This document presents the test results for a Bluetooth Low Energy (BLE) device, as per the ESTE-R2504047 report. The report focuses on key performance metrics, including DTS bandwidth, maximum conducted output power, and maximum power spectral density. The tests were conducted on a device equipped with a single antenna (Ant1) across various frequencies (2402 MHz, 2440 MHz, and 2480 MHz) and modes (BLE_1M and BLE_2M).
The DTS bandwidth measurements confirm compliance with the specified limit of 0.5 MHz for both BLE_1M and BLE_2M modes. The maximum conducted output power tests demonstrate that the device operates within the allowable limit of ≤30 dBm. Similarly, the maximum power spectral density measurements are within the ≤8.00 dBm/3kHz limit. Furthermore, band edge measurements and conducted spurious emission tests were performed to ensure compliance with regulatory requirements.
The report includes detailed graphs and tables illustrating the test results, providing a comprehensive overview of the device's performance. All tests were conducted according to established standards, and the results indicate that the device meets the necessary requirements for certification.
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[title] => ESTE-R2504047: Bluetooth Low Energy (BLE) Test Report - Bandwidth & Power
[description] => Comprehensive test report for Bluetooth Low Energy (BLE) devices, detailing DTS bandwidth, output power, spectral density, and spurious emissions.
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This document presents the test results for a Bluetooth Low Energy (BLE) device, as per the ESTE-R2504047 report. The report focuses on key performance metrics, including DTS bandwidth, maximum conducted output power, and maximum power spectral density. The tests were conducted on a device equipped with a single antenna (Ant1) across various frequencies (2402 MHz, 2440 MHz, and 2480 MHz) and modes (BLE_1M and BLE_2M).
The DTS bandwidth measurements confirm compliance with the specified limit of 0.5 MHz for both BLE_1M and BLE_2M modes. The maximum conducted output power tests demonstrate that the device operates within the allowable limit of ≤30 dBm. Similarly, the maximum power spectral density measurements are within the ≤8.00 dBm/3kHz limit. Furthermore, band edge measurements and conducted spurious emission tests were performed to ensure compliance with regulatory requirements.
The report includes detailed graphs and tables illustrating the test results, providing a comprehensive overview of the device's performance. All tests were conducted according to established standards, and the results indicate that the device meets the necessary requirements for certification.
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