GTG Test Report: Bluetooth Low Energy (BLE) Compliance Testing

Test Report 1

This document presents a comprehensive test report from Global Testing Group (GTG) detailing the compliance testing of a Bluetooth Low Energy (BLE) device. The report focuses on key performance metrics, including duty cycle, maximum conducted output power, -6dB bandwidth, occupied channel bandwidth, power spectral density, band edge compliance, and conducted RF spurious emissions.

The testing was conducted across three frequency channels (2402 MHz, 2440 MHz, and 2480 MHz) using antenna Ant1, and both 1M and 2M BLE modes were evaluated. The results demonstrate that the device meets the required limits for each test, indicating successful compliance. Detailed graphs and data tables are provided for each test, offering a thorough analysis of the device's performance. This report serves as a valuable resource for understanding the device's BLE capabilities and its adherence to regulatory standards.


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tags: ["Bluetooth Low Energy", "BLE", "2402 MHz", "2440 MHz", "2480 MHz", "Duty Cycle", "Output Power", "Bandwidth", "Spurious Emission", "Test Report", "Compliance Testing"]
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This document presents a comprehensive test report from Global Testing Group (GTG) detailing the compliance testing of a Bluetooth Low Energy (BLE) device. The report focuses on key performance metrics, including duty cycle, maximum conducted output power, -6dB bandwidth, occupied channel bandwidth, power spectral density, band edge compliance, and conducted RF spurious emissions.

The testing was conducted across three frequency channels (2402 MHz, 2440 MHz, and 2480 MHz) using antenna Ant1, and both 1M and 2M BLE modes were evaluated. The results demonstrate that the device meets the required limits for each test, indicating successful compliance. Detailed graphs and data tables are provided for each test, offering a thorough analysis of the device's performance. This report serves as a valuable resource for understanding the device's BLE capabilities and its adherence to regulatory standards.

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