This document presents a detailed test report focusing on the performance of LTE Band 12, specifically examining effective radiated power (ERP), spurious emissions, frequency stability, and bandwidth characteristics. The tests were conducted under various modulation schemes, including QPSK and 16QAM, and across different channel bandwidths (1.4MHz, 3MHz, 5MHz, and 10MHz). The report includes comprehensive data tables and graphical representations of test results, ensuring compliance with regulatory limits.
The ERP measurements provide insights into the radiated power output of the device, while the spurious emission tests assess the levels of unwanted signals outside the designated frequency bands. Frequency stability is evaluated under varying temperature and voltage conditions to ensure reliable operation. Bandwidth measurements, including 99% occupied bandwidth and 26dB bandwidth, are performed to verify spectral efficiency and adherence to channel allocation requirements. The report concludes with a summary of findings and a verdict on the overall performance of the device within LTE Band 12.
Array
(
[0] => Array
(
[url_sha] => fb76720dcfe66525c5be6326b904725681dc8ddae35ba197efb9ed27a340acb7
[source] => fccid
[url] => https://apps.fcc.gov/eas/GetApplicationAttachment.html?id=8092373
[href_text] => SZCR2501000090MO Appendix_LTE_band_12
[href_description] => Telit Communications S.p.A. LE910Q1SNG Radio Module RI7LE910Q1SNG RI7LE910Q1SNG le910q1sng
[http_status] => 200
[http_lastmod] => 0000-00-00 00:00:00
[http_contenttype] => application/pdf
[http_filename] => GetApplicationAttachment.html?id=8092373
[http_size] => 3417954
[file_sha256] => 828c9f12ef37688ef63a0bc7b86e4c90687c4d0237f298f69b7a9655d5215d54
[domain] => document.fccid
)
)
Array
(
[file_sha256] => 828c9f12ef37688ef63a0bc7b86e4c90687c4d0237f298f69b7a9655d5215d54
[cleanFccId] => RI7LE910Q1SNG
[title] => LTE Band 12 Test Report: Effective Radiated Power & Spurious Emissions
[description] => Comprehensive test report for LTE Band 12, detailing effective radiated power, spurious emissions, frequency stability, and bandwidth compliance.
[brand_name] => N/A
[keywords] => ["LTE Band 12", "SZCR2501000090MO", "B12", "1.4MHz", "3MHz", "5MHz", "10MHz", "ERP", "EIRP", "Spurious Emission", "Frequency Stability", "Bandwidth", "QPSK", "16QAM"]
[intro] =>
This document presents a detailed test report focusing on the performance of LTE Band 12, specifically examining effective radiated power (ERP), spurious emissions, frequency stability, and bandwidth characteristics. The tests were conducted under various modulation schemes, including QPSK and 16QAM, and across different channel bandwidths (1.4MHz, 3MHz, 5MHz, and 10MHz). The report includes comprehensive data tables and graphical representations of test results, ensuring compliance with regulatory limits.
The ERP measurements provide insights into the radiated power output of the device, while the spurious emission tests assess the levels of unwanted signals outside the designated frequency bands. Frequency stability is evaluated under varying temperature and voltage conditions to ensure reliable operation. Bandwidth measurements, including 99% occupied bandwidth and 26dB bandwidth, are performed to verify spectral efficiency and adherence to channel allocation requirements. The report concludes with a summary of findings and a verdict on the overall performance of the device within LTE Band 12.
)
Array
(
[0] => Array
(
[id] => 8092373
[file_sha256] =>
[applicationId] => IATt2/4CyGXnI3V7BmS0/Q==
[description] => SZCR2501000090MO Appendix_LTE_band_12
[shortTermConfidential] => No
[permanentConfidential] => No
[supercede] => No
[exhibitType] => Test Report
[fileType] => Adobe Acrobat PDF
[displayType] => pdf
[fileSize] => 3417955
[submissionDate] => 2025-03-04 00:00:00
[dateAvailable] => 2025-03-04 00:00:00
[creationDate] =>
[producer] =>
[modDate] =>
[title] =>
[creator] =>
[author] =>
[pages] =>
[realSize] =>
[html] => 0
[png] => 0
[txt] => 0
[version] => 1
[source] => 0
[fccId] => RI7LE910Q1SNG
[cleanFccId] => RI7LE910Q1SNG
[exif] => 0
)
)