5g

5G Control Plane Explained: Connection Between UE, 5G-AN, AMF, and SMF

Understand how the 5G Control Plane connects the UE, 5G-AN, AMF, and SMF. Learn about NAS signaling, N2 and N11 interfaces, and the flow of control messages in 5G architecture.

Deep Dive into the 5G User Plane Protocol Stack: Architecture, Layers, and Data Flow Explained

Explore the 5G User Plane Protocol Stack, its architecture, layers, and interfaces. Learn how data flows from the UE to the DN through gNB and UPF using GTP-U, SDAP, and PDCP.

Understanding the 5G User Plane Protocol Stack: Architecture, Layers, and Interfaces

Explore the 5G User Plane Protocol Stack in detail. Learn how data travels across layers from UE to DN through gNB and UPF using protocols like SDAP, PDCP, and GTP-U.

Understanding 5G NAS Signaling and Control Plane Interactions in the 5G Core Network

Explore how 5G NAS signaling enables communication between UE and the 5G core network. Learn about NAS-MM, NAS-SM, and how AMF, SMF, PCF, and GMLC interact in the 5G control plane.

Understanding the 5G-R(AN) and AMF Control Plane Interface in 5G Core Networks

Explore how 5G-R(AN) communicates with the AMF through the N2 interface, understanding the NG-AP protocol stack, control plane signaling, and NAS-MM integration.

Understanding NFV Infrastructure: VMware-Based Management, Edge, and Resource Clusters in Telecom Clouds

Explore how VMware-powered NFV infrastructure integrates management, edge, and resource clusters to deliver scalable and automated telecom cloud networks.

NFV Cloud and Resource Orchestration: How Clusters, VNF, and Closed-Loop Management Transform Telecom Networks

Explore how NFV cloud orchestration and resource management streamline telecom operations using VNF, NFVI, and closed-loop automation across clusters.

Virtualized IMS Services on VMs: How Telecom Networks Leverage TECS for Elastic Scalability

Explore how IMS services are deployed on virtual machines (VMs) using TECS to deliver scalable, flexible, and efficient telecom infrastructure for next-generation networks.

IMS Hosting Scenarios Explained: Multi-Operator Virtualization in Modern Telecom Networks

Explore how IMS hosting enables multiple operators to share infrastructure efficiently using virtualization, scalable blades, and network function separation.

Enhancing IMS Security: How NEC’s IMS Products Protect VoLTE and IP Networks

Learn how NEC’s IMS security framework safeguards VoLTE and IP-based telecom networks from SIP, RTP, and DoS attacks through advanced encryption and control mechanisms.