Next-Gen Drrone Communication & Data Hub
Advanced Video Processing & Analytics + Embedded Bi-Directional Data Link for UAVs
Engineered for superior performance and reliability, our drone communication module integrates cutting-edge technology to ensure clear, real-time data transmission and robust physical durability.
Key Features & Specifications
- Optimized Signal Integrity
Conductive anodizing enhances RF signal clarity and strength. - Rugged & Efficient Design
Precision CNC-machined double aluminum alloy housing offers excellent impact resistance and thermal management. - Dual Frequency Options
Choose 800MHz or 1.4GHz—both deliver strong barrier penetration for reliable connectivity in challenging environments. - Flexible Video Input
Supports both HDMI and Ethernet interfaces for versatile integration. - Integrated Telemetry & Control
Compatible with MAVLINK TELEMETRY and 2T/2R configuration for seamless drone command and data feedback. - High-Speed Data Ports
- 1× Bi-Directional Serial Port
- 3× 100Mbps Ethernet Ports (TCP/UDP supported)
- Enhanced Transmission Setup
Dual Tx and Dual Rx antennas ensure stable, long-range communication. - Efficient Video Streaming
H.264 compression with ultra-low latency under 50ms. - Compact & Lightweight
Dimensions: 5.7 × 5.55 × 1.57 cm | Weight: 65g
Includes a ¼-inch screw hole on the transmitter for secure UAV mounting. - Baud Rate
Configurable up to 115,200 bps.
Built for demanding aerial operations, this module combines durability, high-speed data transfer, and minimal latency—all in an ultra-compact form factor. Ideal for professional, industrial, and advanced recreational drone applications.
Enhanced Connectivity The FPS-8408 HD Image Transmission System features multiple ports for versatile operation, including an HDMI output, two LAN ports, and a bi-directional serial port. With both a mini HDMI and a LAN port, the system supports dual camera options for your UAV. Additionally, the serial port is compatible with MAVLink telemetry for Pixhawk, allowing you to control your UAV from the ground while enjoying a real-time HD video stream.
Application
The Drone Video Transmitter is widely used in aerial emergency response, disaster relief, firefighting command, and electric power inspection and transport. It has earned positive feedback from customers across these fields.
The FPS-8408 model performs especially well in the following scenarios:
Improved Version (More Concise & Engaging)
Applications
The Drone Video Transmitter delivers reliable performance in critical fields such as:
- Aerial emergency and disaster response
- Firefighting and incident command
- Electric power inspection and monitoring
Praised by professionals across industries, our FPS-8408 model excels in the following scenarios:
Here are a few revised options, each with a slightly different tone: Option 1 (Clear & Direct) This drone is built for challenging environments. It reliably transports coal and minerals in remote areas with poor communication infrastructure. It also serves as an ideal platform for emergency fire rescue and can establish critical communication links in the wake of natural disasters. Option 2 (Benefit-Oriented) Overcoming connectivity gaps, this drone delivers essential resources like coal and minerals to underserved suburban areas. Furthermore, it transforms into a vital emergency tool—excelling at fire rescue missions and restoring communication during natural disasters. Option 3 (Concise & Punchy) Designed for operations where communication fails, this drone transports materials in remote areas and becomes an indispensable emergency asset. It is ideal for fire rescue and for ensuring vital communication during natural disasters. Option 4 (Engaging & Scenario-Based) When infrastructure falls short, this drone steps in. It delivers critical coal and mineral supplies to disconnected suburban areas. When disaster strikes, it redefines response—acting as a first responder for fire rescues and an instant communication lifeline. You can choose the option that best fits your audience, or let me know if you’d like a version tailored for a specific purpose like a brochure, website, or presentation.
| Frequency | 800Mhz | 806~826 MHz |
| 1.4Ghz | 1428~1448 MHz | |
| Bandwidth | 8MHz | |
| RF Power | 0.4Watt(Bi-Amp, 0.4watt Peak Power of each power amplifier) | |
| Transmit Range | 800Mhz: 7km | |
| 1400Mhz: 8km | ||
| Transmit Rate | 6Mbps (Video Stream, Ethernet Signal and serial data share) | |
| The best video stream: 2.5Mbps | ||
| Baud Rate | 115200bps(Adjustable) | |
| Rx Sensitivity | -104/-99dbm | |
| Fault Tolerance Algorithm | Wireless baseband FEC forward error correction | |
| End to End Latency | 50-80ms for 1080P60/720P60 video encoding and decoding | |
| Link Rebuild Time | ||
| Modulation | Uplink QNSK/Downlink QNSK | |
| Encryption | AES128 | |
| Start Time | 15s | |
| Power | DC-12V (7～18V) | |
| Interface | Interfaces on Tx and Rx are same | |
| Video input/Output: Ethernet×3 | ||
| Power Input Interface×1 | ||
| Antenna Interface: SMA×2 | ||
| Serial×1: (Voltage:+-13V(RS232), 0~3.3V(TTL) | ||
| Indicators | Power | |
| Ethernet Status Indicator | ||
| Wireless Connection Setup Indicator x 3 | ||
| Power Consumption | Tx: 4W(Max) | |
| Rx: 3W | ||
| Temperature | Working: -40 ~+ 85℃ | |
| Storage: -55 ~+100℃ | ||
| Dimension | Tx/Rx: 57 x 55.5 x 15.7 mm | |
| Weight | Tx/Rx: 65g | |
| Design | CNC Technology | |
| Double Aluminum Alloy Shell | ||
| Conductive anodizing craft | ||
