This document presents a detailed test report from UL Solutions, focusing on frequency stability, duty cycle, shutdown time, and non-occupancy measurements. The report includes comprehensive data and graphical representations to support the findings. The tests were conducted to ensure compliance with regulatory standards, particularly concerning NII-4 devices.
The report covers various test modes, including 11A, 11N20SISO, 11N40SISO, and 11AC80SISO, with specific attention to frequency bands and channel configurations. Frequency stability tests were performed under varying voltage and temperature conditions, providing insights into the device's performance under different operational scenarios. Duty cycle measurements were conducted to determine the on-time characteristics of the device, and shutdown time tests were carried out to assess the device's ability to quickly cease transmission upon detection of a radar signal. Finally, non-occupancy tests were performed to verify that the device does not re-initiate transmission within a specified period after radar detection.
The results presented in this report are crucial for demonstrating the device's adherence to regulatory requirements and its suitability for deployment in various environments.
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This document presents a detailed test report from UL Solutions, focusing on frequency stability, duty cycle, shutdown time, and non-occupancy measurements. The report includes comprehensive data and graphical representations to support the findings. The tests were conducted to ensure compliance with regulatory standards, particularly concerning NII-4 devices.
The report covers various test modes, including 11A, 11N20SISO, 11N40SISO, and 11AC80SISO, with specific attention to frequency bands and channel configurations. Frequency stability tests were performed under varying voltage and temperature conditions, providing insights into the device's performance under different operational scenarios. Duty cycle measurements were conducted to determine the on-time characteristics of the device, and shutdown time tests were carried out to assess the device's ability to quickly cease transmission upon detection of a radar signal. Finally, non-occupancy tests were performed to verify that the device does not re-initiate transmission within a specified period after radar detection.
The results presented in this report are crucial for demonstrating the device's adherence to regulatory requirements and its suitability for deployment in various environments.
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