| Issue |
Title |
File |
| No 5 (2024) |
“SMARTS-Quanttelecom” has developed a quantum random number generator |
|
|
Alekseev A.L.
|
| No 2 (2025) |
10 years – So far so good! Domestic developer of EcoRouter routers has passed the 10-year milestone |
|
|
Guzakov N.N.
|
| No 7 (2025) |
120 channels in optical networks |
|
|
Drozdovsky A.P.
|
| No 1 (2026) |
25 years on the frontline of information support for digital wireless infrastructure |
|
|
Stepanets V.A.
|
| No 2 (2023) |
5g networks: the evolution to an open network architecture. Part 1. Key elements of open 5g network infrastructure solutions concept |
|
|
Kogan S.S.
|
| No 3 (2023) |
5g networks: the evolution to an open network architecture part 2. Standardisation of solutions for open network infrastructure and 5g radio access |
|
|
Kogan S.S.
|
| No 2 (2024) |
A Manifesto for the New Intelligence |
|
|
Golyshko A.V.
|
| No 8 (2025) |
Analysis of network activity using Big Data technologies |
|
|
Marshev P.V., Netes V.A.
|
| No 1 (2024) |
Analysis of test results of on-board functional spacecraft mock-up equipment in flexible payload technology with digital spectral channel switching |
|
|
Lipatov A.A., Shavrin S.S., Shlykov A.V.
|
| No 5 (2025) |
Analysis of the transport properties of hydroacoustic communication channels |
|
|
Shavrin S.S., Musatova O.Y.
|
| No 2 (2026) |
Anniversary Cable Conference in Saransk |
|
|
Popov S.A.
|
| No 3 (2024) |
Anniversary TransNet: from TEA NEXT to polar seas |
|
|
Popov S.A.
|
| No 3 (2023) |
Application of artificial intellect in 5g networks |
|
|
Tikhvinsky V.O., Terentiev S.V., Devyatkin E.E.
|
| No 1 (2023) |
Application of intelligent reconfigurable RIS surfaces in 6G mobile networks |
|
|
Tikhvinsky V.O., Devyatkin E.E., Tikhvinskaya M.V., Pastukh A.S., Smirnov Y.Y.
|
| No 8 (2025) |
Application of ML for ehancing signal interference resistance |
|
|
Portnoy S.L., Efremov A.M., Voloshin A.D.
|
| No 4 (2025) |
Application of optical fiber of G.654 category in TEA NEXT project |
|
|
Pavlov D.V., Galkin A.M.
|
| No 1 (2024) |
Application of RedCap Technology for IoT Services in 5G Mobile Networks |
|
|
Tikhvinsky V.O., Devyatkin E.E., Pastukh A.S., Savochkin A.A., Smirnov Y.Y.
|
| No 2 (2025) |
Application of TSN technology in industrial communication networks |
|
|
Storozhuk N.L.
|
| No 2 (2026) |
Aspects of the long-term evolution of the telecommunication system |
|
|
Sokolov N.A.
|
| No 2 (2023) |
CABEX 2023: the alliance of manufacturing and cable science |
|
|
Popov S.A.
|
| No 2 (2024) |
Cabex 2024: The main business event of the cable industry |
|
|
Popov S.A.
|
| No 2 (2025) |
Cabex 2025 said goodbye to the exhibition centre in Presnya |
|
|
Popov S.А.
|
| No 3 (2023) |
Cable backbone of data transmission systems |
|
|
Editorial B.
|
| No 2 (2023) |
Cable conference in the capital of the Republic of Mordovia |
|
|
Popov S.A.
|
| No 2 (2026) |
Cable producters in Petrovsko-Razumovsky |
|
|
Popov S.A.
|
| No 1 (2023) |
Calendar of significant dates of domestic ICT for 2023 |
|
|
Editorial B.
|
| No 8 (2024) |
CCI interested in physical infrastructure information technologies |
|
|
Popov S.A.
|
| No 7 (2024) |
Challenging times call for bold decisions! |
|
|
Popov S.A.
|
| No 1 (2026) |
Comparative analysis of methods for configuring LTE network base station parameters |
|
|
Roslyakov A.V., Nazmetdinov D.E.
|
| No 7 (2025) |
Computing power networks and their standardization |
|
|
Roslyakov A.V., Aleksakhin P.A.
|
| No 6 (2025) |
Convergent next generation communication networks: architectural principles and implementation of deep integration of PMR and LTE |
|
|
Perepilitsyn A.Y.
|
| No 2 (2025) |
Critical communications from cellular operator on the basis of RONET system |
|
|
Trifonov Е.I.
|
| No 3 (2025) |
Critical communications from cellular operator on the basis of RONET system. The end |
|
|
Trifonov E.V.
|
| No 6 (2024) |
Development of LLS-simulator of the VSJM communication network based on 802.11ax technology |
|
|
Portnoy S.L., Nikitin S.E., Klyuev N.S., Antoshkin G.D., Sakhautdinov S.R.
