How to Block Drones with a Drone Jammer
In an age where the sky is dotted with drones, the importance of drone jammers has never been more significant. From commercial deliveries to personal
29 November 2023
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The widespread use of full-band interference devices has been known to cause interference on mobile network base stations. While low-power interference devices have limited transmission range and their impact on mobile base stations can be tolerated in small quantities, the same cannot be said for high-power interference devices. If certain customers purchase and use high-power interference devices with conventional white noise high-power suppression modules, nearby communication base stations will be greatly affected. However, as a professional manufacturer with nearly twenty years of experience in producing high-power full-band interference devices, we have the necessary technical means to ensure that our high-power shielding equipment does not interfere with base stations.
Addressing Base Station Interference:
Solving the problem of base station interference is not difficult. Typically, interference on base stations refers to interference on the uplink frequency band. In the past, mobile base station signals were divided into uplink and downlink frequency bands. Full-band interference devices primarily target the downlink frequency band of base stations. Unless it is a low-quality product, interference signals are not likely to affect the uplink frequency band of base stations. However, with the rise and widespread adoption of TDD (Time Division Duplex) mode in mobile phones, which utilizes a time-based division of a fixed frequency range instead of distinguishing between uplink and downlink frequency bands, it becomes easier to address this issue.
Solution for TDD Mode:
Since TDD mode operates in a time division duplex manner, the solution is to synchronize the interference device’s reception module with the time slots for processing uplink and downlink signals on the base station. Once synchronized, the interference signals emitted by the full-band interference device will only be transmitted during the time slot for processing downlink data, effectively avoiding interference with the time slot for processing uplink data. As a result, communication base stations will no longer be affected by the interference.
Conclusion:
In conclusion, while the use of full-band interference devices can potentially interfere with mobile network base stations, it is possible to mitigate this interference through proper synchronization with the base station’s uplink and downlink signal processing time slots. As a reputable manufacturer with extensive experience in producing high-power full-band interference devices, we have the necessary technical means to ensure that our equipment does not disrupt base station operations. By implementing these solutions, we can effectively address the issue of base station interference and maintain the integrity of mobile network communication.
