RF Exp WLAN

FCC ID: MSQ-RTACBV00

RF Exposure Info

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FCCID_3422226

Report No：16B0409R-RF-US-Exp RF Exposure Evaluation Declaration Product Name ： Lyra mini Trade Name ： ASUS Model No. ： MAP-AC1300 FCC ID. ： MSQ-RTACBV00 Applicant : ASUSTeK COMPUTER INC. Address : 4F, No. 150, Li-Te Rd., Peitou, Taipei, Taiwan Date of Receipt : Nov. 17, 2016 Issued Date : Jan. 25, 2017 Report No. : 16B0409R-RF-US-Exp Report Version : V1.0 The declaration results relate only to the samples calculated. The declaration shall not be reproduced except in full without the written approval of DEKRA Testing and Certification Co., Ltd. Page: 1 of 11

Report No：16B0409R-RF-US-Exp 1. RF Exposure Evaluation 1.1. Limits According to FCC 1.1310: The criteria listed in the following table shall be used to evaluate the environment impact of human exposure to radio frequency (RF) radiation as specified in 1.1307(b) LIMITS FOR MAXIMUM PERMISSIBLE EXPOSURE (MPE) Frequency Range Electric Field Magnetic Field Power Density Average Time 2 (MHz) Strength (V/m) Strength (A/m) (mW/cm ) (Minutes) (A) Limits for Occupational/ Control Exposures 300-1500 -- -- F/300 6 1500-100,000 -- -- 5 6 (B) Limits for General Population/ Uncontrolled Exposures 300-1500 -- -- F/1500 6 1500-100,000 -- -- 1 30 F= Frequency in MHz Friis Formula Friis transmission formula: Pd = (Pout*G)/(4*pi*r2) Where Pd = power density in mW/cm2 Pout = output power to antenna in mW G = gain of antenna in linear scale Pi = 3.1416 R = distance between observation point and center of the radiator in cm Pd id the limit of MPE, 1 mW/cm2 . If we know the maximum gain of the antenna and the total power input to the antenna, through the calculation, we will know the distance r where the MPE limit is reached. 1.2. Test Procedure Software provided by client enabled the EUT to transmit and receive data at lowest, middle and highest channel individually. The temperature and related humidity: 18℃and 78％ RH. Page: 2 of 11

Report No：16B0409R-RF-US-Exp 1.3. Test Result of RF Exposure Evaluation Product Lyra mini Test Mode Transmit_CDD Mode Test Condition RF Exposure Evaluation Antenna Gain Antenna Gain: The maximum Gain measured in fully anechoic chamber are 2.43 dBi or 1.75in linear scale. Output Power into Antenna & RF Exposure Evaluation Distance: IEEE 802.11b (ANT 0+1) WLAN Function Channel Frequency Output Power to Antenna Power Density at R = 20 cm Channel (MHz) (mW) (mW/cm2) 1 2412 308.0590 0.10725 6 2437 300.6483 0.10467 11 2462 194.7840 0.06781 IEEE 802.11g (ANT 0+1) WLAN Function Channel Frequency Output Power to Antenna Power Density at R = 20 cm Channel (MHz) (mW) (mW/cm2) 1 2412 188.6160 0.06567 6 2437 294.4695 0.10252 11 2462 115.7697 0.04031 The power density Pd (4th column) at a distance of 20 cm calculated from the Friis transmission formula is far below the limit of 1 mW/cm2. Page: 3 of 11

Report No：16B0409R-RF-US-Exp Product Lyra mini Test Mode Transmit_CDD Mode Test Condition RF Exposure Evaluation Antenna Gain Antenna Gain: The maximum Gain measured in fully anechoic chamber are 2.43 dBi or 1.75in linear scale. Output Power into Antenna & RF Exposure Evaluation Distance: IEEE 802.11n (20MHz) (ANT 0+1) WLAN Function Channel Frequency Output Power to Antenna Power Density at R = 20 cm Channel (MHz) (mW) (mW/cm2) 1 2412 132.1443 0.04601 6 2437 300.6571 0.10467 11 2462 106.2050 0.03698 The power density Pd (4th column) at a distance of 20 cm calculated from the Friis transmission formula is far below the limit of 1 mW/cm2. IEEE 802.11n (40MHz) (ANT 0+1) WLAN Function Channel Frequency Output Power to Antenna Power Density at R = 20 cm Channel (MHz) (mW) (mW/cm2) 3 2422 67.2623 0.02342 6 2437 135.9113 0.04732 9 2452 52.8595 0.01840 The power density Pd (4th column) at a distance of 20 cm calculated from the Friis transmission formula is far below the limit of 1 mW/cm2. Page: 4 of 11

