RAN architecture options and performance for 5G network evolution
and the expected technical and economic benefits for implementing the different RAN architecture options for 5G networks. Keywords — RAN re-architecture;
5G Standalone Architecture
In this document NR architecture options
5G RAN CU - DU Network Architecture Transport Options and
12 avr. 2019 Abstract. The 5G RAN architecture allows for a range of deployment options supporting a range of 5G services. There are multiple options on ...
5G architecture options – full set
15 juin 2016 5G architecture options – full set. Joint RAN/SA meeting
5G Architecture: Deployment scenarios and options
The corresponding Radio Access Network (RAN) solution will use the existing 4G LTE base stations with upgrades to support the NSA features and deployment of new
Telefónica views on the design architecture
https://www.telefonica.com/es/wp-content/uploads/sites/4/2021/08/Whitepaper-OpenRAN-Telefonica.pdf
View on 5G Architecture
5 juil. 2019 Figure 3-2: RAN decomposition options [3-3]. Option 8 from Figure 3-2 is the exposure of the CPRI interface while Option 7 is referred to ...
Evolving to an Open C-RAN Architecture for 5G
The Common Public Radio Interface. (CPRI) protocol was standardized specifically for this connection. Physical Layer Options for Fronthaul. While parts of the C
Evolution of Fixed Services for wireless backhaul of IMT 2020 / 5G
CU in the cloud and DU/RU are co-located. CU and DU co-located in the cloud and RU at site. 5G RAN Architecture Options and X-haul. Page 5. 5.
Cloud RAN Architecture for 5G
Radio Access Technologies (mainly LTE) and envisaged future 5G technology. Further we review the different RAN architecture options
5G architecture options ² full set
Joint RAN/SA meeting |June 14th 2016, Busan
Deutsche Telekom AG
RP-161266
Outline of architecture options in the light of 5G $1G ´$FF(I(5$7H21µ GH6F866H21 2 Two radio technologies have to be considered in the 5G discussions LTE (in its Rel-15 version $.$ ´eLTEµ H1 6$2Next generation Radio ´15µ
plus radio level aggregation of both radio technologies in 2 variants Two Core Network concepts have to be considered in the 5G discussionsEPC (with potential evolutions)
Next Generation Core Å1*F1´
This results in 12 options (next slides)
15.06.2016 5G architecture options | RAN/SA meeting, June 2016 RP-161266
S1_C S1_UNG2 (Controlplane)
NG3 (Userplane)
5G scenarios in 3GPP NR & NextGenCore (1/6)
15.06.2016 3
LTE EPC1) Standalone LTE, EPC connected - legacy 2) Standalone NR, NGCN connected
5G architecture options | RAN/SA meeting, June 2016 RP-161266
NRNextGen
Core5G scenarios in 3GPP NR & NextGenCore (2/6)
4LTE NR
EPC NextGen
Core3) Non-6PMQGMORQHCµI7( MVVLVPHGµ (3F ŃRQQHŃPHG
15.06.2016 5G architecture options | RAN/SA meeting, June 2016 RP-161266
LTE NR
EPC NextGen
Core3a) Non-6PMQGMORQHCµI7( MVVLVPHGµ (3F
connectedÅ1$´
5G scenarios in 3GPP NR & NextGenCore (3/6)
54a) Non-6PMQGMORQHCµ15 DVVLVWHGquotesdbs_dbs20.pdfusesText_26
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