This document presents the Specific Absorption Rate (SAR) measurement results for a phone undergoing testing according to CCIC-SET/TRFB-140(2025-02-24) standards. The tests cover various wireless communication modes, including WiFi (2.4G and U-NII bands) and Bluetooth. The SAR values were obtained using a SATIMO 3723-EPGO-433 E-field probe and a validation plane phantom, simulating body exposure at 0mm separation.
The report details the experimental conditions, including the probe and scan parameters, device position, operating band, channel, and signal modulation. The SAR measurement results are presented for different frequencies, relative permittivity, conductivity, and variation. The SAR values are provided for both 10g and 1g averages, along with surface and volume SAR plots, and Z-axis scans to illustrate the SAR distribution within the simulated tissue.
The tests were conducted on different WiFi bands (802.11b and 802.11a) and Bluetooth, with varying channels (High, Low, Middle) to assess the maximum SAR exposure under different operating conditions. The results provide valuable insights into the safety and compliance of the phone with regulatory limits for radiofrequency energy absorption.
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This document presents the Specific Absorption Rate (SAR) measurement results for a phone undergoing testing according to CCIC-SET/TRFB-140(2025-02-24) standards. The tests cover various wireless communication modes, including WiFi (2.4G and U-NII bands) and Bluetooth. The SAR values were obtained using a SATIMO 3723-EPGO-433 E-field probe and a validation plane phantom, simulating body exposure at 0mm separation.
The report details the experimental conditions, including the probe and scan parameters, device position, operating band, channel, and signal modulation. The SAR measurement results are presented for different frequencies, relative permittivity, conductivity, and variation. The SAR values are provided for both 10g and 1g averages, along with surface and volume SAR plots, and Z-axis scans to illustrate the SAR distribution within the simulated tissue.
The tests were conducted on different WiFi bands (802.11b and 802.11a) and Bluetooth, with varying channels (High, Low, Middle) to assess the maximum SAR exposure under different operating conditions. The results provide valuable insights into the safety and compliance of the phone with regulatory limits for radiofrequency energy absorption.
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