BANGCE Appendix Report: BLE Certification Testing Results

Appendix BLE

This document presents the appendix report for Bluetooth Low Energy (BLE) certification testing conducted by BANGCE. The report, identified by number CISRR250107024, details the results of various tests performed on BLE 1M and BLE 2M modes across different channels. Key performance metrics evaluated include duty cycle, power spectral density, conducted output power, and bandwidth characteristics.

The duty cycle analysis provides insights into the transmission timing of the BLE signals. Power spectral density measurements assess the signal strength distribution across the frequency spectrum. Conducted output power tests determine the maximum power emitted by the device. Bandwidth measurements, including 99% bandwidth and 6dB bandwidth, characterize the spectral occupancy of the BLE signals.

The report includes detailed test results presented in both tabular and graphical formats, allowing for a comprehensive understanding of the BLE device's performance. All tests were supervised by Rory Huang and conducted by Mark Fu. The results demonstrate compliance with relevant certification standards.


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tags: ["CISRR250107024", "BLE 1M", "BLE 2M"]
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This document presents the appendix report for Bluetooth Low Energy (BLE) certification testing conducted by BANGCE. The report, identified by number CISRR250107024, details the results of various tests performed on BLE 1M and BLE 2M modes across different channels. Key performance metrics evaluated include duty cycle, power spectral density, conducted output power, and bandwidth characteristics.

The duty cycle analysis provides insights into the transmission timing of the BLE signals. Power spectral density measurements assess the signal strength distribution across the frequency spectrum. Conducted output power tests determine the maximum power emitted by the device. Bandwidth measurements, including 99% bandwidth and 6dB bandwidth, characterize the spectral occupancy of the BLE signals.

The report includes detailed test results presented in both tabular and graphical formats, allowing for a comprehensive understanding of the BLE device's performance. All tests were supervised by Rory Huang and conducted by Mark Fu. The results demonstrate compliance with relevant certification standards.

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