This document presents detailed test results for LTE band edge compliance, as outlined in Intertek report number 250219088SZN-005, Appendix C. The report focuses on various LTE bands, including Band2, Band4, Band5, Band7, Band12, and Band17, with different channel bandwidths and modulation schemes (QPSK and 16QAM) to ensure comprehensive coverage.
The test data includes spectrum analyzer plots illustrating the band edge performance under different configurations. Each plot displays the frequency spectrum near the band edges, with key parameters such as RBW, VBW, and center frequency clearly indicated. Marker values (M1, M2, etc.) are used to identify specific points on the spectrum, providing precise measurements of signal levels at the band edges.
The report covers a wide range of channel configurations, including 1.4MHz, 3MHz, 5MHz, 10MHz, 15MHz, and 20MHz bandwidths. Different resource block allocations (e.g., 1RB#0, 1RB#49, 50RB#0) are tested to assess the impact of resource allocation on band edge performance. The results demonstrate compliance with regulatory limits and provide valuable insights into the spectral characteristics of the LTE transmissions.
The data presented in this appendix is crucial for verifying the proper operation of LTE devices and ensuring that they meet the required emission standards. The detailed plots and marker values offer a clear and concise overview of the band edge performance, facilitating regulatory compliance and product certification.
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This document presents detailed test results for LTE band edge compliance, as outlined in Intertek report number 250219088SZN-005, Appendix C. The report focuses on various LTE bands, including Band2, Band4, Band5, Band7, Band12, and Band17, with different channel bandwidths and modulation schemes (QPSK and 16QAM) to ensure comprehensive coverage.
The test data includes spectrum analyzer plots illustrating the band edge performance under different configurations. Each plot displays the frequency spectrum near the band edges, with key parameters such as RBW, VBW, and center frequency clearly indicated. Marker values (M1, M2, etc.) are used to identify specific points on the spectrum, providing precise measurements of signal levels at the band edges.
The report covers a wide range of channel configurations, including 1.4MHz, 3MHz, 5MHz, 10MHz, 15MHz, and 20MHz bandwidths. Different resource block allocations (e.g., 1RB#0, 1RB#49, 50RB#0) are tested to assess the impact of resource allocation on band edge performance. The results demonstrate compliance with regulatory limits and provide valuable insights into the spectral characteristics of the LTE transmissions.
The data presented in this appendix is crucial for verifying the proper operation of LTE devices and ensuring that they meet the required emission standards. The detailed plots and marker values offer a clear and concise overview of the band edge performance, facilitating regulatory compliance and product certification.
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