ARQUITECTURA DE LA RED CORE 5G
Precio curso virtual en directo: 2.410€
Precio curso virtual grabado: 1.680€
Del 7 al 11 de marzo de 2022
*Descuentos por volumen o compañía*
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CONTÁCTANOSAPIS presenta el Sistema 5G (5GS) como lo define 3GPP, centrándose en las funcionalidades de la red 5G Core (5GC).
En este curso de tres días, se presentan los conceptos básicos relevantes de NG-RAN (Red de acceso de radio de próxima generación) junto con los roles de las diversas NF (Funciones de red), según lo definido por los estándares 3GPP R15 actuales y las adiciones emergentes de R16. También se explican las interacciones tanto dentro del 5GC como entre el 5GC y el NG-RAN.
Descargar folletoAGENDA
5G System overview
- Rationale behind the 5G definitions: support for various services and applications
- Requirements for the 5GS
- Service Based Architecture model for the 5GC
- Introduction of the 5GC NFs: AMF, SMF, UPF, UDR, UDM, AUSF, NEF, PCF, NSSF, NRF, UCMF, BCF, NSSAAF and other 5GC network elements: SCP, SEPP
- 5GS Interfaces
- Reference Point model of the 5GS for non-roaming and roaming scenarios (both LBO and HR options)
- UE identities in 5G: SUPI, SUCI, GPSI, PEI, etc.
Service Based Architecture (SBA)
- Definitions of Service Based Interface, Network Function (NF), NF Service, Service Producer and Service Consumer
- NF Registration, Discovery and Selection procedures
- Inter-operator interconnect border functionalities: SEPP, IPUPS
- SBA Security: Access Tokens and the role of the NRF
- Protocol on the SBI: http/2
Network Slicing
- Definition of a Network Slice
- Identifiers of Network Slices: NSI Id, NSSAI, S-NSAAI
- NFV as a tool to implement Network Slicing
- Rules and mechanisms for allocating a Network Slice for a UE: slice-specific information used at 5G Registration and PDU Session Setup
- Main 5G use cases (eMBB, MIoT, URLLC) realized as separate Network Slices
5G Registration procedure
- Definition of types of Registration procedures: Initial, Mobility Update, Periodic Update
- Definition of a UE Registration Area
- Signalling flow with basic parameters for Access and Mobility enforcement, AF selection, Network Slice selection and creation of relevant UE contexts
- Negotiation of service-specific features and capabilities at Registration: MICO mode, LADN, UE Reachability, Mobility Patterns, Mobility Restrictions
- Access and Mobility NAS Protocol on N1: 5GMM
Policy and Charging Control (PCC) overview
- Definition of PCC
- 5G requirements on PCC
- Comparison of the PCF vs the 4G PCRF
- Access and Mobility handling for a UE using AM Policy Associations
- QoS handling for PDU Sessions using SM Policy Associations and N4 Sessions
- Policy influencing from external AFs
User Plane resources in 5G
- Definition of a PDU Session
- Signalling flow with basic parameters for AF selection, session QoS and routing enforcement and creation of relevant UE contexts
- Definitions of Service Data Flows, QoS Flows and their relationships to PDU Sessions, Data Radio Bearers and N3 Tunnels
- Definitions of QoS Rules, QoS Profiles, PCC Rules, SDF Templates
- Routing-specific definitions in the 5GC: PDU Session Anchors (PSAs), UPF chaining, PDU Sessions with Multiple PDU Session Anchors, User Plane splitting, Multi-Access Edge Computing (MEC), Local Area Data Networks (LADN)
- SMF control of UPF over the N4 interface
- Session Management NAS Protocol on N1: 5GSM
- Protocol on N4: PFCP
- Protocol on N3 and N9: GTP-U ver.1
5GC ↔ AF Interactions: Service Influencing
- Mechanisms for the external AFs to control access, QoS and routing of application data over 5GS
- Packet Flow Description Function (PFDF) role in defining and enforcing AF-specific traffic handling rules
- Network Exposure Function (NEF) role in the interactions between 5GC and external NFs
- IMS network elements as 5G AFs
- Vo5G as a service within the eMBB Network Slice
5GC ↔ NG-RAN Interactions
- LTE, WiFi and fixed access in the 5G ecosystem
- Introduction of the network elements of the different Access Networks to the 5GC: eNB, gNB, N3IWF, TNGF, W-AGF, 5G-RG
- Non-Standalone and Standalone deployment options
- Definition of RRC States in 5G: RRC_Idle, RRC_Connected, RRC_Inactive
- The impact of different RRC States on N2 Connection handling
- Protocol on N2: NGAP
5GC ↔ EPC Interactions
- N26 interface for MME ↔ AMF communication
- Single- and Dual-Registration modes for the UEs
- Combined EPC/5GC Network Architecture
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