A setup has been developed in Russia that can replace the many hours of manual work of engineers in the production of telecom equipment. The project was presented by MIPT Telecom, a joint venture between MIPT and the Element Group.
We are talking about tuning microwave filters — key components of base stations and other communication infrastructure. These devices "clean" the signal from unnecessary frequencies and allow the equipment to work without interference. Previously, their tuning was done manually and could take up to 8 hours.
The new system automates this process. It is capable of tuning an unfamiliar filter in about 3 hours, and subsequent similar devices in an average of 25 minutes.
A key feature of the development is the use of an algorithm based on fuzzy logic. This approach allows the system to take into account real conditions and errors, rather than working strictly on the principle of "yes or no". As a result, the accuracy and stability of tuning are increased without complicating the design.
The installation is built on a domestic component base: a NIIET microcontroller is used (part of the Element Group). The solution works in conjunction with measuring equipment and can be adapted to different types of filters and frequency ranges.
The stand is not intended for mass production. It will be created for specific purposes and needs of enterprises. This project is the first step towards moving from manual tuning of complex components to automation of engineering processes in the field of communication.