10km NLOS Long Range Wireless Digital Video Transmitter For Remotely Operation

The FDM-615PTM is an advanced wireless communication module leveraging Frequency Hopping Spread Spectrum (FHSS) technology for superior immunity to noise and interference. It delivers reliable, long-distance, full-duplex Ethernet/serial communication in a compact and robust form factor, making it ideal for micro unmanned platforms.

• Real-Time Video and Data

  Delivers stable, high-quality video and bi-directional data transmission for remote control and monitoring.

• High Power and Small Size

  Offers a unique combination of 10W transmitting power and a compact design, ensuring robust performance in constrained environments.

• Enhanced NLOS Capability

  Maintains stable communication in challenging environments, including dense forests and urban settings.

• Multiple bandwidth option 1.4Mhz/3Mhz/5Mhz/10Mhz/20Mhz
• High Transmitting RF power: 40dBm
• Light weight: 305g
• 800Mhz/1.4Ghz/2.4Ghz frequency options
• Automatically power control according to the real time signal quality
• 3* Ethernet Port support TCPIP and UDP and other IP based devices to connect with

• Robust Long-Range Communication

  Offers clear and stable NLOS video transmission with a range of 1-10 km for ground-to-ground applications.

• High-Definition Video Transmission

  Supports real-time HD 1080P60 video streaming at data rates of 8-12 Mbps over distances of 1-10 km.

• Short Latency

  Features ultra-low latency of 60ms to 80ms, ensuring seamless control and real-time video monitoring.

• Multi-Frequency Operation

  Operates in UHF, L Band, and S Band, with frequency options including 800MHz and 1.4GHz.

  Utilizes Automatic Frequency Hopping Spread Spectrum (FHSS) for optimal channel selection and interference avoidance.

IWAVE Ultra-reliable Nlos Wireless Video Transmitters with short delay is special design for autonomous excavator.

Utilizing the network characteristics of large bandwidth and low latency, real-time high-definition video and other sensor data are transmitted back to the control center in real time for operators to perform remote operations based on on-site conditions.