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5G Protocol Testing Training- Updated Rel-17 In 2023

Updated: Jul 15, 2023

5G Protocol Testing Training: An Overview

The world is moving towards 5G technology, and it is the latest innovation in the world of wireless communication. 5G technology is expected to offer faster internet speeds, lower latency, and improved connectivity. To ensure that 5G technology works as expected, it is essential to test and verify the network's protocols. This is where 5G protocol testing training comes in.

5G protocol testing training is designed to teach engineers and technicians how to test and verify 5G network protocols. This training helps to ensure that 5G networks are reliable, secure, and meet the required standards. In this article, we will discuss everything you need to know about 5G protocol testing training.




What is 5G Protocol Testing?

Before delving into 5G protocol testing training, it is important to understand what 5G protocol testing is. Protocol testing involves checking the network's protocols to ensure that they are functioning as expected. Protocol testing is essential because it helps to identify and fix issues before they become critical.

5G protocol testing is more complex than previous generations of wireless communication protocols. This is because 5G networks use a combination of different technologies, including mmWave, sub-6GHz, and Massive MIMO. These technologies create a complex network that requires extensive testing.

5G protocol testing involves testing various aspects of the network, including the user equipment, radio access network, core network, and interworking with other networks. The goal of 5G protocol testing is to ensure that the network is reliable, secure, and meets the required standards.


Importance of 5G Protocol Testing Training

With the increasing demand for 5G technology, there is a growing need for engineers and technicians with 5G protocol testing skills. 5G protocol testing training is essential because it provides professionals with the necessary skills to test and verify 5G network protocols.

5G protocol testing training helps professionals to understand the complexities of 5G networks and how to test them effectively. This training covers various aspects of 5G protocol testing, including test planning, test execution, and test reporting.

Professionals who complete 5G protocol testing training are in high demand, and they can expect to have a rewarding career in the wireless communication industry. Companies are willing to pay a premium for professionals with 5G protocol testing skills because they are essential for ensuring that 5G networks are reliable, secure, and meet the required standards.

Benefits of 5G Protocol Testing Training

There are several benefits of 5G protocol testing training, including:

  1. Improved Career Prospects: Completing 5G protocol testing training can improve your career prospects in the wireless communication industry. With the growing demand for 5G technology, professionals with 5G protocol testing skills are in high demand.

  2. High Earning Potential: Professionals with 5G protocol testing skills can expect to earn a premium compared to their peers. This is because companies are willing to pay more for professionals with specialized skills.

  3. In-Demand Skillset: 5G protocol testing skills are in high demand, and they are expected to be in demand for the foreseeable future. Completing 5G protocol testing training can provide you with a valuable skill set that will be in demand for years to come.

  4. Improved Testing Efficiency: 5G protocol testing training can help you to improve your testing efficiency. This is because the training covers various aspects of 5G protocol testing, including test planning, test execution, and test reporting. These skills can help you to identify and fix issues quickly, saving time and resources.

Join 5G Protocol Testing Course Online at Apeksha Telecom

If you're looking to gain 5G protocol testing skills, then Apeksha Telecom is the perfect place to start. They offer a comprehensive 5G protocol testing course online that covers all aspects of 5G protocol testing.


Their 5G protocol testing course is designed to provide professionals with the skills they need to test and verify 5G network protocols. The course covers various aspects of 5G protocol testing, including test planning, test execution, and test reporting. The training is conducted by experienced professionals with years of experience in the wireless communication industry.


One of the benefits of taking the 5G protocol testing course online is that you can complete the training from the comfort of your home or office. This makes it convenient for professionals who are busy with work and other commitments. The course is also self-paced, allowing you to complete it at your own pace.


Another benefit of taking the 5G protocol testing course online at Apeksha Telecom is that you'll have access to a wide range of resources, including video lectures, case studies, and practice exercises. These resources are designed to help you gain a deeper understanding of 5G protocol testing and prepare you for the certification exam.


Upon completion of the 5G protocol testing course, you'll receive a certificate of completion. This certificate is a valuable asset that can help you to improve your career prospects in the wireless communication industry.


In conclusion, if you're looking to gain 5G protocol testing skills, then the 5G protocol testing course online at Apeksha Telecom is the perfect place to start. The course covers all aspects of 5G protocol testing and is designed to provide professionals with the skills they need to succeed in the wireless communication industry.


4G and 5G Protocol Testing Certification Course by Apeksha Telecom


5G Protocol Testing Content:

At Apeksha Telecom-The Telecom Gurukul, we’ve worked hard to develop a course for 4G/5G Protocol Testing and Log Analysis to fit everyone’s needs. Whether you want to improve existing skills or expand your horizons, you’ve come to the right place. Check out our course schedule below to see what we have to offer, and contact us today for a demo session.


5G Protocol Testing:

Overview of 5G Technology

  • •.What is Protocol Testing and Log Analysis for 5G.

  • •Common Troubleshooting Issues.

  • •5G Introduction

  • •What is 3GPP. specification for 5G.

  • •Protocol Testing Job Profiles.

