This document presents a comprehensive test report detailing the conducted spurious emissions and band edge performance of LTE Band 41. The report includes a series of tests conducted under various configurations, including different bandwidths (5MHz, 10MHz, 15MHz, and 20MHz), modulation schemes (QPSK and 16QAM), and resource block allocations. The tests were performed across multiple channels to ensure thorough coverage of the band's operational spectrum.
The report features detailed test graphs illustrating the spectral characteristics of the emissions, along with tabular data summarizing the measured amplitudes and their compliance with regulatory limits. The results indicate whether each test configuration passed or failed, providing a clear assessment of the device's adherence to emission standards. This information is crucial for regulatory compliance and ensuring the device's proper operation within the LTE network.
The test setup and methodology are described, providing context for the presented data. The report serves as a valuable resource for engineers and regulatory bodies involved in the certification and deployment of LTE devices operating in Band 41.
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This document presents a comprehensive test report detailing the conducted spurious emissions and band edge performance of LTE Band 41. The report includes a series of tests conducted under various configurations, including different bandwidths (5MHz, 10MHz, 15MHz, and 20MHz), modulation schemes (QPSK and 16QAM), and resource block allocations. The tests were performed across multiple channels to ensure thorough coverage of the band's operational spectrum.
The report features detailed test graphs illustrating the spectral characteristics of the emissions, along with tabular data summarizing the measured amplitudes and their compliance with regulatory limits. The results indicate whether each test configuration passed or failed, providing a clear assessment of the device's adherence to emission standards. This information is crucial for regulatory compliance and ensuring the device's proper operation within the LTE network.
The test setup and methodology are described, providing context for the presented data. The report serves as a valuable resource for engineers and regulatory bodies involved in the certification and deployment of LTE devices operating in Band 41.
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