2022 Version has the new features:

One more pod on air end (to connect more payloads)

Auto Spectrum Sensing function to optimize and select the right band

Frequency-hopping spread spectrum (FHSS)

24/7 technical support by Teamaustars online for software support

Technical Terms:

OBU (On Board Unit)=Airborne Unit
GCU (Ground Control Unit)
LSU (Local Side Unit) with Antenna & GCU
ODA (Omni/Directional Antenna)


IT is the only one on the market to reach actual performance and distance. Comparing the transceiver on the market with COFDM technology, our system is designed for real combat application by industrial drones or military class drones:

Key features:

1.Long operation distance over 200 km
2.Rigid working environment from -40 degree/c to +60 degree/c (approved in Middle East)
3.Automatic tracking antenna (ATA( for LSU (local Side Unit/Ground Control Unit/GCU)
4.Dual antenna on OBU (On Board Unit/Airborne Unit)
5.Built in Serial Port Server
6.Up to 6.7 Mbps downlink speed
7.5s booting time (fast response)
8.Link establishing/Recovering time: 10ms (very fast)
9.Industrial/Military class performance Digital modulate/demodulate and error control
10.Four bands Optional (from Popular 2.4G standard/2400-2500 MHz to 2.4G Wide 2360-2540MHz, 1.4 standard/1430-1444 MHz and 1.4G Wide/1380-1440 MHz)
11.Customisable frequencies/bands (cost applied)
12.Three antenna systems optional (from the manual to automatic tracking)


15-200 KM long range Video & Data and telemetry for UAV long-distance image, data transmission, and remote control integrated data link products provide highly reliable communication connections for industrial-class unmanned systems. This data link products use unique link enhancement technology, which has strong anti-interference performance, stable signal, rich interface types, and excellent electromagnetic compatibility, which can improve the stability and reliability of information transmission of unmanned systems at long distances and maneuvering attitudes. . The product can provide 6Mbps data bandwidth, the longest communication distance is 200 kilometers, supports 1080P HD video transmission, and the image delay is within 280ms. The data link product also provides remote control coach interface, RS232 interface, etc. The airborne end can replace the remote control receiver to directly output the remote control signal, the remote control signal delay is within 40ms, and can be widely used in high-definition image transmission, real-time data interaction and other unmanned System application scenarios.

Its SDI data link has a built-in industrial-grade high-performance H.264 image encoder, supports SDI interface video input, realizes three-in-one image transmission, data transmission, and remote control. The ground end outputs a video stream through a network interface and uses computer software to decode The decoding software has local storage and forwarding functions. The end-to-end image delay is at least 250ms.

Features
Working in L, S band
Broadband transmission, air rate 10Mbps
Communication link establishment/recovery time is less than 10ms
Reliable communication and strong anti-interference ability
Excellent electromagnetic compatibility, no interference to GPS, pod and gimbal
Transmission distances of 3, 5, 10, 20, 40 kilometers and more than 50 kilometers can be selected (under visual conditions)


With 1 x 1080P60 SDI HD image, 4 x digital transmission, 2 x remote control interface
1 independent PWM channel output on the airborne end, can be used for signal control such as dropping cargo or LED lighting
The ground side adopts software decoding, and the decoding software has local storage and forwarding functions
Optimized transmission of 1080P high-definition video stream with minimum end-to-end delay of 250ms
Can realize point-to-point, point-to-multipoint, relay networking applications
Cold start time 5 seconds.

Typical Application
when users choose SDI interface pods, they need to choose its SDI data link radio. Its SDI has a built-in high-performance industrial-grade SDI interface encoder that outputs H.264 code stream.

Figure 2. Typical application of SDI data link
Airborne end: SDI interface connects to pod or PTZ camera; COM1 interface connects to flight control data transmission interface for data transmission between flight control and ground station; SBUS1 interface connects to flight control for manual remote control flight; SBUS2 interface Connect PTZ to control PTZ. If the gimbal supports data transmission port control, InfoFly-SDI has 4 data transmission interfaces, and it can also support the gimbal control through the data transmission port.
Ground end: LAN port connects to the computer, receives H.264 high-definition image code stream and performs software decoding. The decoding software has functions such as local storage and network forwarding. The COM1 port is used to connect the flight control ground station to complete the telemetry remote control data transmission; the COM2 port can be used to control the gimbal and pan/tilt; the PPM1 remote control interface is connected to the first remote control through the trainer line to control the flight; the PPM2 remote control interface is passed The trainer line is connected to a second remote control for controlling pods or other loads. If the PTZ on the airborne end is controlled by a digital transmission interface, the ground needs to connect the PTZ control box to the corresponding digital transmission interface.

For RC Interface Port 1: PPM/S.Bus default (Auto select)
For RC Interface Port 2: PPM/S.Bus default (Auto select)

For the distance less 100KM, production be ready within 7 days.
For the distance in between 100KM to 200KM, production be ready around 15 days.


For antenna option, here it is the tips how to select antenna, it is up to the cost and performance requested


For 1.4 GHz and 2.4GHz band both, if the control distance is less 30Km, Omni/Directional Dual Antenna works manually fine without extra cost.
For 2.4 GHz all bands with less 80 km distance, due to background noise, I-ATA (Automatic Tracking Antenna) light Type antenna has better performance than Dual Antenna Omni/Directional
For 2.4 GHz all bands in between 80-200 km distance, I-ATA Medium Type antenna is required
For 1.4 GHz all bands with less 100km distance, I-ATA (Automatic Tracking Antenna) light Type antenna has better performance than Dual Antenna Omni/Directional
For 1.4 GHz all bands in between 100-200 km distance, I-ATA Medium Type antenna is required


Package includes:

OBU Parts List: (Applicable)
LAN-OBU, DV 12V, 66mm x 110mm x 40mm, 230g (including cooling fan)
OBU cable, J30J-25ZKP

Antenna x 2, 20cm Length/30g
OBU Parts List: (Applicable)
SDI-OBU, DC 12V, 66mm x 110mm x 50mm. 320g (including cooling fan)
OBU cable, J30J-25, 20cm Length
Cooling Fan NMB-MAT DC 12V, 20g
GPS module for ATA (Automatic Tracking Antenna)
Antenna Cables x 2 120cm Length or customised
Antenna x 2, 20cm Length/30g
Ground Control Unit (GCU) and cable (GCU can be intergrated within LSU)
Omni/Directional Antenna (ODA) (Applicable)
Tripod, Maximum 2.06M (1/4 inch interface)
LSU cable, 350cm Length
ATA Light Type Automatic Tracking Antenna (DC24V, 6kg, 300mm x 410mm x 200mm) (Applicable)
Tripod, Maximum 2.3M (5/8 inch interface)
LSU cable, 350cm Length
ATA Medium Type Automatic Tracking Antenna (DC24V, 8 kg, 450mm x 485mm x 240mm) (Applicable)
Tripod, Maximum 2.3M (5/8 inch interface)
LSU cable, 350cm Length

Cooling Fan NMB-MAT DC 12V, 20g
GPS module for ATA (Automatic Tracking Antenna)
Antenna Cables x 2 120cm Length or customised

2022 Version has the new features:

One more pod on air end (to connect more payloads)

Auto Spectrum Sensing function to optimize and select the right band

Frequency-hopping spread spectrum (FHSS)

24/7 technical support by Teamaustars online for software support

Technical Terms:

OBU (On Board Unit)=Airborne Unit
GCU (Ground Control Unit)
LSU (Local Side Unit) with Antenna & GCU
ODA (Omni/Directional Antenna)


IT is the only one on the market to reach actual performance and distance. Comparing the transceiver on the market with COFDM technology, our system is designed for real combat application by industrial drones or military class drones:

Key features:

1.Long operation distance over 200 km
2.Rigid working environment from -40 degree/c to +60 degree/c (approved in Middle East)
3.Automatic tracking antenna (ATA( for LSU (local Side Unit/Ground Control Unit/GCU)
4.Dual antenna on OBU (On Board Unit/Airborne Unit)
5.Built in Serial Port Server
6.Up to 6.7 Mbps downlink speed
7.5s booting time (fast response)
8.Link establishing/Recovering time: 10ms (very fast)
9.Industrial/Military class performance Digital modulate/demodulate and error control
10.Four bands Optional (from Popular 2.4G standard/2400-2500 MHz to 2.4G Wide 2360-2540MHz, 1.4 standard/1430-1444 MHz and 1.4G Wide/1380-1440 MHz)
11.Customisable frequencies/bands (cost applied)
12.Three antenna systems optional (from the manual to automatic tracking)


15-200 KM long range Video & Data and telemetry for UAV long-distance image, data transmission, and remote control integrated data link products provide highly reliable communication connections for industrial-class unmanned systems. This data link products use unique link enhancement technology, which has strong anti-interference performance, stable signal, rich interface types, and excellent electromagnetic compatibility, which can improve the stability and reliability of information transmission of unmanned systems at long distances and maneuvering attitudes. . The product can provide 6Mbps data bandwidth, the longest communication distance is 200 kilometers, supports 1080P HD video transmission, and the image delay is within 280ms. The data link product also provides remote control coach interface, RS232 interface, etc. The airborne end can replace the remote control receiver to directly output the remote control signal, the remote control signal delay is within 40ms, and can be widely used in high-definition image transmission, real-time data interaction and other unmanned System application scenarios.

Its SDI data link has a built-in industrial-grade high-performance H.264 image encoder, supports SDI interface video input, realizes three-in-one image transmission, data transmission, and remote control. The ground end outputs a video stream through a network interface and uses computer software to decode The decoding software has local storage and forwarding functions. The end-to-end image delay is at least 250ms.

Features
Working in L, S band
Broadband transmission, air rate 10Mbps
Communication link establishment/recovery time is less than 10ms
Reliable communication and strong anti-interference ability
Excellent electromagnetic compatibility, no interference to GPS, pod and gimbal
Transmission distances of 3, 5, 10, 20, 40 kilometers and more than 50 kilometers can be selected (under visual conditions)


With 1 x 1080P60 SDI HD image, 4 x digital transmission, 2 x remote control interface
1 independent PWM channel output on the airborne end, can be used for signal control such as dropping cargo or LED lighting
The ground side adopts software decoding, and the decoding software has local storage and forwarding functions
Optimized transmission of 1080P high-definition video stream with minimum end-to-end delay of 250ms
Can realize point-to-point, point-to-multipoint, relay networking applications
Cold start time 5 seconds.

