5G Private Networks Training by TelcoLearn
- 2. Learning Outcomes 1. Understanding Telecom Network Evolution: Gain insights into the progression of telecom networks from 2G to 5G, and how the landscape is changing with advancements in technology and demand for faster, more reliable connectivity. 2. Private 5G Networks & Their Advantages: Learn about the increasing need for private networks, with a focus on 5G's benefits in private environments, including better performance, security, and control over infrastructure. 3. Spectrum and Deployment Models: Understand spectrum requirements for private 5G, including licensed, shared, and unlicensed spectrum options, and explore different deployment models such as SNPN, network slicing, and MNO-hosted setups. www.Telcolearn.com
- 3. 4. Use Cases for Private Networks: Explore how private 5G networks are transforming industries, with specific use cases in Industry 4.0, defense, public safety, and time-sensitive networking (TSN), and their architectural components. 5. Challenges and Standardization Efforts: Identify the challenges involved in deploying private 5G networks, including interference, mobility, and performance issues, and understand ongoing standardization efforts to streamline deployment and usage. www.Telcolearn.com
- 4. Telecom Network Evolution and Private Networks • Evolution of Telecom Networks (2G to 5G): Telecom networks have evolved from 2G (voice-only, basic data) to 5G (high-speed data, ultra-low latency, massive connectivity). Each generation has brought increased speeds, connectivity, and new use cases. • Changing Landscape of Telecom Networks: With the rise of 5G, networks are becoming more software-driven, flexible, and adaptive, enabling new business models and services. • Need for Private Networks: Industries are seeking private networks for greater control, security, and performance, especially in critical sectors like manufacturing, healthcare, and logistics. www.Telcolearn.com
- 5. Private 5G Networks • Evolving Use Cases: Private 5G networks serve industries like manufacturing, smart cities, autonomous vehicles, and healthcare by offering tailored connectivity and performance. • Infrastructure, Mobility, Interference, Performance, Positioning: Private 5G must support high mobility, minimize interference, ensure robust performance, and provide accurate positioning. • Advantages of 5G in Private Networks: 5G offers lower latency, higher speeds, and more reliable connectivity, enabling real-time data and automation. • Radio and Core Related: 5G allows for a more flexible radio access network (RAN) and a more decentralized core network, enhancing scalability and performance. • Challenges & Standardization: Challenges include regulatory hurdles, interoperability, and the need for standardized solutions across networks. www.Telcolearn.com
- 6. Spectrum Requirements • Spectrum Requirements for Private 5G: 5G requires high-frequency spectrum to provide the required speeds and low latency. www.Telcolearn.com • Licensed Spectrum: Spectrum allocated and licensed by regulators for exclusive use. • Shared Spectrum: Shared between multiple users or entities, improving efficiency. • 5G in Unlicensed Spectrum: 5G can also operate in unlicensed spectrum (e.g., Wi-Fi-like bands) for more flexible deployments. • NR-U, NR LAA: 5G in unlicensed spectrum, known as NR-U or NR LAA (Licensed Assisted Access), enables aggregation with licensed spectrum to improve throughput.
- 7. Deployment Models for Private 5G Networks • SNPN (Standalone Non-Public Networks): A private 5G network operated independently from public networks, providing full control. • Public Network Integrated Non-Public Networks: A private network integrated with the public network, leveraging public infrastructure. • Network Slicing: Allows multiple virtual networks to run on a single physical network, providing tailored performance for different use cases. • MNO Hosted: Managed and hosted by a Mobile Network Operator (MNO), offering easier deployment but less control. • RAN Shared: Sharing the Radio Access Network infrastructure between different entities to reduce costs. www.Telcolearn.com
- 8. Private 5G Use Cases • Industry 4.0: Private 5G supports automation, IoT, and real-time data processing in smart factories and manufacturing. • Communication Patterns: Private 5G optimizes communication for diverse needs (e.g., low latency for real-time systems, high throughput for data-heavy applications). • Defense Networks: Provides secure, resilient communication networks for defense applications. • Public Safety Verticals: Ensures reliable and secure communications for first responders, emergency services, and critical infrastructure. • Time-Sensitive Networking (TSN): 5G can support TSN for real-time communication with predictable latency and synchronization. • Role of 5G in TSN: 5G's low latency and high reliability are essential for ensuring precise timing and coordination in time-sensitive applications. www.Telcolearn.com • Architectural Components: TSN components like CNC (Centralized Network Control), CUC (Centralized User Control), and TSN flow management enable the management of time-sensitive data in industries like manufacturing and transportation.