5GWLAN Band 2C Test Data: Emission & Channel Bandwidth Results

Appendix F test data 5GWLAN band 2C part 1

This document presents detailed test results for a device operating in the 5GWLAN Band 2C, compliant with FCC Part 15E regulations. The tests performed include emission bandwidth measurements, occupied channel bandwidth analysis, maximum conducted output power determination, and maximum power spectral density assessment. The device was tested across various operating modes, including 11A, 11N20SISO, 11N40SISO, 11AC20SISO, 11AC40SISO, and 11AC80SISO, using a single antenna (Ant1) for each mode.

The emission bandwidth measurements provide insights into the 26dB EBW, FL, and FH values for each mode and frequency. Occupied channel bandwidth analysis details the OCB, FL, and FH values, offering a comprehensive understanding of the signal's spectral occupancy. Maximum conducted output power tests reveal the channel power, duty cycle, DC factor, and resulting power levels, ensuring compliance with power limits. Finally, maximum power spectral density tests assess the power spectral density across different frequencies, ensuring adherence to spectral density limits.

All test results are presented in tabular format, accompanied by spectrum analyzer plots for visual representation and verification. The document includes detailed test setups, environmental conditions, and equipment configurations used during the testing process. The test engineer, Evan Ouyang, oversaw the testing, which was conducted on March 27, 2025.


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tags: ["GTS20250313007-2-04", "2AYD5-124M01", "5GWLAN", "Band 2C", "Part 15E", "11A", "11N20SISO", "11N40SISO", "11AC20SISO", "11AC40SISO", "11AC80SISO"]
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This document presents detailed test results for a device operating in the 5GWLAN Band 2C, compliant with FCC Part 15E regulations. The tests performed include emission bandwidth measurements, occupied channel bandwidth analysis, maximum conducted output power determination, and maximum power spectral density assessment. The device was tested across various operating modes, including 11A, 11N20SISO, 11N40SISO, 11AC20SISO, 11AC40SISO, and 11AC80SISO, using a single antenna (Ant1) for each mode.

The emission bandwidth measurements provide insights into the 26dB EBW, FL, and FH values for each mode and frequency. Occupied channel bandwidth analysis details the OCB, FL, and FH values, offering a comprehensive understanding of the signal's spectral occupancy. Maximum conducted output power tests reveal the channel power, duty cycle, DC factor, and resulting power levels, ensuring compliance with power limits. Finally, maximum power spectral density tests assess the power spectral density across different frequencies, ensuring adherence to spectral density limits.

All test results are presented in tabular format, accompanied by spectrum analyzer plots for visual representation and verification. The document includes detailed test setups, environmental conditions, and equipment configurations used during the testing process. The test engineer, Evan Ouyang, oversaw the testing, which was conducted on March 27, 2025.

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