Sub-THz Hardware IC Technologies: Unlocking the Future of High-Speed Wireless
Explore Sub-THz hardware IC technologies, including CMOS, III-V, and Photonics, and their role in enabling ultra-high data rates and ranges for 6G and beyond.
Spectrum Bands for 5G and 6G: Frequency, Propagation, and Future Potential
Explore spectrum bands for 5G and 6G, from sub-6 GHz to terahertz ranges. Learn how frequency, propagation, and system bandwidths shape next-gen networks.
Discover the initial 6G KPIs shaping the future of telecom, including latency, energy efficiency, AI transparency, trust, sustainability, and global use-case alignment.
4G to 5G Migration Plan Explained: NSA, SA, and Common Core Evolution
Understand the 4G to 5G migration plan, from EPC to NSA and SA architectures, and how common core integration enables seamless connectivity and Wi-Fi convergence.
Samsung 5G Network Automation Architecture Explained: Future of Intelligent Networks
Discover Samsung’s 5G Network Automation Architecture, featuring centralized orchestration, network slicing, AI-driven analytics, and closed-loop automation for smarter telecom networks.
Samsung 5G Core: Cloud-Native Architecture, Microservices, and Kubernetes Orchestration
Samsung’s 5G Core leverages cloud-native architecture with containers, microservices, and Kubernetes orchestration for agility, scalability, and automated lifecycle management.
Hybrid Virtualization and Hybrid Cloud Orchestration: Seamless Path from VNF to CNF
Discover how hybrid virtualization and cloud orchestration enable seamless migration from VNFs to CNFs, driving 5G, cloud-native networks, and telecom innovation.
MEC Architecture Explained: Key Components, Interfaces, and Role in 5G Networks
Learn the MEC architecture in detail — from system and server levels to interfaces, orchestration, and services that enable low-latency 5G applications.
Samsung 5G Common Core Portfolio Explained: Architecture, Functions & Solutions
Explore Samsung’s 5G Common Core Portfolio including mobility, session management, business enablement, and service support for next-gen telecom networks.
Multi-Access Edge System Reference Architecture Explained: A Telecom Guide
Understand the Multi-Access Edge Computing (MEC) system reference architecture, its layers, interfaces, and role in enabling 5G, IoT, and low-latency services.