NTEK Certification Report: 5G WIFI Testing and Duty Cycle Analysis

Attachmentfor5GWIFI 1

This document presents a detailed certification report from NTEK, focusing on the testing and analysis of 5G WIFI performance. The report includes comprehensive data on duty cycle, maximum conducted output power, -26dB bandwidth, and occupied channel bandwidth (OBW) across various NVNT modes (a, n20, n40, ac20, ac40, and ac80). Testing was conducted on both Antenna 1 and Antenna 2, providing a comparative analysis of their performance.

The duty cycle analysis provides insights into the signal's on-time percentage, crucial for understanding power consumption and signal integrity. The maximum conducted output power measurements ensure compliance with regulatory limits. The -26dB bandwidth and OBW data characterize the signal's spectral occupancy, essential for avoiding interference with other wireless devices. The report includes detailed spectrum plots and tabular data, offering a thorough assessment of the 5G WIFI system's performance characteristics. This report is essential for manufacturers and regulatory bodies seeking to verify the compliance and performance of 5G WIFI devices.


File Info : application/pdf, 40 Pages, 5.43MB

Download
Microsoft Office Word 2007
tags: ["5G WIFI", "NVNT", "S24122402206004", "Certificate #4298.01", "a", "n20", "n40", "ac20", "ac40", "ac80"]
Array
(
    [0] => Array
        (
            [url_sha] => ea8b840e153f746da865c606cbdddcaf31aa59fdca9d1a69558295454481e0c5
            [source] => fccid
            [url] => https://apps.fcc.gov/eas/GetApplicationAttachment.html?id=8101085
            [href_text] => Attachmentfor5GWIFI 1
            [href_description] => SHENZHEN YUNJI INTELLIGENT TECHNOLOGY CO.,LTD 24137 Smart Phone 2ANMU-24137 2ANMU24137 24137
            [http_status] => 200
            [http_lastmod] => 0000-00-00 00:00:00
            [http_contenttype] => application/pdf
            [http_filename] => GetApplicationAttachment.html?id=8101085
            [http_size] => 5698386
            [file_sha256] => 5e9a29f4679aec8297664d4b211a77950fd7afe8e93414cbe2c6957755ebe982
            [domain] => document.fccid
        )

)
Array
(
    [file_sha256] => 5e9a29f4679aec8297664d4b211a77950fd7afe8e93414cbe2c6957755ebe982
    [cleanFccId] => 2ANMU24137
    [title] => NTEK Certification Report: 5G WIFI Testing and Duty Cycle Analysis
    [description] => Comprehensive report detailing 5G WIFI testing, duty cycle analysis, and occupied channel bandwidth. Includes NVNT mode results and antenna performance.
    [brand_name] => NTEK
    [keywords] => ["5G WIFI", "NVNT", "S24122402206004", "Certificate #4298.01", "a", "n20", "n40", "ac20", "ac40", "ac80"]
    [intro] => 

This document presents a detailed certification report from NTEK, focusing on the testing and analysis of 5G WIFI performance. The report includes comprehensive data on duty cycle, maximum conducted output power, -26dB bandwidth, and occupied channel bandwidth (OBW) across various NVNT modes (a, n20, n40, ac20, ac40, and ac80). Testing was conducted on both Antenna 1 and Antenna 2, providing a comparative analysis of their performance.

The duty cycle analysis provides insights into the signal's on-time percentage, crucial for understanding power consumption and signal integrity. The maximum conducted output power measurements ensure compliance with regulatory limits. The -26dB bandwidth and OBW data characterize the signal's spectral occupancy, essential for avoiding interference with other wireless devices. The report includes detailed spectrum plots and tabular data, offering a thorough assessment of the 5G WIFI system's performance characteristics. This report is essential for manufacturers and regulatory bodies seeking to verify the compliance and performance of 5G WIFI devices.

)
Array
(
    [0] => Array
        (
            [id] => 8101085
            [file_sha256] => 
            [applicationId] => lJmemUh+Gc1ZEAUlaf7l2A==
            [description] => Attachmentfor5GWIFI 1
            [shortTermConfidential] => No
            [permanentConfidential] => No
            [supercede] => No
            [exhibitType] => Test Report
            [fileType] => Adobe Acrobat PDF
            [displayType] => pdf
            [fileSize] => 5698388
            [submissionDate] => 2025-03-07 00:00:00
            [dateAvailable] => 2025-03-07 00:00:00
            [creationDate] => 
            [producer] => 
            [modDate] => 
            [title] => 
            [creator] => 
            [author] => 
            [pages] => 
            [realSize] => 
            [html] => 0
            [png] => 0
            [txt] => 0
            [version] => 1
            [source] => 0
            [fccId] => 2ANMU-24137
            [cleanFccId] => 2ANMU24137
            [exif] => 0
        )

)