Course 02 : 5G Architecture and Key Concepts in 2 Hour | 5G New Features & New Developments

Описание: Dive into the fascinating world of 5G Architecture and Key Concepts in this comprehensive 2-hour session. Discover how 5G is transforming connectivity with unparalleled speed, ultra-low latency, and cutting-edge features. This video is your ultimate guide to understanding the fundamentals and advancements of 5G, designed for both beginners and professionals.

What You’ll Learn:
1. 5G Architecture & Key Principles
Explore the design of the 5G network, including its core components and architecture.
Learn how 5G evolved from earlier generations to meet modern demands.

2. Why We Need 5G | Key Differences Between 4G and 5G
Understand the critical differences between 4G and 5G in speed, latency, and capacity.
Discover 5G’s role in enabling advanced applications like smart cities and autonomous vehicles.

3. 5G Control Plane & User Plane Separation (CUPS)
Learn how separating the control and user planes enhances network flexibility.
Understand how CUPS optimizes resource allocation for improved efficiency.

4. 5G Deployment Options: Standalone vs. Non-Standalone
Compare standalone (SA) and non-standalone (NSA) deployment models for 5G.
Discover how these options affect network performance and compatibility with 4G.

5. Beamforming & Massive MIMO in 5G
Explore how beamforming boosts signal directionality for better coverage and capacity.
Understand how Massive MIMO enhances 5G’s spectral efficiency and network performance.

6. 5G Spectrum Explained
Learn about the frequency bands used in 5G, including low, mid, and high bands.
Discover how carrier aggregation and bandwidth parts maximize network efficiency.

7. EN-DC: 5G & LTE Dual Connectivity
Understand how EN-DC combines LTE and 5G for seamless connectivity and higher speeds.
Learn how dual connectivity improves coverage in transitional network phases.

8. Flexible Numerology in 5G
Explore dynamic subcarrier spacing and its adaptability for diverse 5G use cases.
Understand how flexible numerology supports high data rates and low latency.

9. Mini Slots & Pre-emptive Scheduling
Discover how mini slots enable ultra-low latency in time-sensitive applications.
Learn how pre-emptive scheduling prioritizes critical data transmission in 5G.

10. 5G NR Scheduling Options
Explore scheduling techniques for ultra-reliable low latency communication (URLLC).
Learn how 5G optimizes resource allocation for mobile broadband use cases.

11. Quality of Service (QoS) in 5G
Understand how QoS ensures reliability for mission-critical and everyday applications.
Discover the evolution of QoS from 4G to 5G and its role in advanced use cases.

12. Massive Machine Type Communications (mMTC)
Learn how 5G supports IoT devices with energy-efficient, low-power communication.
Understand mMTC’s role in enabling smart homes, industries, and cities.

13. 5G NR Cell Design
Discover how beamforming enhances signal transmission within a 5G NR cell.
Understand the synchronization mechanisms for seamless connectivity in 5G.

14. 5G RRC States
Learn about RRC-Idle, RRC-Connected, and RRC-Inactive states for power efficiency.
Understand how these states optimize device performance and network responsiveness.

15. 5G Core Advancements
Explore the cutting-edge advancements in 5G Core architecture for new use cases.
Discover the business opportunities unlocked by 5G’s enhanced capabilities.

16. 5G Core vs. 4G EPC
Compare the functional differences between 5G Core and 4G EPC architectures.
Learn how 5G Core introduces service-based, cloud-native functionality.

17. Network Slicing in 5G
Understand how network slicing customizes resources for specific use cases like mMTC and URLLC.
Learn how this feature enhances network efficiency and flexibility.

18. Service-Based Architecture (SBA) in 5G
Explore how SBA organizes 5G core functions for better scalability and flexibility.
Understand how service-based interactions enable faster network upgrades and maintenance.

19. NFV and VNF in 5G
Learn how network functions virtualization (NFV) reduces hardware dependency in 5G.
Discover how virtualized network functions (VNF) transition to cloud-native operations.

20. 5G Core Network Functions
Gain insights into key components like AMF, SMF, NRF, and PCF in the 5G Core.
Understand their roles in ensuring seamless communication across the network.



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