China will be able to obtain any secret information of the US Army using a special device

Even if the US military switch to civilian technologies like Starlink Ilon Mask, the Chinese still find out what messages they send. The team of scientists from the Beijing Institute of Technology stated that they managed to ensure uninterrupted broadband and analysis of the electromagnetic spectrum in real time with a small device. This means that the enemy's forces will be both on the palm of the palm and all the information they transmitted will become known to the Chinese, SCMP reports.

The Chinese military will be able to use new technology to detect and capture the enemy signals at unprecedented speeds, almost instantly decorate the physical parameters of signals and efficiently suppress them - all of this, if provided uninterrupted transmission of their own messages. And even if the US military suddenly switch to civil frequencies and release a pulse signal, the Chinese military will still be able to intercept and analyze it.

As a result, a wireless connection between US military units can be broken or interrupted by suppressing from China. The leading scientist of the project, Professor Young Kayem reported that the equipment for monitoring the electromagnetic spectrum "small in size, with high productivity and low energy consumption". According to Yang, due to hardware restrictions, the real time of the analysis of the traditional spectrum monitoring systems is usually limited to the range of 40-160 MHz.

Signals outside this range, especially high -frequency, are usually tracked with selective scanning. When using this method, it is likely that you miss something important. But the Yang team claims that they have managed to expand the frequency range of continuous monitoring in real time to the gigerty zone that covers the frequency range used, for example, by Starlink satellites Ilon Mask. To achieve such opportunities, researchers had to develop a series of new signal processing chips.

There are not only many aircraft, drones, radar stations, tanks and infantry, but also civilians and electrical appliances that emit electromagnetic signals. When all these signals are captured by high -performance antennas, they create a huge flow of data. Pre -digital treatment chips could not cope with such a huge workload. But Professor Young claims that new chips can effectively divide this data stream into smaller streams before starting processing signals.

This reduces the load on the processing and allows you to control a large number of signal sources at the same time over a wide range of frequencies. Scientists have also updated the structure of the filter of electromagnetic signals, which works with a chip, and with the help of new mathematical methods increases the efficiency of the processor. The new observation device is also capable of analyzing the processed signals. For this purpose, the developers connected artificial intelligence (AI).

The integration of their own chips and AIs allowed the Chinese military to achieve unprecedented opportunities for analyzing lower cost information. Even in the conditions of obstacles that create the means of electronic struggle (ETB) of the enemy, they can still find the weaknesses of the enemy and effectively resist it. Some scientists associate the rapid development of military electromagnetic technologies of China with the development of the telecommunications industry.

Leading Chinese TV companies, such as Huawei, have invested considerable funds in advanced wireless technologies. But the United States is largely relied on European TV companies, such as Ericsson and Nokia, in terms of equipment and technologies when building their 5G networks, which make up only a small proportion of China. Earlier, we reported that China has overcome the US sanctions by finding a way to improve Shi-chips.