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Gaganpreet Singh

Gaganpreet Singh

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.

Understanding the Combination of 5G Core and LTE Core Network: NSA Option 3 Explained

A deep dive into how LTE and 5G cores integrate under NSA Option 3. Understand data paths, control planes, and how devices communicate across EPC and 5GC.

Understanding the 5G Timeline: From NSA to Release 17 Enhancements

Dive into the 5G timeline: Understand the stages from NSA Option 3 and SA Option 2 to Release 17 enhancements. Perfect for telecom professionals and 5G tech enthusiasts.

How 5G Integrates Low-Band and High-Band: Architecture and Use Cases Explained

Explore the 5G architecture that integrates low-band Sub-6 GHz with high-band mmWave, using Massive MIMO, beamforming, and wireless backhaul strategies.

The Service-Driven 5G Architecture Explained: A Deep Dive for Telecom Professionals

Explore the service-driven 5G architecture and its key components, including Cloud RAN, SDN, and SOC. A must-read for telecom professionals and tech enthusiasts.

End-to-End Network Slicing in 5G: Architecture, Use Cases & Infrastructure

Explore how end-to-end network slicing enables multiple 5G services like eMBB, uRLLC, and mMTC on a unified physical infrastructure with guaranteed performance.