data automatically reroutes through other nodes — ensuring stable connectivity even in complex environments.

• Two-Way Duplex Transmission:
  The module supports simultaneous uplink and downlink (video streaming + telemetry + control signals). This enables real-time drone video monitoring while still sending back flight data or receiving commands.

• Long-Range & Mobile:
  IP Mesh modules are optimized for UAV-to-ground and drone-to-drone communication, supporting ranges from a few kilometers to tens of kilometers with line-of-sight, and functioning reliably at high speeds (up to 300 km/h).

• Scalability:
  A single network can support dozens of drones or nodes (e.g., up to 32 or 64), making it suitable for drone swarms, coordinated surveillance, or multi-robot missions.

• High Bandwidth & Security:
  Provides up to 100 Mbps throughput, supporting HD video + telemetry + sensor data. Built-in encryption (e.g., AES128/256) ensures secure transmission for military, industrial, or public safety applications

Customizable Options

1. Frequency Band – Adjustable working frequency ranges (L-band, S-band, C-band, or customized frequency allocation).

2. Output Power – Configurable RF output power levels (e.g., 1W, 2W, 5W, 10W) to suit short or long-range transmission.

3. Bandwidth – Selectable channel bandwidth (1 MHz to 20 MHz or wider, depending on application).

4. Encryption & Security – Support for AES-128/256 or customized encryption algorithms for secure video/data links.

5. Network Topology – Custom MANET routing protocols (self-healing, peer-to-peer, star, or mesh optimization).

6. Video Interfaces – HDMI, SDI, CVBS, IP Ethernet video input/output options.

7. Data Interfaces – Configurable serial data ports (RS232/RS485/TTL), USB, or multiple Ethernet ports.

8. Audio Support – Optional audio input/output channels.

9. Size & Weight – Custom mechanical housing, lightweight versions for drones or ruggedized versions for vehicles.

10. Power Supply – Wide input voltage range (DC 5–36V), battery integration, or AC adapter customization.

11. Antenna Options – Omni, directional, MIMO, or high-gain antennas based on operational range.

12. Transmission Range – Optimized for short-range, medium, or ultra-long-range MANET deployment.

13. Network Capacity – Adjustable number of nodes supported (from small teams to large-scale deployments).

14. QoS & Prioritization – Custom video, voice, and data traffic priority settings.

15. Cooling Design – Passive or active cooling depending on environment and installation.

16. Ruggedization – Waterproof, dustproof, and shock-resistant housing for harsh outdoor or military conditions.

17. Software Interface – Custom configuration software, GUI, or API for integration with user systems.

18. Latency Optimization – Adjustable low-latency settings for video streaming and control signals.

19. Relay / Repeater Mode – Optional function for range extension and multi-hop networking.

20. Compliance – Custom design to meet regional RF regulations (FCC, CE, MIL-STD, etc.).

Application Scenarios

1. Unmanned Aerial Vehicles (UAVs / Drones)
   Ideal for real-time HD video transmission and telemetry feedback from drones during surveillance, mapping, or inspection tasks. The mesh MANET network ensures stable communication even in complex terrains where line-of-sight links are interrupted.

2. Unmanned Ground Vehicles (UGVs / Robots)
   Provides reliable two-way communication for ground robots used in hazardous or remote areas. Operators can receive live video and control signals simultaneously, enabling safe and efficient mission execution.

3. Military & Defense Operations
   Supports secure and encrypted battlefield communications with dynamic self-healing mesh networks. Troops, vehicles, and drones can stay connected in rapidly changing environments, improving situational awareness and mission coordination.

4. Public Safety & Emergency Response
   Enables first responders to deploy an instant communication network without relying on fixed infrastructure. Live video and data can be shared across teams in disaster recovery, firefighting, or search & rescue operations.

5. Law Enforcement & Security
   Useful for tactical missions where reliable and covert communication is required. Teams can transmit live video, voice, and data from different units, ensuring real-time coordination during critical operations.

6. Border Patrol & Coast Guard
   Extends wireless communication range across vehicles, UAVs, and patrol boats operating in coastal or border regions. The system provides real-time video and data to command centers for improved monitoring and rapid response.

7. Broadcasting & Live Events
   Allows multi-camera crews to stream live video wirelessly across large outdoor venues. Mesh networking ensures uninterrupted transmission even in areas with obstacles or high interference.

8. Industrial Inspection
   Suitable for drones or robots conducting inspections in oil fields, pipelines, and power grids. Real-time video and sensor data help operators detect issues early without sending personnel into dangerous environments.

9. Smart City & Infrastructure Monitoring
   Deployed for real-time monitoring of traffic, public safety, and critical infrastructure. The mesh MANET ensures reliable video transmission across multiple city nodes without requiring fixed network coverage.

10. Ad Hoc Communication Networks
    Perfect for rapid deployment in remote areas or temporary sites where traditional communication infrastructure does not exist. Creates a mobile, flexible, and resilient network for voice, video, and data connectivity.