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✓ Published: 03-Jun-2024
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✓ Published: 03-Jun-2024
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_session-26-5g-sa-amp-5g-nsa-architecture-and-deployment-strategy-and-open-ran.webp "In this session, we delve into the architecture and deployment strategies for Standalone (SA) and Non-Standalone (NSA) 5G, along with Open RAN. Understanding these architectures is vital for optimizing 5G network performance and flexibility. We'll cover:<br/>5G-SA Architecture:<br/>5G-SA operates independently, using a dedicated 5G core network alongside 5G New Radio (NR) infrastructure.<br/>Benefits:<br/>* Enhanced Capabilities: Offers advanced features like network slicing and ultra-reliable low latency communication (URLLC).<br/>* Reduced Latency: Direct communication without relying on 4G, leading to faster response times.<br/>* Greater Scalability: Efficiently supports a massive number of devices, making it ideal for IoT applications.<br/><br/>NSA 5G Architecture:<br/>NSA 5G builds on existing 4G LTE infrastructure, integrating it with 5G NR to provide improved performance while leveraging current investments.<br/>Benefits:<br/>* Quicker Deployment: Faster rollout by utilizing existing 4G networks.<br/>* Cost Efficiency: Lower initial investment as it uses existing infrastructure.<br/>* Smooth Transition: Provides a bridge between current 4G networks and future 5G deployments, ensuring service continuity.<br/><br/>Open RAN Deployment Strategies:<br/><br/>Integration with SA & NSA:<br/>* Support for Flexibility: Open RAN allows for modular and interoperable components, making it adaptable to both SA and NSA 5G architectures.<br/>* Enhanced Interoperability: Facilitates the use of equipment from different vendors, promoting competition and innovation.<br/><br/>Deployment Approaches:<br/>* Centralized Deployment: Centralizes processing functions, beneficial for urban areas with high data demands.<br/>* Distributed Deployment: Distributes processing functions closer to the user, ideal for reducing latency in rural and suburban areas.<br/>* Hybrid Deployment: Combines centralized and distributed approaches to optimize performance based on specific network requirements.<br/><br/>By the end of this session, you'll have a comprehensive understanding of how SA and NSA 5G architectures and Open RAN deployment strategies can revolutionize telecom networks. You'll learn how these technologies work together to deliver superior network performance, flexibility, and scalability, paving the way for the future of telecommunications.<br/><br/>Subscribe to \")
_session-19-introduction-to-ric-radio-intelligent-controller-in-open-ran-and-use-cases.webp "Introduction:<br/>In this session, we'll introduce the RAN Intelligent Controller (RIC) and explore its role in enhancing network capabilities. We'll also discuss two examples highlighting the use of RIC in Open RAN scenarios.<br/><br/>Introduction to RIC:<br/>The RAN Intelligent Controller (RIC) is a key component in Open RAN architecture, providing intelligent control and optimization capabilities to the RAN. RIC can be classified into Near Real-Time RIC (NRT-RIC) and Non-Real-Time RIC (Non-RT-RIC), each serving specific functions within the network.<br/><br/>Example 1: RAN Slice for Enterprise Customer:<br/>We'll illustrate how NRT-RIC and Non-RT-RIC can facilitate the creation of RAN slices to cater to enterprise customers. For instance, consider an enterprise customer who has subscribed to services guaranteeing 50Mbps throughput for their users using various XAPPs (e.g., XRAN, XHSS, etc.). NRT-RIC can dynamically allocate resources and prioritize traffic in near real-time to meet the throughput requirements of these XAPPs, ensuring a reliable and high-performance connection for enterprise users. On the other hand, Non-RT-RIC can perform more complex and resource-intensive optimization tasks that do not require immediate action, such as long-term network planning and policy configuration.<br/><br/>Example 2: Power Control using RIC Apps (RApps):<br/>We'll discuss another example focusing on power control using RIC Apps (RApps). RIC can leverage RApps to manage power usage in the RAN, optimizing energy consumption without compromising network performance. For instance, RIC can dynamically adjust transmit power levels based on traffic load and coverage requirements, leading to more efficient power utilization across the network.<br/><br/>Conclusion:<br/>RIC plays a crucial role in enabling dynamic and intelligent control of the RAN, offering significant benefits in terms of performance optimization, resource allocation, and energy efficiency. These examples demonstrate the practical applications of NRT-RIC and Non-RT-RIC in addressing specific network requirements and enhancing overall network performance.<br/><br/>RIC, NRT-RIC, Non-RT-RIC, RAN Slice, Enterprise Customer, Throughput, XAPPs, Power Control, RApps, Optimization, Resource Allocation, Energy Efficiency<br/><br/>Subscribe to \")
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