5G for Everyone
4.5 /5- Offered byCoursera
5G for Everyone at Coursera Overview
Duration | 14 hours |
Start from | Start Now |
Total fee | Free |
Mode of learning | Online |
Difficulty level | Beginner |
Official Website | Explore Free Course  |
Credential | Certificate |
5G for Everyone at Coursera Highlights
- Earn a Certificate upon completion from Coursera
- Get flexible deadlines in accordance to student's schedule
5G for Everyone at Coursera Course details
- Learn how 5G is revolutionizing the business world and begin to understand how 5G can benefit student's business by helping them meet their ever-evolving needs
- Understand what 5G technology is, the endless possibilities it offers, and how you can leverage it to enhance business strategy
- Receive 5G training from engineers at Qualcomm Technologies- a world leader in 5G tech and wireless communication
5G for Everyone at Coursera Curriculum
Wireless and Cellular Communications Overview
Welcome to '5G for Everyone'
Meet Your Instructor
Wireless Communication Basics
Radio Signal Properties, Carrier Waves and Modulation
What Happens During a Phone Conversation: Wireless Transmission and Reception
Noise and Interference
Radio Spectrum
Radio Channel and Bandwidth
Sharing the Radio Channel
Two Ways of Sharing the Spectrum: FDD & TDD
Factors Affecting Data Rate
The Cellular Concept
What Is A Cellular Network?
Key Takeaways
Q&A (1/3)
Q&A (2/3)
Q&A (3/3)
Acronyms List
Supplemental Reading
Quiz: Module 1
What is 5G and Why Do We Need It?
Evolution of Wireless Technologies
Why Do We Need Something Beyond 4G?
5G NR: New Levels of Capability and Efficiency
5G NR Service Classes Overview
Enhanced Mobile Broadband (eMBB)
Massive Machine-Type Communications (m-MTC)
Ultra Reliable Low Latency Communications (URLLC)
Key Takeaways
Q&A (1/2)
Q&A (2/2)
Supplemental Reading
Quiz: Module 2
5G Network and Features
5G Network Terminology & Concepts
Network Architecture Options for 5G NR
5G Techniques Overview
Flexible Slot-Based Framework
Scalable OFDM-Based Air Interface
Advanced Channel Coding
Massive MIMO
Mobile mmWave (Millimeter Wave)
5G Network Principles & Features Overview
Network Slicing
SDN and NFV
Mobile Edge Computing (MEC)
Key Takeaways
Q&A (1/2)
Q&A (2/2)
Supplemental Reading
Quiz: Module 3
5G Spectrum and mmWave
The 5G NR Spectrum
Motivation & Challenges Behind mmWave Deployments
Advantages of mmWave (1/2)
Advantages of mmWave (2/2)
mmWave Deployment Opportunities Overview
mmWave for Urban & Suburban Deployments
mmWave for Rural Deployments
mmWave for Fixed Wireless Access
Indoor & Venue Deployments of mmWave
Real-life mmWave Case Studies
Key Takeaways
Q&A (1/3)
Q&A (2/3)
Q&A (3/3)
Supplemental Reading
Quiz: Module 4
Massive MIMO
Massive MIMO Definition & M-MIMO Antenna Arrays
What Is Beamforming?
Benefits of Beamforming
Beamsweeping for Coverage
Benefits of M-MIMO Summary
Real-life M-MIMO Case Studies
Key Takeaways
Q&A (1/2)
Q&A (2/2)
Supplemental Reading
Quiz: Module 5
5G Radio Access Network (RAN)
Evolution of the Radio Access Network (RAN)
Motivation for RAN Virtualization
RAN Functional Split
Traditional RAN vs. Virtualized RAN (vRAN)
Key Takeaways
Q&A
Supplemental Reading
Quiz: Module 6
5G Private Networks and Industrial IoT
What Are Private Networks?
Benefits of Private Networks
Industrial IoT (I-IoT) and 5G
Private Networks for I-IoT
Industrial IoT vs Massive IoT
Private Networks Deployment Considerations
Spectrum Options for Private Networks & I-IoT
Key Takeaways
Q&A (1/2)
Q&A (2/2)
Supplemental Reading
Quiz: Module 7
5G Security
Overview of Security in 5G
Enhanced System-Level Design
Expanded Protection and Increased Flexibility
Protecting User Privacy
Key Takeaways
Q&A
Additional 5G Training with Qualcomm Technologies
Your Guide to Future 5G Training Opportunities
Supplemental Reading
Quiz: Module 8
5G for Everyone at Coursera Admission Process
Important Dates
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