Typical Application
when users choose SDI interface pods, they need to choose its SDI data link radio. Its SDI has a built-in high-performance industrial-grade SDI interface encoder that outputs H.264 code stream.

Figure 2. Typical application of SDI data link
Airborne end: SDI interface connects to pod or PTZ camera; COM1 interface connects to flight control data transmission interface for data transmission between flight control and ground station; SBUS1 interface connects to flight control for manual remote control flight; SBUS2 interface Connect PTZ to control PTZ. If the gimbal supports data transmission port control, InfoFly-SDI has 4 data transmission interfaces, and it can also support the gimbal control through the data transmission port.
Ground end: LAN port connects to the computer, receives H.264 high-definition image code stream and performs software decoding. The decoding software has functions such as local storage and network forwarding. The COM1 port is used to connect the flight control ground station to complete the telemetry remote control data transmission; the COM2 port can be used to control the gimbal and pan/tilt; the PPM1 remote control interface is connected to the first remote control through the trainer line to control the flight; the PPM2 remote control interface is passed The trainer line is connected to a second remote control for controlling pods or other loads. If the PTZ on the airborne end is controlled by a digital transmission interface, the ground needs to connect the PTZ control box to the corresponding digital transmission interface.

For RC Interface Port 1: PPM/S.Bus default (Auto select)
For RC Interface Port 2: PPM/S.Bus default (Auto select)

For the distance less 100KM, production be ready within 7 days.
For the distance in between 100KM to 200KM, production be ready around 15 days.


For antenna option, here it is the tips how to select antenna, it is up to the cost and performance requested


For 1.4 GHz and 2.4GHz band both, if the control distance is less 30Km, Omni/Directional Dual Antenna works manually fine without extra cost.
For 2.4 GHz all bands with less 80 km distance, due to background noise, I-ATA (Automatic Tracking Antenna) light Type antenna has better performance than Dual Antenna Omni/Directional
For 2.4 GHz all bands in between 80-200 km distance, I-ATA Medium Type antenna is required
For 1.4 GHz all bands with less 100km distance, I-ATA (Automatic Tracking Antenna) light Type antenna has better performance than Dual Antenna Omni/Directional
For 1.4 GHz all bands in between 100-200 km distance, I-ATA Medium Type antenna is required


Package includes:

OBU Parts List: (Applicable)
LAN-OBU, DV 12V, 66mm x 110mm x 40mm, 230g (including cooling fan)
OBU cable, J30J-25ZKP

Antenna x 2, 20cm Length/30g
OBU Parts List: (Applicable)
SDI-OBU, DC 12V, 66mm x 110mm x 50mm. 320g (including cooling fan)
OBU cable, J30J-25, 20cm Length
Cooling Fan NMB-MAT DC 12V, 20g
GPS module for ATA (Automatic Tracking Antenna)
Antenna Cables x 2 120cm Length or customised
Antenna x 2, 20cm Length/30g
Ground Control Unit (GCU) and cable (GCU can be intergrated within LSU)
Omni/Directional Antenna (ODA) (Applicable)
Tripod, Maximum 2.06M (1/4 inch interface)
LSU cable, 350cm Length
ATA Light Type Automatic Tracking Antenna (DC24V, 6kg, 300mm x 410mm x 200mm) (Applicable)
Tripod, Maximum 2.3M (5/8 inch interface)
LSU cable, 350cm Length
ATA Medium Type Automatic Tracking Antenna (DC24V, 8 kg, 450mm x 485mm x 240mm) (Applicable)
Tripod, Maximum 2.3M (5/8 inch interface)
LSU cable, 350cm Length

Cooling Fan NMB-MAT DC 12V, 20g
GPS module for ATA (Automatic Tracking Antenna)
Antenna Cables x 2 120cm Length or customised

2022 Version has the new features:

One more pod on air end (to connect more payloads)

Auto Spectrum Sensing function to optimize and select the right band

Frequency-hopping spread spectrum (FHSS)

24/7 technical support by Teamaustars online for software support

Technical Terms:

OBU (On Board Unit)=Airborne Unit
GCU (Ground Control Unit)
LSU (Local Side Unit) with Antenna & GCU
ODA (Omni/Directional Antenna)


IT is the only one on the market to reach actual performance and distance. Comparing the transceiver on the market with COFDM technology, our system is designed for real combat application by industrial drones or military class drones:

Key features:

1.Long operation distance over 200 km
2.Rigid working environment from -40 degree/c to +60 degree/c (approved in Middle East)
3.Automatic tracking antenna (ATA( for LSU (local Side Unit/Ground Control Unit/GCU)
4.Dual antenna on OBU (On Board Unit/Airborne Unit)
5.Built in Serial Port Server
6.Up to 6.7 Mbps downlink speed
7.5s booting time (fast response)
8.Link establishing/Recovering time: 10ms (very fast)
9.Industrial/Military class performance Digital modulate/demodulate and error control
10.Four bands Optional (from Popular 2.4G standard/2400-2500 MHz to 2.4G Wide 2360-2540MHz, 1.4 standard/1430-1444 MHz and 1.4G Wide/1380-1440 MHz)
11.Customisable frequencies/bands (cost applied)
12.Three antenna systems optional (from the manual to automatic tracking)


15-200 KM long range Video & Data and telemetry for UAV long-distance image, data transmission, and remote control integrated data link products provide highly reliable communication connections for industrial-class unmanned systems. This data link products use unique link enhancement technology, which has strong anti-interference performance, stable signal, rich interface types, and excellent electromagnetic compatibility, which can improve the stability and reliability of information transmission of unmanned systems at long distances and maneuvering attitudes. . The product can provide 6Mbps data bandwidth, the longest communication distance is 200 kilometers, supports 1080P HD video transmission, and the image delay is within 280ms. The data link product also provides remote control coach interface, RS232 interface, etc. The airborne end can replace the remote control receiver to directly output the remote control signal, the remote control signal delay is within 40ms, and can be widely used in high-definition image transmission, real-time data interaction and other unmanned System application scenarios.

Its SDI data link has a built-in industrial-grade high-performance H.264 image encoder, supports SDI interface video input, realizes three-in-one image transmission, data transmission, and remote control. The ground end outputs a video stream through a network interface and uses computer software to decode The decoding software has local storage and forwarding functions. The end-to-end image delay is at least 250ms.

Features
Working in L, S band
Broadband transmission, air rate 10Mbps
Communication link establishment/recovery time is less than 10ms
Reliable communication and strong anti-interference ability
Excellent electromagnetic compatibility, no interference to GPS, pod and gimbal
Transmission distances of 3, 5, 10, 20, 40 kilometers and more than 50 kilometers can be selected (under visual conditions)


With 1 x 1080P60 SDI HD image, 4 x digital transmission, 2 x remote control interface
1 independent PWM channel output on the airborne end, can be used for signal control such as dropping cargo or LED lighting
The ground side adopts software decoding, and the decoding software has local storage and forwarding functions
Optimized transmission of 1080P high-definition video stream with minimum end-to-end delay of 250ms
Can realize point-to-point, point-to-multipoint, relay networking applications
Cold start time 5 seconds.

Typical Application
when users choose SDI interface pods, they need to choose its SDI data link radio. Its SDI has a built-in high-performance industrial-grade SDI interface encoder that outputs H.264 code stream.

Figure 2. Typical application of SDI data link
Airborne end: SDI interface connects to pod or PTZ camera; COM1 interface connects to flight control data transmission interface for data transmission between flight control and ground station; SBUS1 interface connects to flight control for manual remote control flight; SBUS2 interface Connect PTZ to control PTZ. If the gimbal supports data transmission port control, InfoFly-SDI has 4 data transmission interfaces, and it can also support the gimbal control through the data transmission port.
Ground end: LAN port connects to the computer, receives H.264 high-definition image code stream and performs software decoding. The decoding software has functions such as local storage and network forwarding. The COM1 port is used to connect the flight control ground station to complete the telemetry remote control data transmission; the COM2 port can be used to control the gimbal and pan/tilt; the PPM1 remote control interface is connected to the first remote control through the trainer line to control the flight; the PPM2 remote control interface is passed The trainer line is connected to a second remote control for controlling pods or other loads. If the PTZ on the airborne end is controlled by a digital transmission interface, the ground needs to connect the PTZ control box to the corresponding digital transmission interface.

For RC Interface Port 1: PPM/S.Bus default (Auto select)
For RC Interface Port 2: PPM/S.Bus default (Auto select)

For the distance less 100KM, production be ready within 7 days.
For the distance in between 100KM to 200KM, production be ready around 15 days.


For antenna option, here it is the tips how to select antenna, it is up to the cost and performance requested


For 1.4 GHz and 2.4GHz band both, if the control distance is less 30Km, Omni/Directional Dual Antenna works manually fine without extra cost.
For 2.4 GHz all bands with less 80 km distance, due to background noise, I-ATA (Automatic Tracking Antenna) light Type antenna has better performance than Dual Antenna Omni/Directional
For 2.4 GHz all bands in between 80-200 km distance, I-ATA Medium Type antenna is required
For 1.4 GHz all bands with less 100km distance, I-ATA (Automatic Tracking Antenna) light Type antenna has better performance than Dual Antenna Omni/Directional
For 1.4 GHz all bands in between 100-200 km distance, I-ATA Medium Type antenna is required


Package includes:

OBU Parts List: (Applicable)
LAN-OBU, DV 12V, 66mm x 110mm x 40mm, 230g (including cooling fan)
OBU cable, J30J-25ZKP

Antenna x 2, 20cm Length/30g
OBU Parts List: (Applicable)
SDI-OBU, DC 12V, 66mm x 110mm x 50mm. 320g (including cooling fan)
OBU cable, J30J-25, 20cm Length
Cooling Fan NMB-MAT DC 12V, 20g
GPS module for ATA (Automatic Tracking Antenna)
Antenna Cables x 2 120cm Length or customised
Antenna x 2, 20cm Length/30g
Ground Control Unit (GCU) and cable (GCU can be intergrated within LSU)
Omni/Directional Antenna (ODA) (Applicable)
Tripod, Maximum 2.06M (1/4 inch interface)
LSU cable, 350cm Length
ATA Light Type Automatic Tracking Antenna (DC24V, 6kg, 300mm x 410mm x 200mm) (Applicable)
Tripod, Maximum 2.3M (5/8 inch interface)
LSU cable, 350cm Length
ATA Medium Type Automatic Tracking Antenna (DC24V, 8 kg, 450mm x 485mm x 240mm) (Applicable)
Tripod, Maximum 2.3M (5/8 inch interface)
LSU cable, 350cm Length

