WinInk
This is a channel where I share my knowledge, views and ideas around 5G/4G Technologies - I am also interested in Cloud RAN and Python/Automation and Machine learning.
The views and content is entirely based on my personal experience , 3GPP readings and views.
AI/ML and Generative AI in Telecom - Cloud based 5G networks with AI based Performance and platforms
NR/LTE/5G Mobility-Handover Optimisation - Selection of A3/A5 handovers and Network Architecture
5G Training #12: NR/5G Architecture Explained - Radio Interface -CORSET & PDCCH allocation in NR SA
LTE/4G Optimisation - How to reduce buffering in YouTube/Instagram and other streaming platforms
Network Slicing - How to design a Network Slice - UE Registration and PDU Session establishment
5G Core - Design Principles, Network Elements and Service based Architecture
NR/5G and LTE Coverage Optimization : Balancing LTE/4G and 5G/NR traffic in NSA/ENDC NR Architecture
LTE/4G RAN Throughput Optimization : Coverage and Capacity tuning for PDCCH - DL Control Channel
Cloud RAN : Basics, Benefits and the evolution of RAN Architecture towards Cloud based services
5G NR - Network Slicing - Fundamentals, Architecture and Service Differentiation
LTE & 5G Coexistence - How to use B1, B2 and A2 Event Triggers to meet MNO and User expectations
What is 6G :: Extended Reality, Energy & Digital Twins - Bowl to Kohli or Dribble with Ronaldo!
5G NR Network Evolution : From NSA NR network to NR SA(Stand-alone) network deployments
Учебная лекция по 5G №11: Многопользовательский MIMO в 5G (MU-MIMO)
5G Training Lecture #10 : Demodulation Reference Signal in 5G NR - DMRS for PDSCH - Type A & Type B
5G Training Lecture #9 : How to Deploy 5G Network in NSA/SA Mode : Radio, Core & Deployment Strategy
LTE/NR Mobility Optimisation #1 : A1/A2 Event, Measurement Report Trigger and Hysteresis' concept
5G Training Lecture #8 : NR cell addition in NSA NR with LTE as Master Node - RRC setup and B1 Event
5G NR/LTE Optimisation : How modulation and Coding Schemes impact Data rate/Throughput (MCS)
5G Training Lecture#7: Architecture, Frequency and Frame structure for mmWave(Millimeter Wave) Radio
5G Training Lecture #6 : Non-Standalone 5G User & Control Plane config and Split Bearer for PDCP
5G NR - CORESET - Control Channel allocation in 5G Physical layer and frame structure
Uplink LTE Optimisation :: Reference signals, DMRS, SRS and Uplink throughput
Оптимизация LTE: планирование PCI (Physical Cell ID), коллизии/путаницы PCI и оптимизация PCI
5G Training Lecture #5 : 5G NR Initial Access, Beamforming and channels
5G Training Lecture #4 : Network Flexibility, Network Slicing, NFV and 5G flexible physical layer
5G Training Lecture #3 : 5G Network Architecture and Non-Standalone mode deployment with LTE
5G Training Lecture #2 : 5G NR Spectrum and Operating bands FR-1, FR-2 and Millimetre wave spectrum
5G Training Lecture #1 : Introduction, features and main technology components/pillars of 5G
LTE Throughput Optimisation :: Configuration and Deployment Strategies for Carrier Aggregation