Who We Are

Prime Bit Solutions is a trusted institute offering the 5g protocol testing course online and offline for Freshers, RF Engineers, OSS & BSS Engineers, Optimization Engineers, O&M Engineers & Technical support Engineers. We collaborate with partners who recognize the value we bring to Telecom Domain. We offer industry-standard 5g testing training to our students, which includes comprehensive study material and real-time simulations. Prime bit believes in empowering the youth by making them strong not only in concepts but also by providing hands-on experience in addressing real-time issues. Considering the importance of the telecom industry, Primebit commits to high standards of integrity in contributing to the best interests of students, and Telecom professionals. We thoroughly understand the need to have a solid foundation of concepts in wireless and wireline technologies. Primebit offers training on concepts by real time experts who have vast industry experience; the training program is affordably priced and is guaranteed to benefit all the current and prospective engineers in the telecom domain.

What We Do to offer the best 5G Protocol Testing Training

We thoroughly understand the need to have a solid foundation of concepts in wireless and wireline technologies. We offer telecommunication training and telecom testing training to our students, which include comprehensive study material and real-time simulations. Considering the importance of the telecom industry, Primebit commits to high standards of integrity in contributing to the best interests of students, Telecom professionals. We collaborate with partners who recognize the value we bring to Telecom Domain.
primebit solution is the best place to train in 5G technology and get placed in top semiconductor companies. It supports 100% job assistance in the wireless telecom field. 5G Protocol stack Testing, 5G testing, 5G protocol testing, 5G technology, 5G training are some of the great courses to get placed in big companies after training.

Goal of 5g protocol Testing Course

  • Good understanding of Different technologies- UMTS, HSDPA,HSUPA,HSPA+, LTE, LTE Advance, IMS, VoIP, SIP and Bluetooth
  • Expertise Access and Non-Access stratum modules (Layer3/Layer2/layer1) are mandatory for 2G/3G /4Gprotocol stack modules.
  • Expertise in RRM, RRC, RLC/MAC, MM, SNDCP, SPV, SNDCP, Layer2, etc
  • Excellent overview of relevant module specifications, Good experience understanding and decoding the 3GPP
  • Understanding of Call Processing concepts in one or more of the following air interface standards LTE(FDD or/and TDD) or HSDPA/ HSUPA/HSPA+,GSM/ GPRS /EDGE / Rel99/ Rel5 /rel8/rel9
  • Expertise in analyzing logs and troubleshooting issues from the field or lab for UMTS/GSM CS, PS calls, LTE Data calls, VoLTE, and eMBMS.
  • Excellent knowledge in 2G/3G/4G 3GPP system architecture, protocol specifications and related procedures in control and data plane on Non-Access, Acces-Stratum and Layer 1 level
  • Good understanding of PS internal component architecture and interconnection of PS sub-components to meet the requirements of the system for Multimode Protocol Stacks
  • Monitor and support 3GPP UMTS/LTE-related standards and standardization work
  • Expertise in Conformance testing and Interoperability testing
  • Exposure to any of these Network simulators Agilent / Anite / R&S; / Anritsu
  • Expertise in creating Test plans and Test cases Development
  • Expertise in scripting languages TTCN2 , TTCN3 /Perl

Target Audience

 Freshers, RF Engineers, OSS & BSS Engineers, Optimization Engineers, O&M Engineers & Technical support Engineers who have to wish to shift their career into Wireless Chip Development.

Prerequisites

It is strongly recommended that candidates must have a basic idea of C programming and Wireless concept.

 

Syllabus

5G Network Requirements and Design

  • Limitation of 4G and challenges for 5G
  • Capacity and higher data rate
  • QOE (Quality of Experience)
  • Spectrum
  • mMIMO(Massive multiple Input – Multiple Output)
  • Device to Drive Communication
  • Reduced Protocol Overhead
  • Hydrogenous cell Architecture
  • Network function Visualization

5G Software Controlled Architecture

  • Software in Radio access Network
  • Software in mobile edge network
  • Software in transport network
  • 5G protocol stack Architecture
  • Security in 5G Software Network
  • Radio Access protocol in cloud RAN

5G Hardware Network Architecture 5G Cloud RAN

  • Network Architecture Evolution from 4G to 5G
  • End to End Network slicing
  • 5G – Cloud RAN
    Cloud RAN Advantage
    Advance Cloud RAN Architecture
    Cloud RAN and 5g
    Functional split of Cloud RAN (real time) RT and NRT spilt
    MultiRAT architecture for 4G /5G cloud RAN
    Distributed RAN
    Virtualization RAN
  • Fixed Network :
    Heterogeneous access domain
    Flexible metro domain
    Integrations of access ,metro core Technologies

5G Data Flow Channels and Channel Coding

  • Logical Channel
  • Transport Channel
  • Physical Channel
  • UL Mapping Of channels
  • DL- mapping of Channels
  • Channel coding
  • Multiplexing
  • Interleaving