Cooling Fan NMB-MAT DC 12V, 20g
GPS module for ATA (Automatic Tracking Antenna)
Antenna Cables x 2 120cm Length or customised

2022 Version has the new features:

One more pod on air end (to connect more payloads)

Auto Spectrum Sensing function to optimize and select the right band

Frequency-hopping spread spectrum (FHSS)

24/7 technical support by Teamaustars online for software support

Technical Terms:

OBU (On Board Unit)=Airborne Unit
GCU (Ground Control Unit)
LSU (Local Side Unit) with Antenna & GCU
ODA (Omni/Directional Antenna)


IT is the only one on the market to reach actual performance and distance. Comparing the transceiver on the market with COFDM technology, our system is designed for real combat application by industrial drones or military class drones:

Key features:

1.Long operation distance over 200 km
2.Rigid working environment from -40 degree/c to +60 degree/c (approved in Middle East)
3.Automatic tracking antenna (ATA( for LSU (local Side Unit/Ground Control Unit/GCU)
4.Dual antenna on OBU (On Board Unit/Airborne Unit)
5.Built in Serial Port Server
6.Up to 6.7 Mbps downlink speed
7.5s booting time (fast response)
8.Link establishing/Recovering time: 10ms (very fast)
9.Industrial/Military class performance Digital modulate/demodulate and error control
10.Four bands Optional (from Popular 2.4G standard/2400-2500 MHz to 2.4G Wide 2360-2540MHz, 1.4 standard/1430-1444 MHz and 1.4G Wide/1380-1440 MHz)
11.Customisable frequencies/bands (cost applied)
12.Three antenna systems optional (from the manual to automatic tracking)


15-200 KM long range Video & Data and telemetry for UAV long-distance image, data transmission, and remote control integrated data link products provide highly reliable communication connections for industrial-class unmanned systems. This data link products use unique link enhancement technology, which has strong anti-interference performance, stable signal, rich interface types, and excellent electromagnetic compatibility, which can improve the stability and reliability of information transmission of unmanned systems at long distances and maneuvering attitudes. . The product can provide 6Mbps data bandwidth, the longest communication distance is 200 kilometers, supports 1080P HD video transmission, and the image delay is within 280ms. The data link product also provides remote control coach interface, RS232 interface, etc. The airborne end can replace the remote control receiver to directly output the remote control signal, the remote control signal delay is within 40ms, and can be widely used in high-definition image transmission, real-time data interaction and other unmanned System application scenarios.

Its SDI data link has a built-in industrial-grade high-performance H.264 image encoder, supports SDI interface video input, realizes three-in-one image transmission, data transmission, and remote control. The ground end outputs a video stream through a network interface and uses computer software to decode The decoding software has local storage and forwarding functions. The end-to-end image delay is at least 250ms.

Features
Working in L, S band
Broadband transmission, air rate 10Mbps
Communication link establishment/recovery time is less than 10ms
Reliable communication and strong anti-interference ability
Excellent electromagnetic compatibility, no interference to GPS, pod and gimbal
Transmission distances of 3, 5, 10, 20, 40 kilometers and more than 50 kilometers can be selected (under visual conditions)


With 1 x 1080P60 SDI HD image, 4 x digital transmission, 2 x remote control interface
1 independent PWM channel output on the airborne end, can be used for signal control such as dropping cargo or LED lighting
The ground side adopts software decoding, and the decoding software has local storage and forwarding functions
Optimized transmission of 1080P high-definition video stream with minimum end-to-end delay of 250ms
Can realize point-to-point, point-to-multipoint, relay networking applications
Cold start time 5 seconds.

Typical Application
when users choose SDI interface pods, they need to choose its SDI data link radio. Its SDI has a built-in high-performance industrial-grade SDI interface encoder that outputs H.264 code stream.

Figure 2. Typical application of SDI data link
Airborne end: SDI interface connects to pod or PTZ camera; COM1 interface connects to flight control data transmission interface for data transmission between flight control and ground station; SBUS1 interface connects to flight control for manual remote control flight; SBUS2 interface Connect PTZ to control PTZ. If the gimbal supports data transmission port control, InfoFly-SDI has 4 data transmission interfaces, and it can also support the gimbal control through the data transmission port.
Ground end: LAN port connects to the computer, receives H.264 high-definition image code stream and performs software decoding. The decoding software has functions such as local storage and network forwarding. The COM1 port is used to connect the flight control ground station to complete the telemetry remote control data transmission; the COM2 port can be used to control the gimbal and pan/tilt; the PPM1 remote control interface is connected to the first remote control through the trainer line to control the flight; the PPM2 remote control interface is passed The trainer line is connected to a second remote control for controlling pods or other loads. If the PTZ on the airborne end is controlled by a digital transmission interface, the ground needs to connect the PTZ control box to the corresponding digital transmission interface.

For RC Interface Port 1: PPM/S.Bus default (Auto select)
For RC Interface Port 2: PPM/S.Bus default (Auto select)

For the distance less 100KM, production be ready within 7 days.
For the distance in between 100KM to 200KM, production be ready around 15-20 days.


For antenna option, here it is the tips how to select antenna, it is up to the cost and performance requested


For 1.4 GHz and 2.4GHz band both, if the control distance is less 30Km, Omni/Directional Dual Antenna works manually fine without extra cost.
For 2.4 GHz all bands with less 80 km distance, due to background noise, I-ATA (Automatic Tracking Antenna) light Type antenna has better performance than Dual Antenna Omni/Directional
For 2.4 GHz all bands in between 80-200 km distance, I-ATA Medium Type antenna is required
For 1.4 GHz all bands with less 100km distance, I-ATA (Automatic Tracking Antenna) light Type antenna has better performance than Dual Antenna Omni/Directional
For 1.4 GHz all bands in between 100-200 km distance, I-ATA Medium Type antenna is required


Package includes:

OBU Parts List: (Applicable)
LAN-OBU, DV 12V, 66mm x 110mm x 40mm, 230g (including cooling fan)
OBU cable, J30J-25ZKP

Antenna x 2, 20cm Length/30g
OBU Parts List: (Applicable)
SDI-OBU, DC 12V, 66mm x 110mm x 50mm. 320g (including cooling fan)
OBU cable, J30J-25, 20cm Length
Cooling Fan NMB-MAT DC 12V, 20g
GPS module for ATA (Automatic Tracking Antenna)
Antenna Cables x 2 120cm Length or customised
Antenna x 2, 20cm Length/30g
Ground Control Unit (GCU) and cable (GCU can be intergrated within LSU)
Omni/Directional Antenna (ODA) (Applicable)
Tripod, Maximum 2.06M (1/4 inch interface)
LSU cable, 350cm Length
ATA Light Type Automatic Tracking Antenna (DC24V, 6kg, 300mm x 410mm x 200mm) (Applicable)
Tripod, Maximum 2.3M (5/8 inch interface)
LSU cable, 350cm Length
ATA Medium Type Automatic Tracking Antenna (DC24V, 8 kg, 450mm x 485mm x 240mm) (Applicable)
Tripod, Maximum 2.3M (5/8 inch interface)
LSU cable, 350cm Length

Cooling Fan NMB-MAT DC 12V, 20g
GPS module for ATA (Automatic Tracking Antenna)
Antenna Cables x 2 120cm Length or customised

The V31 is an exceptional bi-directional RF link that combines video, telemetry data, and RF links into a single, integrated solution. Specifically designed to meet the needs of professional industrial users in applications such as UAVs and UGVs.

One of the standout features of the V31 is its impressive maximum range of 150km, allowing for long-distance communication in challenging environments.

The V31 supports both point-to-point and point-to-multipoint communication, unlocking a multitude of communication modes and possibilities, for example, one operator to multiple drones, or one drone to multiple receivers.

V31 Digital Network Mapping is a powerful device with features and functions such as 3-in-1 digital mapping, multi-band selection, transparent transmission and transparent data transmission. It can efficiently transmit images and data to meet users' needs in different application scenarios. Whether in the field of image transmission, network communication or data interaction, the V31 Digital Network Map Transmitter provides a reliable and high-performance solution.

The V31 Digital Network Mapper integrates three functions including image transmission, network protocol compatibility and transparent data transmission. This design makes the device more efficient and convenient when transmitting images and data. The Transparent Transmission feature is supported to transmit images and is compatible with all network protocols. This means users can seamlessly transfer images to the target device or system without worrying about protocol compatibility. Transparent transmission ensures high-quality image transmission and reception.

It also supports the transparent data transfer function and provides a TTL/RS232 level interface. This allows users to transfer data through the device and interact with data from other devices or systems. Support for the TTL/RS232 level interface increases the flexibility and compatibility of the device.

V31 provides two frequency band options, 800MHz and 1.4GHz, so users can choose the appropriate band according to their actual needs. Such multi-band selection can adapt to different environments and application scenarios, providing better transmission performance and stability.

The dual S-BUS inputs and outputs of the V31 Digital Network Mapper and the remote control range extension function provide users with longer distance remote control capability, helping users to get rid of the traditional remote control distance limitation. Whether it is in the field of aerial photography, search and rescue, inspection and monitoring, V31 digital network mapper can provide reliable and efficient remote control solutions.

Ground-to-Earth: The V31 Digital Network Mapper enables a stable data transmission range of 3-5 kilometres in ground-to-ground communications through reliable digital transmission technology. This means that users can transmit images, video and other data consistently over this range for reliable communication and control. Ground-to-air: The V31 Digital Network Mapper offers excellent performance in ground-to-air communications, enabling stable data transmission over distances of up to 50 kilometres. This long-range data transmission capability allows users to stably transmit data for remote control and monitoring in aerospace or other applications that require long-range communications.

