This document presents the test results for a device employing GFSK modulation, as per report number GTS2024110056F01. The report details various tests conducted to ensure compliance with regulatory standards. Key tests include duty cycle analysis, bandwidth measurement, maximum conducted output power assessment, maximum power spectral density evaluation, and unwanted emissions analysis in non-restricted frequency bands.
The duty cycle test results indicate the percentage of time the device is actively transmitting. Bandwidth measurements cover both 99% occupied bandwidth and 6dB bandwidth. The maximum conducted output power test verifies that the device's transmission power remains within specified limits. The maximum power spectral density test assesses the power distribution across the frequency spectrum. Finally, the unwanted emissions test ensures that spurious emissions are below acceptable thresholds.
All tests were performed using SISO transmission mode across three different frequencies: 2413 MHz, 2444 MHz, and 2472 MHz. The results demonstrate that the device meets the required specifications for each test, indicating compliance with relevant standards.
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This document presents the test results for a device employing GFSK modulation, as per report number GTS2024110056F01. The report details various tests conducted to ensure compliance with regulatory standards. Key tests include duty cycle analysis, bandwidth measurement, maximum conducted output power assessment, maximum power spectral density evaluation, and unwanted emissions analysis in non-restricted frequency bands.
The duty cycle test results indicate the percentage of time the device is actively transmitting. Bandwidth measurements cover both 99% occupied bandwidth and 6dB bandwidth. The maximum conducted output power test verifies that the device's transmission power remains within specified limits. The maximum power spectral density test assesses the power distribution across the frequency spectrum. Finally, the unwanted emissions test ensures that spurious emissions are below acceptable thresholds.
All tests were performed using SISO transmission mode across three different frequencies: 2413 MHz, 2444 MHz, and 2472 MHz. The results demonstrate that the device meets the required specifications for each test, indicating compliance with relevant standards.
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