How to Build a GPS Jammer at Your Home
Here’s a step by step guide on how to build your own GPS jammer. Below are the main steps we are going to introduce in
27 November 2023
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Ensuring Effective Signal Blocking for Mobile Communication and Broadcasting
With the continuous development of technology and the widespread adoption of mobile communication, it has become common for individuals to own a mobile phone. When it comes to mobile communication, many people are familiar with the three major mobile network operators. Similarly, for manufacturers of full-band signal blockers, their previous products were designed to block signals from these three major operators, as well as WiFi and Bluetooth frequencies.
The explosive growth of the self-media video industry has made video a crucial business in today’s era, especially with the development of 5G. In order to promote the industrial chain and ecosystem of the 5G and ultra-high-definition video industries, the broadcasting industry has introduced broadcasting 5G, which designates specific frequency bands for its use.
After the three major mobile network operators launched their 5G services, full-band signal blockers were upgraded to block the 5G signals within the frequency bands specified by these operators. The specific 5G frequency bands range from 3400-3600MHz and 4800-4900MHz. Manufacturers of full-band signal blockers have made upgrades based on these frequency bands to achieve effective blocking of 5G signals from the three major operators.
However, with the introduction of broadcasting 5G, the question arises whether full-band signal blockers can effectively block these signals. Industry experts believe that the 700MHz frequency band used by broadcasting 5G is considered a golden frequency band in the development of mobile communication. It offers advantages such as low signal propagation loss, wide coverage, strong penetration, and low network deployment costs, making it suitable for the underlying network of 5G. Although the 758-788MHz frequency band designated for broadcasting 5G has strong penetration capabilities, the blocking effect of full-band signal blockers is better for high-frequency 5G signals compared to the low-frequency ones, under various field strengths.
Since the launch of 5G by the three major mobile network operators, full-band signal blockers have already achieved effective blocking of 5G signals. Similarly, broadcasting 5G, despite being in the golden frequency band of mobile communication, can also be effectively blocked. As a professional manufacturer of full-band signal blockers, extensive testing has been conducted in different areas with broadcasting 5G signals. The results have shown that the blocking effect of full-band signal blockers is superior for high-frequency signals compared to low-frequency ones, under various field strengths.
Therefore, there is no need to worry about broadcasting 5G signals, as full-band signal blockers are fully capable of blocking them. As a reliable solution, these blockers ensure effective signal blocking for both mobile communication and broadcasting purposes.
