Gaganpreet Singh

Discover how Inter-Band Carrier Aggregation in 5G and LTE combines multiple frequency bands to boost data rates, improve spectral efficiency, and deliver faster mobile broadband.

Discover how 5G NR dynamically selects the PUCCH carrier across TDD configurations to optimize uplink feedback and enhance flexibility in multi-carrier environments.

Learn how 5G NR Release 15 handles downlink preemption between eMBB and URLLC users, ensuring ultra-reliable low-latency communications without sacrificing overall network efficiency.

Explore how 5G NR uses Cross-Carrier HARQ Retransmission to boost reliability, improve data flow, and optimize multi-carrier communication efficiency.

Discover how harmonic signals cause cross-band interference in 5G networks and explore techniques to prevent uplink and downlink disruptions.

Learn how 5G networks manage information synchronization between multiple component carriers, ensuring high-speed communication and efficient carrier aggregation.

Explore how 5G NR divides radio frames into flexible slots based on numerology (μ), enabling variable transmission durations for enhanced performance and scalability.

Explore how the 5G User Plane Function (UPF) interacts with SMF and gNB to manage uplink and downlink data transfer using PFCP signaling over the N4 interface.

Explore how the 5G Session Management Function (SMF) interacts with AMF, AUSF, and UPF to manage PDU sessions, allocate UE IP addresses, and configure user plane connectivity.

Explore how the 5G Policy Control Function (PCF) interacts with AMF and AUSF to manage dynamic policy associations, event subscriptions, and control procedures in next-generation networks.