Lesson 1 - Introduction - 5G Instrument Calibration

Introduces the importance of accurate measurements in 5G and discusses the challenges that arise in ensuring accuracy. 5G is a new and complex technology, and the higher frequencies and wider bandwidths used in 5G can make it more difficult to make accurate measurements.

Lesson 2 - Key Drivers in 5G Wireless Ecosystem

Discusses the key drivers that are shaping the 5G wireless ecosystem and the implications for measurement accuracy. These drivers include the increasing demand for data, the growth of the Internet of Things, and the need for more reliable and secure wireless networks.

Lesson 3 - What Does “Calibration” Mean to You?

Defines calibration and discusses the different types of calibration that are used in 5G measurements. Calibration is the process of ensuring that a measurement instrument is accurate. There are two main types of calibration: factory calibration and field calibration.

Lesson 4 - Corrections Versus Calibration

The difference between corrections and calibration and how they are used to improve measurement accuracy. Corrections are adjustments that are made to the output of a measurement instrument to compensate for known errors. Calibration is the process of determining the overall accuracy of a measurement instrument and making adjustments as needed.

Lesson 5 - Measurement Uncertainty and Risk

Measurement uncertainty and how it can be used to quantify the risk of making incorrect decisions based on measurements. Measurement uncertainty is a measure of the error that can be expected in a measurement. It is important to consider measurement uncertainty when making decisions based on measurements, in order to avoid making incorrect decisions.

Lesson 6 - Important 5G Measurements

The most important 5G measurements and the challenges that arise in making accurate measurements of these parameters. These measurements include signal strength, noise, and interference.

Lesson 7 - Integrity of Calibration and Instruments

The importance of ensuring the integrity of calibration and instruments used for 5G measurements. The integrity of calibration and instruments can be compromised by a number of factors, such as environmental conditions, improper use, and aging. It is important to take steps to protect the integrity of calibration and instruments, in order to ensure the accuracy of 5G measurements.

Lesson 8 - Conclusion - 5G Instrument Calibration

Summarizes the key concepts covered in the course and provides some additional resources for further study. The course covers a wide range of topics related to ensuring the accuracy of 5G measurements. It is a valuable resource for anyone who is involved in the development or testing of 5G products or services.