Bluetooth Low Energy Test Report for Smartwatch Device

Test Report BT LE part 2

This document presents a comprehensive test report detailing the evaluation of a smartwatch device's Bluetooth Low Energy (BLE) functionality. The report focuses on RF conducted emissions and radiated spurious emissions, ensuring compliance with the regulations outlined in 47 CFR Part 15C Section 15.247(d) and 15.209 & 15.205. Testing was performed according to ANSI C63.10 2013 standards.

The report includes detailed test setups, procedures, and results for band-edge compliance and spurious emissions. Both conducted and radiated measurements were performed, with data presented for various BLE modes (BLE_1M, BLE_2M) and channels (Low, High, Middle). The device was tested for emissions in the 9kHz to 25GHz range, and the worst-case scenarios were documented. Photographic evidence of the test setups and internal construction is also provided.

The results confirm that the smartwatch device meets the specified limits for RF conducted and radiated emissions, demonstrating its compliance with FCC regulations. This report serves as evidence of the device's adherence to industry standards and its suitability for use in the intended environment.


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tags: ["smartwatch", "Bluetooth Low Energy", "RF conducted emissions", "radiated spurious emissions", "FCC Part 15C", "ANSI C63.10"]
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This document presents a comprehensive test report detailing the evaluation of a smartwatch device's Bluetooth Low Energy (BLE) functionality. The report focuses on RF conducted emissions and radiated spurious emissions, ensuring compliance with the regulations outlined in 47 CFR Part 15C Section 15.247(d) and 15.209 & 15.205. Testing was performed according to ANSI C63.10 2013 standards.

The report includes detailed test setups, procedures, and results for band-edge compliance and spurious emissions. Both conducted and radiated measurements were performed, with data presented for various BLE modes (BLE_1M, BLE_2M) and channels (Low, High, Middle). The device was tested for emissions in the 9kHz to 25GHz range, and the worst-case scenarios were documented. Photographic evidence of the test setups and internal construction is also provided.

The results confirm that the smartwatch device meets the specified limits for RF conducted and radiated emissions, demonstrating its compliance with FCC regulations. This report serves as evidence of the device's adherence to industry standards and its suitability for use in the intended environment.

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