5g - Telecom Trainer

Mobility Optimized Handover in 5G: Conventional DU vs CU/DU Split Architecture

Discover how CU/DU split architecture optimizes inter-gNB handover in 5G networks, minimizing signaling, avoiding RRC/PDCP anchor changes, and eliminating traffic forwarding.

CP/UP Independent Dimensioning and Scaling in 5G Networks

Explore how independent scaling of Control Plane (CP) and User Plane (UP) in 5G enables network optimization for diverse services like mMTC and FWA.

Flexibility in CU-UP Deployment: Optimizing 5G Core for eMBB and URLLC Services

Discover how flexible CU-UP deployment enables efficient 5G service delivery by placing user plane functions at central or local sites for eMBB and URLLC needs.

Centralized vs Distributed vs Hybrid SON: Comparing Modern SON Architectures in Telecom Networks

Understand the three key SON architecture types—Centralized, Distributed, and Hybrid—and how they impact automation, latency, and efficiency in telecom networks.

Cloud RAN Resource Pooling: Solving DU Overload and Underutilization in Telecom Networks

Cloud RAN with virtualization improves resource efficiency by dynamically pooling processing power across rural and urban sites—unlike static conventional DUs.

Enhancing RAN Efficiency with Resource Pooling: From Conventional DU to Cloud RAN

Learn how Cloud RAN with virtualization enhances resource efficiency through pooling compared to traditional DUs in Centralized RAN deployments.

Understanding SON Architecture in LTE: How Self-Organizing Networks Enhance Optimization

Explore how SON architecture, integrated with OAM, EMS, and eNodeBs, enables intelligent LTE network optimization, automation, and real-time performance tuning.

Understanding PCI Collision in LTE Networks: Causes, Impact, and Solutions

Learn how Physical Cell Identity (PCI) collisions affect LTE network performance. Understand causes, consequences, and key strategies for resolving PCI conflicts.

PCI Conflict in LTE/5G Networks: Causes, Impact & Solutions

PCI conflicts can severely impact handover performance and degrade user experience in LTE and 5G networks. Learn how to detect, resolve, and prevent PCI collisions.

LTE Handover Explained: X2 and S1 Interface-Based Mobility Management

Explore how LTE enables seamless mobility through X2 and S1 interface-based handovers, ensuring uninterrupted service as users move across cell boundaries.