5G Lab for Service Based Architecture & Signaling from Udemy

This is the first course in our series of 5G lab based courses.

In this training program we will demonstrate the overall structure of our 5G lab.

In this course we will learn Following Topics

1. 5G Basic Introduction,

2. 5G Core architecture,

3. 5G Architecture Framework

4. 5G Service Based Architecture and Signaling with detailed description of AMF (Access Mobility Function), SMF (Session Management Function), UPF (User Plane Function), PCF (Policy Control Function), UDR (Unified Data repository), AUSF (Authentication Server Function), UDM (Unified Data Management), AF (Application Function) All the parameters explained with lab demonstration as well. We have also described the features which are new in 5G technology like NEF (Network Exposure Function), NRF (Network repository Function)

5. Service Based Architecture of 5G Core Network

6. Interaction between network functions / services follows two basic mechanisms

7. Example Network Function AMF (Access Mobility Function)

8. 5G Protocols,

9. 5G User Plane Protocol Stack

10. 5G Control Plane Protocol Stack

11. SBI Protocol Stack

12. Introduction to HTTP/2 for SBI (Service Based Interface)

13. Benefits of HTTP/2

14. Service API With Example

15. Service and Service Operation Example

16. NRF and NPF

17. 5G Key Enabler Features like New Radio, Network Slicing, Massive MIMO, mmWave, ML/ High Level Call flow using lab,

19. 5GS Reference Point Representation,

20. Service based interface,

21. Various network functions of 5GS,

22. 5G SA End to End Call flow.

23. Release 16 Study

24. Release 17 Study

25. All the parameters of 5G network architecture explained with lab demonstration

What's inside

Learning objectives

Highlight the need of lab setup to understand 5g end to end signaling
Understanding 5g concepts in terms of current and future releases
Providing a practical configuration example to understand service based architecture of 5g

Understanding 5g protocols
Providing details of service based interface and http/2 protocols
Demonstration of 5g lab to capture and understand end to end traces

Highlight the need of lab setup to understand 5g end to end signaling
Understanding 5g concepts in terms of current and future releases
Providing a practical configuration example to understand service based architecture of 5g
Understanding 5g protocols
Providing details of service based interface and http/2 protocols
Demonstration of 5g lab to capture and understand end to end traces

Syllabus

Introduction

Introduction to the course

5G basic Introduction

5G Service Based Architecture With Lab Configuration Part-1

Traffic lights

Read about what's good

what should give you pause

and possible dealbreakers

Explores 5G core architecture and service-based architecture, which are essential for designing and deploying modern mobile networks

Covers 5G protocols and service-based interfaces, which are crucial for understanding the communication and interaction between network elements

Includes study of Release 16 and Release 17, which helps learners stay updated with the latest advancements and features in 5G technology

Requires a lab setup to understand 5G end-to-end signaling, which may require additional investment in equipment and software for some learners

Focuses on HTTP/2 for SBI, which may be less relevant for learners primarily interested in the radio access network aspects of 5G

Is the first course in a series, which suggests that learners may need to take additional courses to gain a comprehensive understanding of 5G

Reviews summary

Deep dive into 5g sba and signaling

According to learners, this course provides a solid foundation and practical insights into 5G Service Based Architecture and signaling. Many appreciate the inclusion of lab demonstrations, describing them as particularly helpful for understanding complex concepts and end-to-end call flows. The course covers key topics like 5G Core architecture, protocols, and SBI using HTTP/2. While the theoretical explanations are generally well-received, some reviews suggest the course is best suited for those with some prior networking or 5G knowledge, as it moves at a pace suitable for intermediate learners. A few recent reviews indicate the course is kept up-to-date with discussions around Release 16/17.

Strong on theory, weaker on practical setup.

"The course is strong on theoretical concepts and explaining the architecture."

"While the labs show traces, I wish there was more practical guidance on setting up a similar lab environment myself."

"Good theoretical foundation, but the practical 'how-to' beyond the demos is limited."

Includes recent 5G release studies.

"It was helpful to see content referencing Release 16 and 17 studies."

"Good to know the course includes material on latest 5G releases, showing it's being maintained."

"The inclusion of Release 16/17 topics shows the instructor is keeping the course current."

Explains key 5G SBA fundamentals.

"This course gives a good overview of the 5G Core functions and their interactions."

"I learned a lot about the Service Based Architecture and the roles of different NFs like AMF, SMF, UPF."

"The explanations of 5G protocols and SBI were clear and concise for me."

Provides practical, hands-on understanding.

"The lab demonstrations were extremely helpful in visualizing the concepts discussed."

"I really appreciated the sections with the lab setup and tracing - it makes the theory click."

"Seeing the signaling flows demonstrated in the lab helped cement my understanding of the Service Based Architecture."

More suitable for intermediate learners.

"This course assumes you have some basic understanding of 5G or networking; it's not for absolute beginners."

