This test report, prepared by Bay Area Compliance Laboratories Corp. (Shenzhen), details the compliance testing of Shenzhen Grand Time Technology Co.,ltd's 4G Body worn camera with FCC Part 15.247 standards. The tested model, F2S-A, along with multiple related models, underwent rigorous evaluation to ensure adherence to regulations concerning digital modulation techniques within the 2412~2462MHz frequency range. Testing encompassed various aspects, including AC line conducted emissions, radiated spurious emissions, 6 dB emission bandwidth, maximum conducted output power, frequency band edge compliance, power spectral density, and RF exposure.
The report outlines the test methodology, equipment used, and detailed results, confirming that the EUT (Equipment Under Test) successfully met the specified requirements. The testing was conducted in accordance with ANSI C63.10-2013 standards, and KDB guidance was followed. The EUT was configured to transmit in various modes (802.11b, g, n) across different channels to assess its performance under diverse operating conditions. The report concludes that the Grand Time 4G Body worn camera, in the tested configuration, complies with the standards, providing assurance of its regulatory compliance.
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[intro] => This test report, prepared by Bay Area Compliance Laboratories Corp. (Shenzhen), details the compliance testing of Shenzhen Grand Time Technology Co.,ltd's 4G Body worn camera with FCC Part 15.247 standards. The tested model, F2S-A, along with multiple related models, underwent rigorous evaluation to ensure adherence to regulations concerning digital modulation techniques within the 2412~2462MHz frequency range. Testing encompassed various aspects, including AC line conducted emissions, radiated spurious emissions, 6 dB emission bandwidth, maximum conducted output power, frequency band edge compliance, power spectral density, and RF exposure.
The report outlines the test methodology, equipment used, and detailed results, confirming that the EUT (Equipment Under Test) successfully met the specified requirements. The testing was conducted in accordance with ANSI C63.10-2013 standards, and KDB guidance was followed. The EUT was configured to transmit in various modes (802.11b, g, n) across different channels to assess its performance under diverse operating conditions. The report concludes that the Grand Time 4G Body worn camera, in the tested configuration, complies with the standards, providing assurance of its regulatory compliance.
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