Session 2: 5G E2E User Plane Explained: PDCP Related parameters
This video takes a deep dive into radio protocol, we’ll explore the interplay between TCP/PDCP and PDCP related timers in details .
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Session 4- 5G E2E User Plane Explained: NR HARQ Deep Dive
Everything you need to know about 5G HARQ. This video covers the following key topics: * HARQ Feedback Loop- Typical Pipeline * HARQ Retransmission- Soft Combining Overview * HARQ Retransmission- Chase Combining * HARQ Retransmission- Incremental redundancy * HARQ Process Stop-AND-Wait * HARQ Retransmission- Code Block Group based * Timing of Uplink HARQ Acknowledgments * Multiplexing of HARQ
15 NR(5G) RAN Features Explained: Ace Your Interview Preparation
Prepare for your next interview with this quick and clear breakdown of important 5G RAN features/parameters. (Video added below) Content: Key 4G/5G Uplink (UL) Features & Enhancements * 4G/5G UL 256QAM – Higher-order modulation for increased uplink capacity and throughput. * PUSCH Waveform Adaptation – Optimizing uplink signal waveform for better
Session 3: 5G E2E User Plane Explained: TCP Data Flow Basics
Session 3 of the E2E User Plane and RAN Protocol series is now uploaded. This video provides a detailed look at the E2E User Plane and RAN protocols, focusing on TCP and its interaction with PDCP, the TCP handshake process, and various retransmission mechanisms. Topics Covered: * User Plane Data TCP/
Session 1: 5G E2E User Plane Explained: RLC Deep dive
This video takes a deep dive into radio protocols, simulating the data flow between the UE and gNodeB while breaking down key timers and parameters such as t-Reordering and T-PollRetransmit . Additionally, we’ll explore the interplay between TCP/PDCP and RLC/MAC retransmission-related timers. This video covers the following topics: