4G TDD Subframe Configuration Types
This video explains all what you need to know about 4G TDD Subframe configuration types
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LTE Foundation, PLMN, MIB/SIB1, Cell Selection & Reselection | 4G E2E Signaling Session 1 (Video)
Hi All, Session 1 of the 4G E2E Signaling Course is now available on YouTube. In this session, we build the essential LTE foundation concepts needed before going into detailed end-to-end signaling procedures such as attach, bearer setup, handover, and service request. This video explains how the UE in LTE/
5G PDCP Complete Guide — Functions, Headers, Timers, Reordering, and Data Recovery (Article + Video)
Introduction PDCP is one of the most important layers in the 5G user-plane stack. It sits above RLC/MAC and directly impacts security, header size, packet ordering, and end-to-end latency. In this article, the focus is PDCP deep dive: the PDCP header, PDCP functions, key timers (especially discardTimer and t-Reordering)
Tableau Training 2026: Advanced Maps | Spatial Join, Buffer, Distance & Geometry (Session 6)
In this Tableau advanced mapping tutorial, you’ll learn how to work with spatial data in Tableau step by step. This session covers the meaning of spatial files, geometry fields, and how to import mapping data such as GeoJSON and shapefiles into Tableau for advanced map analysis. You’ll also
5G RLC Complete Guide — Concepts, Modes, Timers, and Troubleshooting (Article + Video)
Introduction * The Radio Link Control (RLC) layer sits between PDCP and MAC in the user-plane stack. * Its job depends on the configured mode: it can add headers, segment/reassemble data, and (in AM) retransmit to recover losses. What you will learn (Scope) This article will cover: * Where RLC fits in