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5G
5G Core Mastery Training – Architecture, Protocols, Logs & Open5GS Labs (3GPP Aligned)
Curriculum
4 Sections
56 Lessons
16 Hours
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Module 1: Introduction to 5G Core
20
1.1
5G Core Mastery Course Contents
13 Minutes
1.2
1.1 Evolution from 2G/3G/4G to 5G
29 Minutes
1.3
1.2 3GPP Standards for 5G Core (Rel 15, 16, 17,18,19+)
29 Minutes
1.4
1.3 5G System Architecture (SA vs NSA)
35 Minutes
1.5
1.4A Key Features of 5G Core-SBA
7 Minutes
1.6
1.4B Key Features of 5G Core-CUPS
7 Minutes
1.7
1.4C Key Features of 5G Core-Network Slicing
18 Minutes
1.8
1.4D Key Features of 5G Core-NEF
16 Minutes
1.9
1.4E Key Features of 5G Core-Unified Authentication Framework
10 Minutes
1.10
1.4F Key Features of 5G Core-SSC Modes
27 Minutes
1.11
1.4G Key Features of 5G Core-QoS Framework with 5QI
6 Minutes
1.12
1.4H Key Features of 5G Core-Edge Computing Support (LADN)
22 Minutes
1.13
1.4I Key Features of 5G Core-Support for Non-3GPP Access
34 Minutes
1.14
1.4J Key Features of 5G Core-Network Analytics Function (NWDAF)
32 Minutes
1.15
1.4K Key Features of 5G Core-MEC Integration
31 Minutes
1.16
1.4L Key Features of 5G Core-NRF
26 Minutes
1.17
1.5 5GC Deployment Models (Private, Public, Hybrid)
6 Minutes
1.18
1.6 Public deployment
16 Minutes
1.19
1.7 Private deployment
16 Minutes
1.20
1.8 Hybrid deployment
13 Minutes
Module 2: 5G Core Network Architecture & Components
19
2.1
2.1 SA Architecture (Option 2)
10 Minutes
2.2
2.2 Non-roaming architecture for interworking between 5GS and EPC/E-UTRAN-TS 23.501 -4.3.1-1
25 Minutes
2.3
2.3 Local breakout roaming architecture for interworking between 5GS and EPC/E-UTRAN-TS 23.501- 4.3.2-1
15 Minutes
2.4
2.4 Practical Example: Business Traveler Roaming
2.5
2.5 Key interface in lbo architecture
8 Minutes
2.6
2.6 Non-Roaming 5G System Architecture in reference point representation (TS 23.501)-Rel19
2.7
2.7 Non-Roaming 5G System Architecture (SBA) TS 23.501-Rel19
2.8
2.8 CUPS: LTE vs 5G TS 23.501-Rel19
2.9
2.9 UPF Functionality Deep Drive
8 Minutes
2.10
2.10 UPF Example:John’s internet traffic
14 Minutes
2.11
2.11 Netflix E2E flow deep drive
52 Minutes
2.12
2.12 UPF rule table
2.13
2.13 UPF deployment type
7 Minutes
2.14
2.14 AMF Functionality Deep Drive
43 Minutes
2.15
2.15 SMF Functionality Deep Drive
42 Minutes
2.16
2.16 AUSF Functionality Deep Drive
37 Minutes
2.17
2.17 UDM Functionality Deep Drive
35 Minutes
2.18
2.18 PCF Functionality Deep Drive
19 Minutes
2.19
2.19 NSSF Functionality Deep Drive
23 Minutes
Module 3: 5G Core network protocol logs deep drive
We will Discuss & Learn 5G Core network protocol logs deep drive (UP & CP) through Amarisoft LAB Setup Log. Student can do hands on with Either Amarisoft or Wireshark Log Both.
7
3.1
3.1 NGAP-N2
46 Minutes
3.2
3.2 NAS-N1
43 Minutes
3.3
3.3 GTP-U-N3
36 Minutes
3.4
3.4 HTTP/2-N8
20 Minutes
3.5
3.5 HTTP/2-N12
15 Minutes
3.6
3.6 HTTP/2-N17
18 Minutes
3.7
3.7 IP-N6
31 Minutes
Module 4:5G Core Open GS LAB Exercise
We will Learn to create Real Core NW scenario in simulated environment.
10
4.1
5G OpenGS LAB Setup
18 Minutes
4.2
Open5GS LAB Health Check
13 Minutes
4.3
Student Exercise:TC1: UE Registration Failure – Invalid SUPI / IMSI
4.4
TC2: Authentication Failure – Wrong K / OPc
21 Minutes
4.5
Student Exercise:TC3: Registration Reject – Unsupported Tracking Area (TAI)
4.6
TC4: PDU Session Establishment Failure – Unknown DNN
22 Minutes
4.7
TC5: PDU Session Failure – UPF Not Reachable
16 Minutes
4.8
TC6: Slice Selection Failure – Invalid S-NSSAI
23 Minutes
4.9
Student Exercise:TC7: QoS Failure – Invalid 5QI Mapping
4.10
Student Exercise: TC8: Deregistration Failure – AMF Restart During Session
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