rus
News
Exhibitions and Conferences
S.A.Popov
The "Spectr" anniversary forum discussed the development of communications infrastructure and its security DOI: 10.22184/2070-8963.2026.139.7.16.21
The 25th "Spectr-2026" Anniversary Industry Expert Forum – Roskomnadzor flagship annual communications event – took place on 21-22 October at the new "Zavidovo Hall" congress centre in Zavidovo resort situated in the Tver Region on the banks of the Volga. Alongside issues relating to the use of the radio frequency spectrum, representatives of the state, telecoms operators and other telecommunications organisations discussed many topical aspects of the development of telecommunications infrastructure in relation to its security.
The "Spectr" anniversary forum discussed the development of communications infrastructure and its security DOI: 10.22184/2070-8963.2026.139.7.16.21
The 25th "Spectr-2026" Anniversary Industry Expert Forum – Roskomnadzor flagship annual communications event – took place on 21-22 October at the new "Zavidovo Hall" congress centre in Zavidovo resort situated in the Tver Region on the banks of the Volga. Alongside issues relating to the use of the radio frequency spectrum, representatives of the state, telecoms operators and other telecommunications organisations discussed many topical aspects of the development of telecommunications infrastructure in relation to its security.
S.A.Popov
"Microelectronics 2026’: without domestic electronic circuit design, technological sovereignty cannot be achieved" DOI: 10.22184/2070-8963.2026.139.7.24.29
For the fourth time, the Sirius Federal Territory or, more precisely, Sirius University of Science and Technology became an annual magnet for executives and leading specialists in the field of micro- and radio-electronics from 27 September to 2 October 2026. As usual, there was plenty of interest for communications specialists at the 12th Russian Forum "Microelectronics 2026".
"Microelectronics 2026’: without domestic electronic circuit design, technological sovereignty cannot be achieved" DOI: 10.22184/2070-8963.2026.139.7.24.29
For the fourth time, the Sirius Federal Territory or, more precisely, Sirius University of Science and Technology became an annual magnet for executives and leading specialists in the field of micro- and radio-electronics from 27 September to 2 October 2026. As usual, there was plenty of interest for communications specialists at the 12th Russian Forum "Microelectronics 2026".
Wireless Communication
E.V.Trifonov
Selection of the solution for a professional communications system DOI: 10.22184/2070-8963.2026.139.7.34.40
Criteria for selecting a professional communications system are proposed. An assessment is provided of narrowband professional mobile radio systems and operational communications systems based on LTE/5G networks in terms of these criteria. A conclusion is drawn regarding the advantages of using professional radio communications systems based on LTE/5G. As an example, the capabilities of operational and process communications based on the RONET family of LTE systems are described.
Selection of the solution for a professional communications system DOI: 10.22184/2070-8963.2026.139.7.34.40
Criteria for selecting a professional communications system are proposed. An assessment is provided of narrowband professional mobile radio systems and operational communications systems based on LTE/5G networks in terms of these criteria. A conclusion is drawn regarding the advantages of using professional radio communications systems based on LTE/5G. As an example, the capabilities of operational and process communications based on the RONET family of LTE systems are described.
Tags: lte plte process communications systems professional mobile radio communications "megafon trunking" "мегафон транкинг" ronet профессиональная подвижная радиосвязь системы технологической связи
Expert Opinion
V.N.Treshchikov
The Russian origin of high-tech products lies not only in their manufacture, but also in their development DOI: 10.22184/2070-8963.2026.139.7.30.32
The Russian origin of high-tech products lies not only in their manufacture, but also in their development DOI: 10.22184/2070-8963.2026.139.7.30.32
Regulations
A.N.Kharitonov
Regulatory vacuum in the LAN cables certification DOI: 10.22184/2070-8963.2026.139.7.79.80
This paper examines a gap in the certification of LAN cables, which has dangerous implications for the supply of cable products with the LTx index to social sector facilities.
Regulatory vacuum in the LAN cables certification DOI: 10.22184/2070-8963.2026.139.7.79.80
This paper examines a gap in the certification of LAN cables, which has dangerous implications for the supply of cable products with the LTx index to social sector facilities.
