The wireless communication landscape is evolving rapidly, with 5G Advanced, 6G, and WiFi 6/7 pushing the boundaries of speed, capacity, and reliability. This evolution demands a new approach to design, where RF and digital domains converge seamlessly. Traditional RF-centric design methods struggle to address the complexities of these modern systems. This webinar will inform you of the knowledge and tools to overcome these challenges and accelerate your wireless development journey. 

We'll demonstrate how Simulink, with its intuitive block diagram environment, empowers RF engineers to model and simulate the entire wireless system, including RF components, antennas, DSP algorithms, and channel models. Discover how to optimize your designs, reduce development time, and stay ahead in the rapidly evolving world of wireless technology. 

 

What will you learn?

• The challenges of traditional RF-centric design approaches for modern wireless systems. 

• How to model and simulate wireless systems, including RF, RF impairments, antenna, and digital components. 

• How to integrate DSP algorithms, such as beamforming and equalization, into your RF designs. 

• Verification and validation of your wireless system designs using simulation and rapid prototyping. 

  

Highlights

• Practical Examples: See examples of how real-world wireless system design challenges are addressed.

• Seamless Integration: Integration with other RF or Electromagnetic design tools for a streamlined workflow.

• Industry Applications: Explore examples of MATLAB and Simulink used for wireless development across various sectors. 

 

Who should attend?

• RF engineers 

• Wireless communication system designers 

• System architects 

• Engineering managers 

• Researchers and academics 

 

Wireless On-Demand Webinars with IEEE 

📡 From 5G to 6G Webinar – Register Here
📶 5G NTN Webinar—Register Here
📡 5G/6G mmWave Webinar – Register Here

 

Resources

• [White paper] Model RF Power Amplifiers and Increase Transmitter Lineearity with DPD Using MATLAB
• [White paper] Explore High-Beamforming Architectures for 5G Systems
• [Technical Article] Early Verification of Digital Analog Designs Using System Level Cosimulation