BTL FCC Report: LTE Band Occupied Bandwidth and Emissions

Part 27 LTE_3

This document presents a detailed analysis of LTE band occupied bandwidth and spurious emissions, as per FCC regulations. The report, identified as BTL-FCCP-9-2502H027, includes comprehensive spectrum plots and test configurations for various LTE bands, including Band 4, Band 7, Band 12, Band 13, Band 17, Band 41, Band 66, and Band 71. The analysis covers different channel bandwidths and modulation schemes (QPSK and 16QAM) to assess the 99% occupied bandwidth and 26dB bandwidth characteristics.

The report provides valuable insights into the spectral behavior of LTE signals under different operating conditions. It includes measurements of frequency error, occupied bandwidth, and x dB bandwidth, ensuring compliance with FCC emission standards. The spectrum plots visually represent the signal characteristics, aiding in the identification of potential interference issues and optimization of network performance. This document is essential for understanding the spectral compliance of LTE equipment and ensuring efficient spectrum utilization.


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tags: ["LTE Band 4", "LTE Band 7", "LTE Band 12", "LTE Band 13", "LTE Band 17", "LTE Band 41", "LTE Band 66", "LTE Band 71", "BTL-FCCP-9-2502H027", "Part 27 LTE_3"]
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This document presents a detailed analysis of LTE band occupied bandwidth and spurious emissions, as per FCC regulations. The report, identified as BTL-FCCP-9-2502H027, includes comprehensive spectrum plots and test configurations for various LTE bands, including Band 4, Band 7, Band 12, Band 13, Band 17, Band 41, Band 66, and Band 71. The analysis covers different channel bandwidths and modulation schemes (QPSK and 16QAM) to assess the 99% occupied bandwidth and 26dB bandwidth characteristics.

The report provides valuable insights into the spectral behavior of LTE signals under different operating conditions. It includes measurements of frequency error, occupied bandwidth, and x dB bandwidth, ensuring compliance with FCC emission standards. The spectrum plots visually represent the signal characteristics, aiding in the identification of potential interference issues and optimization of network performance. This document is essential for understanding the spectral compliance of LTE equipment and ensuring efficient spectrum utilization.

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