Tags: cable marking fire safety certification of cables lan cable certification lan cables lan-кабели маркировка кабелей пожарная сертификация кабелей сертификация lan-кабелей
Wired Communication
S.Yu.Zhuravel
From localization to technological independence: development of the DWDM Horizon platform DOI: 10.22184/2070-8963.2026.139.7.42.44
Preliminary results of the telecommunications unit developments by “VPG LazerONE” LLC in 2026 are presented. The development strategy for the DWDM Horizon platform for 2027 and its prospects are announced.
From localization to technological independence: development of the DWDM Horizon platform DOI: 10.22184/2070-8963.2026.139.7.42.44
Preliminary results of the telecommunications unit developments by “VPG LazerONE” LLC in 2026 are presented. The development strategy for the DWDM Horizon platform for 2027 and its prospects are announced.
Tags: dwdm systems "впг лазеруан" roadm russian telecom equipment production vpg lazerone российское производство телеком-оборудования системы dwdm
S.S.Kogan
High-capacity integrated packet-optical transport networks. Part 4. Stages of development and standardisation of IPoDWDM/P-OTS solutions DOI: 10.22184/2070-8963.2026.139.7.46.55
This series of papers examines integrated packet-optical solutions such as IPoDWDM/ IPoOLS/P-OTS (Packet-Optical Transport System) for data transmission over optical channels of OTN/DWDM systems with capacities ranging from 100 to 800 Gbit/s and above, as well as the management
of an open network built using equipment from different manufacturers. The first part deals with the dynamic routing of packet-oriented connections over channels (wavelengths) of fiber optic transmission systems (FOTS), the second with the functional purpose of the network layers of an integrated packet-optical transport infrastructure, and the third with implementation options. The fourth part of the series is devoted to the standardisation and evolution of solutions for high-capacity integrated packet-optical transport networks.
High-capacity integrated packet-optical transport networks. Part 4. Stages of development and standardisation of IPoDWDM/P-OTS solutions DOI: 10.22184/2070-8963.2026.139.7.46.55
This series of papers examines integrated packet-optical solutions such as IPoDWDM/ IPoOLS/P-OTS (Packet-Optical Transport System) for data transmission over optical channels of OTN/DWDM systems with capacities ranging from 100 to 800 Gbit/s and above, as well as the management
of an open network built using equipment from different manufacturers. The first part deals with the dynamic routing of packet-oriented connections over channels (wavelengths) of fiber optic transmission systems (FOTS), the second with the functional purpose of the network layers of an integrated packet-optical transport infrastructure, and the third with implementation options. The fourth part of the series is devoted to the standardisation and evolution of solutions for high-capacity integrated packet-optical transport networks.
Tags: 400zr/400zr+ modules dci networks dwdm interfaces dwdm-интерфейсы ipodwdm ols linear system optical transport network symbol rate линейная система ols модули 400zr/400zr+ оптическая транспортная сеть сети dci символьная скорость
A.Yu. Igumenov, V.A. Konyshev, S.N. Lukinikh, O.E.Nanii, I.I.Petrenko, V.N.Treshchikov, R.R.Ubaidullaev
Amplifiers for optical communication networks: achievements and prospects DOI: 10.22184/2070-8963.2026.139.7.56.63
Power amplifiers are a key component of fiber optic communication lines (FOCLs), which have formed the foundation of global communications for over 40 years. Further development of the key characteristics of Fiber Optic Communication Lines is impossible without improving existing optical amplifiers and introducing new types. This paper provides an overview of recent advances in development and deployment of various types of optical amplifiers.
Amplifiers for optical communication networks: achievements and prospects DOI: 10.22184/2070-8963.2026.139.7.56.63
Power amplifiers are a key component of fiber optic communication lines (FOCLs), which have formed the foundation of global communications for over 40 years. Further development of the key characteristics of Fiber Optic Communication Lines is impossible without improving existing optical amplifiers and introducing new types. This paper provides an overview of recent advances in development and deployment of various types of optical amplifiers.
