| Issue |
Title |
File |
| No 2 (2026) |
Evaluation of the impact of doppler frequency shift in NTN 5G networks using L- and S-Bands |
 (Rus)
|
|
Pastukh A.S., Akhmediarov V.A., Tikhvinsky V.O.
|
| No 2 (2026) |
Aspects of the long-term evolution of the telecommunication system |
 (Rus)
|
|
Sokolov N.A.
|
| No 2 (2026) |
Models for calculating optical fiber communication lines in a CAD system and their experimental verification |
 (Rus)
|
|
Yakushin I.K., Samodelkin L.A., Chebykin I.P., Starykh D.D., Igumenov A.Y., Rukhullaev A.S., Nanii O.E., Treshchikov V.N.
|
| No 1 (2026) |
Evolution of transport fiber optic transmission systems. Part 3. Advantages of fifth-generation fiber-optic transport networks |
 (Rus)
|
|
Kogan S.S.
|
| No 8 (2025) |
Evolution of transport fiber optic transmission systems. Part 2. Features of generations of transport FOTS |
 (Rus)
|
|
Kogan S.S.
|
| No 7 (2025) |
120 channels in optical networks |
 (Rus)
|
|
Drozdovsky A.P.
|
| No 7 (2025) |
Evolution of transport fiber optic transmission systems Part 1. Standardization and main directions of FOTS technology development |
 (Rus)
|
|
Kogan S.S.
|
| No 1 (2025) |
Fixed line networks of the F6G sixth generation |
 (Rus)
|
|
Roslyakov A.V.
|
| No 8 (2024) |
High-capacity transport FOTS. Part 3. Evolution of technologies for manufacturing coherent DSPs. The end |
 (Rus)
|
|
Kogan S.S.
|
| No 8 (2024) |
Study of the influence of reflectometer pulses on coherent DWDM channels |
 (Rus)
|
|
Yakushin I.K., Remizova A.S., Samodelkin L.A., Starykh D.D., Nanii O.E., Treshchikov V.N.
|
| No 7 (2024) |
Simulation modeling of a voice services of a multiservice communication network |
 (Rus)
|
|
Zhuravel E.P., Sobolev M.V.
|
| No 7 (2024) |
High-capacity transport FOTS. Part 3. Evolution of technologies for manufacturing coherent DSPs |
 (Rus)
|
|
Kogan S.S.
|
| No 5 (2024) |
Simulation modeling of data transmission services of a multiservice communication network |
 (Rus)
|
|
Zhuravel E.P., Sobolev M.V.
|
| No 5 (2024) |
Transport high-capacity WANs capacities. Part 2. Evolution of coherent digital signal processors. The end |
 (Rus)
|
|
Kogan S.S.
|
| No 4 (2024) |
Transport high-capacity WANs capacities. Part 2. Evolution of coherent digital signal processors |
 (Rus)
|
|
Kogan S.S.
|
| No 3 (2024) |
Anniversary TransNet: from TEA NEXT to polar seas |
 (Rus)
|
|
Popov S.A.
|
| No 2 (2024) |
Transport high-capacity FOTS capacities. Part 1. Standardisation of 400G open line interfaces with interchangeable coherent optical transceiver modules |
 (Rus)
|
|
Kogan S.S.
|
| No 2 (2024) |
Optical stabilization of power amplifiers for fiber-optic communication lines |
 (Rus)
|
|
Igumenov A.Y., Lukinykh S.N., Nanii O.E., Treschikov V.N.
|
| No 3 (2023) |
Transport networks and russian brands |
 (Rus)
|
|
Editorial B.
|
| No 1 (2023) |
Generations of F1G−F5G fixed networks. Part 2 |
 (Rus)
|
|
Roslyakov A.V.
|
| No 1 (2023) |
Stability of coherent receiver DSP algorithms to the rapid polarization rotation caused by lightning discharge |
 (Rus)
|
|
Bazarov T.O., Dorozhkin A.N., Lukinykh T.O., Nanii O.E., Senko M.A., Treschikov V.N.
|
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