|
| No 4 (2024) |
Development of MVNOs in Russia |
|
|
Portnoy S.L., Buslaev D.P., Eltsov M.E., Domanova V.S.
|
| No 4 (2024) |
Development of SIEM-systems correlation rule generation system |
|
|
Larionova E.I., Studyannikova M.A.
|
| No 5 (2025) |
Digital Expo 2025 – the main digital exhibition of Belarus |
|
|
Popov S.A.
|
| No 7 (2025) |
Digital radio communication system INTRANK MC |
|
|
Zakharov Y.A.
|
| No 2 (2024) |
Digital sovereignty is one of the key factors in the develop- ment of our country, society and business |
|
|
Sheikin A.G.
|
| No 2 (2023) |
Digital twin: technology, which revolutionizes the enterprises work |
|
|
Kubasov I.A.
|
| No 6 (2025) |
Domestic patch cords ParLan: a new stage of import substitution from the Paritet cable plant |
|
|
Kharitonov A.N.
|
| No 2 (2026) |
Domestic radio communication system INTRUNK MC. Commercial trials at industrial facilities |
|
|
Zakharov Y.A.
|
| No 2 (2024) |
Efficiency and Quality of Fiber-Optic Cables with Multichannel Fibers |
|
|
Korshunov V.N., Ovchinnikova I.A., Shishova N.A.
|
| No 7 (2024) |
European EMC Problems: Results of the EMC Europe 2024 Symposium |
|
|
Tikhvinsky V.O., Devyatkin E.E.
|
| No 2 (2026) |
Evaluation of the impact of doppler frequency shift in NTN 5G networks using L- and S-Bands |
|
|
Pastukh A.S., Akhmediarov V.A., Tikhvinsky V.O.
|
| No 2 (2023) |
Evolution of FRMCS network technologies in 3GPP releases: challenges and prospects |
|
|
Tikhvinsky V.O., Portnoy S.L., Sivitsky P.A., Tikhonyuk A.I.
|
| No 2 (2026) |
Evolution of quality |
|
|
Editorial T.
|
| No 7 (2025) |
Evolution of transport fiber optic transmission systems Part 1. Standardization and main directions of FOTS technology development |
|
|
Kogan S.S.
|
| No 8 (2025) |
Evolution of transport fiber optic transmission systems. Part 2. Features of generations of transport FOTS |
|
|
Kogan S.S.
|
| No 1 (2026) |
Evolution of transport fiber optic transmission systems. Part 3. Advantages of fifth-generation fiber-optic transport networks |
|
|
Kogan S.S.
|
| No 5 (2024) |
Experimental studies of transmission characteristicsand mutual influences of the signal-blocking cable |
|
|
Popov B.V., Popov V.B., Rodionov V.N., Sabirov R.N.
|
| No 4 (2025) |
Fiber optic solutions for data centres with packet interfaces based on Ethernet. Part 3. Evolution of pluggable optical transceiver modules for data centres |
|
|
Kogan S.S.
|
| No 5 (2025) |
Fiber optic solutions for data centres with packet interfaces based on Ethernet. Part 4. Standardized coherent solutions for data center interconnect (DCI) networks |
|
|
Kogan S.S.
|
| No 5 (2025) |
Fiber optic tilt sensor |
|
|
Likhitsinder B.Y., Popov V.B.
|
| No 2 (2025) |
Fiber-optic solutions for data centres with packet interfaces based on Ethernet. Part 1. Standardisation of Ethernet solutions for data flows from 100 to 1600 Gbps |
|
|
Kogan S.S.
|
| No 3 (2025) |
Fiber-optic solutions for data centres with packet interfaces based on Ethernet. Part 2. Solutions using fiber-optic technologies |
|
|
Kogan S.S.
|
| No 6 (2025) |
Fiber-opticsolutionsfor data centres with packetinterfaces
based on Ethernet. Part 5. Choosing connectors and cablesfor data centres |
|
|
Kogan S.S.
|
| No 7 (2024) |
Fittings for suspension of FOCL and SIW. Made in Moscow region |
|
|
Popov S.A.
|
| No 1 (2025) |
Fixed line networks of the F6G sixth generation |
|
|
Roslyakov A.V.
|
| No 6 (2025) |
For whom the bell tolls |
|
|
Golysko A.V.
|
| No 8 (2024) |
From Torzhok to the outskirts |
|
|
Popov S.A.
|
| No 1 (2023) |
Generations of F1G−F5G fixed networks. Part 2 |
|
|
Roslyakov A.V.
|
| No 4 (2025) |
"Golden Closure" becomes all-Russian |
|
|
Popov S.A.
|
| No 8 (2024) |
"Goodwin: from DECT to IIoT |
|
|
Sergeyev P.
|
| No 3 (2024) |
Group of companies "T8": 20 years − normal flight |
|
|
Treschikov V.N.
|
| No 3 (2025) |
Growing but not aging: Sviaz has passed the half-century milestone |
|
|
Popov S.A.
