A3LSMX840BT,BLE Tablet DTS,UNII a,b,g,n,ac,ax and Digitizer

Justification for Extended SAR Dipole Calibrations Instead of the typical annual calibration recommended by measurement standards, longer calibration intervals of up to three years may be considered when it is demonstrated that the SAR target, impedance and return loss of a dipole have remain stable according to the following requirements Dipole return loss & impedence requirements a ) return loss : < - 20 dB, within 20% of previous measurement b ) impedance : within 5 Ω from previous measurement Dipole Antenna Head/Body Date of Measurement Return Loss (dB) Δ % Impedance (Ω) Δ Ω D5GHzV2-SN : 1325 Head 2025.04.16 -25.797 1.89 53.522 4.46 2026.04.18 -23.815 49.058 c ) peak SAR (1g) : within 10% of that reported in the calibration data Dipole Antenna Head/Body Date of Measurement peak SAR (1g) (W/kg) Δ % D5GHzV2-SN : 1325 Head 2025.04.16 7.78 1.93 2026.04.16 7.93 Justification for Extended SAR Dipole Calibrations Instead of the typical annual calibration recommended by measurement standards, longer calibration intervals of up to three years may be considered when it is demonstrated that the SAR target, impedance and return loss of a dipole have remain stable according to the following requirements Dipole return loss & impedence requirements a ) return loss : < - 20 dB, within 20% of previous measurement b ) impedance : within 5 Ω from previous measurement Dipole Antenna Head/Body Date of Measurement Return Loss (dB) Δ % Impedance (Ω) Δ Ω D6.5GHzV2_SN : 1010 Head 2024.06.11 -23.311 15.9 50.374 0.45 2025.06.10 -27.018 49.924 c ) peak SAR (1g) : within 10% of that reported in the calibration data Dipole Antenna Head/Body Date of Measurement peak SAR (1g) (W/kg) Δ % D6.5GHzV2_SN : 1010 Head 2024.06.11 29.30 2.05 2025.09.11 29.90

Justification for Extended SAR Dipole Calibrations Instead of the typical annual calibration recommended by measurement standards, longer calibration intervals of up to three years may be considered when it is demonstrated that the SAR target, impedance and return loss of a dipole have remain stable according to the following requirements Dipole return loss & impedence requirements a ) return loss : < - 20 dB, within 20% of previous measurement b ) impedance : within 5 Ω from previous measurement Dipole Antenna Head/Body Date of Measurement Return Loss (dB) Δ % Impedance (Ω) Δ Ω D750V3-SN : 1205 Head 2025.04.14 -28.062 10.46 52.573 2.51 2026.04.18 -25.127 55.087 c ) peak SAR (1g) : within 10% of that reported in the calibration data Dipole Antenna Head/Body Date of Measurement peak SAR (1g) (W/kg) Δ % D750V3-SN : 1205 Head 2025.04.14 0.868 2.53 2026.04.15 0.846 Justification for Extended SAR Dipole Calibrations Instead of the typical annual calibration recommended by measurement standards, longer calibration intervals of up to three years may be considered when it is demonstrated that the SAR target, impedance and return loss of a dipole have remain stable according to the following requirements Dipole return loss & impedence requirements a ) return loss : < - 20 dB, within 20% of previous measurement b ) impedance : within 5 Ω from previous measurement Dipole Antenna Head/Body Date of Measurement Return Loss (dB) Δ % Impedance (Ω) Δ Ω D1750V2-SN : 1125 Head 2024.11.18 -34.835 9.98 49.967 1.78 2025.11.18 -31.359 48.187 ` c ) peak SAR (1g) : within 10% of that reported in the calibration data Dipole Antenna Head/Body Date of Measurement peak SAR (1g) (W/kg) Δ % D1750V2-SN : 1125 Head 2024.11.18 3.68 1.90 2025.11.19 3.61

