This document presents a detailed test report focusing on the performance of devices operating within LTE Band 12. The report encompasses a range of critical measurements, including Effective (Isotropic) Radiated Power (EIRP), conducted spurious emissions, and occupied bandwidth. These tests are essential for ensuring compliance with regulatory standards and verifying the operational integrity of the devices.
The report provides a comprehensive analysis of the device's performance under various modulation schemes, specifically QPSK and 16QAM. Different channel configurations and resource block allocations are examined to assess the device's behavior across the entire operating spectrum. The data presented includes detailed tables and graphical representations, offering a clear and concise overview of the test results.
The conducted spurious emission tests are performed to ensure that the device does not emit unwanted signals outside of its designated frequency band. These tests are crucial for preventing interference with other communication systems and maintaining overall spectrum efficiency. The report includes detailed plots of the emission levels, along with a comparison to the regulatory limits.
The occupied bandwidth measurements are conducted to verify that the device's signal occupies the correct amount of spectrum. This is important for ensuring that the device does not interfere with adjacent channels and that it is operating within its allocated bandwidth. The report includes detailed measurements of the occupied bandwidth, along with a comparison to the specified limits.
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[title] => LTE Band 12 Radiated Power & Spurious Emission Test Report
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This document presents a detailed test report focusing on the performance of devices operating within LTE Band 12. The report encompasses a range of critical measurements, including Effective (Isotropic) Radiated Power (EIRP), conducted spurious emissions, and occupied bandwidth. These tests are essential for ensuring compliance with regulatory standards and verifying the operational integrity of the devices.
The report provides a comprehensive analysis of the device's performance under various modulation schemes, specifically QPSK and 16QAM. Different channel configurations and resource block allocations are examined to assess the device's behavior across the entire operating spectrum. The data presented includes detailed tables and graphical representations, offering a clear and concise overview of the test results.
The conducted spurious emission tests are performed to ensure that the device does not emit unwanted signals outside of its designated frequency band. These tests are crucial for preventing interference with other communication systems and maintaining overall spectrum efficiency. The report includes detailed plots of the emission levels, along with a comparison to the regulatory limits.
The occupied bandwidth measurements are conducted to verify that the device's signal occupies the correct amount of spectrum. This is important for ensuring that the device does not interfere with adjacent channels and that it is operating within its allocated bandwidth. The report includes detailed measurements of the occupied bandwidth, along with a comparison to the specified limits.
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