Product Parameters

Features:

• Multi links in one module-Video & telemetry data & RC link
• Light weight, compact size-175g
• 2 frequencies for choice-800MHz and 1.4GHz
• Dual SBUS input and output-Able to control the drone and the payload
• LAN port for video input and output
• Transparent data transmission-TTL, RS232 optional
• Advanced technology-OFDM, MIMO
• Adjustable RF power-2w and 5w
• Adaptive mechanism-Self-adaptive data rate, bandwidth
• Frequency hopping-Hop between frequency points
• Latency-40ms from interface to interface
• Encryption-AES128
• Network mode-Point to point, point to multipoint, relay
• Transmission range-5km-80km
• Network port expansion dock-Extend serial and LAN ports
• Tracker antenna-Signal reception optimization
• Video link workstation-Seamless connection between GCS and video link
• 
  

Package included:

1.V31 ground station

2.V31 air receiver

3.Power supply cable x 2 (XT30)

4.LAN-ro-4 PIN Cable x 2

5.GH Signal wire 4 pin x 2

6.GH Signal wire 3 pin x 4

7.SMA Antennas (male connector) x 4

8.Fiber-Glass epoxy x 2

9.Sucker x 2

10.Package box x 1

LAN Interface

OVERVIEW VM31 Mesh Video Link is a mesh radio that integrates essential functions including video, data, and remote control signal transmission. It supports a max of 32 nodes for networking, featuring up to 31 hop routing capabilities, allowing direct communication between any two nodes...

VM31 Mesh Video Link is a mesh radio that integrates essential functions including video, data, and remote control signal transmission. It supports a max of 32 nodes for networking, featuring up to 31 hop routing capabilities, allowing direct communication between any two nodes within the network.

Built on the LTE wireless communication standard, VM31 incorporates critical technologies such as Orthogonal Frequency Division Multiplexing (OFDM) and Multi-Input and Multi-Output (MIMO), enabling support for various bandwidth allocations. It operates across two frequency bands: 1.4G and 800M and achieves a max transmission power of 25dBm, covering a transmission distance of up to 50km.

V31 Digital Network Mapping is a powerful device with features and functions such as 3-in-1 digital mapping, multi-band selection, transparent transmission and transparent data transmission. It can efficiently transmit images and data to meet users' needs in different application scenarios. Whether in the field of image transmission, network communication or data interaction, the V31 Digital Network Map Transmitter provides a reliable and high-performance solution.

The V31 Digital Network Mapper integrates three functions including image transmission, network protocol compatibility and transparent data transmission. This design makes the device more efficient and convenient when transmitting images and data. The Transparent Transmission feature is supported to transmit images and is compatible with all network protocols. This means users can seamlessly transfer images to the target device or system without worrying about protocol compatibility. Transparent transmission ensures high-quality image transmission and reception.

It also supports the transparent data transfer function and provides a TTL/RS232 level interface. This allows users to transfer data through the device and interact with data from other devices or systems. Support for the TTL/RS232 level interface increases the flexibility and compatibility of the device.

V31 provides two frequency band options, 800MHz and 1.4GHz, so users can choose the appropriate band according to their actual needs. Such multi-band selection can adapt to different environments and application scenarios, providing better transmission performance and stability.

The dual S-BUS inputs and outputs of the V31 Digital Network Mapper and the remote control range extension function provide users with longer distance remote control capability, helping users to get rid of the traditional remote control distance limitation. Whether it is in the field of aerial photography, search and rescue, inspection and monitoring, V31 digital network mapper can provide reliable and efficient remote control solutions.

Ground-to-Earth: The V31 Digital Network Mapper enables a stable data transmission range of 3-5 kilometres in ground-to-ground communications through reliable digital transmission technology. This means that users can transmit images, video and other data consistently over this range for reliable communication and control. Ground-to-air: The V31 Digital Network Mapper offers excellent performance in ground-to-air communications, enabling stable data transmission over distances of up to 50 kilometres. This long-range data transmission capability allows users to stably transmit data for remote control and monitoring in aerospace or other applications that require long-range communications.

Product Parameters

Features:

Multi links in one module : Video & telemetry data link

3 frequencies for choice : 800MHz, 1.4GHz, 2.4GHz

LAN port for video input and output

Transparent data transmission : TTL, RS232 optional

Network mode : Mesh

Advanced technology : OFDM, MIMO

Adjustable RF power : -40-25dbm

High throughput : 20Mbps

Frequency hopping : Hop between frequency points

Encryption : AES128

Network Port Expansion Dock : Extend serial and LAN ports

LAN Interface

V21 Video Telemetry The V21 Video Telemetry is a state-of-the-art solution designed specifically for professional industrial users in UAV, UGV, and similar applications. It offers a versatile and bi-directional RF link that seamlessly integrates video, telemetry data, and RF communication capabilities.

V21 Video Telemetry is a state-of-the-art solution designed specifically for professional industrial users in UAV, UGV, and similar applications. It offers a versatile and bi-directional RF link that seamlessly integrates video, telemetry data, and RF communication capabilities.

With its comprehensive feature set, the V21 enables robust and reliable communication between unmanned systems and ground stations. It supports both point-to-point and point-to-multipoint communication, allowing for flexible operation scenarios, for example, multi-drone operations or multiple viewers or receivers.

The V21 Digital Network Mapper is a powerful device that boasts features like 3-in-1 digital mapping, multi-band selection, transparent transmission, and transparent data transmission. These functionalities allow it to efficiently transmit images and data, catering to users' diverse application scenarios. Whether it's image transmission, network communication, or data interaction, the V21 Digital Network Mapper offers a dependable and high-performance solution!

The V21 Digital Network Mapper supports a transparent transmission function, enabling seamless image transfer that is compatible with all network protocols. Users can effortlessly transfer images to the target device or system without concerns about protocol compatibility. Transparent transmission ensures high-quality and reliable image transmission and reception.

Additionally, the V21 Digital Network Mapper offers a TTL/RS232 level interface. This feature allows users to transfer data through the device and interact with data from other devices or systems. The support for the TTL/RS232 level interface enhances the device's flexibility and compatibility, making it more versatile for various data exchange needs.

The V21 Digital Network Mapper seamlessly integrates three essential functions: image transmission, network protocol compatibility, and transparent data transmission. This design ensures the device operates efficiently and conveniently when transmitting images and data. Moreover, the V21 offers two built-in frequency band options: 800MHz, 1.4GHz, and 2.4GHz, providing users with the flexibility to choose the most suitable band based on their specific requirements. The multi-band selection capability allows the V21 to adapt to various environments and application scenarios, ensuring improved transmission performance and stability.

The V21 Digital Network Mapper supports dual S-BUS inputs and outputs, enabling seamless connection and communication with multiple remote control devices. Users can efficiently interact with data through these two S-BUS interfaces, allowing for flexible and versatile remote control operations.

The V21 is a versatile device that supports both point-to-multipoint and multipoint functions. It comes equipped with powerful data transmission and communication capabilities, enabling centralized control, data exchange, and collaborative work between devices. In scenarios where multiple devices are in operation and data interaction is required, the V21 offers users an efficient and reliable solution, catering to the needs of complex applications.

The V21 Digital Network Mapper supports dual S-BUS inputs and outputs, allowing seamless connection and communication with multiple remote control devices. Through these two S-BUS interfaces, users can interact with data from remote control devices or other compatible systems, enabling flexible and efficient remote control operations.

By equipping the E11 module, V21 digital network mapping provides richer interface expansion options, expanding one network port and three serial ports. This expandability allows users to configure interfaces according to actual needs and meet the requirements of different application scenarios. Equipped with the E11 module can better meet the user's interface expansion needs, to achieve a wider range of functions and applications.

Multi links in one module

Video & telemetry data & RC link

Light weight, compact size

3 frequency modules in one

800MHz, 1.4GHz, 2.4GHz

Dual SBUS input and output

Able to control the drone and the payload

LAN port for video input and output

VM21 is a Mesh radio that integrates key functions such as video, data, and remote control signal transmission. It supports a maximum of 32 nodes for networking, featuring up to 31 hop routing capabilities. Any two nodes within the network can communicate directly.

Based on the LTE wireless communication standard, VM21 adopts critical technologies such as Orthogonal Frequency Division Multiplexing (OFDM) and Multi-Input and Multi-Output (MIMO), supporting various bandwidth allocations. It covers three frequency bands: 2.4G, 1.4G, and 800MHz, and achieves a max transmission power of 25dBm with a transmission distance of up to 10km.

Features:

• Multi links in one module : Video & telemetry data link
• weight : 100g
• 3 frequencies for choice : 800MHz, 1.4GHz, 2.4GHz
• LAN port for video input and output
• Transparent data transmission : TTL, RS232 optional
• Network mode : Mesh
• Advanced technology : OFDM, MIMO
• Adjustable RF power : -40-25dbm
• High throughput : 20Mbps
• Frequency hopping : Hop between frequency points
• Encryption : AES128
• Network Port Expansion Dock : Extend serial and LAN ports

OVERVIEW VM31 Mesh Video Link is a mesh radio that integrates essential functions including video, data, and remote control signal transmission. It supports a maximum of 32 nodes for networking, featuring up to 31 hop routing capabilities, allowing direct communication between any two nodes...

VM31 Mesh Video Link is a mesh radio that integrates essential functions including video, data, and remote control signal transmission. It supports a max of 32 nodes for networking, featuring up to 31 hop routing capabilities, allowing direct communication between any two nodes within the network.

Built on the LTE wireless communication standard, VM31 incorporates critical technologies such as Orthogonal Frequency Division Multiplexing (OFDM) and Multi-Input and Multi-Output (MIMO), enabling support for various bandwidth allocations. It operates across two frequency bands: 1.4G and 800M and achieves a max transmission power of 25dBm, covering a transmission distance of up to 50km.

VM31 is mesh radio developed based on LTE, OFDM, MIMO. With dual 10/100 Ethernet and serial gateway functions, it provides reliable wireless Ethernet bridge functions and gateway services for most devices. VM31 combines smooth integration with 3-in-1(video, telemetry, RC) link for a faster, more cost-effective path to system fielding. There are 3 frequencies for choice, 800MHz, 1.4GHz and 2.4GHz. Parameters are as below: It features compact size, high integration, high sensitivity, which provides great convenience for the user.

When MESH networking technology is integrated into the field of UAVs, it brings about a series of groundbreaking effects. Firstly, MESH networking extends the coverage of UAV networks, allowing UAVs to communicate and collaborate over a larger area. Secondly, MESH networking is self-organizing and self-adaptive, enabling the establishment of stable communication links between UAVs and the automatic re-routing of data transmission paths in case of interference or disruption.

Exactly, MESH networking technology empowers UAVs to function as nodes in the network, facilitating communication with other UAVs or ground stations. By establishing connections between these nodes, UAVs can achieve a larger network coverage, extend communication distances, and expand the communication area. This seamless and collaborative network allows for efficient transmission of control commands, sensor data, and other critical information among UAVs, significantly enhancing their capabilities in various applications.

