This document presents a comprehensive test report detailing the Maximum Power Spectral Density (MPSD) measurements conducted on the AT2403 device. The tests were performed at the Shonan EMC Lab of UL Japan, Inc., adhering to FCC regulations and standards. The report includes detailed data and analysis for various operational modes, including 11ax-40(OFDMA), 11ax-80(OFDMA), 11ax-80(OFDM), 11ac-80, 11a, 11n-20, and 11ac-20, ensuring compliance across different configurations.
The testing methodology involved measuring the power spectral density under various conditions, including different RU indices and antenna configurations. The results are presented in both conducted and e.i.r.p. formats, with detailed tables showing the frequency, antenna, result, limit, and margin for each test case. The report also includes spectrum analyzer plots illustrating the power spectral density for different modes and channels. The tests were conducted in a controlled environment with specific temperature and humidity conditions, ensuring the reliability and accuracy of the measurements. The data confirms that the AT2403 device meets the stringent requirements for maximum power spectral density, ensuring its safe and compliant operation.
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This document presents a comprehensive test report detailing the Maximum Power Spectral Density (MPSD) measurements conducted on the AT2403 device. The tests were performed at the Shonan EMC Lab of UL Japan, Inc., adhering to FCC regulations and standards. The report includes detailed data and analysis for various operational modes, including 11ax-40(OFDMA), 11ax-80(OFDMA), 11ax-80(OFDM), 11ac-80, 11a, 11n-20, and 11ac-20, ensuring compliance across different configurations.
The testing methodology involved measuring the power spectral density under various conditions, including different RU indices and antenna configurations. The results are presented in both conducted and e.i.r.p. formats, with detailed tables showing the frequency, antenna, result, limit, and margin for each test case. The report also includes spectrum analyzer plots illustrating the power spectral density for different modes and channels. The tests were conducted in a controlled environment with specific temperature and humidity conditions, ensuring the reliability and accuracy of the measurements. The data confirms that the AT2403 device meets the stringent requirements for maximum power spectral density, ensuring its safe and compliant operation.
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