
4G System Engineering: Architectures, Concepts, and Call Flows
This Learning Path takes you through the fundamentals of 4G technology, starting with the basics of LTE architecture, including concepts like EPC (Evolved Packet Core), RAN, and signaling protocols. As you advance, you'll dive into core topics such as bearer management, QoS, and much more. Hands-on labs focus on configuring and troubleshooting 4G core components and analyzing call flows, enabling you to master the essential building blocks of 4G networks from development to deployment.
2 Labs
Beginner
English
English
About The Learning path
Audiences
Learning Path Flow:

Hands-On 4G Fundamentals
1 Month
15 Hours
Lab Architecture:
This Hands-On Training represents a playground that consist of virtualized EPC and eNodeB alongside UE, that can allow beginners to get familiar with different 4G concepts.

Lab Objectives:
- Gain a deep understanding of LTE architecture, including eNodeB, MME, SGW, PGW, HSS, and PCRF, to optimize 4G network operations.
- Develop expertise in LTE radio technologies like MIMO, modulation, multiple access, and carrier aggregation for performance enhancement.
- Master LTE protocol stacks and traffic analysis with Wireshark, inspecting GTP, Diameter, and SCTP for effective troubleshooting.
- Learn to manage LTE bearers and QoS, understanding default and dedicated bearers, attachment, paging, and bearer setup.
- Strengthen your knowledge of LTE security, including authentication and key agreement (LTE-AKA), for securing and troubleshooting networks.
Mastering End-to-End 4G Technology