Eagle Electronics LTE Cat1 bis Module RF MPE Report

MPE

This report details the Radio Frequency Maximum Permissible Exposure (RF MPE) assessment for the Eagle Electronics Inc. LTE Cat1 bis Module. The module, identified by model number 14916Q-GL and FCC ID 2BNX714916QGLA, was tested by Hefei Panwin Technology Co., Ltd. to ensure compliance with 47 CFR Part 2.1091 and FCC KDB 447498 D01 v06 standards.

The evaluation confirms that the module meets the required safety limits for human exposure to radio frequency radiation. Testing was performed under controlled laboratory conditions, and the results indicate that the product adheres to the specified limits for Maximum Permissible Exposure. The report includes details of the test setup, equipment under test, and the calculations used to determine the power density and electric field strength.

The report concludes that the Eagle Electronics LTE Cat1 bis Module complies with the relevant RF exposure standards, ensuring safe operation within the intended usage parameters. The maximum antenna gain and output power were considered in the evaluation, and the results demonstrate that the module operates within the permissible limits.


File Info : application/pdf, 10 Pages, 414.81KB

Download
WPS 文字
tags: ["LTE Cat1 bis Module", "14916Q-GL", "2BNX714916QGLA", "Eagle Electronics"]
Array
(
    [0] => Array
        (
            [url_sha] => 10afcf45b2834f867944c80ceab6ee634c36bc0d4fb3a7bc58279e505e25dd20
            [source] => fccid
            [url] => https://apps.fcc.gov/eas/GetApplicationAttachment.html?id=8255544
            [href_text] => MPE
            [href_description] => Eagle Electronics Inc. I4916QGLA LTE Cat1 bis Module 2BNX7I4916QGLA 2BNX7I4916QGLA i4916qgla
            [http_status] => 200
            [http_lastmod] => 0000-00-00 00:00:00
            [http_contenttype] => 
            [http_filename] => GetApplicationAttachment.html?id=8255544
            [http_size] => 424769
            [file_sha256] => f0e362e99e256d9f7ab237c4e81285d0b1aa2c0c03e48dfdce6192a6337e1355
            [domain] => document.fccid
        )

)
Array
(
    [file_sha256] => f0e362e99e256d9f7ab237c4e81285d0b1aa2c0c03e48dfdce6192a6337e1355
    [cleanFccId] => 2BNX7I4916QGLA
    [title] => Eagle Electronics LTE Cat1 bis Module RF MPE Report
    [description] => This report evaluates the RF exposure of the Eagle Electronics LTE Cat1 bis Module, ensuring compliance with FCC standards and safety guidelines.
    [brand_name] => Eagle
    [keywords] => ["LTE Cat1 bis Module", "14916Q-GL", "2BNX714916QGLA", "Eagle Electronics"]
    [intro] => 

This report details the Radio Frequency Maximum Permissible Exposure (RF MPE) assessment for the Eagle Electronics Inc. LTE Cat1 bis Module. The module, identified by model number 14916Q-GL and FCC ID 2BNX714916QGLA, was tested by Hefei Panwin Technology Co., Ltd. to ensure compliance with 47 CFR Part 2.1091 and FCC KDB 447498 D01 v06 standards.

The evaluation confirms that the module meets the required safety limits for human exposure to radio frequency radiation. Testing was performed under controlled laboratory conditions, and the results indicate that the product adheres to the specified limits for Maximum Permissible Exposure. The report includes details of the test setup, equipment under test, and the calculations used to determine the power density and electric field strength.

The report concludes that the Eagle Electronics LTE Cat1 bis Module complies with the relevant RF exposure standards, ensuring safe operation within the intended usage parameters. The maximum antenna gain and output power were considered in the evaluation, and the results demonstrate that the module operates within the permissible limits.

)
Array
(
    [0] => Array
        (
            [id] => 8255544
            [file_sha256] => 
            [applicationId] => Q8fb10GmoZ6NMmZzk8jpRA==
            [description] => MPE
            [shortTermConfidential] => No
            [permanentConfidential] => No
            [supercede] => No
            [exhibitType] => RF Exposure Info
            [fileType] => Adobe Acrobat PDF
            [displayType] => pdf
            [fileSize] => 424770
            [submissionDate] => 2025-04-30 00:00:00
            [dateAvailable] => 2025-04-30 00:00:00
            [creationDate] => 
            [producer] => 
            [modDate] => 
            [title] => 
            [creator] => 
            [author] => 
            [pages] => 
            [realSize] => 
            [html] => 0
            [png] => 0
            [txt] => 0
            [version] => 1
            [source] => 0
            [fccId] => 2BNX7I4916QGLA
            [cleanFccId] => 2BNX7I4916QGLA
            [exif] => 0
        )

)