Tags: dwdm systems edfa amplifiers fiber optic communication lines fiber parametric amplifiers (fopa) optical amplifiers optical amplifiers based on rare-earth-doped fibers optical amplifiers based on stimulated combinational scattering semiconductor optical amplifiers (soa) волоконно-оптические линии связи волоконные параметрические усилители (fopa) оптические усилители оптические усилители на основе вынужденного комбинационного расс оптические усилители на основе легированных редкоземельными элем полупроводниковые оптические усилители (soa) системы dwdm усилители edfa
Space Telecommunications
E.A.Ezhkov, K.G.Knyazev, A.V.Promzelev, D.A.Slavin, S.A.Feoktistov, A.V.Yakovlev
Architecture of a ground-space IoT low-speed communication system using GSS satellites DOI: 10.22184/2070-8963.2026.139.7.64.69
The issues of implementing a low speed communication system for Internet of Things applications using communication satellites in geostationary orbit are considered. Solutions for implementing such a system based on the hybrid use of terrestrial and satellite Internet of Things technologies are presented, using adapted protocols of the LoRa/LoRaWAN standards and satellite communication in the C band frequency range. Proposals for the composition and structure of the system, as well as the main algorithms of its operation, are provided.
Architecture of a ground-space IoT low-speed communication system using GSS satellites DOI: 10.22184/2070-8963.2026.139.7.64.69
The issues of implementing a low speed communication system for Internet of Things applications using communication satellites in geostationary orbit are considered. Solutions for implementing such a system based on the hybrid use of terrestrial and satellite Internet of Things technologies are presented, using adapted protocols of the LoRa/LoRaWAN standards and satellite communication in the C band frequency range. Proposals for the composition and structure of the system, as well as the main algorithms of its operation, are provided.
Tags: communication satellites in geostationary orbit ground-space communication system internet of things lora lorawan satellite communications интернет вещей система наземно-космической связи спутники связи на геостационарной орбите спутниковая связь
S.G.Shchepnov
Geostationary satellite communication networks as a component of a country economy and scientific and technical potential. The end DOI: 10.22184/2070-8963.2026.139.7.70.78
The role of future geostationary satellite networks (GSNs), linked to deeply integrated communication systems of all types is demonstrated. The growing importance of GSS is linked to the increasing volume and value of the data they are required to transmit, which correlates directly with the objectives of the "data economy", where all types of networks and operators interact closely with one another to provide a unified digital space for the end user. A scenario is presented for the potential application of a segment of ground-to-space networks based on GSS for the needs of emergency response and civil defense services.
Geostationary satellite communication networks as a component of a country economy and scientific and technical potential. The end DOI: 10.22184/2070-8963.2026.139.7.70.78
The role of future geostationary satellite networks (GSNs), linked to deeply integrated communication systems of all types is demonstrated. The growing importance of GSS is linked to the increasing volume and value of the data they are required to transmit, which correlates directly with the objectives of the "data economy", where all types of networks and operators interact closely with one another to provide a unified digital space for the end user. A scenario is presented for the potential application of a segment of ground-to-space networks based on GSS for the needs of emergency response and civil defense services.
Tags: 5g nr 5g ntn data economy gss low circular orbits satellite communications гсо низкие круговые орбиты спутниковая связь экономика данных
Security
S.A.Popov
The flagship event of Russian security industry took place in Kazan DOI: 10.22184/2070-8963.2026.139.7.10.15
The 16th International Security Equipment Exhibition "Comprehensive Security – 2026" is the main communications event organised by the EMERCOM of Russia took place outside the Moscow region for the first time. It was held from 3 to 5 September at the Kazan Expo International Exhibition Centre in the capital of the Republic of Tatarstan.
The flagship event of Russian security industry took place in Kazan DOI: 10.22184/2070-8963.2026.139.7.10.15
The 16th International Security Equipment Exhibition "Comprehensive Security – 2026" is the main communications event organised by the EMERCOM of Russia took place outside the Moscow region for the first time. It was held from 3 to 5 September at the Kazan Expo International Exhibition Centre in the capital of the Republic of Tatarstan.