|
| Brand Name: | IWAVE |
| Model Number: | FD-610X |
| MOQ: | 2 |
| Price: | Negotiable |
| Delivery Time: | 5-10days |
| Payment Terms: | T/T,L/C,D/P |
Advanced Soc Development Board Transceiver For Extremely Small Robotics
Introduction
The FD-610X Soc Development Board Transceiver is a new class of industrial transceiver designed specifically for robotics platforms. It is a Software Defined Radio based on our highly robust MANET MESH waveforms. It optimises the use of available channel bandwidth, which avoids collisions and provides a short, predictable data packet latency. Wider bandwidth together with advanced Interference Avoidance Scheme (IAS) maximises communications effectiveness in contested environments and provides protection against Electronic Attack (EA).
How do FD-610X Soc Development Board Work?
|
FD-610X Soc Development Board is designed to be paired with supported companion compute platforms, embedded with intelligent flight controllers or integrated in ground robotics platforms.
The result is a powerful, scalable solution for resilient long-range robotic connectivity and HD video streaming transmitting over a long non line of sight range in challenging and congested environments.
|
 |
Application
Mini UAS
Drone UAS
UGV
Ethernet Wireless Extension
Wireless Telemetry
NLOS Wireless Video Transmitting
Wireless Control Systems
Specification
|
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 |
|
|
| Brand Name: | IWAVE |
| Model Number: | FD-610X |
| MOQ: | 2 |
| Price: | Negotiable |
| Packaging Details: | Standard Carton Box |
| Payment Terms: | T/T,L/C,D/P |
Advanced Soc Development Board Transceiver For Extremely Small Robotics
Introduction
The FD-610X Soc Development Board Transceiver is a new class of industrial transceiver designed specifically for robotics platforms. It is a Software Defined Radio based on our highly robust MANET MESH waveforms. It optimises the use of available channel bandwidth, which avoids collisions and provides a short, predictable data packet latency. Wider bandwidth together with advanced Interference Avoidance Scheme (IAS) maximises communications effectiveness in contested environments and provides protection against Electronic Attack (EA).
How do FD-610X Soc Development Board Work?
|
FD-610X Soc Development Board is designed to be paired with supported companion compute platforms, embedded with intelligent flight controllers or integrated in ground robotics platforms.
The result is a powerful, scalable solution for resilient long-range robotic connectivity and HD video streaming transmitting over a long non line of sight range in challenging and congested environments.
|
|
Application
Mini UAS
Drone UAS
UGV
Ethernet Wireless Extension
Wireless Telemetry
NLOS Wireless Video Transmitting
Wireless Control Systems
Specification
|
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 |
