This document presents a detailed test report on the spurious emissions of various LTE bands, conducted by JianYan Testing Group Shenzhen Co., Ltd. The report, identified by number JYTSZ-R12-2500174, meticulously examines the emissions characteristics of LTE Bands 26, 41, and 66 under different modulation schemes (QPSK, 16QAM, and 64QAM) and bandwidth configurations (1.4MHz, 5MHz, 15MHz, and 20MHz). The tests cover a range of resource block allocations, including 1RB and full resource block configurations, to ensure comprehensive assessment.
The report includes spectrum analyzer plots illustrating the spurious emissions levels across different frequency ranges for each band and configuration. Each plot is accompanied by a table detailing the start and stop frequencies, RBW, measured amplitude, and the corresponding limit. The data presented in this report is crucial for verifying the compliance of the tested equipment with regulatory standards and ensuring minimal interference with other radio communication systems. The tests were performed under controlled conditions, adhering to established testing methodologies, and the results provide a reliable assessment of the equipment's emissions performance.
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This document presents a detailed test report on the spurious emissions of various LTE bands, conducted by JianYan Testing Group Shenzhen Co., Ltd. The report, identified by number JYTSZ-R12-2500174, meticulously examines the emissions characteristics of LTE Bands 26, 41, and 66 under different modulation schemes (QPSK, 16QAM, and 64QAM) and bandwidth configurations (1.4MHz, 5MHz, 15MHz, and 20MHz). The tests cover a range of resource block allocations, including 1RB and full resource block configurations, to ensure comprehensive assessment.
The report includes spectrum analyzer plots illustrating the spurious emissions levels across different frequency ranges for each band and configuration. Each plot is accompanied by a table detailing the start and stop frequencies, RBW, measured amplitude, and the corresponding limit. The data presented in this report is crucial for verifying the compliance of the tested equipment with regulatory standards and ensuring minimal interference with other radio communication systems. The tests were performed under controlled conditions, adhering to established testing methodologies, and the results provide a reliable assessment of the equipment's emissions performance.
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