Justification for Extended SAR Dipole Calibrations Instead of the typical annual calibration recommended by measurement standards, longer calibration intervals of up to three years may be considered when it is demonstrated that the SAR target, impedance and return loss of a dipole have remain stable according to the following requirements Dipole return loss & impedence requirements a ) return loss : < - 20 dB, within 20% of previous measurement b ) impedance : within 5 Ω from previous measurement Dipole Antenna Head/Body Date of Measurement Return Loss (dB) Δ % Impedance (Ω) Δ Ω D1750V2-SN : 1180 Head 2024.10.15 -35.947 10.37 49.415 1.62 2025.10.20 -32.219 47.800 ` c ) peak SAR (1g) : within 10% of that reported in the calibration data Dipole Antenna Head/Body Date of Measurement extrapolated peak SAR (W/kg) Δ % D1750V2-SN : 1180 Head 2024.10.15 3.72 5.91 2025.10.24 3.50 Justification for Extended SAR Dipole Calibrations Instead of the typical annual calibration recommended by measurement standards, longer calibration intervals of up to three years may be considered when it is demonstrated that the SAR target, impedance and return loss of a dipole have remain stable according to the following requirements Dipole return loss & impedence requirements a ) return loss : < - 20 dB, within 20% of previous measurement b ) impedance : within 5 Ω from previous measurement Dipole Antenna Head/Body Date of Measurement Return Loss (dB) Δ % Impedance (Ω) Δ Ω D1900V2-SN : 5d190 Head 2025.04.08 -24.564 16.95 50.949 0.47 2026.04.18 -28.727 50.480 ` c ) peak SAR (1g) : within 10% of that reported in the calibration data Dipole Antenna Head/Body Date of Measurement peak SAR (1g) (W/kg) Δ % D1900V2-SN : 5d190 Head 2025.04.08 3.92 7.65 2026.04.08 4.22

Justification for Extended SAR Dipole Calibrations Instead of the typical annual calibration recommended by measurement standards, longer calibration intervals of up to three years may be considered when it is demonstrated that the SAR target, impedance and return loss of a dipole have remain stable according to the following requirements Dipole return loss & impedence requirements a ) return loss : < - 20 dB, within 20% of previous measurement b ) impedance : within 5 Ω from previous measurement Dipole Antenna Head/Body Date of Measurement Return Loss (dB) Δ % Impedance (Ω) Δ Ω D2300V2-SN : 1090 Head 2024.11.18 -24.343 0.25 49.310 0.40 2025.11.18 -24.283 49.711 ` c ) peak SAR (1g) : within 10% of that reported in the calibration data Dipole Antenna Head/Body Date of Measurement peak SAR (1g) (W/kg) Δ % D2300V2-SN : 1090 Head 2024.11.18 4.84 4.34 2025.11.18 4.63 Justification for Extended SAR Dipole Calibrations Instead of the typical annual calibration recommended by measurement standards, longer calibration intervals of up to three years may be considered when it is demonstrated that the SAR target, impedance and return loss of a dipole have remain stable according to the following requirements Dipole return loss & impedence requirements a ) return loss : < - 20 dB, within 20% of previous measurement b ) impedance : within 5 Ω from previous measurement Dipole Antenna Head/Body Date of Measurement Return Loss (dB) Δ % Impedance (Ω) Δ Ω D2300V2-SN : 1115 Head 2025.01.14 -27.960 6.01 49.422 0.57 2026.01.20 -26.279 48.857 c ) peak SAR (1g) : within 10% of that reported in the calibration data Dipole Antenna Head/Body Date of Measurement peak SAR (1g) (W/kg) Δ % D2300V2-SN : 1115 Head 2025.01.14 4.80 1.25 2026.01.14 4.86 Justification for Extended SAR Dipole Calibrations Instead of the typical annual calibration recommended by measurement standards, longer calibration intervals of up to three years may be considered when it is demonstrated that the SAR target, impedance and return loss of a dipole have remain stable according to the following requirements Dipole return loss & impedence requirements a ) return loss : < - 20 dB, within 20% of previous measurement b ) impedance : within 5 Ω from previous measurement Dipole Antenna Head/Body Date of Measurement Return Loss (dB) Δ % Impedance (Ω) Δ Ω D2600V2-SN : 1097 Head 2024.09.13 -24.389 3.25 51.808 3.21 2025.09.10 -23.597 55.018 c ) extrapolated peak SAR : within 10% of that reported in the calibration data Dipole Antenna Head/Body Date of Measurement extrapolated peak SAR (W/kg) Δ % D2600V2-SN : 1097 Head 2024.09.13 5.76 4.34 2025.09.13 6.01

