This document presents the Radio Frequency (RF) test data for 5G Wi-Fi devices, specifically focusing on conducted measurements performed on the Innbox M92 model. The tests were conducted by Shenzhen Toby Technology Co., Ltd., adhering to the standards set forth in FCC Part 15.407. The report number associated with this data is TBR-C-202412-0146-11.
The general description of the Equipment Under Test (EUT) identifies it as an Innbox M92, with the sample ID being HC-C-202412-0146-01-01. The environmental conditions during testing were carefully controlled, with an ambient temperature of 23.5°C and a relative humidity of 49%. The test power supply was set to DC 12V, and the tests were overseen by Test Engineer Rick Chen.
The document outlines various tests conducted, including emission bandwidth, occupied channel bandwidth, minimum emission bandwidth, duty cycle, maximum conducted output power, maximum power spectral density, and conducted spurious emission. Frequency stability was also assessed. For a more detailed description of the features and test results, readers are directed to the full report, TBR-C-202412-0146-11.
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This document presents the Radio Frequency (RF) test data for 5G Wi-Fi devices, specifically focusing on conducted measurements performed on the Innbox M92 model. The tests were conducted by Shenzhen Toby Technology Co., Ltd., adhering to the standards set forth in FCC Part 15.407. The report number associated with this data is TBR-C-202412-0146-11.
The general description of the Equipment Under Test (EUT) identifies it as an Innbox M92, with the sample ID being HC-C-202412-0146-01-01. The environmental conditions during testing were carefully controlled, with an ambient temperature of 23.5°C and a relative humidity of 49%. The test power supply was set to DC 12V, and the tests were overseen by Test Engineer Rick Chen.
The document outlines various tests conducted, including emission bandwidth, occupied channel bandwidth, minimum emission bandwidth, duty cycle, maximum conducted output power, maximum power spectral density, and conducted spurious emission. Frequency stability was also assessed. For a more detailed description of the features and test results, readers are directed to the full report, TBR-C-202412-0146-11.
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