5G Architecture and Key Principles Corporate Training Course

Edstellar’s 5G Architecture and Key Principles instructor-led training is designed to empower teams with the insights needed to navigate the complexities of 5G technology. It explores theoretical concepts, delving into the intricacies of core principles. Upgrade your workforce with the tools to leverage its potential for strategic advantage.

16 - 24 hrs
Instructor-led (On-site/Virtual)
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5G Architecture and Key Principles Training

Drive Team Excellence with 5G Architecture and Key Principles Corporate Training

On-site or Online 5G Architecture and Key Principles Training - Get the best 5G Architecture and Key Principles training from top-rated instructors to upskill your teams.

The emergence of 5G technology marks a transformative shift, promising to revolutionize how we connect, communicate, and innovate in the present business world. Employees will be poised to drive innovation, optimize operations, and make informed decisions that propel the organizations into the future. Our seasoned experts will provide hands-on guidance, tailored to your organization's unique needs, right at your doorstep with our onsite 5G Architecture and Key Principles training. 

Edstellar’s 5G Architecture and Key Principles instructor-led training provides a meticulous exploration of 5G's architecture, revealing the intricate layers that constitute its framework. The training course uncovers the power of edge computing, where data processing at the edge of the network fuels real-time applications, enabling industries to seize opportunities in IoT, automation, and more. Stay ahead, stay relevant, and drive your corporate success to the next level.

5G Architecture and Key Principles Training for Employees: Key Learning Outcomes

Develop essential skills from industry-recognized 5G Architecture and Key Principles training providers. The course includes the following key learning outcomes:

  • Utilize 5G's potential for business innovation
  • Deploy 5G networks considering key principles
  • Enhance network performance and user experience
    Evaluate 5G architecture's components and functions
  • Identify and understand diverse 5G use cases across industries
  • Comprehend the concept and application of network slicing in 5G
  • Learn about the enhanced security measures and protocols integrated into 5G architecture

Key Benefits of the Training

Following are some of the key benefits of Edstellar's corporate 5G Architecture and Key Principles training program:

  • Empowers employees to design, deploy, and optimize advanced networks
  • Enables employees to harness the potential of this technology to drive innovation
  • Equip employees with a profound understanding of 5G architecture and principles
  • Provides comprehensive training that showcases your commitment to employees' growth and development
  • Trains professionals to optimize network performance, ensuring seamless connectivity, reduced latency, and improved user experience

5G Architecture and Key Principles Training Topics and Outline

This 5G Architecture and Key Principles Training curriculum is meticulously designed by industry experts according to the current industry requirements and standards. The program provides an interactive learning experience that focuses on the dynamic demands of the field, ensuring relevance and applicability.

