This document presents the test results for a 5G NR n66 device, focusing on its effective (isotropic) radiated power (EIRP), frequency stability, and modulation characteristics. The tests were conducted by TCT, adhering to relevant industry standards and regulations. The report includes detailed data tables and graphs illustrating the device's performance under various configurations and conditions.
The report covers a range of modulation schemes, including DFT-S-OFDM and CP-OFDM, with different QAM levels (QPSK, 16 QAM, 64 QAM, and 256 QAM). Tests were performed across various channel bandwidths (5MHz, 10MHz, 15MHz, and 20MHz) and subcarrier spacings (15kHz and 30kHz). The frequency stability tests assess the device's ability to maintain a stable carrier frequency under varying temperature and voltage conditions. Modulation characteristics are evaluated through constellation diagrams, providing insights into the signal quality and integrity.
The results presented in this report demonstrate the device's compliance with regulatory limits for EIRP and frequency stability, ensuring its suitability for deployment in commercial 5G networks.
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[title] => TCT Report: N66 5G NR Band Effective Radiated Power & Frequency Stability
[description] => This test report details the effective radiated power, frequency stability, and modulation characteristics of a 5G NR n66 device. Conducted by TCT.
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[keywords] => ["5G NR n66", "SISO", "NTNV", "QPSK", "16 QAM", "64 QAM", "256 QAM", "CP-OFDM", "15kHz", "30kHz", "5MHz", "10MHz", "15MHz", "20MHz", "1712.5MHz", "1715MHz", "1717.5MHz", "1720MHz", "1745MHz", "1770MHz", "1772.5MHz", "1775MHz", "TCT250305E032"]
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This document presents the test results for a 5G NR n66 device, focusing on its effective (isotropic) radiated power (EIRP), frequency stability, and modulation characteristics. The tests were conducted by TCT, adhering to relevant industry standards and regulations. The report includes detailed data tables and graphs illustrating the device's performance under various configurations and conditions.
The report covers a range of modulation schemes, including DFT-S-OFDM and CP-OFDM, with different QAM levels (QPSK, 16 QAM, 64 QAM, and 256 QAM). Tests were performed across various channel bandwidths (5MHz, 10MHz, 15MHz, and 20MHz) and subcarrier spacings (15kHz and 30kHz). The frequency stability tests assess the device's ability to maintain a stable carrier frequency under varying temperature and voltage conditions. Modulation characteristics are evaluated through constellation diagrams, providing insights into the signal quality and integrity.
The results presented in this report demonstrate the device's compliance with regulatory limits for EIRP and frequency stability, ensuring its suitability for deployment in commercial 5G networks.
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