Justification for Extended SAR Dipole Calibrations Instead of the typical annual calibration recommended by measurement standards, longer calibration intervals of up to three years may be considered when it is demonstrated that the SAR target, impedance and return loss of a dipole have remain stable according to the following requirements Dipole return loss & impedence requirements a ) return loss : < - 20 dB, within 20% of previous measurement b ) impedance : within 5 Ω from previous measurement Dipole Antenna Head/Body Date of Measurement Return Loss (dB) Δ % Impedance (Ω) Δ Ω D2600V2-SN : 1178 Head 2025.04.15 -32.801 3.65 48.050 3.99 2026.04.18 -31.605 52.042 c ) peak SAR (1g) : within 10% of that reported in the calibration data Dipole Antenna Head/Body Date of Measurement peak SAR (1g) (W/kg) Δ % D2600V2-SN : 1178 Head 2025.04.15 5.60 2.14 2026.04.14 5.72 Justification for Extended SAR Dipole Calibrations Instead of the typical annual calibration recommended by measurement standards, longer calibration intervals of up to three years may be considered when it is demonstrated that the SAR target, impedance and return loss of a dipole have remain stable according to the following requirements Dipole return loss & impedence requirements a ) return loss : < - 20 dB, within 20% of previous measurement b ) impedance : within 5 Ω from previous measurement Dipole Antenna Head/Body Date of Measurement Return Loss (dB) Δ % Impedance (Ω) Δ Ω D3500V2-SN : 1075 Head 2025.05.21 -25.561 11.44 51.969 4.77 2026.05.20 -22.936 56.734 c ) peak SAR (1g): within 10% of that reported in the calibration data Dipole Antenna Head/Body Date of Measurement peak SAR (1g) (W/kg) Δ % D3500V2-SN : 1075 Head 2025.05.21 6.56 6.10 2026.05.26 6.16 Justification for Extended SAR Dipole Calibrations Instead of the typical annual calibration recommended by measurement standards, longer calibration intervals of up to three years may be considered when it is demonstrated that the SAR target, impedance and return loss of a dipole have remain stable according to the following requirements Dipole return loss & impedence requirements a ) return loss : < - 20 dB, within 20% of previous measurement b ) impedance : within 5 Ω from previous measurement Dipole Antenna Head/Body Date of Measurement Return Loss (dB) Δ % Impedance (Ω) Δ Ω D3700V2-SN : 1036 Head 2025.05.21 -26.415 2.18 45.803 0.01 2026.05.20 -27.005 45.816 c ) peak SAR (1g) : within 10% of that reported in the calibration data Dipole Antenna Head/Body Date of Measurement peak SAR (1g) (W/kg) Δ % D3700V2-SN : 1036 Head 2025.05.21 6.94 2.16 2026.05.26 6.79 Justification for Extended SAR Dipole Calibrations Instead of the typical annual calibration recommended by measurement standards, longer calibration intervals of up to three years may be considered when it is demonstrated that the SAR target, impedance and return loss of a dipole have remain stable according to the following requirements Dipole return loss & impedence requirements a ) return loss : < - 20 dB, within 20% of previous measurement b ) impedance : within 5 Ω from previous measurement Dipole Antenna Head/Body Date of Measurement Return Loss (dB) Δ % Impedance (Ω) Δ Ω D3900V2-SN : 1069 Head 2025.05.21 -23.911 4.50 44.805 3.22 2026.05.20 -22.882 48.020 ` c ) peak SAR (1g) : within 10% of that reported in the calibration data Dipole Antenna Head/Body Date of Measurement peak SAR (1g) (W/kg) Δ % D3900V2-SN : 1069 Head 2025.05.21 6.99 2.72 2026.05.26 6.80

