PDCP 43:30 RRC GTP-U MAC Mark for follow up Question 7 of 30 . Low-PHY and RF. PDCP and High-RLC. Low-RLC and High-MAC. Low-MAC and High-PHY. Mark for follow up Question 8 of 30. In a D-RAN (Distributed RAN)

Please I neen help for it ??
 

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Question 1 of 30. Select the correct characteristics regarding the protocols used for the Fronthaul interface? (Choose 2) eCPRI requires more bandwidth than CPRI. UCPRI is synchronous while eCPRI is asynchronous. eCPRI can support point to multi-point, but CPRI can only support point to point. Both CPRI and eCPRI are packet switched. Mark for follow up Time remaining 43:57 Question 2 of 30. Which Service Mesh component defines the percentage of traffic distributed in different datacenter clusters? Service mesh controller. O Signaling proxy. O Data center cluster manager. Microservice. Mark for follow up Question 3 of 30. What is the purpose of the E1 interface in the gNB? Define an open interface for communication between CU and DU to allow separation of the network functions. Define an open interface for communication between DU and RU to enable multiple vendor solutions to be supported for RU and DU. Enable network slicing control between RAN and SMO. Split the VCU into control plane specific and user plane specific functions. Mark for follow up Question 4 of 30. Question 1 of 30. Select the correct characteristics regarding the protocols used for the Fronthaul interface? (Choose 2) eCPRI requires more bandwidth than CPRI. UCPRI is synchronous while eCPRI is asynchronous. eCPRI can support point to multi-point, but CPRI can only support point to point. Both CPRI and eCPRI are packet switched. Mark for follow up Time remaining 43:57 Question 2 of 30. Which Service Mesh component defines the percentage of traffic distributed in different datacenter clusters? Service mesh controller. O Signaling proxy. O Data center cluster manager. Microservice. Mark for follow up Question 3 of 30. What is the purpose of the E1 interface in the gNB? Define an open interface for communication between CU and DU to allow separation of the network functions. Define an open interface for communication between DU and RU to enable multiple vendor solutions to be supported for RU and DU. Enable network slicing control between RAN and SMO. Split the VCU into control plane specific and user plane specific functions. Mark for follow up Question 4 of 30.