5G Technology and Network Overview

(4 Half days Online Course)





Date: 12-13-19-20th June 2021 (4 Half days)    |    Timings: 6.30pm to 10.00pm IST    |      Venue: Online (WebEx Tool)
Corporate Customers (where instructors have delivered 5G Training)
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Trainers


Devadas Pai

Devadas comes with about 20 years of Telecom Industry experience in 2G/3G/4G/5G. He has worked in Telecom R&D, Cellular Network Planning and Implementation before joining NanoCell in the year 2009, with a passion for teaching telecom technologies. Till date, he has delivered more than 1000 days of training on 5G/4G/3G/2G and IoT across the globe. Prior to NanoCell, he has worked with organizations like Motorola, Sasken Communications, TATA Teleservices, etc. He has delivered training programs to Ericsson, Nokia, ZTE, Wipro, Sasken, Cisco, Fujitsu, Vodafone, Accenture and various other telecom organizations across the world. He also speaks at various technology events in India

Devadas is an Electrical and Electronics Engineer and has done his Executive PGDM program from TAPMI, Manipal, INDIA

Sample Lecture and Reviews    |   View Profile


Sanjay is a distinguished Entrepreneur and Senior Telecom & Cloud (AWS) Training Professional with 19+ years of experience in Telecom Training, Operations & Maintenance, Projects and Training Content Development, Telecom R&D and testing etc.

He is also an AWS Certified Solution Architect - Associate and AWS Authorized Instructor (AAI) .

He has working experience with global & regional leadership roles driving business development, client engagement, corporate strategy, and commercial management across multiple domains of Telecom and Cloud.

He has trained 10K+ people in more than 50 countries on 2G, 3G, 4G, 5G, Packet Core and Cloud technologies in companies like Nokia, Ericsson , Vodafone, Airtel, Cisco, Samsung, Jio, Wipro, Accenture, Etisalat, T-Mobile, Wataniya, Ooredoo, TechM to name a few.

Sample Lecture and Reviews    |   View Profile


Sanjay Kumar

Course:
5G Technology and Network Overview

Course Objective: This course is specially designed for professionals who would like to get an overview of 5G, get technical understanding of the 5G Networks, understand various Technologies and their implementation in 5G, understand evolution of Wireless Network from 4G to 5G and understand 5G Network Applications & Use cases that would drive 5G roll out and equip the participants with an idea of how 5G network will be implemented by Telcos

Course Duration: 14 Hours (4 half day sessions of 3.5hours each)

Course Delivery: Instructor Led Online live training with presentation, practical scenarios and Q&A

Course Pre-requisite: Overview understanding of Mobile Networks, Wireless Technologies, and Knowledge of 4G is desired

Target Audience: Technical Engineers, Software Engineers, Testers, Network Engineers, RF Engineers, O&M Engineers, Managers, Leads

Module

Topic

Course Details

1

5G Network and technology Overview

Evolution of Cellular Systems upto 4G

5G Use Cases

eMBB - enhanced Mobile Broadband
URLLC - Ultra Reliable Low Latency Communications
mMTC - massive Machine Type Communications

5G Requirements

Throughput, latency, mobility, traffic density, connection density, availability and reliability

5G End to End Architecture

5G adaptable/service based architecture for massive IOT, critical IOT and Extreme MBB, Beam Forming and Steering, front hall, mid hall and backhaul

Key Enablers and Technologies in 5G

mmWave, mMIMO, SDN, NFV, Cloud, Network Slicing, MANO,C-RAN, etc

Standalone and non-standalone architecture of 5G Implementation

Current status of Standardization, Market and Examples

2

5G RAN Oveview

NG-RAN Architecture

NR and NG-RAN Features.

Cloud RAN.

5G RAN Deployment Options.