"If you're new to 5G, you might need to supplement this with more foundational material. It feels geared towards those with some prior experience."

"I felt a bit lost at times because I lacked a strong background in networking principles before starting."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in 5G Lab for Service Based Architecture & Signaling with these activities:

Review 4G LTE Architecture

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Reviewing 4G LTE architecture provides a solid foundation for understanding the advancements and changes introduced in 5G.

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Review key components of the 4G LTE network architecture.
Compare and contrast 4G and 5G architectures.

Review: HTTP/2: The Definitive Guide

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Understanding HTTP/2 is crucial for comprehending the SBI in 5G. This book provides a comprehensive guide to the protocol.

View Putting Knowledge to Work on Amazon

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Read the chapters related to HTTP/2 framing, multiplexing, and header compression.
Relate the HTTP/2 concepts to the SBI implementation in 5G.

Review: 5G NR: The Next Generation Wireless Access Technology

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Reading this book will provide a deeper understanding of the 5G NR technology that underpins the service-based architecture.

View 5G NR on Amazon

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Read the chapters related to 5G NR architecture and protocols.
Take notes on key concepts and compare them to the course material.

Four other activities

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Analyze 5G Protocol Messages

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Practicing the analysis of 5G protocol messages helps in understanding the signaling procedures and interactions between network functions.

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Capture 5G protocol messages using a network analyzer.
Decode the messages and identify the key parameters.
Trace the call flow based on the message sequence.

Create a Presentation on 5G Security Aspects

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Creating a presentation on 5G security reinforces understanding of the security mechanisms within the service-based architecture.

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Research the security features of 5G SBA.
Prepare slides covering authentication, authorization, and encryption.
Present the material to peers or colleagues.

Simulate a 5G Service Based Architecture

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Starting a simulation project allows you to apply the concepts learned in the course and gain hands-on experience with 5G SBA.

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Choose a 5G network simulator (e.g., ns-3, OMNeT++).
Model the key network functions (AMF, SMF, UPF, etc.).
Simulate a simple call flow and analyze the signaling messages.

Document a 5G End-to-End Call Flow

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Creating a detailed document of a 5G end-to-end call flow helps solidify understanding of the interactions between different network functions.

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Choose a specific 5G call flow scenario (e.g., registration, data session establishment).
Trace the signaling messages exchanged between network functions.
Create a sequence diagram illustrating the call flow.
Write a detailed description of each step in the call flow.

Career center

Learners who complete 5G Lab for Service Based Architecture & Signaling will develop knowledge and skills that may be useful to these careers:

5G Network Architect

A 5G Network Architect designs and plans the infrastructure for 5G networks. This course helps you to understand the service based architecture of 5G. Through the course, you explore key network functions such as AMF, SMF, and UPF, and gain insights into service based interfaces and protocols. You'll deepen your understanding of 5G's architecture framework, protocols, and key enabler features such as network slicing. The hands on lab demonstrations and focus on end to end traces helps you develop the practical insights necessary for effective network design. This detailed practical knowledge is essential for a 5G Network Architect.

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Core Network Engineer

A Core Network Engineer is in charge of maintaining and optimizing the core network infrastructure. This course will be useful to understand the 5G core architecture, including service based architecture and signaling. You'll study key network functions like AMF, SMF, and UPF, and how they interact within the 5G core network. The course's hands on approach to understanding end to end traces and protocols will be useful for troubleshooting and optimizing core network performance. This is essential knowledge for any Core Network Engineer working with 5G technology.

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Telecommunications Specialist

A Telecommunications Specialist focuses on the implementation, maintenance, and support of telecommunications systems. The course provides a detailed overview of 5G architecture and protocols, which are essential for success in this role. Through the course, you can gain hands on knowledge of service based architecture and signaling within 5G networks, including the functions of AMF, SMF, and UPF. You'll also explore service based interfaces and HTTP/2 protocols, offering practical insights that enhance your understanding of modern telecommunications technologies. This course offers a strong practical approach, invaluable for a Telecommunications Specialist.

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Network Engineer

As a Network Engineer, you will design, implement, and manage network infrastructure, ensuring reliable and efficient communication systems. This course helps you build a solid foundation in 5G technology, especially its service based architecture. You will deepen your understanding of 5G protocols, network functions such as AMF, SMF, and UPF, and service based interfaces. This course is valuable since it emphasizes a hands on lab approach, allowing you to capture and understand end to end traces, which is crucial for effective network management and troubleshooting as a Network Engineer.

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Internet of Things Solutions Architect

An Internet of Things Solutions Architect designs and implements IoT solutions that leverage network connectivity. This course will be useful to understand 5G network slicing which is important for IoT. This course will be useful to understand 5G's service based architecture, 5G protocols, and network functions. You'll also study release 16 and release 17 advancements, which expand the capabilities of IoT solutions. You will deepen your understanding of 5G’s capabilities, allowing you to design more efficient and effective IoT solutions.

