Lesson 1 - Introduction on IEEE 802.11be or Wi-Fi 7

Introduces the IEEE 802.11be standard, also known as Wi-Fi 7. The lesson discusses the key features of Wi-Fi 7, such as its support for higher data rates, lower latency, and better multi-user performance. The lesson also discusses the benefits of using Keysight's PathWave software to analyze, measure, and generate Wi-Fi 7 signals.

Lesson 2 - What is IEEE 802.11be and Why Should You Care?

Examine what IEEE 802.11be is and why you should care about it. The lesson begins by providing an overview of the Wi-Fi standard and its history. The lesson then discusses the key features of IEEE 802.11be, such as its support for higher data rates, lower latency, and better multi-user performance. The lesson also discusses the benefits of using IEEE 802.11be in a variety of applications, such as gaming, streaming, and virtual reality.

Lesson 3 - How Will Wi-Fi 7 Affect You in the Future?

Study how the IEEE 802.11be standard, also known as Wi-Fi 7, will affect you in the future. The lesson covers the key features of Wi-Fi 7 that will impact users, such as its support for higher data rates, lower latency, and better multi-user performance. The lesson also discusses how you can prepare for the arrival of Wi-Fi 7, such as by upgrading your hardware and software.

Lesson 4 - Demo: Demodulation and Error Vector Magnitude (EVM) Analysis

Understand how to use Keysight's PathWave software to perform demodulation and Error Vector Magnitude (EVM) analysis on Wi-Fi 7 signals. Demodulation is the process of converting a modulated signal back to its original form, and EVM is a measure of the quality of the demodulation process.

Lesson 5 - How to Take Advantage of PathWave 89600 VSA Software

Learn you how to use Keysight's PathWave 89600 VSA software to analyze, measure, and generate Wi-Fi 7 signals. The lesson covers the basics of using the software, such as how to set up a measurement, how to view the results, and how to save the results. The lesson also covers some of the advanced features of the software, such as how to use the software to generate Wi-Fi 7 signals.

Lesson 6 - Get in Depth Analysis and Measurements for Wi-Fi 7

Examine how to use Keysight's PathWave X-Series Measurement Application software to perform in-depth analysis and measurements of Wi-Fi 7 signals. The lesson covers the different features of the software, such as its ability to analyze signal waveforms, calculate error vector magnitude (EVM), and measure channel capacity. The lesson also discusses how to use the software to generate Wi-Fi 7 signals for testing and validation purposes.

Lesson 7 - How to Generate 802.11be Signals for Better Testing

Review how to generate 802.11be signals using Keysight's PathWave software. The lesson covers the different types of signals that can be generated, as well as the different parameters that can be controlled. The lesson also discusses how to use the PathWave software to analyze and measure the generated signals.

Lesson 8 - Introduction to Automation for Hardware Testing

Explore how to use Keysight's PathWave VSA software to analyze the modulation of Wi-Fi 7 signals. The lesson covers the different modulation schemes that are supported by Wi-Fi 7, such as OFDM, 16QAM, and 4096QAM. The lesson also discusses how to use the PathWave VSA software to measure the performance of Wi-Fi 7 signals, such as the data rate, the signal-to-noise ratio, and the bit error rate.

Lesson 9 - Demo: Begin Automating in Minutes With Zero Experience in Automation

Demonstrates how to use Keysight's PathWave RPA software to automate the testing of Wi-Fi 7 devices and networks. The lesson covers the different types of tasks that can be automated, such as generating signals, measuring performance, and analyzing results. The lesson also discusses how to use the PathWave RPA software to create scripts that can be executed automatically.

Lesson 10 - How to Setup a Single Hardware Connection for Automation

Demonstrates how to set up a single hardware connection for automation using Keysight's PathWave RPA software. The lesson covers the different steps involved in setting up the connection, such as configuring the hardware, installing the software, and creating a script. The lesson also discusses some of the benefits of using a single hardware connection for automation.

Lesson 11 - Automate Multiple Hardware Connections With no Complexity

Learn how to use Keysight's PathWave Instrument RPA software to automate the connection of multiple test equipment. The lesson covers the different types of connections that can be automated, such as connecting to a spectrum analyzer, a signal generator, and a power meter. The lesson also discusses how to use the PathWave Instrument RPA software to create scripts that can be executed automatically.