5g

Learn how signal strength impacts mobile connectivity in cellular networks. Understand strong vs weak signal zones with coverage area insights and optimization tips.

Explore how 5GC uses CUPS and hierarchical UPF deployment to optimize data flow, reduce latency, and enable scalable, flexible 5G networks.

Understand the shift from centralized EPC in 4G to distributed MEC-based UPF deployment in 5G. Learn how this architectural evolution boosts edge performance and reduces latency.

Explore how Inter-Cell Interference Coordination (ICIC) enhances cell edge performance in LTE and 5G by managing power and frequency resource allocation efficiently.

MEC sits at the intersection of NFV, SDN, and cloud, enabling agile, edge-based services for 5G. Explore how these technologies converge to transform telecom.

Explore key 5G MEC interfaces like N4, N6, N9, and OAM that connect core network elements, UPFs, MEC, and the internet. Ideal for telecom professionals and engineers.

Explore the vRAN architecture and understand how virtualized functions like RRC, PDCP, and CU integrate with the Telco NFV Cloud to modernize radio access networks.

Understand the different 4G to 5G deployment paths including NSA and SA architectures. Learn about Option 2, 3, 4, and 7 to guide your 5G migration strategy.

Explore the Carrier Network Architecture Reference Model from the MEC perspective. Learn how UPF, MEP, and cloud services interconnect in a 5G ecosystem.

Understand the 3GPP Disaggregated RAN (Logical View) — including the roles of CU-CP, CU-UP, DU, and key interfaces that support modular and scalable 5G networks.