5g

Discover how beamforming enhances 5G and future wireless networks by using multiple antenna elements to focus energy, reduce interference, and boost performance.

Explore how beamforming and null steering enhance 5G networks by dynamically directing antenna beams toward users while minimizing interference and maximizing coverage.

Learn how the NFV Architecture Framework transforms telecom networks by virtualizing network functions through VNFs, MANO, and NFVI layers for agility and scalability.

Learn how the synergy between 3GPP and ETSI MEC architectures enables next-generation edge computing with ultra-low latency, intelligent orchestration, and seamless 5G integration.

Learn how the MEC-in-NFV reference architecture combines edge computing and network virtualization to create scalable, automated, and high-performance telecom networks.

Explore ten groundbreaking technical trends transforming the telecom and tech landscape — including 5G evolution, AI, IoT, cybersecurity, and quantum computing.

Understand the synergized MEC architecture in virtualized environments, its components, management layers, and how it drives 5G-powered edge computing efficiency and scalability.

Learn how RRC states in 5G New Radio (5G NR) manage connections, mobility, and power efficiency. Explore state transitions and differences from LTE.

Explore how service providers collaborate in edge computing network deployments, including PLMN operators, MEC platforms, and application providers.

Dive into the ETSI NFV reference architecture, its components, and how it enables telecom operators to deploy scalable, flexible, and cost-efficient networks.