Gaganpreet Singh

Explore the key enablers in RAN that empower vertical industries like automotive, healthcare, utilities, and Industry 4.0. Learn how 5G innovations such as RedCap, URLLC, and IoT NTN reshape connectivity.

Learn how Subscription-based MDT works in telecom. Explore its architecture, workflow, and role in improving network performance through automated data collection.

Discover how SDN architecture simplifies networking with its layered approach. Learn about application, control, and infrastructure layers in detail.

Explore MDT (Minimization of Drive Tests) architecture in telecom. Learn its components, working, and benefits for network optimization and performance improvement.

Logged MDT enables operators to collect network performance data passively, even when the device is idle, helping improve coverage, QoE, and overall network planning.

Immediate MDT enables real-time collection of RAN measurement data directly from UEs, reducing the need for traditional drive tests and improving network optimization.

Explore the 5G network architecture with key components like RAN aggregation, NanoCore, IP backbone, and global content delivery. Learn how 5G supports ultra-low latency and massive connectivity.

LTE network architecture connects user devices to the internet through RRHs, eNodeBs, and servers, ensuring seamless high-speed connectivity and low latency.

Discover how Virtual Network Functions and 5G RAN protocols enable flexible, scalable, and Open RAN deployments with CU/DU split and control-user separation.

U-plane and C-plane MDT are key techniques in 5G for network data collection. They enable operators to analyze coverage, quality, and performance efficiently.