Premcell was established in 1981 by Soman Dilip Kumar, the CEO of Premcell in London (UK). Premcell UK has its headquaters in London is the bright place for Front end Technology.

 

Premcell provides Top Notch Wireless Technology with the Expert Technologist in all the domains from 2G-5G. We have the wide range of Telecom Trainings in Technology with the help of Live Projects and Simulation in the Latest Technology. Premcell has emerged as the leading Technology Training in US.

 

About the Trainings and Trainers: The Trainers at Premcell Global are subject specialist corporate professionals providing in-depth study wireless courses in US.


Participants completing the Wireless and Telecom Certification have possibility of Job Opportunity in Industry. From Online Classroom to Instructor-Led Training. The duration and Timings are flexible. We offers training both at Week Days and Weekends to our Attendee. After Technology Trainings, the learning of the Interview Skills become mandatory. Along with the Technical Trainings, we offer the way to crack Technology Interview, Personality Development & Presentation Skills.

 

Proud Partners: Premcell is delivering the trainings since 1981 to all the corporates to Nokia, Airtel, Huawei, Ericsson, Vodafone, Tier1 Universities, we have collaboration with the universities all over the world.

 

Check the Duration, Course Content / Syllabus Below.

 

INTRODUCING 5G

 

Module List Detailed

Module 1: Traffic Evolution in Mobile Communications Networks

 

Topics discussed in this module are listed below:

  • New Applications
  • Internet of Things
  • Cloud computing
  • Mobile Data Growth
  • 5G Data drivers
  • 5G Use Cases
  • ITU Requirements for 5G networks: IMT-2020
  • 5G 3GPP Standards: Release 15

 

Module 2: Introducing 5G

 

Topics discussed in this module are listed below:

 

3GPP Standards: Release 15

 

3GPP 5G New Radio (5G-NR)

 

  • Rel-15 5G NR Options: Standalone and Non-Standalone
  • Spectrum for 5G
  • Multiplexing and multiple access
  • Frame Structure
  • Numerology
  • Introduction to Massive MIMO
  • Reference Signals
  • 5G Physical Channels
  • Radio Interface Protocols

 

3GPP 5G Architecture

 

  • 3GPP 5G Architecture: Interface and Protocols
  • 5G Core Network Architecture
  • Network Virtualization
  • Cloud RAN
  • 5G Network Slicing

 

4G-5G

 

Module List Detailed

Module 1: Traffic Evolution in Mobile Communications Networks

 

Topics discussed in this module are listed below:

  • New Applications
  • Internet of Things
  • Cloud computing
  • Mobile Data Growth
  • 5G Data drivers

Module 2: Mobile Networks Evolution

 

Topics discussed in this module are listed below:

  • Mobile Networks Evolution: from 1G to 5G
  • 1G and 2G Networks
  • 3G Networks
  • LTE Networks
  • Voice in LTE Networks
  • LTE Advanced: Rel. 10 to Rel. 12
  • Recent LTE Networks Features: LTE-Advanced Pro
  • 5G Use Cases
  • ITU Requirements for 5G networks: IMT-2020
  • 5G 3GPP Standards: Release 15

Module 3: LTE Advanced Pro: Rel. 13 and Beyond

 

Topics discussed in this module are listed below:

  • Full Dimension MIMO
  • Multi-User Superposition Transmission (MUST)
  • Enhanced LAA for LTE (eLAA)
  • D2D Enhancements
  • Enhanced LTE-WLAN Aggregation (LWA)
  • Active Antenna System (ASS) Enhancements
  • Other LTE Advanced Pro Features

Module 4: Introducing 5G

 

Topics discussed in this module are listed below:

  • 5G Technical Objectives
  • 5G Concepts and Architecture
  • 5G New Radio (NR)
  • 3GPP Standardization: Release 15
  • Cloud-RAN (C-RAN)
  • mmWave Spectrum for 5G

 

 

5G ARCHITECTURE EXPLAINED

 

Module List Detailed

Module 1: Traffic Evolution in Mobile Communications Networks

 

Topics discussed in this module are listed below:

•    New Applications
•    Internet of Things
•    Cloud computing
•    Mobile Data Growth
•    5G Data drivers
•    5G Use Cases
•    ITU Requirements for 5G networks: IMT-2020
•    5G 3GPP Standards: Release 15

Module 2: 5G Architecture

 

Topics discussed in this module are listed below:

•    3GPP 5G Architecture: Interface and Protocols
•    5G Core Network Architecture
•    Network Virtualization
•    Cloud RAN
•    Network Slicing
•    Multiple-Access Edge Computing (MEC)
•    Interworking with 4G

Module 3: 5G Radio Architecture and Protocols

 

Topics discussed in this module are listed below:

•    5G Radio Interface Layers
•    Multi-RAT dual Connectivity
•    gNB-CU and gNB-DU

 

5G NEW RADIO EXPLAINED

 

Module 1: Traffic Evolution in Mobile Communications Networks

 

Topics discussed in this module are listed below:

•    New Applications
•    Internet of Things
•    Cloud computing
•    Mobile Data Growth
•    5G Data drivers
•    5G Use Cases
•    ITU Requirements for 5G networks: IMT-2020
•    5G 3GPP Standards: Release 15

Module 2: 5G New Radio

 

Topics discussed in this module are listed below:

•    Rel-15 5G NR Options: Standalone and Non-Standalone
•    Spectrum for 5G
•    Multiplexing and multiple access
•    Frame Structure
•    Numerology
•    Introduction to Massive MIMO
•    Reference Signals
•    5G Physical Channels
•    Radio Interface Protocols

 

 

5G NETWORK SLICING OVERVIEW

 

Module 1: Introduction to Network Slicing

 

Topics discussed in this module are listed below:

•    5G Scenarios
•    Network Slicing in 5G

 Module 2: Network Slicing Architecture

 

Topics discussed in this module are listed below:

•    Core network
•    Transport network
•    Radio Access network

Module 3: Network Slicing Procedures

 

Topics discussed in this module are listed below:

•    Registration
•    Slice Selection
•    Session Establishment

 

MULTI-ACCESS EDGE COMUTING OVERVIEW

Module List Detailed

Module 1: Introduction to Edge Computing

 

Topics discussed in this module are listed below:

•    MEC Benefits
•    MEC ETSI Framework
•    MEC vs C-RAN
•    MEC Standardization Bodies

Module 2: MEC Architecture

 

Topics discussed in this module are listed below:

•    MEC in 5G System Architecture
•    Mobile Edge Host
•    Mobile Edge Services

Module 3: MEC Use Cases

 

Topics discussed in this module are listed below:

•    Augmented Reality
•    Intelligent Video Acceleration
•    IoT Gateway

 

5G BASIC PROCEDURES

 

Module List Detailed

Module 1: Introduction 5G Architecture


 

Topics discussed in this module are listed below:

•    3GPP 5G Architecture: Interface and Protocols
•    5G Core Network Architecture
•    Network Virtualization
•    Cloud RAN
•    Network Slicing
•    Multiple-Access Edge Computing (MEC)
•    Interworking with 4G

Module 2: 5G Radio Architecture and Protocols


 

Topics discussed in this module are listed below:

•    5G Radio Interface Layers
•    Multi-RAT dual Connectivity
•    gNB-CU and gNB-DU

Module 3: Initial Access


 

Topics discussed in this module are listed below:

•    DL synchronization
•    System Information Acquisition
•    Random Access Procedure
•    Connection Establishment

Module 3: Registration


 

Topics discussed in this module are listed below:

•    QoS in 5G
•    Network Slicing Overview
•    Registration Overview
•    Session Establishment

Module 4: Data Transfer


 

Topics discussed in this module are listed below:

•    Scheduling
•    Data transmission
•    H-ARQ

Module 5: Mobility Procedures


 

Topics discussed in this module are listed below:

•    Cell reselection
•    Paging
•    Handover
•    LTE mobility with dual connectivity

 

LTE-ADVANCED PRO

 

Module List Detailed

Module 1: LTE Advanced Pro: Rel. 13

 

Topics discussed in this module are listed below:

