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Airborne Spectrum Monitoring Solution for Drones
Programmatic background
Spectrum resources are one of the most important assets for communications. With the rapid growth of broadband wireless services, the demand for frequency resources has increased dramatically. In the future, the contradiction between the supply and demand of frequency resources will be very prominent, and the air spectrum environment will become more and more complex, which is a great challenge for engineers to conduct air spectrum monitoring and interference detection under the complex electromagnetic environmental conditions!
Needs Analysis and Advantages
Honghong's Handheld Spectrometers and Instantaneous Spectrometers are compact, portable, sensitive, and cover a wide range of frequencies and frequency spans. Therefore, Honghong provides TS-SMSA01, TS-SMSA02, TS-SMTH01 and TS-SMTH02 according to different scenarios and applications!
- Complex spectral environments where different frequency ranges need to be measured.
- PIM signals are multi-order intermodulation, requiring broadband scanning capability.
- Complex spectral environments that require measurements over very high frequency spans.
- Measurement in a wide range of environments requires high receiver sensitivity.
- Base station or airborne signal measurements requiring a spectrum carrier
- Simple and compact spectrometers are needed to take into account the load of the carriers.
Solution Benefits
Excellent frequency coverage and frequency span
Equipped with highly directional and multi-band directional antennas
Provide free and easy-to-use software to operate the host computer.
Built-in power supply system for worry-free use.
Honghong Drone Onboard Spectrum Monitoring Solution
Program Package I: TS-SMSA01
Drone end:
The collected signal spectrum information sends the data to the Mini PC, which is connected to a 4G LTE modem or a cell phone in USB shared mode to ensure data transfer over the mobile network.
Ground end:
Another 4G LTE modem or USB shared mode handset is connected to a PC on the ground, and a remote desktop application is used to access the mini PC on the drone from the ground PC to monitor the spectrum data on the ground side.
1. Using 4G LTE network, network stability, can fly long distance
2. DMX Pocket Spectrum Analyzer and antennas are available in several different frequency bands for different applications (coverage: 0.01-87GHz).
3. Excellent receiver sensitivity: -168dBm
4. Programmatic simplicity and reliability
5. No need to carry extra batteries, this solution can last up to 4 hours.
6. Load capacity of the drone: about 1.37kg.
Program Set II: TS-SMSA02
Drone end:
After receiving the signal spectrum data, send the data to the router (router with data management function) via USB.
Ground end:
Using the upper computer software of the Honghong Pocket Spectrum Analyzer, the remote mode can be turned on and the spectrum data can be accessed through the IP address connected to the router. This allows you to monitor the spectrum data from the ground.
1. Ideal for scenarios requiring short flight distances
2. Software that does not require the use of remote control
3. No need for mini PC, data can be transferred to the ground in real time.
4. Excellent receiver sensitivity; -168dBm
5. DMX Pocket Spectrum Analyzer and antennas are available in different frequency bands for different applications (coverage range: 0.01-87GHz).
6. No need to carry extra batteries, this solution can last up to 4 hours.
7. Load capacity of the drone: about 1.49kg.
Program Set III: TS-SMTH01
Drone end:
After the spectrometer receives the data, the data is transferred to the plate via a network cable.
Ground end:
The same WIFI network is used for the PC and the industrial plate, and the remote control software controls the interface of the industrial plate for spectrum monitoring.
1. Using 4G LTE network, network stability, can fly long distance
2. DMX Pocket Spectrum Analyzer and antennas are available in several different frequency bands for different applications (coverage: 0.01-87GHz).
3. Excellent receiver sensitivity: -168dBm
4. Programmatic simplicity and reliability
5. No need to carry extra batteries, this solution can last up to 4 hours.
6. Load capacity of the drone: about 1.37kg.
Program Set IV: TS-SMTH02
Drone end:
The spectrum data is transferred to the mini PC. 4G LTE Modem is used to provide the network to the mini PC.
Ground end:
The industrial tablet is connected to another 4G LTE Modem, which is on the same network segment as the mini-PC, to remotely control the mini-PC to observe the spectrum.
1. Suitable for measurement of scenes with a wide span of frequency range (continuously measurable: 9 kHz - 27 GHz)
2. Using 4G LTE network, network stability, can fly long distance.
3. AM and FM demodulation of spectrum data is possible
4. Load capacity of the drone: about 3.85kg.
Drone Onboard Spectrum Monitoring Solution Package
| Set Name | HK-SMSA01 | HK-SMSA02 | HK-SMTH01 | HK-SMTH02 |
|---|---|---|---|---|
| Kits | Drone | Drone | Drone | Drone |
| Honghong Handheld Spectrum Analyzer | Honghong Handheld Spectrum Analyzer | Honghong Handheld Spectrum Analyzer | Honghong Handheld Spectrum Analyzer | |
| Antenna + Cable | Antenna + Cable | Antenna + Cable | Antenna + Cable | |
| Honghong Handheld Spectrum Analyzer PC Software | Honghong Handheld Spectrum Analyzer PC Software | Real-time Spectrum Analyzer Uplink Software | Real-time Spectrum Analyzer Uplink Software | |
| Mini PC and 4G LTE Modem ×2 | Routers with data management features | Industrial tablet with wifi and 4G capabilities | Mini PC (requires network and usb ports and 4G LTE Modem x 2) | |
| PC for remote monitoring on the ground | PC for remote monitoring on the ground | PC for remote monitoring on the ground | Industrial tablet with wifi and 4G capabilities | |
| Battery | Battery |