  • •5G Architecture

  • •5G Interfaces

  • •5G Deployment Scenario

  • •5G Protocol Stack

  • •5G Numerology

  • •5G CORESET

  • 5G System Architecture

  • 5G Network Architecture

  • Functional split between NG-RAN and 5GC

  • Nodes functions (gNB and ng-eNB, AMF, UPF, SMF, PCF, AF, NEF, AUSF, UDM, NSSF, NRF) and interfaces

  • NR-RAN architecture

  • 5G identities

Layer 1 Physical Layer Processing (PHY)

  • CP-OFDM and DFT-s-OFDM

  • 5G NR Duplexing

  • 5G Frequency Bands

  • Cell cearch (SSB, P-SS, S-SS, PCI, PBCH)

  • PT-RS • DM-RS • CSI-RS • PDCCH (CCE, CORESE, PDCCH processing)

  • PDSCH (scrambling, modulation, layer mapping, antenna port mapping, mapping to virtual resource blocks, mapping to physical resource blocks)

  • NR Channel Mapping

  • NR Frame Structure

  • NR Power On Scenario

  • UE Protocol Initialization (Memory Allocation for All the Layers)

  • NR Uplink Physical Layer

  • PT-RS • DM-RS • SRS • PUCCH • PUSCH • PRACH

  • Timing advance

  • Radio link monitoring

  • Uplink power control

  • Dual connectivity

  • HARQ operation

  • Massive MIMO and beamforming

  • Bandwidth part operation

  • Carrier Aggregation

  • Initial Access

  • 5G Timing

  • Registration and Operation

  • EN-DC Operational Procedure

  • 5G Connected Mode Procedure

  • 5G Paging

  • 5G Measurements

NR Uplink Physical Layer

  • PT-RS

  • DM-RS

  • SRS

  • PUCCH

  • PUSCH

  • PRACH

5G Access Procedure

  • NR initial access

  • NR coreset acquisition

  • NR system information and cell selection

  • NR random access procedure

  • NR network Registration

  • 5G Measurements

  • NR measurement quantities

  • NR measurement configuration

  • NR Measurement Gap configuration

5G Air Interface Security

  • RAN Security Keys and Algorithms

  • RRC Security Procedures

  • Control Plane Security

  • User Plane Security

5G Mobility

  • Idle mode behavior

  • Connected mode mobility (measurements, intra-RAT handover, inter-RAT handover)

5G connected mode procedures

  • Radio link failure

  • Beam failure

  • NR Power control

  • Downlink power allocation

  • Uplink power contro

Layer 2 Protocols and Their Processing

  • Introduction to LTE Layer-2 PDCP RLC and MAC

  • PDCP Header Structure and Data Processing

  • PDCP Integrity , Encryption, Ciphering and Header Compression

  • RLC Introduction

  • Understanding TM, UM and AM

  • Data Flow at the transmitter at RLC Layer

  • Overall Data Flow for TM RLC

  • Overall Data Flow for UM RLC

  • Overall Data Flow for AM RLC

  • Polling Mechanism for AM Mode

  • t-Pollretransmit timeout and t-pollbit

  • Introduction to MAC Function and MAC Layer processing

  • Link Adaption

  • HARQ Procedure

  • MAC Scheduler and LCID

  • NR Services and Scheduling Mechanism

  • Persistent and Semi Persistent Scheduling

  • Different Type of Scheduler

  • Buffer Status Report (BSR)

  • Power Headroom Report (PHR)

  • Timing Advance (TA)

  • DRX

Layer 3 Protocols and Their Processing

  • 5G SDAP Layer

  • Introduction to LTE Layer 3-NAS and RRC

  • NAS EMM ESM and ECM

  • NAS Registered and NAS De-Registered

  • ECM Idle and ECM Connected

  • RRC States and System Information

  • Introduction to NAS and PLMN Selection Procedure

  • RRC Network Entry and QCAT Log Session

  • RRC Attach or Initial Acquisition Procedure

  • RRC Tracking Area Update procedure

  • RRC Handover (HO)

Tools, Testing Procedure and Add-On Sessions

  • Important Linux Commands

  • Spirent Network Emulators for Testing Backhaul Impairments

  • TM500- The UE Simulator Sessions

  • Testing Procedure End to End and Test Cycle

  • Tools used in Testing and Lab Setup

  • QXDM and QCAT Configuration and Predation

  • Mediatek ELT Tool Demonstration

  • NR Carrier Aggrigantion

  • •NR CSFB and SRVCC Concept

  • •NR IMS/VONR

  • 5G Slicing

  • •NR SIP Protocol

  • •NR Call Flow

  • •NR Log Analysis (QXDM and QCAT)

  • •NR Conformance Testing Process

There are several reasons why learning 4G and 5G protocol testing can be beneficial in 2023:

There are several reasons why learning 4G and 5G protocol testing can be beneficial:

1. 4G and 5G are the current and future standards for mobile communication, respectively, and are being widely deployed around the world. As a result, there is a high demand for professionals with expertise in testing these protocols.


2. Protocol testing is a critical part of the development and deployment process for 4G and 5G networks, as it ensures that the networks perform as expected and meet the required standards and specifications.


3.Protocol testing requires a strong understanding of the underlying technologies and protocols used in 4G and 5G networks, as well as the ability to use specialized testing tools and equipment. This can be a valuable skill set to have in the telecommunications industry.


4.Learning 4G and 5G protocol testing can open up career opportunities in a variety of roles, including test engineer, network engineer, and network planner.


5.As 5G technology continues to evolve and be adopted, there will likely be a growing need for professionals with expertise in testing and evaluating 5G protocols.


Overall, learning 4G and 5G protocol testing can be a valuable investment in terms of both career development and staying current with the latest technologies in the telecommunications industry.

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