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5G PDCP Reordering & In-Order Delivery Made Simple
This video explains PDCP reordering, the role of T-reordering timers, and how it all impacts user experience and latency — with clear visuals and a practical touch.
Mohamed ELAdawi
I have 14 Years of RF Mobily communication experience in 4G/5G Design, Planning, and Optimization. I have gained international experience by working in 6 Countries with 9 Mobile Operators.
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5G PDCP Simplified: Discard Timer + ROHC Made Easy
In this video, we break down two key 5G PDCP functions: the Discard Timer and ROHC (Robust Header Compression). Learn how they work, why they matter, and how they impact performance — all in a clear and practical way.
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5G PDCP Functions Overview
This video provides a high-level overview of the main functions of 5G PDCP in a practical and easy-to-understand way.
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5G RLC Retransmission- Polling Feature
Quick overview about 5G RLC retransmission and polling feature. * 3GPP Configurable Timers & Parameters Overview * RLC Polling Feature * RLC ARQ Retransmission * tPollretransmit- RLC ARQ Retransmission * t-Reassembly * How to check RLC Parameters from DT
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5G t-PollRetransmit & T-reassembly timers Vs. 5G HARQ Retransmission
Quick overview about 5G RLC Timers.
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5G DL E2E User Plane Data Call Flow
Quick overview about 5G User Plane Radio Protocol Stacks and E2E DL Data Flow.
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5G Beam Failure and Recovery | Massive MIMO Session 7
Welcome to Session 7 of the 5G Massive MIMO Training Series! In this session, we take a deep dive into 5G Beam failure and recovery, a crucial topic in Massive MIMO that enhances 5G network performance. What You'll Learn in This Video: * Introduction/Contents * Beam Failure & Recovery
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5G Beam Mobility Management | Massive MIMO Session 6
Welcome to Session 6 of the 5G Massive MIMO Training Series! In this session, we take a deep dive into 5G Beam Mobility Management , a crucial topic in Massive MIMO that enhances 5G network performance. What You'll Learn in This Video: * Beam Mobility Management - Categories * Intra-Cell Mobility
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5G UL Beam Management Deep Dive | Massive MIMO Session 5
Session 5 of the 5G Massive MIMO Free Training Series is Now on YouTube! In this session, we take a deep dive into Uplink (UL) Beam Management, a key aspect of Massive MIMO that plays a crucial role in enhancing 5G network performance. What You’ll Learn in This Video:
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VoLTE IMS High level Architecture and E2E Call Flow
In this video we’ll take a quick look at how VoLTE and IMS work together. First, we’ll go over the high-level architecture of VoLTE and IMS, showing the main network components involved in delivering voice over LTE. Then, we’ll briefly explain the end-to-end call flow in IMS—
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PDSCH & PDCCH Beamforming Deep dive- 5G Massive MIMO Session 4
Welcome to Session 4 of the 5G Massive MIMO Training Series. The following is covered in this video: * Introduction/Contents * PDSCH Beamforming based on SRS * SRS Antenna switching * Tacking UE SRS Limited Power: SRS Frequency Hopping * SRS Capacity improvement solution
5G
What is the Ultra-Lean-Design (5G)?
What is Ultra-Lean-Design * Ultra-lean is one of the three design principles of 5G New Radio which significantly improves network energy efficiency and reduces interference in high traffic load conditions. But how does it achieve these objectives? * The so called always-on signals design in the 4G network, where the reference signal