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5G Core Mastery Training – Architecture, Protocols, Logs & Open5GS Labs (3GPP Aligned)

Name: 5G Core Mastery Training – Architecture, Protocols, Logs & Open5GS Labs (3GPP Aligned)
Price: 2999 INR
Availability: InStock

by Rajesh Kumar · in General · Last updated: August 8, 2026

Course Description

5G Core Mastery – Architecture, Protocols & Hands-on Labs (3GPP Aligned)
The 5G Core Mastery Course is an advanced technical training program designed for telecom engineers, network architects, testers, and students who want deep expertise in 5G Core (5GC) based on 3GPP Release 15 to Release 19+ standards.
This course covers the complete evolution from 2G/3G/4G to 5G, explaining Standalone (SA) vs NSA architecture, Service-Based Architecture (SBA), network slicing, and cloud-native 5G Core design. Learners gain detailed knowledge of key 5G Core functions including AMF, SMF, UPF, AUSF, UDM, PCF, and NSSF, along with roaming and interworking scenarios.
A major focus is on protocol-level analysis of NGAP (N2), NAS (N1), GTP-U (N3), HTTP/2 SBA interfaces (N8, N12, N17), and IP (N6), helping learners understand real signaling and traffic flows.
The course also includes hands-on Open5GS lab exercises with real failure scenarios such as registration, authentication, PDU session, slice selection, and QoS issues, making learners job-ready for 5G Core engineering and troubleshooting roles.
Internal links
https://edunavo.com/courses/5g-log-analysis-troubleshooting-course/

https://edunavo.com/courses/5g-l2l3-mastery-course/

 
External links
5G System Architecture
3GPP TS 23.501 – System Architecture for the 5G System👉 https://www.3gpp.org/specifications

📘 Procedures & Call Flows
3GPP TS 23.502 – Procedures for 5G System👉 https://www.3gpp.org/specifications

[migrated-from-learnpress]

Curriculum

4 Sections • 56 Lessons • 19h 8m

1.15G Core Mastery Course Contents Preview 13 minute 1.21.1 Evolution from 2G/3G/4G to 5G Preview 29 minute

1.31.2 3GPP Standards for 5G Core (Rel 15, 16, 17,18,19+) 29 minute

1.41.3 5G System Architecture (SA vs NSA) 35 minute

1.51.4A Key Features of 5G Core-SBA 7 minute

1.61.4B Key Features of 5G Core-CUPS 7 minute

1.71.4C Key Features of 5G Core-Network Slicing 18 minute

1.81.4D Key Features of 5G Core-NEF 16 minute

1.91.4E Key Features of 5G Core-Unified Authentication Framework 10 minute

1.101.4F Key Features of 5G Core-SSC Modes 27 minute

1.111.4G Key Features of 5G Core-QoS Framework with 5QI 6 minute

1.121.4H Key Features of 5G Core-Edge Computing Support (LADN) 22 minute

1.131.4I Key Features of 5G Core-Support for Non-3GPP Access 34 minute

1.141.4J Key Features of 5G Core-Network Analytics Function (NWDAF) 32 minute

1.151.4K Key Features of 5G Core-MEC Integration 31 minute

1.161.4L Key Features of 5G Core-NRF 26 minute

1.171.5 5GC Deployment Models (Private, Public, Hybrid) 6 minute

1.181.6 Public deployment 16 minute

1.191.7 Private deployment 16 minute

1.201.8 Hybrid deployment 13 minute

2.12.1 SA Architecture (Option 2) 10 minute

2.22.2 Non-roaming architecture for interworking between 5GS and EPC/E-UTRAN-TS 23.501 -4.3.1-1 25 minute

2.32.3 Local breakout roaming architecture for interworking between 5GS and EPC/E-UTRAN-TS 23.501- 4.3.2-1 15 minute

2.42.4 Practical Example: Business Traveler Roaming 36 minute

2.52.5 Key interface in lbo architecture 8 minute

2.62.6 non-roaming 5G System Architecture (SBA) TS 23.501-Rel19 17 minute

2.72.7 CUPS in 5G TS 23.501-Rel19 7 minute

2.82.8 UPF Functionality Deep Drive 8 minute

2.92.9 UPF Example: John’s internet traffic 14 minute

2.102.10 Netflix E2E flow deep drive 52 minute

2.112.11 UPF rule table

2.122.12 UPF deployment type 7 minute

2.132.13 AMF Functionality Deep Drive 43 minute

2.142.14 SMF Functionality Deep Drive 42 minute

2.152.15 AUSF Functionality Deep Drive 37 minute

2.162.16 UDM Functionality Deep Drive 35 minute

2.172.17 PCF Functionality Deep Drive 19 minute

2.182.18 NSSF Functionality Deep Drive 23 minute

3.13.1 NGAP-N2 46 minute

3.23.2 NAS-N1 43 minute

3.33.3 GTP-U-N3 36 minute

3.43.4 HTTP/2-N8 20 minute

3.53.5 HTTP/2-N12 15 minute

3.63.6 HTTP/2-N17 18 minute

3.73.7 IP-N6 31 minute

4.15G OpenGS LAB Setup 18 minute

4.2Open5GS LAB Health Check 13 minute

4.3Student Exercise:TC1: UE Registration Failure – Invalid SUPI / IMSI 0 minute

4.4TC2: Authentication Failure – Wrong K / OPc 21 minute

4.5Student Exercise:TC3: Registration Reject – Unsupported Tracking Area (TAI) 20 minute

4.6TC4: PDU Session Establishment Failure – Unknown DNN 22 minute

4.7TC5: PDU Session Failure – UPF Not Reachable 16 minute

4.8TC6: Slice Selection Failure – Invalid S-NSSAI 23 minute

4.9Student Exercise:TC7: QoS Failure – Invalid 5QI Mapping 0 minute

4.10Student Exercise: TC8: Deregistration Failure – AMF Restart During Session 0 minute

4.11TC9: RLF Triggering 15 minute

Instructor

Rajesh Kumar

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