Measurement Certificate / Material Test Item NameHead Tissue Simulating Liquid (HBBL600-10000V6) Product No.SL AAH U16 BC (Batch: 181106-1) Manufacturer SPEAG Measurement Method TSL dielectric parameters measured using calibrated DAK probe. Target Parameters Target parameters as defined in the IEEE 1528 and IEC 62209 compliance standards. Test Condition Ambient Condition22ºC ; 30% humidity TSL Temperature22ºC Test Date OperatorCL Additional Information TSL Density TSL Heat-capacity Results MeasuredTargetDiff.to Target [%] f [MHz]e'e''sigma eps sigma -eps-sigma 800 43.7 20.7 0.92 41.7 0.904.82.5 825 43.7 20.3 0.93 41.6 0.915.12.6 835 43.7 20.1 0.94 41.5 0.915.23.1 850 43.6 19.8 0.94 41.5 0.925.12.6 900 43.5 19.1 0.96 41.5 0.974.8-1.0 1400 42.5 15.0 1.17 40.6 1.184.7-0.8 1450 42.4 14.8 1.19 40.5 1.204.7-0.8 1600 42.1 14.3 1.27 40.3 1.284.4-1.1 1625 42.1 14.2 1.29 40.3 1.304.5-0.7 1640 42.1 14.2 1.30 40.3 1.314.6-0.5 1650 42.1 14.1 1.30 40.2 1.314.6-1.0 1700 42.0 14.0 1.33 40.2 1.344.6-0.9 1750 41.9 13.9 1.35 40.1 1.374.5-1.5 1800 41.8 13.8 1.38 40.0 1.404.5-1.4 1810 41.8 13.8 1.39 40.0 1.404.5-0.7 1825 41.8 13.8 1.40 40.0 1.404.50.0 1850 41.8 13.7 1.41 40.0 1.404.50.7 1900 41.7 13.7 1.44 40.0 1.404.32.9 1950 41.6 13.6 1.48 40.0 1.404.05.75200 36.5 15.6 4.51 36.0 4.66 1.3 -3.2 2000 41.6 13.6 1.51 40.0 1.404.07.95250 36.4 15.6 4.56 35.9 4.71 1.2 -3.0 2050 41.5 13.5 1.54 39.9 1.444.06.65300 36.3 15.7 4.62 35.9 4.76 1.1 -2.9 2100 41.5 13.5 1.57 39.8 1.494.25.45500 35.9 15.9 4.85 35.6 4.96 0.8 -2.3 2150 41.4 13.4 1.61 39.7 1.534.25.05600 35.8 15.9 4.96 35.5 5.07 0.6 -2.0 2200 41.3 13.4 1.64 39.6 1.584.23.95700 35.6 16.0 5.08 35.4 5.17 0.5 -1.7 2250 41.3 13.4 1.68 39.6 1.624.43.65800 35.4 16.1 5.20 35.3 5.27 0.3 -1.4 2300 41.2 13.4 1.71 39.5 1.674.42.66000 35.1 16.3 5.43 35.1 5.48 0.0 -0.9 2350 41.1 13.4 1.75 39.4 1.714.42.36500 34.2 16.7 6.04 34.5 6.07 -0.7 -0.5 2400 41.1 13.4 1.79 39.3 1.764.62.07000 33.4 17.1 6.66 33.9 6.65 -1.5 0.1 2450 41.0 13.4 1.83 39.2 1.804.61.77500 32.5 17.4 7.27 33.3 7.24 -2.3 0.4 2500 40.9 13.4 1.86 39.1 1.854.50.38000 31.7 17.7 7.88 32.7 7.84 -3.1 0.5 2550 40.8 13.4 1.90 39.1 1.914.4-0.58500 30.9 18.0 8.49 32.1 8.45 -4.0 0.5 2600 40.8 13.5 1.95 39.0 1.964.6-0.79000 30.0 18.2 9.10 31.5 9.08 -4.8 0.3 3500 39.2 13.9 2.71 37.9 2.913.4-6.99500 29.2 18.4 9.71 31.0 9.71 -5.6 0.0 3700 38.9 14.1 2.89 37.7 3.123.3-7.210000 28.4 18.5 10.32 30.4 10.36 -6.4 -0.4 7-Nov-18 -15.0 -10.0 -5.0 0.0 5.0 10.0 15.0 500 1500 2500 3500 4500 5500 6500 7500 8500 9500 Dev. Permittivity % Frequency MHz -15.0 -10.0 -5.0 0.0 5.0 10.0 15.0 500 1500 2500 3500 4500 5500 6500 7500 8500 9500 Dev. Conductivity % Frequency MHz TSL Dielectric Parameters1

LTE and NR Lower Bandwidth Conducted Powers LTE Bands LTE Band 7 (Main. 1) Measured Results 208252110021375208252110021375208252110021375 2507.5 MHz2535 MHz2562.5 MHz2507.5 MHz2535 MHz2562.5 MHz2507.5 MHz2535 MHz2562.5 MHz 1023.9923.8623.770.025.010.8510.6810.700.011.520.0919.9120.130.021.0 13723.9423.8223.780.025.010.7610.5810.710.011.520.0419.8520.220.021.0 17423.9623.8423.850.025.010.8710.6410.780.011.520.0619.9520.430.021.0 36022.9722.9322.941.024.010.6710.5910.560.011.520.0619.8720.110.021.0 362022.9422.9022.931.024.010.6410.5910.590.011.520.0419.8920.160.021.0 363922.9722.9422.941.024.010.6610.5910.630.011.520.0019.9320.220.021.0 75023.0222.9722.991.024.010.7210.6210.660.011.520.0419.9520.220.021.0 1023.4323.4522.901.024.011.0110.6510.860.011.520.6119.9020.370.021.0 13723.3723.3822.841.024.010.9810.5710.890.011.520.5519.8620.500.021.0 17423.4623.4322.931.024.011.0410.6010.950.011.520.5919.9520.680.021.0 36021.9821.9321.942.023.010.6110.6110.610.011.520.0319.9020.150.021.0 