Brand New 2023 Harleydavidson Nightster S Atlantaharley рџ ґрџ ґрџ ґ Onf's oai cu & du are o ran compliant disaggregated baseband units based on on openairinterface. the cu contains both cu c & cu u functionality and supports pdcp,gtpu,rrc & s1ap protocols along with s1, f1 & e2 interfaces. the du has high phy(fapi), mac, rlc & rrc (for handing rrc config messages from cu) protocols along with f1 interface support. Oai cu & du \n. onf's oai cu & du are o ran compliant disaggregated baseband units based on on openairinterface. the cu contains both cu c & cu u functionality and supports pdcp,gtpu,rrc & s1ap protocols along with s1, f1 & e2 interfaces. the du has high phy(fapi), mac, rlc & rrc (for handing rrc config messages from cu) protocols along with f1.
Xгј Cб Khгє Huyб N Thanh Oai Quy Hoбєўch Bбєјn д б Tб Ng Quan дђб A б ђc Cu du split use cases currently involved in the cu du split over the oai stack using as a reference stack the lte stack develop a protocol for the full communication between the cu and du units of the network target use cases: multi rat behaviour (e.g. 5g 4g wifi) multi vendor application (e.g. oai cu and third party dus). Osc o du at oai cu hackmd # oscoduoaicu. Oai cu & du. onf’s oai cu & du are o ran compliant disaggregated baseband units based on on openairinterface. the cu contains both cu c & cu u functionality and supports pdcp,gtpu,rrc & s1ap protocols along with s1, f1 & e2 interfaces. the du has high phy (fapi), mac, rlc & rrc (for handing rrc config messages from cu) protocols along with f1. Cu du split motivation. functional splits play a key role in 5g. more flexible, scalable, cost effective network deployments. promoting interoperability among different vendors through the use of common interfaces between disaggregated hardware and software components. makes it easier to adapt to different 5g use cases and corresponding qos.
дђж б ќng Sбєѕ Mб џ Theo Quy Hoбєўch б џ Thб Trбєґn Kim Bг I Thanh Oai Hг Nб I Phбє N 3 Oai cu & du. onf’s oai cu & du are o ran compliant disaggregated baseband units based on on openairinterface. the cu contains both cu c & cu u functionality and supports pdcp,gtpu,rrc & s1ap protocols along with s1, f1 & e2 interfaces. the du has high phy (fapi), mac, rlc & rrc (for handing rrc config messages from cu) protocols along with f1. Cu du split motivation. functional splits play a key role in 5g. more flexible, scalable, cost effective network deployments. promoting interoperability among different vendors through the use of common interfaces between disaggregated hardware and software components. makes it easier to adapt to different 5g use cases and corresponding qos. The cu du cp split at the rrc rlc [123] oia sdr split buffering between the rlc & pdcp layers. pdcp buffer with per flow queues, and applied to the rlc buffer a new dynamic sizing mechanism that. Go back to origin folder. ::: ## gnb configuration in cu du split mode for the configuration of the gnb in cu and du blocks, the following sample configuration files are provided for the cu and the du entities respectively. these configuration files have to be updated with the ip addresses of the cu and the du over the f1 interface. for example.