The advent of 5G technology has led to an increased demand for professionals skilled in harnessing its potential. As a result, a plethora of online courses have emerged that claim to offer the best training in this field. In this article, we have collated and analyzed various online courses on 5G technology to present a list of the top contenders. These courses have been selected based on factors such as the quality of their content, the experience and credibility of their instructors, and their affordability. Whether you are a student or a working professional looking to upskill, this list will help you make an informed decision about the best 5G course to suit your needs.
Here’s a look at the Best 5G Courses and Certifications Online and what they have to offer for you!
5G Rf Planning Online Course
- 5G Rf Planning Online Course
- 1. 5G: Technologies, Architecture And Protocols by Dr. Moazzam Tiwana (Udemy) (Our Best Pick)
- 2. 5G Masterclass: Architecture, NR RAN, Core and Call flows by Sathishkumar Jagadeesan (Udemy)
- 3. 5G: Architecture and Key principles by Sathishkumar Jagadeesan (Udemy)
- 4. Understanding 5G: The Next Evolution in Wireless by Brian Newman (Udemy)
- 5. 5G RF Planning by Honey Charnalia (Udemy)
- 6. 5G Core – Architectures, Concepts and Call Flows by Suryabh S (Udemy)
- 7. 5G Introduction for Telecom Professional by Mobilecomm Professional Inc. (Udemy)
- 8. 5G and Wireless Communication for Beginners by Cerulean Canvas (Udemy)
- 9. 5G Mobile Networks: Modern Wireless Communication by TELCOMA Global 70,000+ Students! (Udemy)
- 10. 5G End to End Essentials by Honey Charnalia (Udemy)
1. 5G: Technologies, Architecture And Protocols by Dr. Moazzam Tiwana (Udemy) (Our Best Pick)
The 5G: Technologies, Architecture and Protocols course covers a range of topics related to 5G mobile networks. It is designed to provide an extensive and up-to-date understanding of the key drivers, use cases, and services of 5G wireless development. The course explains the various technologies involved in 5G NR, such as Dual Connectivity, small Cells, CRAN, Flexible Numerology, and massive MIMO, and the 5G Radio Access Technology and Frame Structure. It also covers Network Virtualization and Slicing in 5G, the key elements/functions in the 5G Core Network, UE and Network Identifiers in 5G, Procedures in 5G, Handover in 5G, Xn and X2, 5G Service Based Architecture, 5G Air Interface Channels, Cell Acquisition, Data Scheduling, Paging, and more.
The 5G training is designed to explain complex concepts in an easy-to-understand manner, making it accessible to a wide range of audiences. It is aimed at telecom professionals and students, network professionals, students of wireless communications, people preparing for interviews in the field of 5G, and network engineers. The course is comprehensive, concise, and aimed at providing necessary functional knowledge in the shortest possible time. The course comes with a 100% money-back guarantee.
This course, titled 5G Masterclass: Architecture, NR RAN, Core and Call Flows, is instructed by Sathishkumar Jagadeesan, and aims to teach students the fundamental concepts, network functions, and mechanisms within the 5G System.
5G is the fifth generation of telecommunications, capable of revolutionizing the Information and Communications Technologies arena for the next decade. This course will cover the most innovative and complex aspects of 5G, such as the 5G RAN based on New Radio (NR) technology.
The first section of the course will focus on the key concepts and ideas of the 5G RAN, including the RAN Protocol Stack, Control Plane Protocol Stack, User Plane Protocol Stack, and Key RAN Procedures.
The second half of the course will introduce the principles associated with the 5G core network, including the Principles of Service Based Architecture, Key Network Functions in the 5G Core, and important call flows. The course will also cover key industry trends such as Cloud RAN and ORAN.
The course is designed to present complex concepts in a simple and concise manner, with handouts included for further reference. The instructor aims to provide an enriching learning experience for students in a timely manner.
The course consists of the following sections: The 5G System, 5G New Radio (NR) Radio Access Networks (RAN), Key RAN Procedures, Key Enabling Technologies – Core Networks, 5G Core Networks, 5G Call Flows, Network Slicing, Key Industry Trends, Closing Remarks, and Bonus Material.
The course has received positive reviews from students, with many praising the organization and quality of the course. Students are invited to join the journey of more than 8000 students who have already taken their 5G skillset to the next level with this course.
