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Sobyanin: Advanced solutions in the field of radio electronics are being developed in Moscow

Sobyanin: Advanced solutions in the field of radio electronics are being developed in Moscow

Published on: 2026-05-12

Source: Moscow Government – Government of Moscow –

An important disclaimer is at the bottom of this article.

Once, the radio-electronic industry of Moscow ensured the operation of classic AM radio stations, but today it is the technological foundation of wireless communications, the internet, navigation systems, security, and many other critically important infrastructures. Sergey Sobyanin in hisblogA story about how the developments of Moscow companies provide solutions for current industry tasks and lay the foundation for long-term technological growth.

A significant contribution to the development of this industry is made by enterprises — participantsMoscow Innovation Cluster(MIK) and the presidents of the “Lomonosov” cluster of the Innovation Scientific and Technological Center MSGU “Vorobyovy Gory.” I will tell you more about some interesting developments,” wrote the Mayor of Moscow.

So, one of the first residents of the “Lomonosov” cluster became a company“Microwave ElectronicsA company manufacturing measuring and communication equipment. Among the company’s key products are vector generators, signal analyzers, and antenna systems used in a wide range of fields — from broadcasting to astronautics. They can be applied in city transport communication systems, tunnels, public transport stops, as well as for controlling delivery robots, unmanned vehicles, and emergency response services.

Company“Innocenter VAO”, a participant of MIK, has developed a platform for creating radio-electronic devices. It consists of various microwave microcircuits and ready-made functional blocks that can be combined with each other. The platform allows assembling complex radio-electronic equipment 5–10 times faster without creating all components from scratch. It is in demand in many fields, including education: laboratory work in radio electronics is conducted on its basis in Russian universities. Students, using this equipment, master the tools applied in real industrial production.

Company“T8 NTC”From the “Lomonosov” cluster, a domestic DWDM ultra-high-speed communication system is being developed — the combination of multiple different channels (internet, voice communication, and others) in one cable. The company’s developments were used during the construction of a high-speed backbone communication line over 16.7 thousand kilometers long between Saint Petersburg and Ulan-Ude. Equipment at the enterprise operates more than 100 thousand kilometers of other DWDM networks from the Kaliningrad region to the Kamchatka Territory. And in 2021, the company provided high-quality video broadcasting of European Football Championship matches held in Saint Petersburg.

Another participant of the MIC —“PeilSi Tenolodji”, one of the leading Moscow companies in the field of radio-electronic industry. It produces more than 200 types of products, including communication systems for energy and industrial facilities. Among them is a telecommunication device that provides reliable high-speed data transmission between infrastructure objects. It is used at many electrical substations throughout the country.

Another development by the company was a device for remote collection and transmission of data from electricity meters. It is used in the system of accounting and monitoring at power industry and industrial facilities for centralized control and management of energy consumption.

In addition, technologies for precise measurement and data transmission have special significance in radio electronics. It is precisely on them that modern monitoring systems are built. The company operates in this area.“Optomonitoring”, president of the “Lomonosov” cluster. The systems created by her simultaneously measure temperature, pressure, vibration, and soil displacement. The product is used to monitor the operating modes of heat exchange equipment, oil and gas wells, as well as to control the movement of vehicles on motorways and railways, access to main fiber-optic data transmission lines, soil displacements in hazardous areas, pollution control, and other purposes.

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Please note; this information is raw content received directly from the source. It represents an accurate report of what the source asserts and does not necessarily reflect the position of MIL-OSI or its clients.