|
| No 4 (2025) |
Growing but not aging: Sviaz has passed the half-century milestone. The end |
|
|
Popov S.A.
|
| No 1 (2023) |
Hidden risks and potential of "Sphere" megaproject |
|
|
Petrova S.P.
|
| No 7 (2024) |
High-capacity transport FOTS. Part 3. Evolution of technologies for manufacturing coherent DSPs |
|
|
Kogan S.S.
|
| No 8 (2024) |
High-capacity transport FOTS. Part 3. Evolution of technologies for manufacturing coherent DSPs. The end |
|
|
Kogan S.S.
|
| No 1 (2023) |
HSE MIEM for telecommunication industry |
|
|
Portnoy S.L., Nazarov I.V., Nikitin S.E.
|
| No 5 (2024) |
Human-like networking: basic concepts and architecture |
|
|
Netes V.A.
|
| No 8 (2024) |
Implementation of Russian base stations will start in 2025 |
|
|
Popov S.A.
|
| No 6 (2024) |
In 2023, we increased production of communications equipment more than fourfold |
|
|
Editorial B.
|
| No 1 (2025) |
Increasing the number of connectable peripherals using a microcontroller pin matrix |
|
|
Tokarev A.A., Tokarev A.S.
|
| No 6 (2024) |
Independent view on the satellite communication systems development |
|
|
Editorial B.
|
| No 6 (2024) |
Information system for automation of power grid maintenance monitoring of communication facilities |
|
|
Zorina N.V., Schetov V.E.
|
| No 5 (2024) |
Inspection of overvoltage protection devices during operation: What, why, how and when. Part 2 |
|
|
Terentyev D.E.
|
| No 6 (2024) |
Inspection of overvoltage protection devices during operation: What, why, how and when. Part 3 |
|
|
Terentyev D.E.
|
| No 2 (2024) |
Inspection of ultrasonic protection devices during operation: What, why, how and when. Part 1 |
|
|
Terentyev D.E.
|
| No 7 (2024) |
Interference immunity of biorthogonal M-dimensional signal design in Gaussian channel |
|
|
Medvedev M.M., Shavrin S.S.
|
| No 5 (2025) |
INTRUNK WBA – industrial equipment for broadband wireless access of Russian production |
|
|
Zakharov Y.A.
|
| No 2 (2025) |
INTRUNK: A new Russian brand of wireless equipment |
|
|
Zagorodnikov M.V.
|
| No 3 (2025) |
It is important to ensure a balance of simultaneous development of industrial and technological potentials |
|
|
Gridyakina A.A.
|
| No 1 (2026) |
Jubilee Dianov’s Conference |
|
|
Popov S.A.
|
| No 6 (2024) |
Jubilee Forum "Army" |
|
|
Popov S.A.
|
| No 1 (2024) |
LAN-cables. What normative documents should they comply with? |
|
|
Kocherov A.V., Semyonov A.B., Khvostov D.V.
|
| No 3 (2023) |
Lte network positioning technology. Part 3. Sdr demonstrator in laboratory conditions |
|
|
Fokin G.A., Grigoriev V.A., Ryutin K.E.
|
| No 1 (2025) |
Main trends in Russian data centre industry |
|
|
Dorofeev I.V.
|
| No 8 (2024) |
MANET technologies in professionalmobile radio communication |
|
|
Lexin A.V., Ileshin S.I.
|
| No 5 (2024) |
"MARS TECHNOLOGIES" has become a new resident of Innopolis |
|
|
Kozhemyako A.P.
|
| No 5 (2025) |
"MARS TECHNOLOGIES" sets a new standard for building alarm systems |
|
|
Gismiatov R.R.
|
| No 2 (2025) |
MCN Telecom 25 years: All on one telecom platform for business, big and small |
|
|
Krylova А.Е.
|
| No 1 (2025) |
MCPTx class services for operative information exchange in critical situations |
|
|
Pinchuk A.V., Sokolov N.A., Freinkman V.A.
|
| No 1 (2025) |
Method for assessing efficiency for project implementation of data centre construction |
|
|
Sidnev S.A., Semyonov A.B., Tsarenko V.A.
|
| No 4 (2025) |
Method of increasing the security of signalling structure in the airwaves |
|
|
Zyablov V.V., Portnoy S.L., Tikhonyuk A.I.
|
| No 8 (2025) |
Methodology for quality control of data transmission services |
|
|
Sobolev M.V.
|
| No 4 (2025) |
Methodology of frequency resource utilization in the design of railway LTE-1800 TDD standard radio communications |
|
|
Lobeev D.P.
|
| No 3 (2025) |
Methods of Interference Reduction for IEEE 802.11 Communication Networks on High-Speed Railways |
|
|
Portnoy S.L., Nikitin S.E., Klyuev N.S., Raklanov D.V.
|
| No 2 (2024) |
Methods of synchronisationin communication networks |
|
|
Proshin F.A., Storozhuk M.N., Storozhuk N.L.
|
| 1 - 100 of 222 Items |
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