This document presents a detailed test report on the 5.3G WIFI performance, focusing on spurious emissions and band edge compliance. The tests were conducted by NTEK, an accredited testing facility, and cover various modes including NVNT ac20, ac40, ac80, n20, and n40. The report includes spectrum plots and data tables illustrating the conducted power, duty cycle, occupied bandwidth, and power spectral density levels across different frequencies.
The tests were performed on a single antenna (Ant1) and cover a frequency range from 30 MHz to 40 GHz. The report provides a comprehensive overview of the 5.3G WIFI performance, ensuring compliance with regulatory limits. The document includes detailed spectrum plots for spurious emissions, showcasing the signal strength at various frequencies. Band edge measurements are also presented, verifying that the signal power remains within the specified limits at the edge of the allocated frequency bands.
The report also includes duty cycle measurements, which are essential for calculating the total power spectral density. The results indicate that the 5.3G WIFI device meets the required standards for spurious emissions, band edge, and power spectral density, ensuring reliable and compliant operation.
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This document presents a detailed test report on the 5.3G WIFI performance, focusing on spurious emissions and band edge compliance. The tests were conducted by NTEK, an accredited testing facility, and cover various modes including NVNT ac20, ac40, ac80, n20, and n40. The report includes spectrum plots and data tables illustrating the conducted power, duty cycle, occupied bandwidth, and power spectral density levels across different frequencies.
The tests were performed on a single antenna (Ant1) and cover a frequency range from 30 MHz to 40 GHz. The report provides a comprehensive overview of the 5.3G WIFI performance, ensuring compliance with regulatory limits. The document includes detailed spectrum plots for spurious emissions, showcasing the signal strength at various frequencies. Band edge measurements are also presented, verifying that the signal power remains within the specified limits at the edge of the allocated frequency bands.
The report also includes duty cycle measurements, which are essential for calculating the total power spectral density. The results indicate that the 5.3G WIFI device meets the required standards for spurious emissions, band edge, and power spectral density, ensuring reliable and compliant operation.
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