5G Networks: Architecture, Planning, Protocols, Call Flows, ENDC, CA
This comprehensive course provides a deep dive into 5G technology, covering everything from core fundamentals, radio access (NR) to core network (5GC), key signaling procedures, deployment strategies.
About This Learning Path
This comprehensive course provides a deep technical dive into end-to-end 5G networks. Designed for telecom professionals and engineers, it moves from fundamental concepts through advanced deployment strategies.
You'll explore 5G's architectural shift, including the New Radio (NR) air interface and cloud-native Core (5GC). The curriculum covers practical radio planning, protocol stacks (RAN and Core), key signaling procedures, and performance technologies like Dual Connectivity and Carrier Aggregation.
What You'll Learn:
- 5G fundamentals: service areas (eMBB, URLLC, mMTC) and capabilities
- RAN and Core architecture, including network functions and protocols
- NR physical layer details: spectrum, channels, and scheduling
- Practical radio planning: coverage, link budgets, and throughput
- Signaling procedures: registration, call setup, and session management
- Deployment options: NSA vs. SA architectures
- Advanced features: DC and CA for enhanced performance
Ideal for: Network Engineers, RF Engineers, Telecom Students, and Technical Managers seeking thorough 5G expertise.
10 Courses
beginner Courses
5
Understand the fundamental architecture and design principles of 5G networks. Discover the three key service paradigms that drive all 5G applications.
Rs. 320
Rs. 400
20% off
5
Explore the architectural revolution of 5G and its core building blocks including the RAN, 5G New Radio, transport network, and cloud-native 5G Core and contrast them with traditional network designs.
Rs. 480
Rs. 600
20% off
intermediate Courses
5
Dive into the technical engine of 5G New Radio (NR). It covers physical layer fundamentals, from spectrum, waveforms (OFDMA) to how data is transmitted, managed (scheduling) for optimal performance.
Rs. 640
Rs. 800
20% off
5
This module covers theory to practical 5G network planning including design elements - spectrum selection, coverage planning with link budget calculations, peak throughput, and user plane latency.
Rs. 640
Rs. 800
20% off
advanced Courses
5
This module provides a deep dive into the 5G RAN protocol stack, from the physical layer channels (PDSCH, PDCCH, PUSCH, PUCCH) to the Layer 2 and 3 functions (SDAP, PDCP, RLC, MAC, RRC).
Rs. 800
Rs. 1000
20% off
5
This module explores the revolutionary 5G Core (5GC) network. It covers the cloud-native Service-Based Architecture (SBA), key network functions (AMF, SMF, UPF) and concepts like NFV.
Rs. 800
Rs. 1000
20% off
5
This module details the step-by-step procedures that bring a 5G device to life. It covers call setup, context establishment, management of QoS and data bearers that enable seamless user services.
Rs. 800
Rs. 1000
20% off
5
This module compares 5G deployment strategies, focusing on the differences between Non-Standalone (NSA) and Standalone (SA) architectures, their components, benefits, limitations, and use cases
Rs. 800
Rs. 1000
20% off
5
This module explains Dual Connectivity (DC) in 5G, a key technique for combining LTE and NR (EN-DC) or multiple NR carriers (NR-DC) to boost data rates and mobility.
Rs. 800
Rs. 1000
20% off
5
This module explores Carrier Aggregation (CA) to maximize 5G performance. Learn how these technologies combine multiple spectrum bands for speed, capacity, reliability.