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Network Operations Center Technician

A Network Operations Center Technician monitors and maintains network infrastructure, responding to incidents and ensuring optimal performance. This course helps you understand 5G network architecture and protocols. Through the course, you will explore service based architecture, key network functions, and end to end call flows within 5G networks. You'll gain hands on experience through lab demonstrations, learning to capture and analyze network traces, which is invaluable for effective network monitoring and troubleshooting. The technician can also work as a bridge in the NOC, for 5G issues.

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Mobile Network Engineer

A Mobile Network Engineer deals with the design, implementation, and optimization of mobile networks. This course will be useful for you to understand the architecture and protocols of 5G networks, which makes your career transition smoother. You will have the opportunity to learn about service based architecture, 5G protocols, and key network functions such as AMF and SMF. It will be useful to understand network slicing and massive MIMO which are important for mobile network optimization. This course emphasizes a practical lab based approach, helping you build a strong foundation for mobile network engineering.

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Technical Trainer

A Technical Trainer develops and delivers training programs on technical topics. This course provides a solid understanding of 5G service based architecture and signaling. You will explore 5G protocols, network functions, and service based interfaces, which are crucial for creating comprehensive training materials. The hands on lab demonstrations and focus on end to end traces will be useful for developing practical exercises and examples for training sessions. This course's emphasis on both theoretical and practical aspects of 5G technology will be useful.

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Base Station Engineer

A Base Station Engineer is responsible for the installation, maintenance, and troubleshooting of base stations in cellular networks. This course helps you understand 5G network architecture and protocols. Through the course, you'll explore the intricacies of 5G's service based architecture, key network functions, and service based interfaces, which are essential for effective base station management. This course’ emphasis on practical lab demonstrations could be useful for you to enhance your skills in troubleshooting and optimizing base station performance. The course will be useful as you work on base stations in 5G networks.

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Systems Integration Engineer

A Systems Integration Engineer integrates different components of a system to work together. This course may be useful to understand 5G's service based architecture and how different network functions interact. You will explore 5G protocols and service based interfaces, along with key network functions like AMF, SMF, and UPF. You'll also study release 16 and release 17 to stay current with the latest advancements in 5G technology. The lab demonstrations and end to end trace analysis help you gain the practical skills needed for effective systems integration, providing a valuable foundation for a Systems Integration Engineer.

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Wireless Communications Engineer

The role of a Wireless Communications Engineer involves designing and implementing wireless communication systems. This course may be useful for you to understand 5G architecture, protocols, and service based interface concepts. You will explore the intricacies of 5G network functions like AMF, SMF, and UPF through practical lab demonstrations. The course's focus on end to end traces and lab configurations helps you gain the hands on skills necessary for effective wireless communication system design and troubleshooting. Learning about new features in 5G technology like NEF and NRF may be useful for a Wireless Communications Engineer.

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Radio Frequency Engineer

A Radio Frequency Engineer designs and optimizes radio frequency systems, a core aspect of 5G technology. The course may be useful to understand 5G protocols and network architecture. You'll also examine essential elements like massive MIMO and mmWave, which are vital for optimizing radio frequency performance in 5G networks. Learning about the various network functions of 5GS and analyzing end to end call flows may be useful for a Radio Frequency Engineer working with 5G technologies.

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Network Solutions Architect

A Network Solutions Architect designs and implements comprehensive network systems. The course may be useful for understanding 5G network architecture and its service based interface. You will explore key components like AMF, SMF, and UPF, as well as concepts like network slicing and massive MIMO. Through lab demonstrations, you can gain practical insights for designing effective network solutions. You’ll also be exposed to new features like NEF and NRF and analyze end to end traces.

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Network Security Engineer

A Network Security Engineer secures network systems and infrastructure. The course may be useful for understanding 5G network architecture and protocols. You'll explore new features in 5G such as NEF which is important for security. Additionally, the course's coverage of 5G protocols and service based interfaces will be useful for implementing effective security measures. Knowledge of network functions like AMF and AUSF can help analyze vulnerabilities and protect network functions. This course can aid a Network Security Engineer in designing and implementing security solutions.

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Cloud Infrastructure Engineer

As a Cloud Infrastructure Engineer, you're responsible for building and managing cloud based network infrastructure. The course may be useful for understanding how 5G architecture integrates with cloud technologies. You will explore 5G service based architecture, protocols, and network functions. Learning about service based interfaces and HTTP/2 can also help you design and implement more efficient cloud based network solutions. This foundational knowledge helps you design and manage robust cloud infrastructures that support advanced network services.

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5G Lab for Service Based Architecture & Signaling

What's inside

Learning objectives

Syllabus

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Reviews summary

Deep dive into 5g sba and signaling

Activities

Career center

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