  1. History and evolution of 5G
  • Predecessor technologies: 1G to 4G
  • Driving factors for 5G development
  • Timeline of 5G development
  1. The need for 5G
  • Addressing data demand
  • Enabling IoT and massive device connectivity
  • Low latency and high reliability use cases
  1. Performance requirements for 5G
  • Data rate and throughput demands
  • Ultra-Reliable Low Latency Communication (URLLC)
  • Massive Machine-Type Communications (mMTC)
  1. Services provided by 5G
  • Enhanced Mobile Broadband (eMBB)
  • Mission-critical communication
  • Massive IoT (mIoT)
  1. Sub-systems of a 5G network
  • Radio Access Network (RAN)
  • Core network
  • User Equipment (UE)
  1. 5G use cases
  • Autonomous vehicles and transportation
  • Remote healthcare and surgery
  • Smart cities and infrastructure
  • Industrial automation and robotics
  1. Architecture of a 5G network
  • Core network architecture
  • Radio Access Network (RAN) architecture
  • Interworking with legacy networks
  1. Virtualization in 5G
  • Network Function Virtualization (NFV)
  • Software-Defined Networking (SDN)
  • Benefits of virtualization in 5G
  1. 5G Deployment options
  • Non-Standalone (NSA) deployment
  • Standalone (SA) deployment
  • Hybrid deployment approaches
  1. Introduction to numerologies, frequency rates, and modulations
  • Subcarrier spacing and symbol duration
  • Frequency Division Duplex (FDD) and Time Division Duplex (TDD)
  • Modulation schemes: QPSK, 16-QAM, 64-QAM
  1. MIMO (Multiple-Input, Multiple-Output)
  • Basics of MIMO technology
  • Beamforming techniques in 5G
  1. 5G spectrum
  • Frequency bands for 5G
  • mmWave and sub-6 GHz spectrum
  • Spectrum auctions and regulations
  1. Dual connectivity
  • Enhanced coverage and throughput
  • Dual connectivity architecture
  • Dual connectivity scenarios
  1. Flexible numerology
  • Adaptable numerology parameters
  • Benefits of flexible numerology
  • Enhancing spectral efficiency
  1. Mini slot, preemptive scheduling, self-contained slot
  • Mini slot concept and benefits
  • Preemptive scheduling for low latency
  • Self-contained slot structure
  1. Scheduling and quality of service
  • Resource scheduling algorithms
  • QoS parameters and management
  • Balancing latency and throughput
  1. Massive machine type communications
  • Requirements for massive IoT connectivity
  • Narrowband IoT (NB-IoT)
  • Power-saving techniques for IoT devices
  1. NR (New Radio) cell
  • NR cell characteristics
  • Cell ID and cell identity groups
  • Cell configuration and deployment
  1. Differences between NR RADIO interface and LTE
  • Physical layer changes in NR
  • Beamforming and massive MIMO in NR
  • Frame structure and modulation differences
  1. RRC (Radio Resource Control) states
  • Idle state and connected state
  • RRC state transitions
  • Signaling and procedures in different RRC states
  1. UE (User Equipment) management in RRC-inactive state
  • RRC-inactive state overview
  • Paging and tracking area update
  • Efficient management of inactive UEs
  1. Making the mobile core network more flexible
  • Introduction to the core network evolution
  • Network Function Virtualization (NFV) in core network
  • Enhancing scalability and efficiency
  1. How does an SMF control a UPF?
  • Session Management Function (SMF) overview
  • User Plane Function (UPF) and data routing
  • Dynamic data path management
  1. Setting up PDU session in 5G
  • Packet Data Unit (PDU) session creation
  • Session Establishment Procedures
  • PDU Session Types and Configuration
  1. Attaching 5G terminal to a 5G network
  • Initial registration and attach procedure
  • Attach request and authentication
  • Key exchange and session establishment
  1. Importance and strong aspects of 5G security
  • Security challenges in 5G
  • Confidentiality, integrity, and availability
  1. Network functions in charge of security
  • Security functions in the core network
  • Identifying security threats and mitigation
  1. Identifying a UE without transmitting permanent identity in clear text
  • Identity concealment techniques
  • 5G authentication and anonymity
  1. Authentication differences between 4G and 5G
  • 4G authentication overview
  • 5G AKA (Authentication and Key Agreement)
  • Enhanced authentication in 5G
  1. Ciphering, integrity control, and key hierarchy differences between 4G and 5G
  • Data protection mechanisms in 5G
  • Key hierarchy and derivation in 5G
  • Enhanced security algorithms
  1. Security procedures during registration
  • Registration process and security aspects
  • NAS (Non-Access Stratum) security procedures
  • UE authentication and security context setup
  1. Protection of 5G against bidding down attacks
  • Security measures against downgrade attacks
  • Secure communication establishment
  • Cryptographic protocols for security
  1. How Diffie-Hellman works
  • Diffie-Hellman key exchange algorithm
  • Public and private key pair generation
  • Secure key sharing for encryption
  1. Introduction to network slicing
  • Defining network slicing in 5G
  • Use cases and benefits of network slicing
  1. Network slice types
  • Different types of network slices
  • Isolation, performance, and customization
  1. Creating and managing network slices
  • Network slice lifecycle management
  • Allocation of resources and QoS
  1. Use cases and industries leveraging network slicing
  • Industrial automation and robotics
  • Healthcare and remote surgery
  • Smart cities and IoT deployments
  1. What is a network function?
  • Role and importance of network functions
  • Core network functions and services
  1. Protocol stack for an SBI (Service Based Interface)
  • Introduction to SBI in 5G
  • SBI protocol layers and communication
  1. 5G core network overview
  • Functions and components of the 5G core network
  • Service-based architecture in core network
  1. Network slicing
  • Concept of network slicing
  • Virtual networks for different services
  • Isolation and resource allocation
  1. How does the notification service work?
  • Notification functionality in 5G
  • Sending and receiving notifications
  • Use cases for notification service
  1. Service-based architecture
  • Principles of service-based architecture
  • Decoupling services for flexibility
  • Enabling rapid service deployment
  1. Virtualization and NFV (Network Function Virtualization)
  • NFV and Virtual Network Functions (VNFs)
  • Benefits of virtualization in core network
  • Centralized and distributed deployment
  1. Core network functions
  • Overview of core network functions
  • Role and responsibilities of each function
  1. External service providers developing services using the 5G network
  • Opening the network to third-party services
  • API integration and service development
  • Enabling innovation and customization
  1. Introduction to 5G core services
  • Key services in the 5G core network
  • Service-Based Architecture (SBA) principles
  1. Service exposure and APIs
  • Exposing services through APIs
  • Enabling external applications to access services
  1. Integration with legacy networks
  • Interworking with 4G/LTE networks
  • Dual connectivity and seamless handover
  1. Service orchestration and management
  • End-to-end service orchestration
  • Network automation and resource management
  1. Emerging 5G applications
  • Augmented Reality (AR) and Virtual Reality (VR)
  • Edge computing and IoT innovations
  1. Transforming industries with 5G
  • Healthcare and telemedicine advancements
  • Smart manufacturing and industry 4.0
  1. Envisioning a connected future
  • 5G's role in shaping smart cities
  • Autonomous vehicles and transportation
  1. Anticipating future trends in 5G
  • Continuous evolution of 5G technology
  • 5G beyond 2023: what lies ahead