5G Physical Layer Design

  • Frame structure
  • Slot structure and physical recourses
  • Reference signal:
    UE specific reference signal XPDSCH
    UE Specific Reference signal XPDCCH
    CSI reference Signal
    Beam Reference signal
    Demutualization reference signal
  • Synchronization signal :
    Primary Synchronization signal
    Secondary synchronization signal
    Extended synchronisation signal
  • 5G Modulation :
    BPSK-16QAM
    QPSK-64 QAM
  • Physical channel :
    Uplink XPUSCH, Uplink XPUCCH, Uplink XPRACH
  • Downlink Physical channel:
    XPDSCH
    XPBCH and Extended PBCH
    XPDCC
  • Mapping of the channel to a resource element

Physical Layer Procedure

  • Synchronization procedure
  • Beam Forming Procedure
  • Power Control Procedure
  • Physical Random Access Procedure

5G MAC Layer Design

  • Comparison of 5G MAC with UMTS and LTE MAC
  • 5G – MAC Architecture
  • 5G – MAC Service
  • 5G – MAC Function
  • Mapping of Transport channel and logical channel

5G MAC Layer Procedures

  • 5G Random Access Procedure
  • XDLSCH Data Transfer
  • XULSCH Data Transfer
  • Beam management
  • 5G – MAC Protocol Data Unit
  • 5G – MAC format
  • 5G – MAC Parameter

5G RLC Layer Design

  • Compare LTE , RLC, and 5G RLC
  • 5G – RLC Architecture
  • Model of 5G-RLC sub-layer
  • RLC mode
  • 5G – RLC service
  • 5G – RLC function
  • Data available for transmission

5G RLC Procedures

  • Data transfer Procedure
  • ARQ Procedure
  • SDU Discard procedure
  • Reestablishment Procedure
  • 5G – RLC protocol data Unit
  • 5G RLC Formats and Parameter

5G PDCP Layer Design

  • Compare 5G PDCP with LTE and UMTS PDCP
  • 5G PDCP Architecture
  • 5G PDCP Service
  • 5G Function
  • Data Available for Transmissions

5G PDCP Layer Procedure

  • 5G PDCP Data Transfer procedure
  • 5G PDCP States Report
  • 5G PDCP Discard
  • Ciphering and Deciphering
  • Integrity Protection and Verification
  • 5G PDCP Protocol data Unit
  • 5G PDCP Format
  • 5G PDCP Parameters

RRC Layer Design

  • RRC layer Architecture
  • RRC States
  • Signaling radio bearers
  • 5G – RRC services

RRC Layer Procedures

  • Broadcast system information
  • RRC connection management
  • RRC connection reconfiguration
  • RRC connection Reestablishment
  • RRC connection release
  • RRC measurement procedure
  • 5G – RRC Protocol data unit

NAS Layer

  • Mobility Management
  • Session Management function
  • 5G – NAS State
  • 5G – NAS MM Protocol
  • 5G – NAS SM Protocol

5G Variable, Timer, and Constant

  • 5G-MAC Variable, timer, and constant
  • 5G-RLC Variable, timer, and constant
  • 5G-PDCP Variable, timer, and constant
  • 5G-RRC Variable, timer, and constant

5G Security Design

  • 5G Security Network Architecture
  • Domains in 5G security
  • 5G Security software architecture
  • Stratum
  • Security control class(SCC)
  • Security Realm(SR)
  • 5G-Security methods

Python Programming

Basics of Python :
a) Introduction

Python Operators :
a) Arithmetic
b) Relational
c) Logical
d) Assignment
e) Bitwise
f) Membership
g) Identity operators

Python Conditional Statements :
a) If
b) If else
c) If elif

Python Loops :
a) While
b) For
c) Range()
d) Break and Continue
e) Example problems

Python Numbers :
a) Types in numbers
b) Type convertions

Python Strings :
a) Built-in functions
b) Basic operators
c) Slicing
d) Example problems

Python Lists :
a) Array or list in python
b) List slicing techniques
c) Built-in functions

Python Tuple :
a)Array or list in python
b) List slicing techniques
c) Built-in functions

Python Dictonaries :
a) Creation of dictionaries
b) Built-in functions
c) Example problems

Python Functions :
a) Advantages of functions
b) Function definition using def statement
c) calling function
d) passing parameters
e) scope of the variables

Modules in Python :
a) Importing modules
b) creation of own modules
c) standard modules – os / sys

Exception Handling :
a) Handling exceptions
b) Try-except block
c) Example problems

File Handlings :
a) Files and directories
b) Text files
c) Binary files
d) Text file processing
e) Binary file processing

Network Programming :
a) In this, we will teach how we will send as well as receive data between devices by using TCP/IP and UDP protocols.
b)Python supports many networking protocols through libraries such as a socket, SMTP etc and you can also write network programs directly by using TCP/IP or UDP sockets.

TCP VS UDP / CLIENT VS SERVER – PYTHON EXAMPLES
a)Python socket module makes it easy for you to write our own clients and server programs

MULTIPROCESSING IN PYTHON
a)Multiprocessing refers to the ability of a system to support more than one processor at the same time. Applications in multiprocessing system are broken to smaller routines that run independently. The operation system allocates these threads to the processors improving the performance of the system

FILE TRANSFER PROTOCOLS :
a) In this, we will teach how can we transfer the files as well as receive the files between the devices

EMAILING :
a) To transfer the emails, we will use the SMTP library which is a built-in library in python. SMTP ( Simple Mail Transfer Protocol) is a protocol that enables you to send emails

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