Chip deficit is not a problem: China developed a new type of HPs of new type

The device with the help of one antenna will suppress electronics simultaneously in the sky, at sea and on land, and its production is not far off, Chinese scientists assure. Scientists, led by Professor Jyan Wesyana from the Southeast University in Nanjing, have developed a concept of weapons of a new type of electronic warfare (HR).

The algorithms of its work and production methods were described in a reviewed article in the journal of the University of Electronic Sciences and China technologies, SCMP reports. According to the researchers, weapons can start several focused rays of electromagnetic waves from one antenna, simultaneously aiming at different objects in the sky, at sea or on land to break their work.

Laboratory tests conducted on a miniature version of the remedy have shown its ability to operate at high power and emit electromagnetic waves over a wide frequency range. "Even if enemy radars or communication devices use obstacle protection methods, such as jumping frequency restructuring, they will still not be able to avoid suppression with new Chinese weapons," the material reads.

In the article, scientists prophesy that future wars are undergoing significant changes, especially because of "competition in the electromagnetic spectrum that becomes tougher. " In such a battle, some countries that do not have advanced HRS systems may lose control over the electromagnetic spectrum before the loss of territories, SCMP emphasizes.

Today, the military usually involves the technology of multi -purpose digital lattices, when the signal coming from the antennas is broken down into small segments with limited power and narrow frequency ranges for electromagnetic waves. This helps to counteract the enemy radars.

However, the Jiane team argues that it has developed a new method of managing the HRS system, which enables a structurally simple antenna grille to work with maximum power, simultaneously inhibiting several goals in different directions through complex manipulation of electromagnetic waves emitted by each of them. In addition, the suppression frequency can be adjusted for each purpose.

At the same time, radio electronic weapons, which operates on this principle, requires advanced processors capable of coping with a large amount of data and complexity of signal processing. Scientists have solved this problem by developing an algorithm that significantly reduces the computing load that lies on the chip, which simplifies the production of the device as a whole. Earlier, we wrote that in the PRC created a device that masks a rocket under a passenger plane.