This document presents the Radio Frequency (RF) test data for the FIREFLY CAMERAS Q8 device, specifically focusing on its Bluetooth Low Energy (BT LE) capabilities. The tests were conducted under controlled environmental conditions, with a temperature of 24.3°C and relative humidity of 53.4%. The atmospheric pressure was maintained at 100.0 kPa. The testing was performed by Paddi Chen and supervised by Nick Peng.
The report includes detailed measurements of various parameters, including -6dB Bandwidth, Maximum Peak Conducted Output Power, Maximum Power Spectral Density Level, Band Edge compliance, and Conducted RF Spurious Emission. Duty Cycle measurements are also included. These tests were performed to ensure the device meets the necessary regulatory requirements and operates within specified limits.
The results presented in this report are crucial for verifying the performance and compliance of the FIREFLY CAMERAS Q8 device with relevant standards. The data provides insights into the device's transmission characteristics and its ability to operate effectively in the 2.4 GHz ISM band.
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[description] => This report details the conducted measurement results for the FIREFLY CAMERAS Q8 device, focusing on its Bluetooth Low Energy (BT LE) performance.
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This document presents the Radio Frequency (RF) test data for the FIREFLY CAMERAS Q8 device, specifically focusing on its Bluetooth Low Energy (BT LE) capabilities. The tests were conducted under controlled environmental conditions, with a temperature of 24.3°C and relative humidity of 53.4%. The atmospheric pressure was maintained at 100.0 kPa. The testing was performed by Paddi Chen and supervised by Nick Peng.
The report includes detailed measurements of various parameters, including -6dB Bandwidth, Maximum Peak Conducted Output Power, Maximum Power Spectral Density Level, Band Edge compliance, and Conducted RF Spurious Emission. Duty Cycle measurements are also included. These tests were performed to ensure the device meets the necessary regulatory requirements and operates within specified limits.
The results presented in this report are crucial for verifying the performance and compliance of the FIREFLY CAMERAS Q8 device with relevant standards. The data provides insights into the device's transmission characteristics and its ability to operate effectively in the 2.4 GHz ISM band.
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