This Corporate Training for 5G Architecture and Key Principles is ideal for:

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5G Architecture and Key Principles Corporate Training Prices

Elevate your team's 5G Architecture and Key Principles skills with our 5G Architecture and Key Principles corporate training course. Choose from transparent pricing options tailored to your needs. Whether you have a training requirement for a small group or for large groups, our training solutions have you covered.

Request for a quote to know about our 5G Architecture and Key Principles corporate training cost and plan the training initiative for your teams. Our cost-effective 5G Architecture and Key Principles training pricing ensures you receive the highest value on your investment.

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Our customized corporate training packages offer various benefits. Maximize your organization's training budget and save big on your 5G Architecture and Key Principles training by choosing one of our training packages. This option is best suited for organizations with multiple training requirements. Our training packages are a cost-effective way to scale up your workforce skill transformation efforts..

Starter Package

125 licenses

64 hours of training (includes VILT/In-person On-site)

Tailored for SMBs

Most Popular
Growth Package

350 licenses

160 hours of training (includes VILT/In-person On-site)

Ideal for growing SMBs

Enterprise Package

900 licenses

400 hours of training (includes VILT/In-person On-site)

Designed for large corporations

Custom Package

Unlimited licenses

Unlimited duration

Designed for large corporations

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This Corporate Training for 5G Architecture and Key Principles is ideal for:

5G Architecture and Key Principles corporate training is designed for organizations across industries, including telecommunications, IT, manufacturing, healthcare, transportation and logistics, energy, retail, finance and banking, media, agriculture, and education. This workshop upskills telecom engineers, IT professionals, Network architects, system engineers, product managers, data scientists, policy analysts, security analysts, operations managers, and project managers.

Prerequisites for 5G Architecture and Key Principles Training

The 5G Architecture and Key Principles Training requires a basic understanding of telecommunications and networking concepts.

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Bringing you the Best 5G Architecture and Key Principles Trainers in the Industry

The instructor-led 5G Architecture and Key Principles Training training is conducted by certified trainers with extensive expertise in the field. Participants will benefit from the instructor's vast knowledge, gaining valuable insights and practical skills essential for success in 5G Architecture and Key Principles practices.

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