The course titled 5G: Architecture and Key Principles is taught by Sathishkumar Jagadeesan and aims to provide an understanding of the key concepts that make 5G a significant leap in the field of networking. The course is designed to be concise, well-illustrated, and valuable to students in the shortest possible time.
The course begins with a brief history of telecommunication networks and discusses the key capabilities of 5G, including its use cases, architecture, and features in both the Radio Access Network and Core Network. These topics will be covered in a manner that is easily understood by those new to the field of 5G.
This course is particularly useful for individuals preparing for interviews related to 5G or those who are new to telecom and want to learn about 5G. Upon completion of the course, students will be able to explain key technical concepts in simple terms, providing an added advantage in both work and exam settings.
The course is divided into four sections, including an overview of 5G, the 5G Radio Access Network, the 5G Core, and concluding remarks. By taking this course, students will gain valuable insight into the world of 5G and its potential impact on the future of networking.
This course is titled Understanding 5G: The Next Evolution in Wireless and is instructed by Brian Newman. The short description of the course is Profit, Promise, and Potential for the Next Industrial Revolution. The course aims to provide insight into the technology behind 5G and its potential impact on individuals and businesses.
The course instructor, Brian Newman, has over 30 years of experience in the telecommunications industry and has worked for three of the largest US communications service providers. In this course, Newman will share his expertise on the topic of 5G and provide a comprehensive overview of the technology.
The course will cover various topics such as the evolution of wireless networks, the fundamentals of 5G wireless networks, consumer and business use cases for 5G, private 5G use cases, leveraging AI, ML, and open-source, and development and collaboration.
The potential of 5G is vast and includes enabling technology for self-driving cars, autonomous drones, the Internet of Things, Virtual Reality and Augmented Reality, and more. The course will elaborate on how 5G can be leveraged to develop new products or services, improve the delivery of public services, and make money.
This course is suitable for individuals who wish to understand the technology behind 5G, including consumers, business owners or entrepreneurs, property owners or building managers, and citizens. The course will provide an introduction to 5G and its impact on individuals and businesses.
In conclusion, Understanding 5G: The Next Evolution in Wireless is a course that provides insight into the technology behind 5G and its potential impact on individuals and businesses. The course instructor has over 30 years of experience in the telecommunications industry and will provide a comprehensive overview of the technology. The course is suitable for individuals who wish to understand 5G and its potential impact.
The 5G RF Planning Course, led by instructor Honey Charnalia, aims to provide a better understanding of the complex process of 5G NR planning, which must work in conjunction with current 4G LTE and WiFi RATs. The course will cover five chapters, including an introduction to the 5G Air Interface, 5G Link Budget, Propagation Model Tuning, Concepts of 5G coverage simulations, and Initial Parameter Planning (PRACH Planning).
Chapter 1 will introduce students to the basics of the 5G Air Interface, while Chapter 2 will delve into 5G Link Budgets. In Chapter 3, students will learn about Propagation Model Tuning, followed by concepts of 5G coverage simulations in Chapter 4. Finally, Chapter 5 will cover Initial Parameter Planning (PRACH Planning) terms. By the end of the course, students will have gained a comprehensive understanding of the 5G RF planning process.
The 5G Core – Architectures, Concepts and Call Flows course is designed for network engineers seeking knowledge and understanding of 5G network architecture, concepts, and practical deployment considerations. The course covers 5G cloud-native technologies, enabling technologies, 5G Core concepts, and 4G-5G interworking scenarios. The course is suitable for all levels of expertise and includes diagrams and references to 3GPP documents.
The course includes an introduction to the motivation for 5G and a timeline of 5G development. It explores 5G deployment architectures, such as standalone (SA) and non-standalone (NSA), and enabling technologies, including cloud-native principles. The course also delves into the 5G Core architecture and its elements, such as the Access and Mobility Function (AMF), Session Management Function (SMF), and User Plane Function (UPF).
The course covers important identifiers in 5G Core, security aspects, and interworking between 4G and 5G networks. It also discusses Network Function (NF) services and call flows. The course is comprehensive and in-depth, making it the most extensive course on 5G Core networks available on Udemy.
The course instructor, Suryabh S, has curated the course by carefully analyzing and researching each topic and the current industry-trends to provide learners with all the necessary resources, tools, and pointers to successfully build and operate 5G networks. The course is designed to accommodate all levels of expertise, starting with basic concepts and building on them as the course progresses.
