MediaTek MT7925B22M Power Density Test Report

Overview

This report presents the findings of power density testing conducted on the MediaTek MT7925B22M, a 2TX 11be (WiFi7) BW160 + BT/BLE Combo Card. The testing was performed by Shenzhen BALUN Technology Co. to ensure compliance with relevant regulatory standards, including FCC 47 CFR Part 2.1093.

Product Details

The device under test (EUT) is the MediaTek MT7925B22M. It is a wireless communication card supporting WiFi7 (802.11be) with a 160 MHz bandwidth, along with Bluetooth (BR+EDR+BLE) connectivity. The report details the technical specifications, antenna information, and test environment conditions.

Testing and Compliance

The power density measurements were carried out using the DASY Power Density System, adhering to procedures outlined in standards such as IEC/IEEE 62209-1528:2020 and IEC/IEEE 63195-1:2022. The results indicate that the device meets the specified exposure limits for general population/uncontrolled exposure.

Key Findings

The report includes a summary of test results, highlighting the highest power density values measured for different bands and antennas. The device passed all conducted tests, demonstrating compliance with the established limits.

About Shenzhen BALUN Technology Co.

Shenzhen BALUN Technology Co., Ltd. is an accredited testing laboratory recognized by the FCC (Designation Number: CN1196). They specialize in providing comprehensive testing services for electronic devices to ensure regulatory compliance.

PDF preview unavailable. Download the PDF instead.

GetApplicationAttachment.html?id=7917583 钛和检测认证集团股份有限公司

Related Documents

Preview Federal Communication Commission Interference Statement for MediaTek MT7925B14L
This document outlines the Federal Communication Commission (FCC) interference statement and radiation exposure information for the MediaTek MT7925B14L, a 2TX 11be (WiFi7) + BT/BLE Combo Card.
Preview MediaTek MT7921 FCC SAR Test Report: 2TX 11ax WiFi6 + BLE Combo Card Compliance
This FCC SAR test report details the Specific Absorption Rate (SAR) compliance testing for the MediaTek MT7921, a 2TX 11ax (WiFi6) + BLE Combo Card, as used within a Lenovo Notebook Computer. The report covers testing procedures, results, and adherence to FCC regulations for RF exposure.
Preview MediaTek MT7921 WiFi 6 BLE Combo Card: QA-Tool User Guideline
User guideline for installing and using the QA-Tool software with the MediaTek MT7921 2TX 11ax (WiFi6) + BLE Combo Card for performance validation and testing.
Preview MediaTek MT7920 Module: Model Variations and Specifications
MediaTek Inc. provides details on the MT7920 wireless module, including FCC ID RAS-MT7920, IC 7542A-MT7920, and a comprehensive list of host model names for Notebook PCs. The document clarifies that all listed models are electrically identical, with variations in naming for marketing purposes.
Preview MediaTek Dimensity 8300: Faster Apps, Superior Experiences
Explore the MediaTek Dimensity 8300 chipset, featuring Arm's latest v9 architecture, advanced AI capabilities with APU 780, enhanced gaming with HyperEngine, superior camera performance with Imagiq 980, advanced display technology with MiraVision 880, and premier 5G connectivity.
Preview Operation Description of WCD730M Wi-Fi/Bluetooth Module
This document provides a detailed operational description of the WCD730M, a Wi-Fi and Bluetooth combo module. It covers the introduction, hardware architecture, operational description, product details, and FCC compliance information for the module, highlighting its features and specifications.
Preview MediaTek MT7922A12L QA-Tool User Guideline
This document provides a user guideline for the MediaTek MT7922A12L QA-Tool, covering installation and usage for performance validation, production testing, and regulatory certification.
Preview MT7927 QA-Tool User Guideline: MediaTek Software Application Note
Comprehensive guide for installing and using the MediaTek MT7927 QA-Tool for Wi-Fi and Bluetooth testing, covering setup, modes, packet transmission, reception, and regulatory information.