TDD OFDM Two Way Wireless Video Data RC Control Link SDR Module Board
Introduction
Leveraging advanced IP star topology and high-speed frequency hopping, the FDM-6800 excels in challenging environments. As a software-defined radio, it is perfectly suited for a wide array of applications, including manned and unmanned systems, as well as both commercial and tactical uses.
IWAVE specializes in developing industrial-grade wireless networking solutions, with a focus on mesh and point-to-multipoint technologies for robotic systems. Our high-throughput, long-range wireless radios are designed for a variety of applications, including UAVs, UGVs, AMRs, mobile robotics, connected teams, and government/defense sectors. IWAVE empowers users to address complex challenges by building adaptable communication networks with unmanned systems.
Advantages of SDR Module (FDM-660X)
| Master-Slave Support: One master node can manage up to 32 slave nodes. Air-to-Ground Communication: Provides up to 20 km of wireless video, MAVLink, and telemetry data transmission. Non-Line-of-Sight (NLOS) Transmission: mobile transmission over 1-3 km in NLOS environments. Anti-Interference: Features Frequency Hopping Spread Spectrum (FHSS) within and across frequency bands for interference resistance. Tri-Band Support: Selectable frequency bands at 800 MHz and 1.4 GHz and 2.4Ghz. Versatile Interfaces: Includes RJ45, TTL, RS232, RS485, RS422, and SBUS (Customizable). Software Defined Radio (SDR): Intuitive webpage-based operation for ease of use and management. Network Monitoring Software: Real-time monitoring of SNR, RSSI, node topology, and distance between nodes. | |  |
Specification of Telemetry Module
| Transmitting | Master control module image acquisition device for data acquisition and encoding | Camera |
| The main control module send the encoded data to FD-610X through the USB or HSIC interface | Physical interface USB/HISC, logically virtual into a network card |
| FD-610X sends the encoded image data to the receiving end through the air interface. | |
| Receiving | The FD-610X receiving end gets the encoded image data and then transparently transmits it to the main control module. | |
| | FD-610X sends data to the main control module via USB or HSIC interface. | Physical interface USB/HISC, logically virtual into a network card |
| | After the main control module receives data, it performs image decoding and display. | |
| PCB Size | 43.40*45.00*3.00mm | |
| RF | Frequency | 2.4Ghz: 2401.5-2481.5 MHz |
| 1.4Ghz: 1427.9-1467.9MHz |
| 800Mhz: 806-826 MHz |
| RF Power | 25dBm | |
Sensitivity
(Access) | 2.4Ghz(24415 Channel)
20Mhz:-99dBm
10Mhz:-103dBm
5Mhz:-104dBm
3Mhz:-106dB | Access |
1.4Ghz(14379 Channel)
10MHz:-103dBm
5Mhz:-104dBm
3Mhz:-106dBm | Access |
800Mhz(8160 Channel)
10MHz:-103dBm
5Mhz:-106dBm
3Mhz:-108dBm | Access |
| Interface | UAR | 1 |
| COM-UART | 1 |
| HSIC | USB 2.0 High Speed |
| US | USB 2.0 High Speed |
| I2C | 1 |
| GPIO | 6 |
| JTAG | 1 |
| Antenna | 2 |
FAQ
1. How much current(amps )does the module draw?
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The Power consumption is about 4W.
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Current equals power consumption divided by supply voltage
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4 / 12=0.33A, if you're on a 12-volt supply.
2. I need the 150 km transmission range wireless video data module, What frequency range is better?
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There are two versions on the different frequency range.
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1st version's frequency range is from 1420 Mhz to 1530 Mhz, with 110Mhz frequency width for FHSS.
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2nd version's frequency range is from 806 Mhz to 826 Mhz or 1420 Mhz ~1530 MHz, with only 20Mhz or 40Mhz frequency width for FHSS.
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Our engineer recommended that you choose 1st version, as it can supply more frequent points to choose from when the signal is weak or interfered with.
Product Tags:
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TDD OFDM RC Control Link SDR Module 30Mbps Software Defined Radio Module Images
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