Absolutely, MESH networking empowers UAVs with self-organizing and adaptive capabilities within the network topology. When there are interruptions in the connections between UAVs or signal interference occurs, MESH networking automatically re-routes the data transmission path to ensure stable communication. This adaptive feature enhances the robustness of the UAV network, allowing it to maintain effective communication even in complex and challenging environments. This self-healing and resilient behavior is particularly valuable in critical missions where uninterrupted communication is essential for success and safety.

Features:

Multi links in one module : Video & telemetry data link

3 frequencies for choice : 800MHz, 1.4GHz, 2.4GHz

LAN port for video input and output

Transparent data transmission : TTL, RS232 optional

Network mode : Mesh

Advanced technology : OFDM, MIMO

Adjustable RF power : -40-25dbm

High throughput : 20Mbps

Frequency hopping : Hop between frequency points

Encryption : AES128

Network Port Expansion Dock : Extend serial and LAN ports

LAN Interface

COFDM VIDEO TRANSMITTER

COFDM RF WIRELESS COMMUNICATION

1W XK-F142THS transmitter is a micro HD wireless image transmission product with low latency. Based on COFDM modulation, H. 264 compression, and AES encryption, it is capable of stable, reliable, and real-time wireless HD image transmission in the environment of high-speed movement and urban building occlusion. It can be widely used in army, public security, armed police, fire protection, water conservancy, electric power, maritime, customs, radio and television industries, the collocation with Drone/UGV/USV/Vehicle is one of the most popular application at present.

1W XK-F142THS transmitter is a low latency micro HD wireless image transmission product. Based on COFDM modulation, H. 264 compression, and AES encryption, it is capable of stable, reliable, and real-time wireless HD image transmission in high-speed movement and urban building occlusion.

1W XK-F142THS FEATURES

• Non-line-of-sight transmission, long transmission distance, and strong anti – interference capability.
• HD image transmission, the highest support 1080p60.
• Low transmission delay.
• AES encryption for transmission security and reliability.
• Good RF index, high signal-to-noise ratio, and small stray.
• Transmission frequency and bandwidth are adjustable.
• Wide input voltage range, support DC8V~DC25V voltage input.
• Small size.
• Low power consumption.

Features:

Sprintlink 10W is built especially for the scenario where the communication range is over 150km. With a 16dpi antenna panel and SprintTracker on the ground, its communication range can be more than 150km. Also with re-transmission and adaptive frequency hopping, the module secures the transmission quality steadily.

Sprintlink 10w adopts private COFDM protocol, features long range transmission, high sensitivity and high throughput.

Ultra-high bandwidth and stream support can easily handle 4K resolution video data streams. 200ms screen-to-screen low latency and good delay jitter-sensitive control, meeting the end-to-end real-time requirements of video data.

Features:

• TDD bi-directional link with video/telemetry/RC
• Receiving diversity and dynamic antenna switching
• H.264 & H.265 video compression & decompression
• Low level re-transmission and adaptive frequency hopping
• AES128 & AES 256 encryption implemented on FPGA

Software Defined Radio (SDR)

The realization of modifiability of the communication underlying protocol gives the system the ability to continuously evolve and optimize;

Fully and effectively verify the improvement of chipization, and greatly reduce the risk of tape-out;

Flexible customization to improve design-win capabilities

Orthogonal Frequency Division Multiplexing (OFDM)

Effectively eliminate multipath interference under long-distance transmission

Low Density Check Code (LDPC)

The self-optimized design of QC-LDPC gives the system excellent error correction performance and greatly improves the receiving performance.

Private Communication Protocol

Optimized design for video transmission, optimized frame format and pilot frequency greatly improve the receiving performance of video transmission.

RC Link Specifications

Frequency: 1420MHz~ 1470MHz
Bandwidth: 10MHz (uplink); 20MHz(downlink)
Power: 40dBm
Modulation: OFDM
Constellation
FEC:BPSK; QPSK; 16QAM
Duplex:TDD
Downlink throughput: 2.3Mbps~8Mbps
Uplink throughput: 600kbps
Voltage :3s-6s
Working temperature: -40°C ~60°C
Size: 160X139.3X27.8mm
Weight :<700g
Video Interface:Ethernet
Other Interface?Serial; PPM/S.bus;USB
Communication distance:150km

SprintTracker Specifications

Interface
Video input interface:Ethernet/HDMI
Video output interface:Ethernet/HDMI
Video protocol:TCP/UDP
Telemetry input port:Serial;TTL
Telemetry output port:Serial;TTL
Video transmission
Frequency:1.4GHz
Distance:100Km
Downlink throughput:10Mbps(Max)
Uplink throughput:300Kbps(Max)
Max of power:33dBm
Telemetry
Distance:100km
Telemetry input port:115200bps(Max)
Telemetry output port:115200bps(Max)
Tracker
YAW stability enhancement accuracy:±1°
YAW rotation range:Unlimited
PITCH rotation range:-15~135°
Max turning rate:300 °/s
Consumption:30W
Working temperature:-20°C~50°C

Storage temperature:-20°C~60°C

Working humidity:20%~70%

The Swiftlink P33 is a 2w, 1.4ghz TDD wireless transmission and receiver device based on industrial-grade FPGA and transceiver technology, specially designed for the required transmission range over 60km. It features real-time interference detection, adaptive channel selection, adaptive channel code rate, automatic retransmission, and automatic power control. These features significantly enhance its anti-multipath and anti-interference capabilities, ensuring high reliability, excellent stability, and low latency. This product is ideal for applications such as firefighting, inspection, monitoring, and drones.

Product Features

Unified solution for video, command and control, and telemetry

Air-to-ground visibility exceeds 30km with omni antennas

Air-to-ground visibility exceeds 60km with directional antennas

Adaptive Channel Selection (ACS)

Real-time interference detection with anti-interference algorithm processing

Automatic Power Control (APC)

Adaptive modulation mode based on Shannon limit (Auto MCS)

High reliability, excellent stability, and low latency

Dual network ports and four serial ports

The Swiftlink P33 2W 1.4Ghz 60km Wireless Data/Video Transmission System is a 1.4Ghz TDD wireless transmission and receiver device based on industrial-grade FPGA and transceiver technology. It features real-time interference detection, adaptive channel selection, adaptive channel code rate, automatic retransmission, and automatic power control. These features significantly enhance its anti-multipath and anti-interference capabilities, ensuring high reliability, excellent stability, and low latency. This product is ideal for applications such as firefighting, inspection, monitoring, and drones.

Product Features

Unified solution for video, command and control, and telemetry

Air-to-ground visibility exceeds 30km with omni antennas

Air-to-ground visibility exceeds 60km with directional antennas

Adaptive Channel Selection (ACS)

Real-time interference detection with anti-interference algorithm processing

Automatic Power Control (APC)

Adaptive modulation mode based on Shannon limit (Auto MCS)

High reliability, excellent stability, and low latency

Dual network ports and four serial ports

Product Parameters

Parameters:

Working Frequency: 1350~1470MHz (2.4GHz and other frequencies can be customized)

Wireless Channel: 2T2R

Transmission Power: 33dBm (2W)

Transmission Distance: Air-to-ground 30km+ (using omni antennas)

Channel Bandwidth: 10MHz

Modulation Mode: QPSK/16QAM

Receiving Sensitivity: -99dBm@10MHz@QPSK1/3

Data Rate: Up to 17Mbps@16QAM3/4

Transmission Delay: 10ms

Interface Specifications:

Radio Frequency Interface: SMA*2

Equipment Interface: Network port *2 + TTL/RS232 *2 + 422 + SBUS

Electrical Specifications:

Overall Power Consumption: Air Unit ≤ 25W, Ground Unit ≤ 10W

Working Voltage: DC 9~26V, Typical value: 12V@3A

Physical Specifications:

Dimensions (LWH): 148mm * 65mm * 17mm

Weight: 208g

Working Temperature: -40?~+75?

Product Includes

Swiftlink P33 Wideband Bidirectional Wireless Links (2 units):

Swiftlink P33 bidirectional wireless link, operating frequency range: 1350~1470MHz, transmission power: 2W, power supply: 9~26V, typical 12V.

Serial port configured to RS232 level.

Includes power connection cables and J30J cables.

Airborne Antennas (2 units):

29cm small fiberglass antennas for 1.4GHz frequency band.

Ground Antennas (2 sets):

60cm fiberglass antennas for 1.4GHz frequency band, with 2.5-meter extension cables and suction cups.

The Swiftlink P37 100km Wireless Data/Video Transmission System is a 5w, 1.4GHz TDD wireless transmission and receiver device based on industrial-grade FPGA and transceiver technology. It features real-time interference detection, adaptive channel selection, adaptive channel code rate, automatic retransmission, and automatic power control. These capabilities significantly enhance its anti-multipath and anti-interference performance, ensuring high reliability, excellent stability, and low latency. This product is ideal for applications such as firefighting, inspection, monitoring, and drones.

Product Features

Comprehensive solution for video, command and control, and telemetry

Air-to-ground visibility exceeds 60km with omni antennas

Air-to-ground visibility exceeds 100km with directional antennas

Adaptive Channel Selection (ACS)

Real-time interference detection with anti-interference algorithm processing

Automatic Power Control (APC)

Adaptive modulation mode based on Shannon limit (Auto MCS)

High reliability, excellent stability, and low latency

Dual network ports and four serial ports

The Swiftlink P37 100km Wireless Data/Video Transmission System is a 5w, 1.4GHz TDD wireless transmission and receiver device based on industrial-grade FPGA and transceiver technology. It features real-time interference detection, adaptive channel selection, adaptive channel code rate, automatic retransmission, and automatic power control. These capabilities significantly enhance its anti-multipath and anti-interference performance, ensuring high reliability, excellent stability, and low latency. This product is ideal for applications such as firefighting, inspection, monitoring, and drones.

