Sign in Subscribe
Gaganpreet Singh

Gaganpreet Singh

5G Architecture Explained: Key Functions, Interfaces, and Data Flow

Explore the core components and interfaces of 5G Architecture including AMF, SMF, UPF, and NFs like NRF, PCF, and NWDAF. Learn how they connect and function.

ONF’s Distributed Network Cloud Architecture: A Game Changer for Telecom Edge & Core

ONF’s distributed network cloud architecture merges edge computing, SDN, and Kubernetes for efficient, scalable, and cloud-native telecom service delivery.

OMEC Evolution Toward 5G Core: Functions, Interfaces, and Architecture Explained

Explore how OMEC evolves into the 5G Core Network with a detailed look at control and user plane functions, interfaces (N4, N11, N6), and billing mechanisms.

CORD Architecture Explained: Cloud-Native Transformation for Access Networks

What is CORD? CORD (Central Office Re-architected as a Datacenter)

SD-WAN Architecture Explained: Key Components, Overlays, and Cloud Connectivity

Understand SD-WAN architecture with cloud integration, security layers, and remote connectivity. A complete visual and technical breakdown for professionals.

Ericsson’s Dual-Mode 5G Core Solution: Architecture, Features, and Network Benefits

Discover how Ericsson’s Dual-mode 5G Core solution unifies LTE and 5G with a cloud-native architecture. Learn its structure, components, and advantages.

Understanding 5G System Architecture: 5G Core Services (SBA) + IMS Core Explained

Explore the 5G Core Services Based Architecture (SBA) with IMS Core, its components, and how it powers next-gen telecom. Ideal for tech enthusiasts and telecom professionals.

6 GHz Wi-Fi Rules: U-NII 5 to U-NII 8 Band Operation for APs and Clients

Understand the power and usage rules for Wi-Fi access points and client devices across the U-NII 5 to U-NII 8 bands. Discover how AFC, indoor-only, and client controls shape the 6 GHz ecosystem.

6 GHz Frequency Bands Explained: U-NII-5 to U-NII-8 Usage and Incumbent Services

Explore how the 6 GHz spectrum is segmented into U-NII-5 to U-NII-8 bands, their usage classifications, and incumbent services. A must-read for telecom engineers and wireless planners.

Understanding 6 GHz Spectrum Allocation: U-NII-5 to U-NII-8 Explained

Explore how the 6 GHz band is divided across U-NII sub-bands and what it means for Wi-Fi 6E, 5G, and licensed incumbents like broadcast and carrier services.