rus
TS_pub
technospheramag
technospheramag
ТЕХНОСФЕРА_РИЦ
DOI: 10.22184/2070-8963.2023.109.1.36.46
The second part of the paper provides a brief overview of the materials developed by the ETSI ISG F5G research group, which define the basic principles for building fifth generation fixed networks F5G in the nearest future. The requirements for F5G networks and their basic characteristics are considered: Enhanced Fixed Broadband (eFBB), Full-Fiber Connection (FFC), Guaranteed Reliable Experience (GRE) and guaranteed reliable provision of GRE services. The architecture of F5G networks is described and typical service scenarios that will be supported by the new network infrastructure based on the concept of "fiber to everything and
everywhere" FTTE are listed.
The second part of the paper provides a brief overview of the materials developed by the ETSI ISG F5G research group, which define the basic principles for building fifth generation fixed networks F5G in the nearest future. The requirements for F5G networks and their basic characteristics are considered: Enhanced Fixed Broadband (eFBB), Full-Fiber Connection (FFC), Guaranteed Reliable Experience (GRE) and guaranteed reliable provision of GRE services. The architecture of F5G networks is described and typical service scenarios that will be supported by the new network infrastructure based on the concept of "fiber to everything and
everywhere" FTTE are listed.
Теги: european telecommunications standards institute fiber to the everything/everywhere fifth generation fixed networks fixed broadband full-fiber connection guaranteed reliable experience industrial specifications research group etsi isg f5g архитектура "волокно до всего и всюду" ftte гарантированное надежное предоставление услуг gre европейский институт стандартизации телекоммуникаций etsi исследовательская группа промышленных спецификаций etsi isg f5g расширенный фиксированный широкополосный доступ efbb сети фиксированной связи пятого поколения f5g сквозное оптоволоконное соединение ffc
GENERATIONS OF F1G−F5G FIXED NETWORKS. PART 2
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