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Drone transceiver
Category:
Fiber optic transceiver
Product Details
Optical fiber transmission module sky end (OTM-SSD) Module parameter
Power Supply Type, Power supply mode | 5V-DC | Operating temperature Operating temperature | -20 ~70℃ |
Shell Material Shell material | polylactic acid (PLA) | Storage temperature Storage temperature | -40 ~80℃ |
Product Specifications Product specifications | 64mm×29mm×20mm | Power dissipation Power consumption | 2.5W |
Body Weight Weight | 28g±0.5g | Fiber Optic Interface Optical fiber interface | FC interface (FC Interface) |
Fiber Type, Fiber type | Single mode-single fiber | Data Interface Data interface | SH1.0*6PIN |
Data Rate Rate | 0 ~1Mbps | Video Format Video format | NTSC/PAL |
operating wavelength | 1550nm/1310nm | Data Direction Data direction | Bidirectional (Bidirectional) |
Transmission Distance Transmission distance | 0-40km | Data Format Data format | TTL( UART) |

Optical fiber transmission module ground end (OTM-GSD) Module parameter
Power Supply Type, Power supply mode | 3S-6S battery | Operating temperature Operating temperature | -20 ~70℃ |
Shell Material Shell material | polylactic acid (PLA) | Storage temperature Storage temperature | -40 ~80℃ |
Product Specifications Product specifications | 64mm×74mm×19mm | Power dissipation Power consumption | 2.5W |
Body Weight Weight | 57g±0.5g | Fiber OpticInterface Optical fiber interface | FC interface (FC Interface) |
Fiber Type, Fiber type | Single mode-single fiber (Single Mode-Single Fiber) | Data Interface Data interface | SH1.0*4PIN;SH1.0*3PIN; PJ-342 |
Data Rate Rate | 0 ~1Mbps | Video Format Video format | NTSC/PAL |
operating wavelength | 1310nm/1550nm | Data Direction Data direction |
Bidirectional (Bidirectional) |
Transmission Distance Transmission distance | 0 ~40km | Data Fomat Data format | TTL( UART) |

Sky terminal connection
1. The serial port of the flight control is cross-connected with the serial port of the module, as shown in the figure: the serial port of the flight control (T1, R1) is cross-connected with the serial port of the module (T, R);
2. The video output interface of the flight control is connected to the video input interface of the module, as shown in the figure: the (VTX) interface of the flight control is connected to the (AV) interface of the module;

Ground terminal connection
1. The module is connected to the VTX diagram and CRSF receiver as shown in the figure;
2. Wired control of the remote control: Use AUX3 section line to connect the PPM interface with the DSC signal interface of the remote control;
3. Video cable connection: The video output cable connection can be used to connect to the display screen or FPV glasses (AUX4 section line);
4. Video wireless connection: connect to VTX transmission, wiring only needs to connect the positive power (VCC), power ground (G), video signal line (AV);
5. Power supply: can be connected to 3S-6S lithium battery (12V-24V);

Switch switching function:
If there is no image, it can be switched by switching the switch

Flight control and ground station setup

1. Install the ground station: Install one of the following two software on the PC first (install according to the software provided by the flight control manufacturer).
https://github.com/iNavFlight/inav-configurator.git
https://github.com/betaflight/betaflight-configurator.git
2. Connect the flight control to the PC with a USB cable.
3. Open the corresponding ground station software (BETAFLIG ground station software is used as an example below).
Software configuration
1. Select the COM port of the computer (the port will be automatically recognized), and then click Connect.

2. Follow the following steps, taking the serial port 1 (T1/R1) of the receiving flight control as an example, first click on the port in the software, then open the "Serial digital receiver" of "Serial Port 1 (UART1)", and then click save.

3. Select "Receiver", then select mode as "Serial Receiver (via UART)", protocol as "CRSF", and then save.
4. Fine-tune the joystick of the remote control, and adjust it to the median value of "1500" with the ground station software. Other Settings remain unchanged.

Remote control settings
1. Insert the AUX cable into the DSC interface and the wired control block (PPM-MD).
PPM;
Plug AUX cable into DSC interface and wired control module.Remote wired connection Remote control wired connection
2. After turning on the remote control, press the button as shown in the figure to enter the Settings interface.
After opening the remote control,press the button as shown in the picture to enter the setting interface.
3. Press the page switch button to enter the second page.
Press the page switch button to enter the second page.
4. Slide the roller to the "Trainer" setting, press and slide to the right to open.
Slide the scroll wheel to the Trainer setting,pressit,and then swipe right to enable it.
5. Set the mode to "Slave/Jack" and exit after completing all the Settings.
Set the mode to Slave/Jack and exit after all Settings are complete.

