Volla Phone Quintus BT RF Test Report: Conducted Measurement

Appendix A test data BT

This document presents the RF test data for Bluetooth (BT) conducted measurements performed on the Volla Phone Quintus. The tests were conducted under controlled environmental conditions, with a temperature of 23.8°C and relative humidity of 52.1%. The atmospheric pressure was maintained at 100.0 kPa.

The tests were overseen by Paddi Chen and supervised by Nick Peng. The report includes detailed measurements for various Bluetooth modes, including 1-DH5, 2-DH5, and 3-DH5, across different frequencies (2402 MHz, 2441 MHz, and 2480 MHz) using antenna Ant7. Key parameters such as -20dB bandwidth, maximum peak conducted output power, carrier frequencies separation, dwell time, number of hopping channels, and band edge compliance were evaluated.

The data presented in this report demonstrates the compliance of the Volla Phone Quintus with the relevant regulatory standards for Bluetooth operation. The test results provide a comprehensive assessment of the device's RF performance under conducted measurement conditions.


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tags: ["Volla Phone Quintus", "Quintus", "2BMSM-QUINTUS", "LCSA10114082EA", "BT"]
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This document presents the RF test data for Bluetooth (BT) conducted measurements performed on the Volla Phone Quintus. The tests were conducted under controlled environmental conditions, with a temperature of 23.8°C and relative humidity of 52.1%. The atmospheric pressure was maintained at 100.0 kPa.

The tests were overseen by Paddi Chen and supervised by Nick Peng. The report includes detailed measurements for various Bluetooth modes, including 1-DH5, 2-DH5, and 3-DH5, across different frequencies (2402 MHz, 2441 MHz, and 2480 MHz) using antenna Ant7. Key parameters such as -20dB bandwidth, maximum peak conducted output power, carrier frequencies separation, dwell time, number of hopping channels, and band edge compliance were evaluated.

The data presented in this report demonstrates the compliance of the Volla Phone Quintus with the relevant regulatory standards for Bluetooth operation. The test results provide a comprehensive assessment of the device's RF performance under conducted measurement conditions.

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