Main Products
Fiber Map Module
The Optical fiber map module changes traditional radio communication methods such as drones and robots, and uses 0.15-0.43mm optical fiber for wired communication. The advantages of optical fiber communication are large information volume, frequency bandwidth, low power consumption, extremely small radiation, and strong target recognition capabilities., high guidance accuracy, and good anti-interference. It can be applied to FPV drones, underwater vehicles, indoor drones and other equipment, breaking through the constraints of environmental terrain, transmission media and electronic interference. It perfectly makes up for the shortcomings of radio in this regard.
Fiber optic image and digital module adopts fiber optic as the transmission medium, fast transmission speed, strong stability, can meet the demand for large data transmission, not subject to the influence of electromagnetic inter ference, to prevent eavesdropping and eavesdropping, can support up to 100 km wired signal transmission.
ANTI-INTERFERENCE
STABLE AND RELIABLE
O~30KM LONG DISTANCE COMMUNICATION
IGNORE TERRAIN OBSTRUCTIONS
EAVESDROPPING AND TAPPING PREVENTION
HIGH-SPEED TRANSMISSION OF BIG DATA
Lightly loaded with hardcore gear
Ultra-lightweight airborne SKY
sky-side fiberoptic disk module
The 1km fiber optic disk weighs 0.41kg, the 3km fiber optic disk weighs 0.47kgand the 5km fiber optic disk weighs 0.59kg.
Pipe Crawling Robot Newsletter
The complexity of the city’s official website, short-wave communication is difficult to coverall the scenes, the use of fiber-optic communication, high-speed and stable data transmission, anti-jamming ability, low loss of long-distance communication, lightweight and easy to carry, to improve the efficiency and safety of pipeline maintenance.
Indoor inspection drones
With the help of wired fiber-optic communication, the indoor inspection drone breaks through the limitations of short-wave transmission, ignores the obstacles of the underground environment, and realizes safe and stable mass data communication in complex terrain
Underwater Robotics Newsletter
Fiber optic communication in underwater robotics applications show significant advantages through the optical signal transmission to achieve high-speed and stable data communication, regardless of the underwater environment interference, for underwater robots to pro-vide long distance, high-capacity communication capabilities.
Remote monitoring
Fiber ontic remote monitoring is the use of fiber optic high-speed, high-bandwidth characteristics, to achieve long-distance, high-definition, stable video transmission and monitoring. it has the advantages of strong anti-interference ability, clear picture, etc. it is suitable for all kinds of important places to monitor the demand, to ensure safety.
Diversified product compatibility
Fiber optic images and data Ground end
- Product name: Fiber optic images anddata Ground end
- Battery: Li-ION 7.4V6600mAh
- Body size: 124mm*57.5mm*37.5mm
- Shell material: aluminum alloy
- Body weight: 186g±2g
Product name:Fiber optic images and data Ground end
Battery:Li-ION7.4V6600mAh
Shell material:aluminum alloy
Body size:123mm*56mm*31mm
Body weight:186g+2g
Optical fiber interface:FC interface
Fiber type:Single mode - Single fiber
Data interface:GH1.25
Video format:NTSC/PAL/SECAM
Date direction:bidirectional
Data format:TTL/S.BUS
Speed:0~1Mbps
Wavelength single mode:1310(9/125μ m)+1550
Transmission distance:single mode fiber 0-20km
Product name:Fiber optic images and data Ground end
Battery:Li-ION7.4V6600mAh
Shell material:aluminum alloy
Body size:123mm*56mm*31mm
Body weight:186g+2g
Optical fiber interface:FC interface
Fiber type:Single mode - Single fiber
Data interface:GH1.25
Video format:NTSC/PAL/SECAM
Date direction:bidirectional
Data format:TTL/S.BUS
Speed:0~1Mbps
Wavelength single mode:1310(9/125μ m)+1550
Transmission distance:single mode fiber 0-30km
Supports more different fiber lengths
Optical fiber Cabletray Version 1.0
1/2/3km fiber optic bobbin
Size:101.6mm(diameter)*274mm
Case material: ABS
Optical fiber specifications: 0.43mm
Weight: 600g(2km)/800g (3km)
Outlet nozzle: Aluminum alloy
Weight: 0.41kg (1 km) 0.6kg(2 km) 0.8kg(3 km)
5km fiber optic bobbin
Size:101.6mm(diameter)*351Mm
Case material: ABS
Optical fiber specifications: 0.43mm
Weight: 600g(2km)/800g (3km)
Outlet nozzle: Aluminum alloy
Weight: 1.25kg (5km)
10km fiber optic bobbin
Size:142mm (diameter)*404 mm
Case material: Carbon fiber
Optical fiber specifications: 0.43mm
Outlet nozzle: Aluminum
Weight:2.45g(10km)
Optical fiber Cabletray Version 2.0
3km fiber optic bobbin
Fiber length:[3100m]
Weight: [0.47kg (including sky end)]
Dimension:[101.6mm(diameter)*274mm]
Model number:[G657A2]
Strain:[>50N]
Shell material: [ABS]
Outlet nozzle: [Aluminum alloy]
5km fiber optic bobbin
Fiber length: [5100m]
Weight: [0.59kg (including sky end)]
Dimension:[101.6mm(diameter)*274mm]
Model number:[G657A2]
Strain:[>50N]
Shell material: [ABS]
Outlet nozzle: [Aluminum alloy]
10km fiber optic bobbin
Fiberlength: [10100m]
Weight: [1kg (including sky end)]
Dimension:[101.6mm(diameter)*351mm]
Model number:[G657A2]
Strain:[>50N]
Shell material: [ABS]
Outlet nozzle: [Aluminum alloy]
Optical fiber Cabletray Version 3.0
15km fiber optic bobbin
Fiber length:[15100m]
Weight: [1.4kg (including sky end)]
Dimension:[101.6mm(diameter)*351mm]
Model number: [G657A2]
Strain:[>50N]
Shell material: [ABS]
Outlet nozzle: [Aluminum alloy]
20km fiber optic bobbin
Fiber length:[20100m]
Weight: [2kg (including sky end)]
Dimension:[137mm(diameter)*390mm]
Model number:[G657A2]
Strain:[>50N]
Shell material: [ABS]
Outlet nozzle: [Aluminum alloy]*390mm
Ground-side wirelless Connection Method 1
①Schematic diagram of connection between ground end andreceiver and graph transmission
②Diagram of connection between sky terminal and flight control
Ground-side wirelless Connection Method 2
①,Opticallink GBD ground end and remote controlconnection diagram
