5G Core Deep Dive Training by TelcoLearn
- 2. Learning Outcomes 1. Introduction to 5G and Telco Cloud: Understand the evolution of mobile networks from 1G to 5G, focusing on key differences between 4G and 5G, and explore major 5G use cases (eMBB, URLLC, mMTC). Learn the concept of Telco Cloud, virtualization (NFV), containerization (Kubernetes), and the role of Multi-Access Edge Computing (MEC) in 5G. 2. 5G Core Architecture & Service-Based Architecture (SBA): Study the architecture of the 5G core network, focusing on the Service-Based Architecture (SBA), its principles, and how it differs from the 4G EPC. Learn about cloud-native approaches in 5G and how network functions communicate using HTTP/2 and REST APIs.
- 3. 3. 5G Core Network Functions: Gain a deep understanding of 5G core network functions like AMF, SMF, and UPF, and the separation of the Control Plane (CP) and User Plane (UP). Learn about key 5G procedures such as UE registration, authentication, and session establishment, with practical labs on analyzing call flows. Gain a deep understanding of 5G core network functions like AMF, SMF, and UPF, and the separation of the Control Plane (CP) and User Plane (UP). Learn about key 5G procedures such as UE registration, authentication, and session establishment, with practical labs on analyzing call flows. 4. Quality of Service (QoS), Policy, and Charging: Explore 5G’s QoS framework, including QoS Flow Identifiers (QFI) and enforcement at the SMF and UPF. Learn about policy and charging in 5G, differences from 4G, and the role of network slice selection in mobility management and handovers.
- 4. 5. 5G Security & Advanced Call Flows: Gain a deep understanding of 5G core network functions like AMF, SMF, and UPF, and the separation of the Control Plane (CP) and User Plane (UP). Learn about key 5G procedures such as UE registration, authentication, and session establishment, with practical labs on analyzing call flows. Understand 5G security concepts such as UE identity, authentication (SUPI, SUCI), and inter-PLMN roaming security. Study key 5G procedures, including session release, paging, and idle mode transitions, with hands-on analysis of security logs and call traces. 6. Network Slicing, MEC, and Orchestration: Learn about network slicing in 5G, including its concepts, benefits, and use cases, along with slice-specific authentication. Understand the role of MEC in reducing latency for critical applications and explore AI/ML’s role in automated 5G network orchestration using open-source tools like ONAP and ETSI.
- 5. Day 1 Day 3 Day 2 Day 4 5G Overview & Telco Cloud 5G QoS, Policy & Billing 5G Core Network Functions & Service-Based Architecture 5G Security & Advanced Call Flows Day 5 Network Slicing, MEC & Orchestration
- 6. Day 1: 5G Overview & Telco Cloud Introduction to 5G Telco Cloud & Virtualization Overview of 5G Core Architecture Evolution from 1G to 5G, key differences with 4G, and 5G use cases (eMBB, URLLC, mMTC). NFV, Kubernetes, and Multi- Access Edge Computing (MEC). Service-Based Architecture (SBA) and cloud-native approach.
- 7. Day 2: 5G Core Network Functions & SBA 5G Network Functions Analyzing 5G Core In-depth Service-Based Architecture (SBA) Separation of Control and User planes, and key network functions (AMF, SMF, UPF). Hands-on lab for analyzing 5G core communication and call flow. Principles, HTTP/2 communication, NF discovery, registration, and authorization.
- 8. Day 3: 5G QoS, Policy & Billing QoS Framework Mobility Management and handovers Policy & Charging QoS Flow Identifiers (QFI) and enforcement. Mobility Management and handovers, including network slice selection. UE policy management, 5G billing (online and offline), and charging differences from 4G. Hands-on lab for QoS Hands-on lab for analyzing 5G core communication and call flow. •Mobility Management and handovers, including network slice selection. •Mobility Management and handovers, including network slice selection.
- 9. Day 4: 5G Security & Advanced Call Flows 5G Security Hands-on lab Procedures for session UE identity, authentication (SUPI, SUCI), and roaming considerations. Hands-on lab for analyzing security procedures and mobility/paging call trace analysis. Procedures for session release, paging, and transitions to Idle mode. •Mobility Management and handovers, including network slice selection. •Mobility Management and handovers, including network slice selection.
- 10. Day 5: Network Slicing, MEC & Orchestration Network Slicing 5G Network Orchestration MEC Concept, benefits, use cases, and slice-specific authentication. AI/ML in network management and open-source orchestration tools (ONAP, ETSI). Role in latency-sensitive applications and deployment scenarios in 5G. •Mobility Management and handovers, including network slice selection. •Mobility Management and handovers, including network slice selection.
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