IEEE 1528.7-2020

IEEE 1528.7-2020 is a technical guide focused on EMF exposure assessment for Internet of Things (IoT) technologies and devices. It addresses how electromagnetic field exposure may be evaluated for connected components, circuits, and systems, making it relevant to designs that combine wireless communication, processing hardware, and power functions. By defining a clearer assessment framework, IEEE 1528.7-2020 helps support consistent engineering decisions, safer product development, and more reliable compliance work for IoT-related equipment.

What is IEEE 1528.7-2020?

This standard provides guidance for assessing electromagnetic field exposure associated with IoT technologies and devices. In practice, IEEE 1528.7-2020 sits at the intersection of fields, waves, electromagnetics, and electronic system design, helping engineers consider exposure-related factors during development and evaluation. It is intended as a guide rather than a product specification, so its value lies in supporting a structured and technically defensible approach to exposure assessment across connected devices, subsystems, and related hardware configurations.

Where is IEEE 1528.7-2020 used?

IEEE 1528.7-2020 is typically used in the design, assessment, and verification of IoT devices that may include wireless radios, embedded processors, sensors, and power-managed electronics. It is relevant in engineering workflows where exposure checks are needed for connected consumer devices, industrial IoT equipment, and networked systems that operate near users or within constrained environments. The guide may also support laboratory testing, pre-compliance review, and documentation for products that combine communications and electronic control functions.

Why is IEEE 1528.7-2020 important?

The guide is important because EMF exposure assessment can affect safety review, product approval planning, and design validation for IoT equipment. IEEE 1528.7-2020 helps teams apply a more consistent method when evaluating devices that may emit electromagnetic energy during normal operation. That consistency can reduce uncertainty in testing, improve technical documentation, and support better risk management across development and procurement decisions. For manufacturers and evaluators, it provides a practical reference point for exposure-related engineering work.

• EMF exposure assessment guidance
• IoT device and technology focus
• Wireless and embedded system context
• Support for testing and documentation
• Applicable to engineering review and compliance