The 5G Course Online explains the technologies that power next-generation mobile communication, from radio access networks to core network functions and service delivery. The course also covers deployment models, mobility management, network slicing, and signaling procedures to help learners understand how modern 5G networks are designed and operated.
Prerequisites
- Basic understanding of mobile networks (3G/4G LTE)
- Familiarity with networking fundamentals (IP addressing, protocols, OSI model)
- Knowledge of telecom architecture (RAN, Core, IMS is a plus)
- Some experience with wireless communication systems is beneficial
- No prior 5G experience required
What You Will Learn
- 5G network architecture overview (gNB, AMF, SMF, UPF)
- New Radio (NR) concepts: frequency bands, massive MIMO, beamforming
- 5G Core protocols and functions: SBI, PFCP, HTTP/2, network slicing
- RAN technologies: Centralized RAN, Distributed RAN, and O-RAN
- Call flows: registration, session setup, handovers
- 5G deployment models: Standalone (SA) and Non-Standalone (NSA)
- Public, private, and hybrid 5G network types
- Key security features in 5G: SUCI, SEAF, and domain protection
- Real-world 5G use cases: eMBB, URLLC, mIoT
- Hands-on labs, tools, and simulation-based projects
Who Can Enroll
- Students (Undergraduate & Graduate)
- Telecom Professionals
- IT Professionals
- Freshers/Beginners
- Individuals with a Technical Background
- Individuals with Basic Programming Knowledge
- Specialized Course Participants (e.g., IIoT)