Product Features

Comprehensive solution for video, command and control, and telemetry

Air-to-ground visibility exceeds 60km with omni antennas

Air-to-ground visibility exceeds 100km with directional antennas

Adaptive Channel Selection (ACS)

Real-time interference detection with anti-interference algorithm processing

Automatic Power Control (APC)

Adaptive modulation mode based on Shannon limit (Auto MCS)

High reliability, excellent stability, and low latency

Dual network ports and four serial ports

Product Parameters

Parameters:

Working Frequency: 1350~1470MHz (2.4GHz and other frequencies can be customized)

Wireless Channel: 2T2R

Transmission Power: 37dBm (5W)

Transmission Distance: Air-to-ground 60km+ (using omni antennas)

Channel Bandwidth: 10MHz

Modulation Mode: QPSK/16QAM

Receiving Sensitivity: -99dBm@10MHz@QPSK1/3

Data Rate: Up to 17Mbps@16QAM3/4

Transmission Delay: 10ms

Interface Specifications:

Radio Frequency Interface: SMA*2

Equipment Interface: Network Port *2 + TTL/RS232 *2 + 422 + SBUS

Electrical Specifications:

Overall Power Consumption: Air Unit ≤ 40W, Ground Unit ≤ 12W

Working Voltage: DC 22~30V, Typical value: 24V@2A

Physical Specifications:

Dimensions (LWH): 163mm * 77mm * 25mm

Weight: 340g

Working Temperature: -40?~+75?

Product Includes

Swiftlink P37 Wideband Bidirectional Wireless Links (2 units):

Swiftlink P37 bidirectional wireless link, operating frequency range: 1350~1470MHz, transmission power: 5W, power supply: 15~26V, typical 24V.

Serial port configured to RS232 level.

Includes power connection cables and J30J cables.

Airborne Antennas (2 units):

29cm small fiberglass antennas for 1.4GHz frequency band.

Ground Antennas (2 sets):

60cm fiberglass antennas for 1.4GHz frequency band, with 1.5-meter extension cables and suction cups.

The Swiftlink P46 is a high-performance TDD bi-directional wireless transmission module designed for UAV applications, capable of achieving an impressive transmission distance of up to 300 kilometers. This cutting-edge device combines real-time data and video transmission, making it an ideal solution for critical scenarios such as firefighting, inspection, and monitoring.

Key Features

• Exceptional Long-Distance Transmission: Capable of transmitting data and video streams up to 300 kilometers, providing extensive coverage for various applications.
• High Bandwidth: Supports data transmission speeds up to 15Mbps within a 10MHz bandwidth, ensuring smooth and high-quality data transfer.
• Bi-Directional Communication: Utilizes TDD technology for seamless two-way communication, enhancing operational efficiency and reliability.
• Automatic Repeater Transmission: Enables the automatic addition of trunk links for extended communication range without manual intervention.

The Swiftlink T900 10W Radio Telemetry Module is a high-performance digital radio specifically designed for long-distance industrial data transmission. With its robust build and advanced features, this module is tailored to meet the rigorous demands of UAVs, inspections, monitoring, and other industrial applications. Operating in the 902~928MHz frequency band, the Swiftlink T900 ensures reliable and secure data communication over distances up to 200km under optimal conditions.

The Swiftlink P40 10W 1.4Ghz 150km Wireless Data/Video Transmission System is a TDD wireless transmission and receiver device, utilizing industrial-grade FPGA and transceiver technology. It boasts real-time interference detection, adaptive channel selection, adaptive channel code rate, automatic retransmission, and automatic power control. These features significantly enhance its anti-multipath and anti-interference capabilities, ensuring high reliability, excellent stability, and low latency. This product is ideal for applications such as firefighting, inspection, monitoring, and drones.

Product Features

• *Comprehensive solution for video, command and control, and telemetry
• *Air-to-ground visibility exceeds 100km with omni antennas
• *Air-to-ground visibility exceeds 150km with directional antennas
• *Adaptive Channel Selection (ACS)
• *Real-time interference detection with anti-interference algorithm processing
• *Automatic Power Control (APC)
• *Adaptive modulation mode based on Shannon limit (Auto MCS)
• *High reliability, excellent stability, and low latency
• *Dual network ports and four serial ports

Your Purchase Includes

Multicopter Combo
1 x Taurus-2 Flight Controller
1 x TAURUS-2 Satellite Compass Module (GNSS+Compass)
1 x Navigation Light Module
1 x 20KM Datalink

VTOL Combo
1x TAURUS-2 Flight Controller
1x TAURUS-2 Satellite Compass Module (GNSS+Compass)
1x Airspeed Meter Module
1 x 20KM Datalink

CUAV X7+ Pro Features:

1–Aero-Grade ADI16470 Sensor

2–Built-in shock absorption

3–3 sets of Imus support intelligent failover

4–Support temperature compensation

5–Support CAN ammeter

6–Modular design, support custom baseboard

X7+ Pro Core have complete functions as the X7 Pro autopilot,it allows you to customize your own baseboard that whatever you want,we will provide the definition for you,you can place your interface by your way!

Introduction

Pixhawk Cube Orange Standard Set with Here 3 GNSS includes an orange cube, ADS-B carrier board and Here 3 GNSS. This open-source autopilot adopting powerful H7 processor, featuring a triple-redundancy IMU system and vibration dampening system.The anti-jamming performance and stability are greatly improved. Carrier Board with an integrated 1090MHz ADS-B receiver, allowing the software to receive information about the location of manned aircraft in the area, that effectively improve the flight safety of UAV.

Here 3 GPS module is a new version based on Here 2 GNSS GPS unit. Compared with Here 2 GNSS GPS unit, Here 3 GPS module with built-in RTK features more accurate positioning, faster response, and colorful LED lights for visible indications of UAV status. Here 3 GPS Unit is compatible with Pixhawk 2.1 and most of the other open-source flight controllers.

Cube Orange
-Includes new generation of more powerful H7 processor, with stronger performance, faster processing, increased security with built-in triple-redundant sensors, temperature control shock absorption IMU.
-With the help of flight software, Cube Orange can completely fly any remotely controlled aircraft, helicopter, or multirotor and turn it into a more professional UAV platform.

ADS-B Carrier Board
-A standard carrier board with an integrated 1090MHz ADS-B receiver allowing the software to receive information about the location of manned aircraft in the area.
-Receives information such as position, altitude, speed, etc. which can all be viewed in Mission Planner.
-Through settings, you can optionally set up your cube to allow the drone to automatically avoid aircraft that are within an exclusion zone.

Your Purchase Include

1x Cube Orange
1x ADS-B Carrier Board
1x Power Brick
1x Cable Set
1x Here 3 GNSS(M8N) GPS Unit
1x GPS1 Port Connector

Spread Spectrum 900 MHz Spread Spectrum Wireless Modem The n920-ENC takes advantage of the small size of the n920 OEM module to create an enclosed modem that is a fraction of the size of our existing Spectra Series Modems. Engineered into this tiny package is the reliability, features, and performance of our larger serial modems! And if that is not enough to amaze, note also that it is fully compatible with all of our Spectra/MHX Series modems! Features Supports 19.2kbps to 230.4kbps wireless link rates Quad Filter Stages provides Extreme Noise and Interference Rejection Supports a variety of network topologies as well as store-and-forward repeater operation User-adjustable from 100mW-1W (maximum allowable) transmit power Low power consumption in Sleep and Sniff modes Selectable Forward Error Correction (FEC), 32 bits of CRC, and 128-bit AES (export restrictions apply) C1D2 - For use in hazardous environments 869 option - 869.4 MHz - 869.65 MHz Operation Applications Robotics Remote Telemetry, DGPS Electric, Oil, and Gas Sensors/Detection Display signs Handheld Communications Devices Industrial Communications

HM30 FAQ

1. What is HM30?

   A long-range full HD FPV system with remote control, telemetry, and OSD built-in.

2. What frequency bands do HM30 use?

   5100 to 5825 MHz, centering at 5550 MHz.

3. Can I replace the antennas on HM30?
   Yes, of course.
   Both the ground unit and the air unit are using SMA connectors for antenna installation.

   SIYI original antennas are:
   4 x Omni Antennas (2 for ground, 2 for air)
   2 x Directional Antennas (for ground)

   SIYI sold-alone antenna choices are:
   17 dB High Gain Antenna
   Lollipop Antenna

4. How much transmitting power in HM30?
   Around 25 dBm / 320 mW

5. What is the effective range?
   The latest record is 50 km.
   With different antenna setup and in different wireless mode, the range limit is different.
   26 KM Range Test Full Video - SIYI HM30 Full HD Image Transmission System
   Amazing Record 42 KM Range Test Full Video - SIYI HM30

6. What flight controllers are compatible with HM30?
   To use the OSD overlay, the flight controllers should support Mavlink output, such as
   Ardupilot, PX4, INAV, etc.
   If the OSD overlay is not necessary, then any flight controllers are compatible.

7. What remote controllers are compatible with HM30?
   Any remote controllers which support S.Bus or PPM output.

8. What interfaces to output video stream on HM30 ground unit?
   USB-C
   LAN (UDP telemetry simultaneously)
   Internal WiFi (UDP telemetry simultaneously)
   USB WiFi (UDP telemetry simultaneously)

9. Does HM30 ground unit support HDMI output?
   Yes but with a sold-alone LAN-HDMI Output Converter Module.

10. Does HM30 air unit support HDMI input?
    Yes but with a sold-alone HDMI-Ethernet Input Converter Module.

11. What are the dimensions and the weight of the HM30 unit and the FPV camera?
    Air Unit
    Dimension: 70x55x24 mm (antenna detached, fan height included)
    Weight: 74 g (antenna detached)

    FPV Camera
    Dimension: 42x42x25 mm
    Weight: 23 g

12. What kind of models are the most suitable for HM30?
    FPV wings and multirotors

Drone UAV V21 Video&Data&RC Link

HM30 FAQ

1. What is HM30?

   A long-range full HD FPV system with remote control, telemetry, and OSD built-in.

2. What frequency bands do HM30 use?

   5100 to 5825 MHz, centering at 5550 MHz.

3. Can I replace the antennas on HM30?
   Yes, of course.
   Both the ground unit and the air unit are using SMA connectors for antenna installation.

   SIYI original antennas are:
   4 x Omni Antennas (2 for ground, 2 for air)
   2 x Directional Antennas (for ground)

   SIYI sold-alone antenna choices are:
   17 dB High Gain Antenna
   Lollipop Antenna

4. How much transmitting power in HM30?
   Around 25 dBm / 320 mW

5. What is the effective range?
   The latest record is 50 km.
   With different antenna setup and in different wireless mode, the range limit is different.
   26 KM Range Test Full Video - SIYI HM30 Full HD Image Transmission System
   Amazing Record 42 KM Range Test Full Video - SIYI HM30

6. What flight controllers are compatible with HM30?
   To use the OSD overlay, the flight controllers should support Mavlink output, such as
   Ardupilot, PX4, INAV, etc.
   If the OSD overlay is not necessary, then any flight controllers are compatible.

