CU/DU Virtualization and Open RAN Interfaces: Enabling Cloud-Native 5G Networks
Learn how CU/DU virtualization, cloudification, and open RAN interfaces empower telecom networks to deliver agile, scalable, and programmable 5G solutions.
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The Role of RIC (RAN Intelligent Controller) in Enabling Vertical Industries with Open RAN
Discover how RAN Intelligent Controllers (RICs) — both near-real-time and non-real-time — are critical to automating, optimizing, and scaling vertical industry networks in 5G.
Implications of 5G-Era Technologies on SON and Network Orchestration
Learn how key 5G innovations—from RIC architecture to network slicing—are reshaping SON and orchestration with AI, automation, and multi-operator coordination.
Understanding Open RAN Architecture: Components, Interfaces, and Benefits
Dive into the Open RAN architecture with a breakdown of key components, interfaces, and layers designed to modernize and virtualize the RAN ecosystem.
Different Migration Paths from LTE to 5G: Standalone and Non-Standalone Explained
Understanding the transition from 4G LTE to 5G involves navigating through multiple migration paths. This guide explains NSA and SA deployment options using EPC and 5GC.
Understanding SDN Architecture in 5G Networks: A Deep Dive into ONF and 5G Integration
Learn how SDN architecture integrates with 5G to enable flexible, dynamic, and programmable networks. Discover key components like A-CPI, D-CPI, OSS, and more.
3GPP Release 15: 5G Non-Standalone (NSA) vs Standalone (SA) Architecture Options Explained
Understand the six 5G deployment options defined in 3GPP Release 15, including Non-Standalone (NSA) and Standalone (SA) architectures, to guide optimal 5G rollout strategies.
5G Key Capabilities and Deployments Timeline: Release 15 to Release 17 Explained
Discover how 5G capabilities have evolved from 2020 to 2026 across Releases 15 to 17, including mmWave, edge computing, C-V2X, and non-terrestrial networks.
How LTE Lays the Foundation for 5G: Coexistence, Evolution, and Key Enhancements
Explore how LTE forms the backbone for 5G advancements including Massive IoT, ultra-low latency, and enhanced mobile broadband. Discover how both will coexist through the 2020s.
Open RAN vs 3GPP RAN: Understanding the Architecture, Efficiencies, and Threats in 5G Networks
Dive deep into the 5G RAN landscape and compare 3GPP’s CU-DU split with Open RAN’s layered architecture. Learn how RIC, virtualization, and interoperability impact efficiency and security.