This document presents the Radio Frequency (RF) test data for the Bluetooth (BT) functionality of the TRACKER 4G LTE CAT 1 device, model SF IRF WG GL. The tests were conducted to ensure compliance with FCC regulations, specifically under FCC ID: 2AXZU-SF-IRF-WG-GL. The report includes detailed measurements of various parameters, including -20dB bandwidth, maximum peak conducted output power, carrier frequencies separation, dwell time, number of hopping channels, and band edge compliance.
The environmental conditions during testing were maintained at a temperature of 23.5°C and a relative humidity of 52.3%, with an atmospheric pressure of 100.0 kPa. The tests were performed by Paddi Chen and supervised by Nick Peng. The data presented in this report provides a comprehensive overview of the device's Bluetooth performance, demonstrating its adherence to regulatory standards and its suitability for intended use.
The report includes graphical representations of the test results, providing a visual analysis of the device's RF characteristics. The data is intended to support the certification process and provide valuable insights into the device's performance capabilities.
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[title] => Bluetooth RF Test Report for TRACKER 4G LTE CAT 1 (Conducted)
[description] => Detailed RF test data for Bluetooth (BT) conducted measurement of the TRACKER 4G LTE CAT 1 device. Includes bandwidth, power, and band edge.
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This document presents the Radio Frequency (RF) test data for the Bluetooth (BT) functionality of the TRACKER 4G LTE CAT 1 device, model SF IRF WG GL. The tests were conducted to ensure compliance with FCC regulations, specifically under FCC ID: 2AXZU-SF-IRF-WG-GL. The report includes detailed measurements of various parameters, including -20dB bandwidth, maximum peak conducted output power, carrier frequencies separation, dwell time, number of hopping channels, and band edge compliance.
The environmental conditions during testing were maintained at a temperature of 23.5°C and a relative humidity of 52.3%, with an atmospheric pressure of 100.0 kPa. The tests were performed by Paddi Chen and supervised by Nick Peng. The data presented in this report provides a comprehensive overview of the device's Bluetooth performance, demonstrating its adherence to regulatory standards and its suitability for intended use.
The report includes graphical representations of the test results, providing a visual analysis of the device's RF characteristics. The data is intended to support the certification process and provide valuable insights into the device's performance capabilities.
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