CAICT Report: LTE Bands 5, 12, 13, 66, and 71 Test Results

referenced report 24B02W000021-001-V1-2AK9DL511A_Part3-3

This document presents a detailed test report from the Chongqing Academy of Information and Communication Technology (CAICT), focusing on the performance of LTE bands 5, 12, 13, 66, and 71. The report, identified by number 24B02W000021-001-V1, includes comprehensive measurements and analysis of various bandwidth configurations within these LTE bands.

Key performance indicators assessed in this report include Peak-to-Average Power Ratio (PAPR) measurements, which are crucial for ensuring efficient and compliant operation of wireless communication devices. The report provides specific PAPR values for different frequency channels and resource block allocations within each LTE band. The tests were conducted using both QPSK and 16QAM modulation schemes, allowing for a comparative analysis of their respective performance characteristics.

The data presented in this report is essential for manufacturers and regulatory bodies to verify the compliance and performance of wireless devices operating within these LTE bands. The detailed measurements and analysis provide valuable insights into the operational characteristics of these bands, aiding in the optimization and certification of wireless communication equipment.


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tags: ["24B02W000021-001-V1", "LTE Band 5", "LTE Band 12", "LTE Band 13", "LTE Band 66", "LTE Band 71", "2AK9DL511A"]
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This document presents a detailed test report from the Chongqing Academy of Information and Communication Technology (CAICT), focusing on the performance of LTE bands 5, 12, 13, 66, and 71. The report, identified by number 24B02W000021-001-V1, includes comprehensive measurements and analysis of various bandwidth configurations within these LTE bands.

Key performance indicators assessed in this report include Peak-to-Average Power Ratio (PAPR) measurements, which are crucial for ensuring efficient and compliant operation of wireless communication devices. The report provides specific PAPR values for different frequency channels and resource block allocations within each LTE band. The tests were conducted using both QPSK and 16QAM modulation schemes, allowing for a comparative analysis of their respective performance characteristics.

The data presented in this report is essential for manufacturers and regulatory bodies to verify the compliance and performance of wireless devices operating within these LTE bands. The detailed measurements and analysis provide valuable insights into the operational characteristics of these bands, aiding in the optimization and certification of wireless communication equipment.

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