CommuniNet MND-1420 long range 20W TDD wireless transmission system

CommuniNet MND-1420 long range 20W Overview CommuniNet MND-1420 is the 20W model from the CommuniNet series datalink drone and video link modules (please take a look at CommuniNet 10W MND-1410 and CommuniNet 8W MND-148 if you are interested). It is a long-range TDD wireless transmission equipment. The product has the functions of real-time interference detection, adaptive frequency selection, adaptive stream, automatic retransmission, and automatic power control, which greatly improves the ability of anti-multipath and anti-interference. It has high reliability, good stability, and low delay. This long range uav data link is suitable for firefighting, inspection, monitoring, and other scenarios. In the case of good air-to-ground visibility, the transmission distance is up to 150km with an omnidirectional antenna, and it can reach more than 200km using a patch antenna (directional antenna). The device adopts a J30JZ-25pin aviation connector, and the product interface has a total of 1 power supply, 2 ethernet ports, and 3 serial ports. The serial ports are divided into 1x RS-422 and 2x RS232/TTL. There are multiple LED light indicators on the device. Power light PWR (green) which is turned on when the device is powered on. SYNC (green) will flash if the air and ground modules are in the out-of-sync state, and it will be steady on after synchronization. There are two indicators for network ports LAN1 and LAN2 which start blinking in case of data transmission between the module and an external accessory. The 3 green lights for the RSSI show the received signal strength. Based on the number of lights that are turned on, the RSSI can be -45dBm, -80dBm, or -95dBm. The greater the number of turned on lights, the greater the signal reception strength. When the master and slave devices are not synchronized, the PWR indicator of the master and slave devices is steady on, the SYNC indicator is blinking, and the RSSI indicator of the master device is off. The RSSI of the slave device will always be in the search state. After the master/slave synchronization, the SYNC indicator of the master/slave is steady on. The master-slave RSSI LED displays the received signal energy intensity. When the network port is sending or receiving data, the master and slave devices correspond to LAN1, and LAN2 indicator blinks. Background noise detection is mainly used to detect ambient interference of master and slave equipment. The red line in the web analyzer represents the bottom noise at the primary end and the blue line represents the bottom noise at the secondary end. The lower the absolute value, the cleaner the floor noise, that is, the smaller the interference source. For example, -100dBm is better than -90dBm. Background noise detection can help users quickly eliminate interference sources around the device after power-on, when the absolute value is large, such as -70dBm. At this time, on behalf of serious interference around the equipment, you can pull the far antenna position or away from the electromagnetic wave equipment on the side of the equipment to see whether the bottom noise has become better. If you have any questions regarding our products, use the Kratos Defense Drone Shop Contact us to consult our engineering team. FAQ – CommuniNet MND-1420 Long Range 20W TDD Wireless Transmission System 1. What are the main specifications of the CommuniNet MND-1420 system? The MND-1420 is a 20W long-range TDD wireless transmission system designed for UAV, UGV, and industrial telemetry . It supports bi-directional data and HD video transmission with adaptive frequency selection, power control, and automatic retransmission for robust connectivity. 2. What range and communication performance does the MND-1420 offer? With optimal antenna alignment, the MND-1420 supports reliable transmission up to 30 km or more , depending on environmental and line-of-sight conditions. Its 20W high output power ensures consistent data throughput and signal strength for professional long-distance missions. 3. What interfaces and protocols are supported? The system includes Ethernet, serial (UART/RS232), and IP-based interfaces . It supports MavLink , RTSP , and other UAV data protocols, making it fully compatible with Pixhawk , CubePilot , and industrial network architectures. 4. What payment methods are accepted for purchasing the MND-1420 system? Kratos Defense Drone Shop accepts credit/debit cards, PayPal, and bank wire transfers . For corporate or OEM buyers , proforma invoicing is available to facilitate direct transactions. 5. Is OEM or system customization available? Yes. Kratos Defense Drone Shop offers OEM customization for frequency tuning, power configuration, connectors, enclosures, and labeling . Engineering teams can also adapt the system for custom datalink integration . Contact the sales department for MOQ and lead time details. 6. Are datasheets and integration documents available? Yes. Kratos Defense Drone Shop provides datasheets, configuration manuals, and installation guides for both transmitter and receiver units. Additional technical support is available for system calibration and UAV communication integration .