Description
MK100 Wireless Video Data, 100 Kilometers Ultra Long Distance Integrated Wireless Video Data Transmission System
Our MK100 Wireless Video Data, 100 kilometers ultra long distance wireless integrated video data transmission system continues the design style of the MK series, with ultra-low latency, high integration, and the ability to transmit multiple data simultaneously. At the same time, this system supports customer customization mode and dual link mode, with strong anti-interference ability. The dual power mode design ensures that the ground unit can be directly installed on a universal tripod, making it very convenient to use. This system supports one to many, many to one, and relay modes, automatic frequency hopping, and can also customize a dual link mode with strong anti-interference capabilities.
For a 100 kilometer wireless data link, the combination of “1.4GHz frequency band+10W or more power+Mesh multi hop relay” is currently the most mature and reliable solution in the industry. If it is a fixed point to point transmission, it is possible to consider setting up directional relays at high points; If it is a mobile platform, it is necessary to choose self-organizing network devices that support fast self-healing.
MK100 Wireless Video Data Advantages
100 kilometers ultra long distance wireless integrated video data transmission system can fully meet the application needs of the drone industry, including ultra long distance communication, real-time inspection, reconnaissance, and monitoring, and other application scenarios and solutions.
This 100 kilometers ultra long distance wireless integrated video data transmission system provides real-time and reliable data transmission for drones or other control devices, with a data delay of less than 30ms, greatly improving the accuracy and safety of industrial drone operations in industry applications.
The ground end of this MK100 Wireless Video Data application system is equipped with an OLED display screen, which can clearly display the signal strength, signal quality, IP address, upstream and downstream data of the current drone communication. Users can determine signal strength based on displayed values such as RSSI and SNR, and adjust the direction of the flat antenna for quick alignment, making the operation convenient.
The relay mode of this MK100 Wireless Video Data system can expand the working range of drones, extend transmission distance, effectively solve the problem of physical obstruction in application scenarios and environments, and improve the stability and reliability of link data transmission.
This system adopts advanced RF technology, effectively solving the problem of electromagnetic compatibility, and it can achieve automatic frequency hopping function. Meanwhile, users can customize dual link mode to enhance anti-interference capability. The dual power mode of this system provides DC power by pressing the button on the right side of the ground end upwards, and battery power by pressing it downwards. It is easy to use and can be disassembled quickly.
Choose to pair with our outdoor power station products to extend working hours indefinitely
Paired with our company’s outdoor mobile power station, it can effectively improve work and drone operation efficiency. Equipped with solar charging panels to continuously charge the power station, the outdoor working time is determined by the user. *Click Picture Link to View Our Power Station Product.
MK100 Wireless Video Data Technical Parameters:
Typical application scenarios and implementation suggestions
Industrial drone inspection (power/pipeline):
- Solution: The drone is equipped with a 10W 1.4GHz image transmission radio and a ground station high gain antenna. If the terrain obstruction is severe, add a relay drone to hover at a high point for signal forwarding.
- Attention: Sufficient Link Budget should be reserved, taking into account atmospheric attenuation and vegetation cover.
Maritime/Lake Communication:
- Solution: Due to severe sea surface reflection, it is easy to generate multipath interference. It is recommended to use COFDM equipment with strong anti multipath algorithm. If the distance exceeds 50km, it is strongly recommended to set up a relay on an island or tower in the middle.
Emergency command/border patrol:
- Solution: Deploy Mesh self-organizing network base stations (vehicle mounted or backpack mounted) to quickly build temporary communication networks. Support ‘in motion communication’, with automatic link reconstruction when the vehicle is in motion.
Common Misconceptions and Risk Warning
- Don’t be superstitious about “single hop 100km”: unless on extremely open sea surfaces and using extremely high gain directional antennas, single hop 100km is highly susceptible to the effects of Earth curvature and small terrain undulations, leading to disconnection. Multi hop relay is a more robust engineering choice.
- The trade-off between bandwidth and distance: the farther the distance, the lower the signal-to-noise ratio, and the smaller the available bandwidth. A 100km link may only maintain a stable speed of 4-10Mbps, making it difficult to support 4K high-definition video. It is recommended to compress it to 1080P or lower bitrate.
- Regulatory compliance: Although the 1.4GHz frequency band is an industrial private network, it is still necessary to confirm the filing requirements of the local radio management committee to avoid illegal occupation of the frequency band.
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