Centralized-RAN, Cloud RAN, & Virtualisation

XRAN and ORAN

3

5G Core network

5G Core Network Architecture

Service based architecture

Network functions and interfaces

AMF,SMF,UPF,PCF, UDM, AUSF,UDSF,CHF,NRF,NEF

Core network protocols - GTP,5G-NAS, NGAP, PFCP

Overview of PDU sessions and QoS

Overview of 5G transport network

4

Key enablers of 5G

Network slicing

Slice characteristics

verticals and use cases

Architectural considerations

Management - provisioning and allocation

Utilization

Network orchestration

Open Technology Based Network  Orchestration  -ONAP, ETSI OSM MANO

Central Orchestration -Network & Edge Orchestration
( Including MANO Function from ETSI Standards )

Inter Orchestration  - RAN, CN & Transport  Orchestration

Multiaccess edge computing

MEC use cases

Functional architecture

System and host level elements

enablers: AF influcence traffic routing, traffic steering control, local area data networks, multi-homing

5G Application Programming Interfaces

RESTful APIs

REST in 5G

5G API use cases -  establishing a PDU session, subscriber data

5

5G Deployment - Scenario

5G Deployment Scenarios

NSA and SA

Entreprise 5G

Private 5G networks

wifi6 and 5G interworking

Agenda - 5G Technology and its Evolution

Registration: 8 AM – 9 AM

Instructors

Dr. Srikanth S

Chief Knowledge Officer, NanoCell Networks

Dr. Srikanth is a globally recognized Wireless Technology expert. In last 20 years of his combined experience in Research, Training and Consulting, he has worked closely with all Cellular Technologies as well as WiFi and has actively contributed in product development space.  Read more...

Babu Narayanan

Chief Technologist, CEWiT

Babu Narayanan is Chief Technologist at the Centre of Excellence in Wireless Technology (called CEWiT), a research society of IIT Madras. He has nearly three decades of experience in ICT industry working on research and development of Telecom and Real-time systems.   Read more...

Module 1
Evolution of Cellular Technologies leading to 5G

  • 1G to 4G Evolution; Data rates/ technologies/timelines
  • Key Technologies for LTE/LTE-A/LTE-A-PRO
  • 5G Drivers and Motivation; IMT 2020 Requirements
  • 5G Spectrum;FR1 and FR2
  • 5G Standards and Deployment Roadmap; latest 3GPP timelines
  • 5G Deployments and their link to LTE networks; NSA approach and C-RAN/O-RAN ideas

Tea Break: 11: 00am to 11:15am

Module 2
5G RAN Technologies

  • 5G Radio Objectives
  • Why OFDMA for 5G NR? Lessons learnt from LTE and differences with LTE
  • 5G NR OFDMA and Numerology; FR1 and FR2 possibilities
  • 5G NR Frame Structure; Choices of subframes, slots; Why such flexibility?
  • TDD flexibilities in 5G; Why and differences with LTE?
  • Massive MIMO Overview; FR1 and FR2 challenges driving mMIMO
  • Bandwidth Parts; Handling Large Carrier BWs with flexibility for UEs

Lunch Break: 1:00pm-1:45pm

Module 3
5G RAN Operations

  • 5G NR – Initial acquisition Process Overview with Beam-oriented processing
  • DL and UL Channel overview and differences in approach with LTE
  • Ultra-reliability and low latency handling in 5G NR
  • Initial steps in 5G NR in the presence of LTE network
    •  1. 5G Deployment; NSA and SA differences
     2. LTE NR dual connectivity; EN-DC
     3. Data flow possibilities
  • 5G RAN Implementation; Front haul and potential challenges
  • 5G NR key ideas summary

Tea Break: 3: 15pm to 3:30pm

Module 4
5G Core Networks

  • 5G Architectural principles – Standards driven and market driven
  • 5G Core v/s 4G EPC
  • 5G Core features for different Application domains of 5G
  • Slicing in 5G – Creating Virtual Networks
  • Orchestration of 5G– Need for orchestration and the Use of open platforms for managing and orchestrating the complex 5G Networks

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Fee Structure

Course Fee is USD 199 or INR 14500/- only

Refund & Cancellation



×

Fee Structure

Course Fee is USD 199 or INR 14500/- only

Refund & Cancellation