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150km Long Range Drone Video Transmitter For Hd Video And Full Duplex Data

Model: FDM-615PTM

Frequency hopping spread spectrum (FHSS) is the best choice for immunity to noise and interference.

 

FDM-615PTM use FHSS to deliver your video and data reliably over very long distances.
It is the smallest form factors with 10watts transmitting power offers robust full duplex Ethernet/Serial communications over very long distances.

 

With API document, IWAVE strong R&D support, OEMs can secondary develop it or integrate this unit quickly and efficiently into your autonomous unmanned platform.

 

New Dynamic Frequency Selection, automatic power control, Strong NLOS ability, Frequency Hopping & Ultra Wide L-band Range 1420-1530Mhz Frequency delivers robust interference and antijam immunity!

 

190g weight and small size make FDM-615PTM be an ideal candidate for high quality wireless video and telemetry communications on micro unmanned platforms.


Product Detail

Features

Robust Long Range Communication

Up to 150km clear and stable radio signal with 2dbi fiber glass antenna.

HD Video Transmission

When distance is 150km, the real time data rate is about 8-12Mbps. It enable you get a full hd 1080P60 video streaming on ground.

Short Latency

Featuring less than 60ms-80msof latency for 150km, so that you can see and control what's happening live. Use FDM-615PTM video to help you fly, aim the camera, or operate the gimbal.

UHF, L Band and S Band Operation

FDM-615PTM uses offers multiple frequency options to meet different RF environment. 800MHz, 1.4Ghz and 2.4Ghz. Automatic Frequency Hopping Spread Sprectrum (FHSS) will choose the best available channel to be used, and will move seamlessly to an alternative channel on-the-fly if needed

Encrypted Transmission

FDM-615PTM adopts AES128/256 for the video encryption to prevent your video feed from unauthorized accessing and intercepting.

Plug and Fly

FDM-615PTM offers 150km air to ground full HD video downlink with bi-directional data transmission for VTOL/fixed wing drone/helicopter. It is designed to setup and get work without complicated binding procedures.

Drone-Digital-Video-Transmitter

➢Multiple bandwidth option 1.4Mhz/3Mhz/5Mhz/10Mhz/20Mhz

➢High Transmitting RF power: 40dBm

➢Light weight: 280g

➢800Mhz/1.4Ghz/2.4Ghz frequency options

➢Air to ground 100km-150km

➢Automatically power control according to the real time signal quality

➢Gigabit Ethernet Port support TCPIP and UDP

Application

FDM-615PTM is special designed for fast moving big fixed wing drone and UAV for long range communication. It is the ultimate solution for first responders, power line patrol monitoring,emergency communications and maritime.

100km Drone Video Transmitter

Specification

GENERAL
Technology Wireless based on TD-LTE Technology Standards
Encryption ZUC/SNOW3G/AES(128/256) OptionalLayer-2
Data Rate 30Mbps(Uplink and Downlink)
Range 100km-150km(Air to ground)
Capacity 32NODES
MIMO 2x2 MIMO
RF Power 10Watts
Latency End to End: 60ms-80ms
Modulation QPSK, 16QAM, 64QAM
Anti-jamming Automatically frequency hopping
Bandwidth 1.4Mhz/3Mhz/5Mhz/10MHz/20MHz
SENSITIVITY
2.4GHZ 20MHZ -99dBm
10MHZ -103dBm
5MHZ -104dBm
3MHZ -106dBm
1.4GHZ 20MHZ -100dBm
10MHZ -103dBm
5MHZ -104dBm
3MHZ -106dBm
800MHZ 20MHZ -100dBm
10MHZ -103dBm
5MHZ -104dBm
3MHZ -106dBm
FREQUENCY BAND
2.4Ghz 2401.5-2481.5 MHz
1.4Ghz 1427.9-1447.9MHz
800Mhz 806-826 MHz
POWER
Power Input DC 24V±10%
Power Consumption 30watts
COMUART
Electrical Level 2.85V voltage domain and compatible with 3V/3.3V level
Control Data TTL mode
Baud rate 115200bps
Transmission Mode Pass-through mode
Priority level l Higher priority than the network port. When the signal transmission is crowed, the control data will be transmitted in priority
Note:l The data transmitting and receiving is broadcast in the network. After successful networking, each FDM-615PTM node can receive serial data.l If you want to distinguish between sending, receiving and control, you need to define the format yourself
INTERFACES
RF 2 x SMA
Ethernet 1xJ30
COMUART 1xJ30
Power 1xJ30
Debug 1xJ30

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