7. What remote controllers are compatible with HM30?
   Any remote controllers which support S.Bus or PPM output.

8. What interfaces to output video stream on HM30 ground unit?
   USB-C
   LAN (UDP telemetry simultaneously)
   Internal WiFi (UDP telemetry simultaneously)
   USB WiFi (UDP telemetry simultaneously)

9. Does HM30 ground unit support HDMI output?
   Yes but with a sold-alone LAN-HDMI Output Converter Module.

10. Does HM30 air unit support HDMI input?
    Yes but with a sold-alone HDMI-Ethernet Input Converter Module.

11. What are the dimensions and the weight of the HM30 unit and the FPV camera?
    Air Unit
    Dimension: 70x55x24 mm (antenna detached, fan height included)
    Weight: 74 g (antenna detached)

    FPV Camera
    Dimension: 42x42x25 mm
    Weight: 23 g

12. What kind of models are the most suitable for HM30?
    FPV wings and multirotors

HM30 FAQ

1. What is HM30?

   A long-range full HD FPV system with remote control, telemetry, and OSD built-in.

2. What frequency bands do HM30 use?

   5100 to 5825 MHz, centering at 5550 MHz.

3. Can I replace the antennas on HM30?
   Yes, of course.
   Both the ground unit and the air unit are using SMA connectors for antenna installation.

   SIYI original antennas are:
   4 x Omni Antennas (2 for ground, 2 for air)
   2 x Directional Antennas (for ground)

   SIYI sold-alone antenna choices are:
   17 dB High Gain Antenna
   Lollipop Antenna

4. How much transmitting power in HM30?
   Around 25 dBm / 320 mW

5. What is the effective range?
   The latest record is 50 km.
   With different antenna setup and in different wireless mode, the range limit is different.
   26 KM Range Test Full Video - SIYI HM30 Full HD Image Transmission System
   Amazing Record 42 KM Range Test Full Video - SIYI HM30

6. What flight controllers are compatible with HM30?
   To use the OSD overlay, the flight controllers should support Mavlink output, such as
   Ardupilot, PX4, INAV, etc.
   If the OSD overlay is not necessary, then any flight controllers are compatible.

7. What remote controllers are compatible with HM30?
   Any remote controllers which support S.Bus or PPM output.

8. What interfaces to output video stream on HM30 ground unit?
   USB-C
   LAN (UDP telemetry simultaneously)
   Internal WiFi (UDP telemetry simultaneously)
   USB WiFi (UDP telemetry simultaneously)

9. Does HM30 ground unit support HDMI output?
   Yes but with a sold-alone LAN-HDMI Output Converter Module.

10. Does HM30 air unit support HDMI input?
    Yes but with a sold-alone HDMI-Ethernet Input Converter Module.

11. What are the dimensions and the weight of the HM30 unit and the FPV camera?
    Air Unit
    Dimension: 70x55x24 mm (antenna detached, fan height included)
    Weight: 74 g (antenna detached)

    FPV Camera
    Dimension: 42x42x25 mm
    Weight: 23 g

12. What kind of models are the most suitable for HM30?
    FPV wings and multirotors

The CUAV C-RTK 9P GPS Receiver is an RTK GPS module designed by CUAV for the professional market. It uses Ublox's F9P module, supports multi-satellite multi-frequency, and uses advanced RTK algorithms. It can build an RTK system with two identical C-RTK 9P modules. Using it, the PX4 can achieve centimeter-accurate position in seconds, which is much more accurate than the average GPS, and faster and more convenient than the previous generation M8P module.

DVL-2 is 1080p Full-HD digital video transmission system which including air unit and ground unit. DVL-2 transmits the video, OSD and more information by the wireless communication mode. Compared with DVL1, DVL2 receiver is upgraded. The receiver is equipped with a directional antenna, and with the Auto Antenna Tracker the antenna can be adjusted automatically to get a better signal and ultra-long communication distance. Also the transsmiter is equipped with an OSD module, so besides the video, the OSD data also could be displayed on the monitor, like transmitter voltage, transmitting power, longitude, latitude, height etc. DVL-2 digital video system features low power consumption, long distance and low latency. DVL-2 digital video transmission system is based on 5G frequency and with a maximum 5km range on the ground, more than 8km in the air. Latency is less than 100ms. The output power of DVL-2 is adjustable from 25mw to 800mw. The Receiver module has both HDMI output and wifi output, so the wireless video can be displayed on a Monitor and cellphone at the same time.

Specifications:

Maximum Transmission Distance: 5KM on the ground,more than 8KM air to ground
Video Resolution: 1080p@60fps, 720p supported
Output Power: 25mw-800mw adjustable
Sensitivity: -95dbm±2dbm
Gain: 18dBi
Frequency: 5G
Latency: <100ms
Video Input: HDMI
Video Output: WiFi(for mobile devices); HDMI (for HDMI display devices)
Working Temperature: -10~60?
Transmitter working voltage: 2S-3S,DC-12V
Receiver working voltage: 3S, 12DC
Receiver working current: ?2A (DC-12V)
Weight(Transmitter): 118g
Weight(Receiver): 2.8kg
Multi-Device monitoring
With OSD
Cellphone APP available

Your Pruchase Includes:
1x Air Unit
2x Air Unit Antenna
1x Air Unit Power Cable
2x Antenna Feeder
1x HDMI Cable(D-D)
1x Ground Unit
1x Ground Unit Antenna
2x Ground Unit Mobile Antenna
1x GPS Module(Ground Unit)
1x Ground Unit Mavlink Data Cable
1x GPS Bracket
1x OSD Data Collection Module
1x Voltage Monitoring Cable
1x OSD Data Output Cable
1x Mavlink Date Cable
1x Packing Box
1x USB to Serial Adapter

DVL1 is the 1080p Full-HD digital video transmission system including air part and ground part. DVL1 transmits the video, image, OSD and more information by the wireless communication mode. DVL1 is perfect for all fields video transmission because of its light weight, low power consumption, long distance and low latency. DVL1 digital video transmission system is based on 5G frequency and with a maximum 5km range in the air with omni-directional antennas. Latency is less than 100ms. Please put ground system antenna wide side face to transmitter, otherwise, the work distance will be reduce to 50%. The output power of DVL1 is adjustable from 20mw to 800mw. The Receiver module has both HDMI output and wifi output, so the wireless video can be displayed on a Monitor and mobilephone at the same time.

Functions&Features:

- Up to input resolution: 1080P, 720P supported.

- Maximum Transmission Distance: 3KM on the ground; More than 5KM air to ground.

- Transmission power: 20mW~800mW adjustable

-Weight: (Transmitter) 70g (Recevier) 200g

- Latency: Less than 100ms

- Working frequency: 14 working frequency from 5.1~5.9 GHz, adjustable.

- Input: HDMI cable

-Output: WIFI (for mobile devices) HDMI cable(for HDMI display devices)

- Other features: Multi-person monitoring; Built-in OSD

Transmitter

Recevier

Summarize

CUAV XBEE Radio is a high-power, high-speed, high-reception sensitivity data transmission module

It has a built-in S3B RF module from the United States DIGI company, transmitting power up to 250mW, ISM 900MHZ legal frequency, supporting a variety of advanced network options and topology modes

The CUAV XBEE Radio module offers an unprecedented range of low-cost wireless data solutions. This module is easy to use and is especially suitable for unmanned unit networks and point-to-point over-the-horizon transmission, providing stable, critical data transmission between drones and equipment. Their small size saves valuable on-board space.

Characteristic

Ultra high receiving sensitivity

Highest -110dBm Receiver Sensitivity in Low Rate Mode

Long distance

The low-speed mode supports up to 14km.

High speed

Up to 200k air speed

CNC integrated shell

Aerospace aluminum alloy one-piece CNC housing, lightweight, strong, beautiful and anti-jamming

Parameter

The CUAV C-RTK 9P GPS Receiver is an RTK GPS module designed by CUAV for the professional market. It uses Ublox's F9P module, supports multi-satellite multi-frequency, and uses advanced RTK algorithms. It can build an RTK system with two identical C-RTK 9P modules. Using it, the PX4 can achieve centimeter-accurate position in seconds, which is much more accurate than the average GPS, and faster and more convenient than the previous generation M8P module.

The CUAV C-RTK 9P GPS Receiver is an RTK GPS module designed by CUAV for the professional market. It uses Ublox's F9P module, supports multi-satellite multi-frequency, and uses advanced RTK algorithms. It can build an RTK system with two identical C-RTK 9P modules. Using it, the PX4 can achieve centimeter-accurate position in seconds, which is much more accurate than the average GPS, and faster and more convenient than the previous generation M8P module.

The CUAV C-RTK 9P GPS Receiver is an RTK GPS module designed by CUAV for the professional market. It uses Ublox's F9P module, supports multi-satellite multi-frequency, and uses advanced RTK algorithms. It can build an RTK system with two identical C-RTK 9P modules. Using it, the PX4 can achieve centimeter-accurate position in seconds, which is much more accurate than the average GPS, and faster and more convenient than the previous generation M8P module.

C-RTK is a Real Time Kinematics module for mass market launched by CUAV. The complete RTK system can be composed of two C-RTK modules (one for aircraft and one for base station)

Small body, big power

Integrating the RTK GPS (M8P) + GNSS system dual positioning module and a COMPASS geomagnetic compass in just 53MMX32MM volume greatly reduces the need for aircraft installation volume, increases reliability and greatly reduces hardware costs.

CNC aviation aluminum alloy shell

C-RTK uses a CNC formed aluminum alloy shell, in addition to reducing external electromagnetic interference, reliability and durability also have some improvement

Double-ended design

The use of TYPE-C interface design, clever use of port redundancy design, the aircraft end and ground end only need to insert different specific data line can be double-ended switching, convenient and rapid iteration, reduce operating costs

Centimeter level positioning

Run advanced differential algorithm, so that the positioning accuracy of centimeter level positioning accuracy.

CUAV P9 Radio is the latest unmanned aerial vehicle data link communication module, which has the characteristics of high power, high speed, high receiving sensitivity and so on. Cuav is very suitable for UAV Communication System.

