This document presents the RF exposure evaluation method and results for the Aether wireless game controller, model number 2AYJK-AETHER. The evaluation was conducted by MaxLab Testing Co., Ltd. to ensure compliance with FCC regulations, specifically FCC 1.1310, which outlines the criteria for evaluating the environmental impact of human exposure to radio frequency radiation. The methodology adheres to KDB 447498 D01 General RF Exposure Guidance v06.
The report details the EUT (Equipment Under Test) specifications, including the frequency bands of operation (2.412GHz - 2.462GHz and 5.150GHz - 5.850GHz for WLAN, and 2402-2480MHz for BT+2.4G), device category (portable), and exposure classification (General Population/Uncontrolled exposure). The evaluation method used was SAR Evaluation. The maximum output power and antenna gain are also specified.
The document includes SAR test exclusion thresholds for various frequencies and distances, as well as maximum measured transmitter power for BLE and 2.4G. The conclusion states that no SAR testing is required, indicating that the device meets the RF exposure limits.
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This document presents the RF exposure evaluation method and results for the Aether wireless game controller, model number 2AYJK-AETHER. The evaluation was conducted by MaxLab Testing Co., Ltd. to ensure compliance with FCC regulations, specifically FCC 1.1310, which outlines the criteria for evaluating the environmental impact of human exposure to radio frequency radiation. The methodology adheres to KDB 447498 D01 General RF Exposure Guidance v06.
The report details the EUT (Equipment Under Test) specifications, including the frequency bands of operation (2.412GHz - 2.462GHz and 5.150GHz - 5.850GHz for WLAN, and 2402-2480MHz for BT+2.4G), device category (portable), and exposure classification (General Population/Uncontrolled exposure). The evaluation method used was SAR Evaluation. The maximum output power and antenna gain are also specified.
The document includes SAR test exclusion thresholds for various frequencies and distances, as well as maximum measured transmitter power for BLE and 2.4G. The conclusion states that no SAR testing is required, indicating that the device meets the RF exposure limits.
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