362021.9721.9021.932.023.010.5810.5710.600.011.520.0319.8920.190.021.0 363922.0121.9421.952.023.010.6210.6010.660.011.520.0019.9420.280.021.0 75021.9821.9521.982.023.010.6410.6210.660.011.520.0119.9620.180.021.0 1022.0322.2022.072.023.010.9011.3810.620.011.520.1820.3920.800.021.0 13721.9922.1322.022.023.010.8511.3110.630.011.520.1220.2920.740.021.0 17422.0822.1822.102.023.010.9311.3410.740.011.520.2120.3120.830.021.0 36020.9820.8920.973.022.010.6910.6310.650.011.520.1520.0920.120.021.0 362020.9920.8720.973.022.010.6810.6310.670.011.520.1520.0720.100.021.0 363920.9920.9320.993.022.010.7110.6510.710.011.520.1720.1220.130.021.0 75020.9820.9120.973.022.010.7010.6610.670.011.520.1420.0920.150.021.0 1019.0319.3518.765.020.011.1510.9510.380.011.518.6319.3019.141.020.0 13718.9619.2818.725.020.011.0910.8710.410.011.518.5919.2319.071.020.0 17419.0819.3318.795.020.011.1910.9310.460.011.518.6719.2819.181.020.0 36018.7718.8718.905.020.010.6910.5910.600.011.518.8318.8218.801.020.0 362018.7618.8418.875.020.010.6810.5910.590.011.518.8118.8018.771.020.0 363918.7918.9018.905.020.010.7110.6110.650.011.518.8218.8618.821.020.0 75018.8518.9218.905.020.010.7210.6310.610.011.518.8018.8618.861.020.0 208002110021400208002110021400208002110021400 2505 MHz2535 MHz2565 MHz2505 MHz2535 MHz2565 MHz2505 MHz2535 MHz2565 MHz 1024.0023.8523.770.025.010.8710.7310.590.011.520.0819.8820.250.021.0 12523.9323.8223.750.025.010.8210.6510.550.011.520.0019.8520.320.021.0 14923.9623.8423.840.025.010.8410.6710.640.011.520.0419.9620.430.021.0 25022.9522.9722.971.024.010.6910.6510.610.011.520.0819.9220.240.021.0 251222.9722.9622.961.024.010.7110.6510.650.011.520.0719.9220.270.021.0 252522.9922.9723.001.024.010.7610.6710.670.011.520.0619.9920.320.021.0 50022.9723.0122.991.024.010.7110.6810.670.011.520.0819.9920.290.021.0 1023.4223.0422.911.024.011.0210.9510.590.011.520.2519.9020.530.021.0 12523.3822.9822.861.024.011.0310.8810.550.011.520.1719.8720.590.021.0 14923.3923.0322.921.024.011.0310.9010.630.011.520.2219.9520.700.021.0 25022.0122.0821.992.023.010.7510.7710.670.011.520.1819.9520.260.021.0 251221.9922.0522.012.023.010.7710.7710.690.011.520.1919.9620.300.021.0 252522.0422.0422.052.023.010.7910.7910.710.011.520.1620.0220.380.021.0 50021.9722.0121.962.023.010.7110.6710.670.011.520.1019.9520.280.021.0 1022.0422.2122.302.023.010.9211.0010.670.011.520.1820.3820.410.021.0 12522.0122.1622.302.023.010.9010.9410.660.011.520.1520.3420.370.021.0 14922.0822.2022.292.023.010.9210.9510.740.011.520.2120.3420.390.021.0 25020.9921.0321.033.022.010.7710.7110.660.011.520.1420.1520.180.021.0 251220.9921.0321.023.022.010.7610.7210.700.011.520.1420.1520.190.021.0 252521.0421.0321.083.022.010.8110.7510.710.011.520.1920.1720.240.021.0 50020.9321.0020.993.022.010.7410.6610.670.011.520.0920.1620.130.021.0 1018.7219.0519.415.020.011.1810.7810.390.011.518.6319.2918.971.020.0 12518.6719.0019.405.020.011.1410.7410.360.011.518.5819.2718.951.020.0 14918.7219.0219.415.020.011.1710.7810.440.011.518.6319.2918.961.020.0 25018.9819.0118.985.020.010.7410.7610.680.011.518.8818.8818.961.020.0 251218.9819.0219.005.020.010.7610.7510.720.011.518.8918.8718.961.020.0 252519.0419.0219.035.020.010.8210.7710.750.011.518.9618.8919.001.020.0 50018.9218.9718.985.020.010.7710.6810.670.011.518.8518.8918.891.020.0 ECI = 0ECI = 19ECI = 20 Maximum Allowed Average Power (dBm) Tune-up Limit 10 MHz QPSK 16QAM 64QAM 256QAM Measured Pwr (dBm) MPR Tune-up Limit Measured Pwr (dBm) MPR BW (MHz) Mode RB Allocation RB offset Measured Pwr (dBm) MPR Tune-up Limit Tune-up Limit 15 MHz QPSK 16QAM 64QAM 256QAM Measured Pwr (dBm) MPR Tune-up Limit Measured Pwr (dBm) MPR Measured Pwr (dBm) MPR Tune-up Limit RB offset RB Allocation Mode BW (MHz) Maximum Allowed Average Power (dBm)Maximum Allowed Average Power (dBm) LTE Band 7 (Main. 1) Measured Results (Continued) LTE Band 7 (Sub. 3) Measured Results 207752110021425207752110021425207752110021425 2502.5 MHz2535 MHz2567.5 MHz2502.5 MHz2535 MHz2567.5 MHz2502.5 MHz2535 MHz2567.5 MHz 1023.9223.8723.890.025.010.8210.7610.780.011.520.2719.9620.180.021.0 11223.8623.8323.840.025.010.7810.7110.730.011.520.2719.9420.140.021.0 12423.8923.8723.910.025.010.8210.7110.780.011.520.3619.9720.150.021.0 12022.8622.9122.911.024.010.7110.6410.610.011.520.2119.8620.040.021.0 12722.8422.8722.901.024.010.6910.6010.620.011.520.2219.8320.010.021.0 121322.8622.8922.941.024.010.7210.6210.630.011.520.2519.9020.050.021.0 25022.9322.9322.951.024.010.7410.6610.640.011.520.2619.9320.080.021.0 1023.0623.4123.051.024.010.9310.9311.170.011.520.3720.1120.560.021.0 11223.0323.4223.021.024.010.8610.8811.140.011.520.3520.0720.560.021.0 12423.0823.4423.081.024.010.9310.9211.190.011.520.4720.1320.550.021.0 12022.0122.0821.972.023.010.7610.7610.830.011.520.3220.0020.230.021.0 12721.9722.0521.992.023.010.7710.7510.830.011.520.3019.9520.220.021.0 121322.0122.0621.982.023.010.7810.7510.840.011.520.3420.0320.210.021.0 25021.9521.9821.872.023.010.6710.6810.740.011.520.2119.9620.170.021.0 1021.7822.2622.242.023.011.0511.0210.460.…

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Grip Sensor Power Verification This device has five proximity sensors to reduce the output power for certain exposure scenarios. ECI #0 is configured as the free-state (grip sensors are not triggered), and ECI #19/20/21/22/23 are configured when the Grip #2/3/1/4/5 sensors are triggered, respectively. The table below shows the exposure scenarios according to the grip sensor states and their priority. ECI #19 (Grip #2) ECI #20 (Grip #3) ECI #21 (Grip #1) ECI #22 (Grip #4) ECI #23 (Grip #5) ECI #0 (Free) WCDMA5, LTE B12/13/14/71/5/26, NR n12/14/71/5/26Main1Grip #210 WCDMA4/2, LTE B4/66/2/25Main1Grip #2Grip #3120 LTE B30, NR n30Main1Grip #210 LTE B7/38/41, NR n7Main1Grip #2Grip #3120 NR n38/41Main1Grip #210 LTE B12/13/14/71/5/26Sub1Grip #510 NR n77/78Main2Grip #410 WiFi 2.4GHzSISO1Grip #110 WiFi 2.4GHzSISO2Grip #310 WiFi 5GHzSISO1Grip #110 WiFi 5GHzSISO2Grip #310 WiFi 6GHzSISO1Grip #110 WiFi 6GHzSISO2Grip #310 BTSISO1Grip #110 BTSISO2Grip #310 BandsAntennaExposure Scenario Grip Sensor Priority 1. Grip Sensor – Grip #2 1.1 Grip #2 Rear Sensor Triggering distance verification per KDB 616217 D04 Sec.6.2 distance [mm]46 mm43 mm40 mm37 mm34 mm31 mm28 mm25 mm30 mm29 mm28 mm27 mm26 mm25 mm24 mm23 mm22 mm21 mm18 mm15 mm12 mm9 mm6 mm3 mm0 mm WCDMA 5 Main124.124.124.124.224.224.224.214.024.224.224.224.324.114.014.214.214.214.014.114.214.214.114.014.114.1 WCDMA 4 Main123.924.023.924.123.924.124.012.523.924.124.123.923.912.512.312.312.512.512.412.312.312.312.312.512.5 WCDMA 2 Main123.824.024.024.023.824.023.811.924.023.823.823.824.011.811.911.911.911.911.811.811.911.811.811.811.9 LTE Band 12 Main124.023.923.823.923.723.923.814.523.823.823.923.923.914.314.514.614.514.614.614.614.414.514.414.414.6 LTE Band 26 Main124.024.124.124.024.023.924.015.124.024.024.223.924.215.015.015.115.215.115.215.215.015.215.115.015.2 LTE Band 66 Main124.224.124.124.224.224.124.312.224.124.024.124.224.212.112.212.112.212.312.312.212.312.212.112.312.2 LTE Band 25 Main124.324.324.424.124.124.424.112.724.324.324.124.324.312.712.712.512.712.712.612.712.512.512.512.712.7 LTE Band 30 Main123.223.223.423.323.223.423.411.223.423.223.423.323.211.011.011.011.211.111.011.111.111.211.111.111.1 LTE Band 7 Main123.823.923.923.823.923.723.710.423.923.723.823.823.810.410.310.210.410.310.510.310.410.410.310.410.3 NR Band n12 Main123.923.923.824.023.924.024.014.323.823.924.024.024.014.414.314.214.514.514.314.414.514.414.414.314.3 NR Band n26 