The course includes practical deployment considerations for 4G/5G co-existence scenarios, which will be relevant for the foreseeable future. The course also includes easy-to-follow diagrams in the slides, making it easier for learners to understand complex topics. 3GPP documents are also referenced where appropriate.
Course Title: 5G Introduction for Telecom Professional
Course Instructors: Mobilecomm Professional Inc.
Course Short Description: This course aims to provide in-depth knowledge of 5G technology to telecom professionals.
Course Long Description: The course is designed to cover 5G technology from basic to deep, followed by 5G air interface planning and designing. It starts with the basics and progresses towards certification E2E in 5G. Currently, the course covers the current requirements and applications of 5G. Later, the course content will be expanded to provide very detailed information.
Course Content and Sections:
– Global Market Overview
– 5G Requirements and Targets
Each section of the course will be broken down into further sub-sections to provide comprehensive learning material.
The 5G and Wireless Communication for Beginners course aims to provide a comprehensive guide on the technical concepts, business insights, and future prospects of 5G wireless mobile communication. This course is designed to cater to individuals with varying levels of knowledge and expertise, from beginners to professionals.
5G is the fifth generation of wireless mobile communication and is expected to be the biggest game-changer in wireless technology yet. It is the fastest wireless mobile internet ever and is expected to serve approximately ten times more devices than 4G, empowering millions of jobs. Additionally, 5G is an entry pass for many technologies, such as Internet of Things, industrial automation, self-driving vehicles, cloud services, and more.
The course provides an in-depth understanding of wireless communication, starting from the first generation of wireless telecom and taking key topics from every subsequent update. The course uses visually appealing graphics, animations, engaging narratives, and mini assignments to make learning fun and interactive. The course also includes business insights via stories and case studies and articles and stat-sheets to add value and longevity to the learning experience.
The course is designed to appeal to everyone, regardless of their background or level of expertise in wireless communication. It starts with easy and familiar beginnings and ends with deeper and interesting insights. The course is suitable for school students, industry professionals, and everyone in between. The course has received positive feedback from over 70,000 happy students.
The course content is divided into various sections, including an introduction to wireless communication, going digital with 2G, expanding mobile internet with 3G, higher-further-faster with 4G, opening up the future with 5G, and a 5G update for 2020. The course concludes with a final section.
Overall, the 5G and Wireless Communication for Beginners course is a comprehensive guide that teaches the fundamentals of wireless communication and provides insights into the future of wireless mobile communication.
TELCOMA Global offers a course entitled 5G Mobile Networks: Modern Wireless Communication with over 70,000 students enrolled. This course provides an extensive and updated overview of 5G technology based on the IEEE 802.11ac standard.
The course includes the latest research and techniques needed to achieve the 5G vision, which requires new technology. A bonus section on 5G Network Security is also included at the end.
After completing the course, learners will have learned about 5G technology and its components, including 5GPP & NGMN, 5G architecture and design objectives, ITU-R IMT-2020 vision for 5G, 5G spectrum requirements, 5G RAN & Dynamic CRAN, 5G NR Logical Architecture, 5G Mobile Edge computing & Fog computing, millimeter wave propagation, distributed massive MIMO principle, 5G Ultra dense networks, 5G CoMP, 5G Air interface, and 5G Protocol Stack.
This course is developed by industry experts and covers all relevant concepts in the telecom industry. It can help professionals build a solid career and get the best jobs in top organizations. Learners will receive a certification of completion that validates their skills.
The course is available at the best price, and the price may increase anytime. TELCOMA Global offers a Lifetime access and 30 Days 100% Money Back Guarantee for this course. If learners are not happy, they can ask for a refund, and all their money will be returned, no questions asked.
The course contains seven sections: 5G Introduction, 5G Architecture, Programmability and Softwarization, 5G Mobile Edge Computing & FOG Computing, 5G Radio Access Technologies, 5G Technology Enablers, and 5G Air Interface.
The 5G End to End Essentials Course, led by Honey Charnalia, provides an overview of 5G technology. The course delves into the key features of 5G technology and various technological aspects used in it. 5G is a new radio technology that offers massive connectivity and interoperability of devices, higher data rates, and sub 1 ms latency. Its motto is to connect any device that would benefit from being connected.
The course is organized into the following sections: 5G Technology, Course Introduction, Key Components of 5G, and Important Features to Compliment 5G. The course aims to introduce learners to the basics of 5G technology and equip them with the knowledge of its key components and features.