This document presents a comprehensive test report from Global United Technology Services Co., Ltd., focusing on Bluetooth Low Energy (BLE) performance. The report details various tests conducted, including duty cycle measurements, maximum conducted output power, -6dB bandwidth analysis, and conducted RF spurious emission assessments. The tests were performed under NVNT conditions, utilizing antenna Ant1, and covering BLE 1M and BLE 2M modes.
The duty cycle analysis provides insights into the transmission characteristics at different frequencies (2402MHz, 2440MHz, and 2480MHz). The maximum conducted output power section summarizes the power levels achieved in each mode and frequency, ensuring compliance with regulatory limits. Bandwidth measurements, including -6dB bandwidth, are presented to characterize the signal's spectral occupancy. Finally, the conducted RF spurious emission tests evaluate unwanted emissions to ensure adherence to emission standards.
The report includes detailed spectrum analyzer plots illustrating the test results, providing a visual representation of the device's performance across different parameters. This information is crucial for verifying the device's compliance with relevant standards and ensuring its proper operation in the intended environment.
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This document presents a comprehensive test report from Global United Technology Services Co., Ltd., focusing on Bluetooth Low Energy (BLE) performance. The report details various tests conducted, including duty cycle measurements, maximum conducted output power, -6dB bandwidth analysis, and conducted RF spurious emission assessments. The tests were performed under NVNT conditions, utilizing antenna Ant1, and covering BLE 1M and BLE 2M modes.
The duty cycle analysis provides insights into the transmission characteristics at different frequencies (2402MHz, 2440MHz, and 2480MHz). The maximum conducted output power section summarizes the power levels achieved in each mode and frequency, ensuring compliance with regulatory limits. Bandwidth measurements, including -6dB bandwidth, are presented to characterize the signal's spectral occupancy. Finally, the conducted RF spurious emission tests evaluate unwanted emissions to ensure adherence to emission standards.
The report includes detailed spectrum analyzer plots illustrating the test results, providing a visual representation of the device's performance across different parameters. This information is crucial for verifying the device's compliance with relevant standards and ensuring its proper operation in the intended environment.
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