
Analyze how 5g resource blocks of 12 subcarriers and varying numerology from 15kHz to 240kHz adjust subcarrier spacing and OFDM symbol duration to enable flexible bandwidth parts.
Link Budget calculation can be done using attached sheet
Compute 5G downlink coverage with a link budget at 3.5 GHz, determining MAPL from EIRP, margins, and receive sensitivity. Explore how antenna count, frequency, and reliability reshape cell radius.
Link Budget templates for different types of services, clutter and slot formats is attached here
Sheet attached for calculating the Peak data rates in 5G
Latency calculation for TTI can be done using attached sheet
Explore deployment scenarios in 5g evolution, from distributed ran to virtualized and cloud ran, highlighting central and distributed units, software upgrades, and midhaul cost considerations, including wireless midhaul.
Explore 5g deployment options, including standalone deployments and those that interwork with 4g networks, EPC, desegregated user planes, and core network migrations for brownfield and greenfield networks.
5G, known as fifth generation, is a technology focused on providing better wireless connectivity in telecom domain by enabling -
•Enhanced broadband (eMBB)
•Massive machine to machine communication (MMTC)
• Ultra reliable low latency communication (URLLC)
In this course, detailed 5G end to end contents are covered including :
1. 5G Overview
· Evolution of mobile networks
· 5G Standards and specifications
· 3GPP Releases & Working Groups
· What is 5G?
· 5G key capabilities
· 5G design goals
· 5G Use cases
· 5G contribution to global economy
2. 5G Architecture
· Traditional Telecom Network
· Building blocks of 5G
· Network Architecture – Traditional Vs 5G
· 5G New Radio (NR) Architecture
· 5G Core (5GC) Network Architecture
· Transport Network Architecture
3. 5G New Radio (Next Generation Radio access network)
· 5G Spectrum
· 5G NR Frame Structure
· 5G NR Initial Access - Channels/Signals
· Resource Grid
· Bandwidth Parts (BWP)
· Modulation and coding
· OFDMA
· Duplex Schemes
· Scheduler – Resource Allocation
· Carrier Aggregation
4. 5G NR Design and Planning
· Spectrum planning
· Coverage planning
· Capacity and Throughput planning
· Latency planning
5. 5G RAN Evolution
· Stages of RAN Evolution
· RAN Protocols – 4G Vs 5G.
· RAN Architecture – 3GPP Split 2
· Protocol layers – 5G RAN
· Deployment Scenarios - RAN
· Transport Network – 4G Vs 5G
6. 5G NR Protocols
· Layer 1 – Physical Layer
· Physical channels and signals
· Simulation
· Layer 2
· Layer 2 data flow
· RLC (Radio Link control) protocol
· MAC (Medium Access control) protocol
· PDCP (Packet data convergence protocol)
· SDAP (Service data adaptation protocol)
· Layer 3 functional blocks
· RRC (Radio resource control) protocol
7. 5G Core
· Core Network Architecture
· Service Based Architecture
· Reference Point Representation
· Network Function Virtualization(NFV) & MANO
· Software Defined Networking (SDN)
8. 5G Call Flows
· General Procedures (Types)
· Registration Procedure
· De-Registration Procedure
· User and Network Identities
9. 5G Deployment Scenarios
· Non-Standalone
· Standalone
10. Telco Cloud in 5G
· MEC
· Telco Cloud
11. Advanced Antenna Techniques in 5G
· Antenna Basics
· MIMO
· Massive MIMO
· Beamforming
· Types of Beamforming
· Antenna Selection for 5G Networks
Efficient ways to deploy 5G network in real world