Fiber Drum product parameter
3km fiber drum | 5km fiber drum | 10km fiber drum | 15km fiber drum |
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3km Fiber Drum product parameter | ||||||
product model | 3KM | Fiber core length | 3010M | |||
product name | The drone pulls the fiber barrel | Fiber type | G657A2 | |||
Sheath material | / | unit weight | 65g/km | |||
Cable outer diameter | 0.27mm±0.1 | working temperature | (-40~ +85)℃ | |||
Zip the color tight | Natural color (translucent) | optical interface | Default FC / UPC | |||
optical fiber attenuation | ||||||
@1310nm | @1550nm | |||||
≤0.35dB/km | ≤0.25dB/km | |||||
Overall loss | ≤2.3dB (5KM including joints) | ≤1.8dB (5KM including joints) | ||||
Product size and weight | ||||||
material quality | size | Empty bucket net weight | Net weight of finished product | |||
ABS black | φ10*H24 cm | 110g | 340g | |||
Packaging size and weight | ||||||
Carton type | Length * width * height | Weight (excluding modules) | ||||
Small inner box | 31.0*17.0*14.5 cm | 630g | ||||
Large outer box (8 units/case) | 64.0*35.0*32.0 cm | 6080g | ||||
5km Fiber Drum product parameter | |||||
product model | 5KM | Fiber core length | 5010M | ||
product name | The drone pulls the fiber barrel | Fiber type | G657A2 | ||
Sheath material | / | unit weight | 65g/km | ||
Cable outer diameter | 0.27mm ±0.1 | working temperature | (-40~ +85)℃ | ||
Zip the color tight | Natural color (translucent) | optical interface | Default FC / UPC | ||
optical fiber attenuation | |||||
@1310nm | @1550nm | ||||
≤0.35 dB/km | ≤0.25 dB/km | ||||
Overall loss | ≤2.3dB (5KM including joints) | ≤1.8dB (5KM including joints) | |||
Product size and weight | |||||
material quality | size | Empty bucket net weight | Net weight of finished product | ||
ABS black | φ10*H24 cm | 110g | 470g | ||
Packaging size and weight | |||||
Carton type | Length * width * height | Weight (excluding modules) | |||
Small inner box | 31.0*17.0*14.5 cm | 760g | |||
Large outer box (8 units/case) | 64.0*35.0*32.0 cm | 7120g | |||
10km Fiber Drum product parameter | |||||
product model | 10KM | Fiber core length | 10010M | ||
product name | The drone pulls the fiber barrel | Fiber type | G657A2 | ||
Sheath material | / | unit weight | 65g/km | ||
Cable outer diameter | 0.27mm±0.1 | working temperature | (-40~+85)℃ | ||
Zip the color tight | Natural color (translucent) | optical interface | give tacit consent to FC/UPC | ||
optical fiber attenuation | |||||
@1310nm | @1550nm | ||||
≤0.35dB/km | ≤0.25dB/km | ||||
Overall loss | ≤4.0dB (10KM including joints) | ≤3.0 (5KM including connector) | |||
Product size and weight | |||||
material quality | size | Empty bucket net weight | Net weight of finished product | ||
ABS black | φ12*H32cm | 240g | 930g | ||
Packaging size and weight | |||||
Carton type | Length * width * height | Weight (excluding modules) | |||
Small inner box | 38.5*17.0*17.0cm | 1250g | |||
Large outer box (6 units/case) | 52.5*41.0*37.0cm | 8600g | |||
15km Fiber Drum product parameter | ||||||||||
product model | 15KM | Fiber core length | 15010M | |||||||
product name | The drone pulls the fiber barrel | Fiber type | G657A2 | |||||||
Sheath material | / | unit weight | 80g/km | |||||||
Cable outer diameter | 0.27mm±0.1 | working temperature | (-40~+85)℃ | |||||||
Zip the color tight | Natural color (translucent) | optical interface | give tacit consent to FC/UPC | |||||||
optical fiber attenuation | ||||||||||
@1310nm | @1550nm | |||||||||
≤0.35dB/km | ≤0.25dB/km | |||||||||
Overall loss | ≤5.8dB (15KM including joints) | ≤ 4.3 (15KM including joints) | ||||||||
Product size and weight | ||||||||||
material quality | size | Empty bucket net weight | Net weight of finished product | |||||||
ABS black | φ12*H32cm | 240g | 1240g | |||||||
Packaging size and weight | ||||||||||
Carton type | Length * width * height | Weight (excluding modules) | ||||||||
Small inner box | 38.5*17.0*17.0cm | 1590g | ||||||||
Large outer box (6 units/case) | 52.5*41.0*37.0cm | 10700g | ||||||||
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FAQ
Listed below are answers to our most commonly asked questions. Don't see your question?Contact our customer service team. We would be glad to assist you.
What is an optical network terminal (ONT)? How does it differ from a regular modem?
What is the architecture of a fiber optic network (PON)?
What are the functions of the PON port and LAN port on an optical network terminal (ONT)?
Why does the optical network terminal need to register LOID/SN?
Optical modem dialing vs. router dialing: which is better?
How to determine whether the fiber optic signal is normal?
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