Main123.924.124.024.024.124.124.015.624.123.923.924.023.915.415.615.415.515.515.615.515.515.515.615.515.6 NR Band n66 Main124.324.224.124.224.224.324.112.224.224.224.324.324.212.212.312.012.112.212.312.012.012.212.212.212.3 NR Band n25 Main124.123.923.924.124.124.123.912.423.923.823.923.924.012.212.312.512.412.412.312.312.412.312.312.312.4 NR Band n30 Main122.922.822.922.922.922.722.811.022.822.922.923.022.911.110.911.011.011.110.911.111.110.911.110.911.1 NR Band n7 Main124.124.024.024.024.124.124.110.724.224.224.024.224.310.610.510.710.610.510.710.510.810.610.710.710.6 KDB 616217 D04 6.2.b~g distance [mm]21 mm22 mm23 mm24 mm25 mm26 mm27 mm28 mm29 mm30 mm31 mm32 mm33 mm36 mm39 mm WCDMA 5 Main114.114.214.114.214.014.114.114.124.224.124.124.124.124.224.1 WCDMA 4 Main112.312.412.512.512.312.412.512.523.924.124.123.924.024.024.0 WCDMA 2 Main111.911.811.811.911.911.711.711.923.923.924.023.824.023.923.8 LTE Band 12 Main114.414.614.614.514.314.514.314.424.024.023.923.723.823.723.9 LTE Band 26 Main115.115.215.115.215.215.115.015.024.124.024.124.124.124.124.1 LTE Band 66 Main112.312.312.212.312.212.112.312.324.224.124.124.024.224.124.1 LTE Band 25 Main112.812.812.612.512.512.512.712.724.224.424.324.324.324.324.2 LTE Band 30 Main111.011.111.011.111.011.111.111.123.323.323.223.423.323.323.2 LTE Band 7 Main110.510.310.410.510.310.310.410.423.923.823.823.823.824.023.9 NR Band n12 Main114.414.514.314.414.514.414.514.323.923.923.923.924.023.824.0 NR Band n26 Main115.515.615.515.615.415.415.515.424.124.124.223.924.024.024.1 NR Band n66 Main112.212.212.112.112.112.112.012.224.124.124.224.224.124.224.3 NR Band n25 Main112.412.312.512.512.412.412.412.524.123.924.024.024.024.124.1 NR Band n30 Main110.910.911.011.010.911.011.111.122.823.022.922.822.723.022.8 NR Band n7 Main110.710.710.610.710.610.810.710.624.124.124.124.024.324.224.1 KDB 616217 D04 6.2.f 1.2 Grip #2 Top Sensor Triggering distance verification per KDB 616217 D04 Sec.6.2 distance [mm]46 mm43 mm40 mm37 mm34 mm31 mm28 mm25 mm30 mm29 mm28 mm27 mm26 mm25 mm24 mm23 mm22 mm21 mm18 mm15 mm12 mm9 mm6 mm3 mm0 mm WCDMA 5 Main124.124.324.124.224.224.124.314.124.124.124.124.124.214.214.214.114.014.214.214.214.014.214.114.114.2 WCDMA 4 Main123.923.923.923.924.023.924.012.524.124.024.023.924.112.512.512.512.512.312.512.312.312.412.312.312.3 WCDMA 2 Main124.024.023.823.823.923.823.811.823.823.924.023.824.011.911.711.911.911.811.911.711.711.911.911.911.9 LTE Band 12 Main123.723.823.923.923.823.723.914.423.823.824.023.723.914.414.614.414.514.614.614.614.614.414.414.414.6 LTE Band 26 Main124.023.924.024.224.224.124.215.224.024.024.224.124.015.215.215.115.215.115.015.115.015.215.015.115.1 LTE Band 66 Main124.024.024.224.224.224.124.112.324.024.224.024.024.212.212.212.112.312.312.112.212.312.112.312.312.3 LTE Band 25 Main124.424.224.324.224.224.324.112.724.124.324.224.324.412.712.612.612.812.612.612.712.612.612.512.512.8 LTE Band 30 Main123.323.323.223.323.323.423.311.023.123.223.323.423.311.111.211.111.011.211.011.011.111.311.211.211.1 LTE Band 7 Main123.723.723.723.723.924.023.810.323.823.723.923.723.910.410.410.510.310.310.310.410.410.410.210.310.5 NR Band n12 Main124.024.024.024.023.923.924.014.523.824.023.823.924.014.314.214.514.414.414.314.314.314.414.514.414.4 NR Band n26 Main124.024.024.024.223.924.024.115.624.224.124.224.124.015.515.515.415.615.415.415.315.615.415.515.415.6 NR Band n66 Main124.124.124.224.324.224.224.312.324.324.224.124.224.112.012.212.312.112.112.012.012.012.112.312.212.3 NR Band n25 Main124.124.023.923.924.024.123.912.524.124.124.124.124.012.412.312.412.…

