rus
Issue #4/2022
S.Kogan
5G NETWORKS: TIMING SIGNAL DISTRIBUTION AT THE OPTICAL TRANSPORT LAYER PART 1. GENERAL SYNCHRONISATION REQUIREMENTS FOR 5G MOBILE NETWORKS
5G NETWORKS: TIMING SIGNAL DISTRIBUTION AT THE OPTICAL TRANSPORT LAYER PART 1. GENERAL SYNCHRONISATION REQUIREMENTS FOR 5G MOBILE NETWORKS
DOI: 10.22184/2070-8963.2022.104.4.50.59
Synchronisation on cellular networks helps ensure that devices can connect seamlessly to the base station and provide a smooth transfer of service as the user moves from one cell to another. This paper series analyzes the general synchronization requirements for 5G mobile networks (part 1) and details of bit-timing frequency (part 2) and phase/time (part 3) distribution of synchronization signals over the optical transport layer of the OTN/DWDM mobile network.
Synchronisation on cellular networks helps ensure that devices can connect seamlessly to the base station and provide a smooth transfer of service as the user moves from one cell to another. This paper series analyzes the general synchronization requirements for 5G mobile networks (part 1) and details of bit-timing frequency (part 2) and phase/time (part 3) distribution of synchronization signals over the optical transport layer of the OTN/DWDM mobile network.
Теги: 5g mobile networks 5g network synchronization centralized ran сети мобильной связи 5g синхронизация сетей 5g
5G NETWORKS: TIMING SIGNAL DISTRIBUTION AT THE OPTICAL TRANSPORT LAYER PART 1. GENERAL SYNCHRONISATION REQUIREMENTS FOR 5G MOBILE NETWORKS
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