•    Active Antenna Systems (AAS)
•    Full Dimensional MIMO (FD-MIMO)
•    Network-Assisted Interference Cancellation and Suppression (NAICS)
•    Unlicensed Spectrum in LTE Networks
•    Licensed Assisted Access (LAA)
•    LTE-WLAN Aggregation (LWA)
•    LTE-WLAN Radio Level Integration with IPsec Tunnel (LWIP)
•    Rel. 13 Carrier Aggregation

Module 2: 3GPP IoT Solutions

 

Topics discussed in this module are listed below:


•    3GPP IoT Requirements
•    3GPP IoT Solutions
•    LTE-M
•    Narrow Band Internet of Things (NB-IoT)


Module 3: LTE-Advanced Pro: Rel. 14

 

Topics discussed in this module are listed below:

•    Enhanced LAA (eLAA)
•    V2x Communications
•    DL Multi-user Superposition Transmission (MUST)

 

LTE IoT SOLUTIONS

Module List Detailed

Module 1: 3GPP IoT Solutions

 

Topics discussed in this module are listed below:

•    3GPP IoT Requirements
•    3GPP IoT Solutions
•    Rel.12 Cat-0
•    Power Saving Mode

Module 2: 3GPP IoT Solutions: EC-GSM-IoT

 

Topics discussed in this module are listed below:

•    EC-GSM-IoT Introduction
•    EC-GSM-IoT Coverage Extension

Module 3: 3GPP IoT Solutions: LTE-M

 

Topics discussed in this module are listed below:

•    eMTC Cat-M1 Resources
•    LTE-M Physical Channels
•    Extended DRX (eDRX)
•    eMTC Coverage Enhancement

Module 4: 3GPP IoT Solutions: NB-IoT

 

Topics discussed in this module are listed below:

•    NB-IoT Devices
•    NB-IoT Coverage Features
•    Comparison of 3GPP IoT Devices
•    3GPP IoT Solutions Comparison
•    NB-IoT: Physical Layer

 

INTRODUCING LTE RADIO PLANNING

 

Module List Detailed

Module 1: LTE Overview

 

Topics discussed in this module are listed below:
•    LTE MOTIVATION
•    LTE REQUIREMENTS
•    LTE KEY FEATURES
•    LTE ADVANCED

Module 2: LTE Air Interface Radio Aspects

 

Topics discussed in this module are listed below:

•    INTRODUCTION
•    OFDM BASICS
•    OFDM MULTIPLE ACCESS
•    RADIO ACCESS PRINCIPLES

Module 3: LTE Air Interface Protocols and Radio Channels

 

Topics discussed in this module are listed below:

•    INTRODUCTION TO AIR INTERFACE PROTOCOLS
•    PHYSICAL LAYER ASPECTS
•    LTE LAYER 2
•    RADIO RESOURCE CONTROL (RRC)
•    LTE RADIO CHANNELS
•    PHYSICAL CHANNELS RESOURCE ALLOCATION


Module 4: Introduction to MIMO

 

Topics discussed in this module are listed below:

•    INTRODUCTION TO MULTI-ANTENNA SYSTEMS
•    MIMO PHYSICAL CHANNEL PROCESSING
•    LTE TRANSMISSION MODES

Module 5: LTE Radio Planning Process

 

Topics discussed in this module are listed below:

•    GENERIC RADIO PLANNING PROCESS
•    INPUTS FOR LTE RADIO PLANNING
•    OUTPUTS FOR LTE RADIO PLANNING

Module 6: LTE Radio Planning Specific Concepts

 

Topics discussed in this module are listed below:

•    INTRODUCTION TO LTE RADIO PLANNING
•    FREQUENCY BAND AND BANDWIDTH
•    TRANSMISSION POWER
•    SYSTEM OVERHEAD
•    MODULATION AND CODING SCHEME (MCS)
•    REQUIRED DATA RATE
•    REQUIRED SINR
•    INTERFERENCE MARGIN
•    CLUTTER RELATED PARAMETERS
•    OTHER RADIO PLANNING PARAMETERS
•    LINK BUDGET EXAMPLE
•    CELL RANGE

Module 7: LTE Capacity Planning Concepts

 

Topics discussed in this module are listed below:

•    INTRODUCTION TO CAPACITY PLANNING
•    TRAFFIC MODEL
•    CELL THROUGHPUT

 

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