Gaganpreet Singh

Logged MDT allows UEs to collect network performance data even in idle mode, helping operators optimize coverage, reduce dropped calls, and improve QoE.

Discover the difference between Immediate MDT and Logged MDT in 5G networks. Learn how these techniques improve mobility, coverage, and performance monitoring.

Learn how 5G RAN measurement tasks are distributed across gNB-CU, gNB-DU, and UEs. Explore MDT, RRC reports, and how un-correlated data enables optimization.

Explore 5G RAN connectivity with gNB-CU and gNB-DU. Learn how E1, F1-C, and F1-U interfaces optimize 5G performance, scalability, and flexibility.

Understand the differences between Logged MDT and Immediate MDT in LTE and 5G networks. Learn how operators use MDT for coverage, performance, and QoE optimization.

Explore how 5G broadcast and unicast integration enables scalable, high-quality content delivery for OTT, digital TV, and immersive media applications.

Explore how LTE and WCDMA networks enable UE positioning using GPS, NodeB/eNodeB, and L3 data collectors. Learn how this system supports coverage, mobility, and accuracy.

Learn how Immediate MDT works in LTE and 5G, enabling real-time network monitoring, RLF detection, and optimization without costly drive tests.

Learn how 3GPP Minimization of Drive Test (MDT) reduces costs and improves efficiency in 4G/5G network optimization using UE-driven measurements.

Explore the 3GPP 5G timeline: from research to commercialization. Learn how Releases 15, 16, and 17 shaped 5G standards, deployments, and use cases.