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Testing Laboratory TL-637 FCC 47 CFR Sec 2.1093 IEEE Std 1528-2013 RF EXPOSURE EVALUATION REPORT (Part 1 : Test in Static Transmission Condition) FOR WCDMA/LTE/NR Tablet + BT/BLE, DTS/UNII a/b/g/n/ac/ax and Digitizer MODEL NUMBER: SM-X848U FCC ID: A3LSMX848U REPORT NUMBER: S-4792232010-S1V3 ISSUE DATE: 2026-07-10 Prepared for SAMSUNG ELECTRONICS CO., LTD. 129 SAMSUNG-RO, YEONGTONG-GU, SUWON-SI, GYEONGGI-DO, 16677, KOREA Prepared by UL Korea, Ltd. 26th floor, 152, Teheran-ro, Gangnam-gu Seoul, 06236, Korea Suwon Test Site: UL Korea, Ltd. Suwon Laboratory 218 Maeyeong-ro, Yeongtong-gu, Suwon-si, Gyeonggi-do, 16675, Korea TEL: (031) 337-9902 FAX: (031) 213-5433 Report No.: S-4792232010-S1V3 Issue Date: 2026-07-10 Page 1 of 136 UL Korea, Ltd. Suwon Laboratory Doc. No.: 1.0(04) This report shall not be reproduced except in full, without the written approval of UL Korea, Ltd. Revision History Rev. Date Revisions Revised By V1 2026-06-26 Initial Issue -- V2 2026-07-02 Revised table 6.3.1 in Sec 6.3.1 Revised Sec 6.4 Revised ECI values in table for the Sub2&3 antennas in Sec 9.2 and Sec 9.3 Revised ECI values in table for the Sub2&3 antennas in Sec 10. Revised Sec 10.27 and Sec 10.28 Juyeon Choi V3 2026-07-10 Revised N78 SRS4 in Sec. 6.4. Revised Wi-Fi 2.4 GHz SISO in Sec. 9.4. Juyeon Choi Report No.: S-4792232010-S1V3 Issue Date: 2026-07-10 Page 2 of 136 UL Korea, Ltd. Suwon Laboratory Doc. No.: 1.0(04) This report shall not be reproduced except in full, without the written approval of UL Korea, Ltd. Table of Contents 1. Attestation of test results .................................................................................................................. 5 1.1. The Highest Reported SAR/APD/IPD Results ............................................................................... 6 2. Test Specification, Methods and Procedures .................................................................................. 7 3. Facilities and Accreditation ............................................................................................................... 7 4. Measurement System & Test Equipment ......................................................................................... 8 4.1. SAR Measurement System ........................................................................................................... 8 4.1.1. SAR Scan Procedures .......................................................................................................... 10 4.2. Incident Power Density (IPD) Measurement System ................................................................... 12 4.2.1. Power Density Scan Procedures ........................................................................................... 13 4.2.2. Total Field and Power Flux Density Reconstruction (measurement distance) ....................... 13 4.3. Test Equipment ........................................................................................................................... 14 5. Measurement Uncertainty ............................................................................................................... 16 5.1. Decision Rule .............................................................................................................................. 17 6. Device Under Test (DUT) Information ............................................................................................. 18 6.1. DUT Description .......................................................................................................................... 18 6.2. Wireless Technologies ................................................................................................................ 19 6.3. Time-Averaging Feature .............................................................................................................. 20 6.3.1. ECI and Plimit Determination .......................…

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