Explore the evolution from 4G to 5G in this comprehensive conference talk from the 36C3 event. Delve into the technical aspects of air interface redesign and core network enhancements. Learn about 5G's new features, including subcarrier spacing, resource blocks, massive MIMO, and dynamic spectrum sharing. Understand the architecture of 5G networks, including NSA and SA deployments, core network elements, and interfaces. Examine the potential for increased data rates, reduced latency, and improved spectral efficiency. Gain insights into practical implementations, such as 5G on 3.5 GHz and 700 MHz bands, and antenna measurements. Discover the current state of 5G deployment and its future prospects in this German-language presentation by Peter Schmidt Heurekus.
Overview
Syllabus
Intro
Subcarrier, Subcarrier Spacing, Symbol
LTE Resource Block and Reference Signal
Resource Grid and Physical Channels (1.4MHz, 6RB)
Resource Grid and Physical Channels (20MHz, 100RB)
Maximum data speed in 4G
LTE and 5G Frequency Bands in Germany
NR Frame Structure scheduling example
Maximum and Real Data Speeds in 4G&5G
Maximum and Real Data Speeds in 5G
TDD - 5G NR Slot Definitions
Static Beams - Beam Sweeping @NSA
Beams are avoiding Cell Interference
Measurements to check 5G Antennas
SG Network TODAY - 3GPP NR Option 3
LTE Connection Establishment - Part 1
LTE Connection Establishment - Part 2
5G In Low-and Mid-Bands + Dynamic Spectrum Sharing
SG Tomorrow - The 5G Core Network
Taught by
media.ccc.de
