I will provide a detailed explanation of SAR and power density measurements.
In recent years, the sale of 5G-equipped smartphones, the launch of local 5G services, and the planned sequential rollout of commercial services by major carriers since March 2020 have led to the full-scale implementation of 5G, the next-generation communication standard. 5G is characterized by ultra-high speed, ultra-low latency, and a large number of simultaneous connections, making it essential for promoting IoT applications such as autonomous driving in vehicles, smart factories, and the activation of the entertainment sector. There are high expectations for expansion and innovation not only in traditional communication fields but also in new areas and services. On the other hand, concerns about the impact of 5G on human health are also rising, and human exposure tests to determine whether electromagnetic waves emitted by communication devices such as smartphones, laptops, and GPS trackers have adverse effects on the human body are becoming increasingly important. In Japan and around the world, there is a growing demand for human exposure testing for portable wireless devices, and human exposure tests for 5G will be an unavoidable requirement for the future spread of 5G. In this seminar, we will explain not only SAR but also power density measurements necessary for 5G millimeter-wave compliance, and further introduce the testing services we offer.
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Target Audience: - Those currently planning and developing 5G-enabled products - Those considering the planning, development, manufacturing, and sales of products or services incorporating 5G - Those who wish to deepen their understanding of human exposure assessment Content: 1. Overview and trends of 5G 2. What is human exposure? 3. Overview of SAR (Specific Absorption Rate) 4. Exposure assessment for 5G (explained with videos of the testing process) 5. Regulations in various countries 6. Testing services provided by UL
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**Overview of UL** UL addresses challenges in safety, security, and sustainability through the application of science, contributing to the creation of a better world. By enabling the safe introduction of advanced products and technologies, UL enhances trust. The staff at UL share a passion for making the world a safer place. From third-party research to standards development, testing, certification, and the provision of analysis/digital solutions, UL aims to build a healthier global society through its operations. The trust in UL supports smart decisions made by businesses, manufacturers, government authorities, regulatory agencies, and individuals. For more details, please refer to the website (UL.com). **Overview of UL Japan, Inc.** UL Japan, Inc. was established in 2003 as the Japanese subsidiary of UL, a global third-party safety science organization. Currently, leveraging UL's global network, it provides conformity assessment services for certification marks required for products in the North American UL mark, as well as safety and EMC certification PSE and S marks based on Japan's Electrical Appliance and Material Safety Law, and certification marks needed for the European and Chinese markets.