Characteristic:

Technical specifications:

Frequency 902-928 MHz

Spreading Method Frequency Hopping

Forward Error Detection Hamming /BCH/Golay/Reed-Solomon

Error Detection Error Detection 32 bits of CRC, ARQ

Encryption Optional (see -AES option)

Range 40 miles (60 km)

Sensitivity -110 dBm @ 115.2 kbps

-108 dBm @ 172.8 kbps

-107 dBm @ 230.4 kbps

Output Power 100mW – 1W (20-30dBm)

Serial Interface 3.3V CMOS TTL

Serial Baud Rate Up to 230.4 kbps asynchronous

Link Rate 115 – 276 kbps

Operating Modes Mesh, Auto Routing, Store and Forward,Self Healing, Packet Routing Modes

Blocking +/- 1 MHz > 55 dBc

+/- 2.5 MHz > 60 dBc

+/- 5 MHz > 65 dBc

> 930 MHz > 70 dBc

< 890 MHz > 70 dBc

Remote Diagnostics Battery Voltage, Temperature, RSSI,Packet Statistics

Core Voltage 5.0V + -0.25V

Power Consumption Sleep < 1mA

Idle 3.5mA

Rx: 35mA to 80mA

Tx : 800mA to 1200mA

Connectors:

Anternna SMA

DATA GH1.25-6P&USB

Environmental -55o C – +85o C

Size 51.2MM*38.2MM*15.5MM

CUAV P9 Radio Order Option s

-AES 128-bit AES Encryption (requires permit for export outside of Canada and USA.)

-ENC Enclosed Model

Your CUAV P9 Radio Purchase Includes:

2x P9 Radio

1x 3-12S Power supply module

2x 900MHZ Antenna

1x Micro USB cable

1x PIXHACK Data Cable

1x PIXHAWK Data Cable

CUAV SX 1000mw Radio Telemetry FPV Transmitter Module for Pixhawk Pixhack Flight Control FPV RC Drone Quadcopter free shipping

CUAV SX RADIO Over the horizon data transmission module

CUAV SX Radio module to solve the low cost wireless data solutions provides unprecedented scope. This module is simple and easy to use, especially suitable for unmanned units and point to point network transmission over the horizon, can provide the critical stable data transmission between UAV and equipment. Their size is small, saving valuable machine s

High power and modulates

Adjustable transmitting power from 1mw-1000mw

Ultra high sensitivity

In low bit rate mode, the receiver has the highest -113 DBM sensitivity

Long distance

105 km (65 mi) *****

security and encryption

Support 256-bit AES encryption for secure data communications

CNC Integral forming shell

CNC aluminum alloy shell, lightweight, strong, beautiful and anti interference

Parameter

Package List:

- 2 x SX 1000mw Radio date transmission
- 2 x SX-PIXHAWK date transmission wire
- 1 x micro USB wire
- 2 x 900MHZ Date transmission antennaSpecifications:size: 51*39*16MMweight:300g

Features:

– D03 Transmitter: With its special dual-way design, it can address the problems of remote control and data transmission at the same time. Via its USB interface, it can be connected to your computer ground station. Through its S-bus interface, it can be connected to your remote controller.

– D03 Receiver: It is built with TTL and S-BUS dual interfaces. It can transmit data to your flight controller via TTL port. It can transmit your remote controller’s signal via S-bus port, or directly carry out mount control tasks, ensuring safer flights.

– DSSS Technology: Featuring amazing anti-interference ability and lower power consumption, the small and light system is ideal for UAV, NLOS data transmission, and control system.

– Premium Material: Its strong housing is made of CNC aluminum alloy, which is hard enough to keep the interior parts well protected.

– 360deg Rotatable Antenna: Outstanding antenna is for powerful and stable performance. – Industrial Transmission Module: The compact and amazing transmission module improves its overall capacity.

– Indicator Lights: Every indicator stands for one specific function.

Specifications:

– Working Frequency: 820-845MHz/H840 OR 902-928/H900

– Operating Current: 500mA (12V Power Supply)

– Power: Adjustable 100mW-1W

– Voltage of Power Supply: DC 7.4V-12V

– Transmission Speed: Maximum 1000kbps

– Transmission Distance: 5-60KM (It depends on the environment)

– Serial Baud Rate: Default 115200 (Adjustable)

– Input: 1-CH TTL Input; 1-CH S-bus Input

– Size: 53 x 40 x 14mm (L*W*H)

– Weight: 43g

Package Included:

– 1 x Transmitter

– 1 x Receiver (R03)

– 2 x Antennas

– 3 x Cables

– 1 x Retail Box

* Ground unit can connect the computer by WIFI, decreasing the trouble of wired connection, eg. if the GCS does not support TCP protocol, WIFI virtual serial port can solve this problem.

* Connecting the computer by using USB TYPEC in the complicated radio environment.

* Built-in large capacity battery providing >12H endurance for continuous operation, 24H can be extended.

* Dual SBUS, adopting time-division multiplexing technology, SBUS signal can be extended to the range of 30km, solving the problem of insufficient RC control distance.

Drone UAV D04 Data&RC Link

The D04 is a data transmission device wirelessly connected to the computer, which is particularly suitable for surveying and mapping. It can transmit two S-Bus signals and data transmission signal simultaneously.

It is mainly used to solve the problem of short transmission range and low transmission quality of remote control and data transmission signals. Working in 915MHz frequency band, D04 the maximum communication distance can reach 30KM.

Drone UAV V40 Video&Data&RC Link

Drone UAV V10 Video&Data&RC Link

V20 Video link is 2X2 MIMO wireless digital data transmission link With 10/100 Ethernet image transmission, serial gateway function Simultaneous transmission of remote control signals, digital transmission signals, and image transmission signals Small size, easy to integrate, high sensitivity.

Specification

– Working Frequency: 2.3-2.58GHz

– RC Distance: 3-7km (Depends on the environment)

– Serial Ports: 2-CH TTL

– S-BUS Output: 2-CH S-BUS

– Delay: ?10ms

– Power Supply: 7.4-12V

– Working Bandwidth: 4-8MHz

– Image Resolution: 1080P@F30

– Video Input: LAN Port

MIMO can be sub-divided into three main categories: precoding, spatial multiplexing (SM), and diversity coding. Precoding is multi-stream beamforming, in the narrowest definition. In more general terms, it is considered to be all spatial processing that occurs at the transmitter. In (single-stream) beamforming, the same signal is emitted from each of the transmit antennas with appropriate phase and gain weighting such that the signal power is maximized at the receiver input. The benefits of beamforming are to increase the received signal gain – by making signals emitted from different antennas add up constructively – and to reduce the multipath fading effect. In line-of-sight propagation, beamforming results in a well-defined directional pattern. However, conventional beams are not a good analogy in cellular networks, which are mainly characterized by multipath propagation. When the receiver has multiple antennas, the transmit beamforming cannot simultaneously maximize the signal level at all of the receive antennas, and precoding with multiple streams is often beneficial. Note that precoding requires knowledge of channel state information (CSI) at the transmitter and the receiver.

Spatial multiplexing requires MIMO antenna configuration. In spatial multiplexing,[33][34] a high-rate signal is split into multiple lower-rate streams and each stream is transmitted from a different transmit antenna in the same frequency channel. If these signals arrive at the receiver antenna array with sufficiently different spatial signatures and the receiver has accurate CSI, it can separate these streams into (almost) parallel channels. Spatial multiplexing is a very powerful technique for increasing channel capacity at higher signal-to-noise ratios (SNR). The maximum number of spatial streams is limited by the lesser of the number of antennas at the transmitter or receiver. Spatial multiplexing can be used without CSI at the transmitter, but can be combined with precoding if CSI is available. Spatial multiplexing can also be used for simultaneous transmission to multiple receivers, known as space-division multiple access or multi-user MIMO, in which case CSI is required at the transmitter.[35] The scheduling of receivers with different spatial signatures allows good separability.

Diversity coding techniques are used when there is no channel knowledge at the transmitter. In diversity methods, a single stream (unlike multiple streams in spatial multiplexing) is transmitted, but the signal is coded using techniques called space-time coding. The signal is emitted from each of the transmit antennas with full or near orthogonal coding. Diversity coding exploits the independent fading in the multiple antenna links to enhance signal diversity. Because there is no channel knowledge, there is no beamforming or array gain from diversity coding. Diversity coding can be combined with spatial multiplexing when some channel knowledge is available at the transmitter.

RFD900X is a long range data telemetry modem operating in the 902-928MHz ISM band. Operating at 1W transmission power, it is capable of holding a data link at over 40km. Compatible with APM 2.x and Pixhawk.

The RFD900x is a high performance 900MHz, ISM band radio modem covering the 902 – 928 MHz frequency band. It is designed for long range serial communications applications requiring best in class radio link performance.

COFDM Digital Video Transmitter is a customized wireless video transmission product which designed for the aerial photography need of drones. With best in class picture quality, low latency transmission, the biggest range can reach 50km that allows you to monitor the entire scene.

CUAV NEW Telemetry 4G LTE-LINK SE Data and Video Transmission

4G LTE is good enough for the vast majority of mobile users, and will be for some time. Logically, if or when True 4G or LTE Advanced becomes the norm, it will suffice for a time while mobile providers roll out 5G and so on. In telecommunication, Long-Term Evolution (LTE) is a standard for wireless broadband communication for mobile devices and data terminals, based on the GSM/EDGE and UMTS/HSPA technologies. It increases the capacity and speed using a different radio interface together with core network improvements. LTE is commonly marketed as “4G LTE and Advance 4G”, but it does not meet the technical criteria of a 4G wireless service, as specified in the 3GPP Release 8 and 9 document series for LTE Advanced. LTE is also commonly known as 3.95G. The requirements were originally set forth by the ITU-R organization in the IMT Advanced specification. However, due to marketing pressures and the significant advancements that WiMAX, Evolved High Speed Packet Access and LTE bring to the original 3G technologies, ITU later decided that LTE together with the aforementioned technologies can be called 4G technologies. The LTE Advanced standard formally satisfies the ITU-R requirements to be considered IMT-Advanced. To differentiate LTE Advanced and WiMAX-Advanced from current 4G technologies, ITU has defined them as “True 4G”. It is the next-generation industrial drone communication system, which can not only realize 4G or even 5G public network communication, but also expand 4G LTE private network communication, thus realizing unlimited connection of real drones.

Relying on the advanced 4G LTE/5G network and the Internet, mobile phone signals can be interconnected, regardless of regional, regional or even national restrictions. There is almost no co-channel interference and obstacle restrictions.

Support multi-device binding and interconnection A CUAV universal standard account can support up to 12 LTE-LINK terminals simultaneously binding. Users can log in to the CUAV GS ground station via mobile phone or computer to control and manage one or more drones of their own. Via UAV-HUB platform to view the location and information of the drones in the group in real time, meeting the needs of most enterprise drones.