Report No：16B0409R-RF-US-Exp Product Lyra mini Test Mode Transmit_ Beamforming Mode Test Condition RF Exposure Evaluation Antenna Gain Antenna Gain: The maximum Gain measured in fully anechoic chamber are 2.43 dBi or 1.75in linear scale. Output Power into Antenna & RF Exposure Evaluation Distance: IEEE 802.11n (20MHz) (ANT 0+1) WLAN Function Channel Frequency Output Power to Antenna Power Density at R = 20 cm Channel (MHz) (mW) (mW/cm2) 1 2412 85.4147 0.02974 6 2437 283.3757 0.09866 11 2462 73.1192 0.02546 The power density Pd (4th column) at a distance of 20 cm calculated from the Friis transmission formula is far below the limit of 1 mW/cm2. IEEE 802.11n (40MHz) (ANT 0+1) WLAN Function Channel Frequency Output Power to Antenna Power Density at R = 20 cm Channel (MHz) (mW) (mW/cm2) 3 2422 44.8778 0.01562 6 2437 91.5573 0.03188 9 2452 44.0079 0.01532 The power density Pd (4th column) at a distance of 20 cm calculated from the Friis transmission formula is far below the limit of 1 mW/cm2. Page: 5 of 11

Report No：16B0409R-RF-US-Exp Product Lyra mini Test Mode Transmit _ CDD Mode Test Condition RF Exposure Evaluation Antenna Gain Antenna Gain: The maximum Gain measured in fully anechoic chamber are 4.74dBi or 2.98 in linear scale. Output Power into Antenna & RF Exposure Evaluation Distance: IEEE 802.11a WLAN Function Channel Frequency Output Power to Antenna Power Density at R = 20 cm Channel (MHz) (mW) (mW/cm2) 36 5180 150.1804 0.08903 44 5220 272.6071 0.16162 48 5240 177.6979 0.10535 IEEE 802.11 n(20MHz) WLAN Function Channel Frequency Output Power to Antenna Power Density at R = 20 cm Channel (MHz) (mW) (mW/cm2) 36 5180 129.1394 0.07656 44 5220 274.8201 0.16293 48 5240 189.2479 0.11220 The power density Pd (4th column) at a distance of 20 cm calculated from the Friis transmission formula is far below the limit of 1 mW/cm2. Page: 6 of 11

Report No：16B0409R-RF-US-Exp Product Lyra mini Test Mode Transmit _ CDD Mode Test Condition RF Exposure Evaluation Antenna Gain Antenna Gain: The maximum Gain measured in fully anechoic chamber are 4.74dBi or 2.98 in linear scale. Output Power into Antenna & RF Exposure Evaluation Distance: IEEE 802.11 n(40MHz) WLAN Function Channel Frequency Output Power to Antenna Power Density at R = 20 cm Channel (MHz) (mW) (mW/cm2) 38 5190 111.3255 0.06600 46 5230 179.9014 0.10665 IEEE 802.11 ac(80MHz) WLAN Function Channel Frequency Output Power to Antenna Power Density at R = 20 cm Channel (MHz) (mW) (mW/cm2) 42 5210 69.0304 0.04092 The power density Pd (4th column) at a distance of 20 cm calculated from the Friis transmission formula is far below the limit of 1 mW/cm2. Page: 7 of 11

Report No：16B0409R-RF-US-Exp Product Lyra mini Test Mode Transmit _ CDD Mode Test Condition RF Exposure Evaluation Antenna Gain Antenna Gain: The maximum Gain measured in fully anechoic chamber are 4.74dBi or 2.98 in linear scale. Output Power into Antenna & RF Exposure Evaluation Distance: IEEE 802.11a WLAN Function Channel Frequency Output Power to Antenna Power Density at R = 20 cm Channel (MHz) (mW) (mW/cm2) 149 5745 244.5333 0.14497 157 5785 258.1484 0.15304 165 5825 283.8484 0.16828 IEEE 802.11 n(20MHz) WLAN Function Channel Frequency Output Power to Antenna Power Density at R = 20 cm Channel (MHz) (mW) (mW/cm2) 149 5745 259.3024 0.15373 157 5785 253.0011 0.14999 165 5825 271.9758 0.16124 The power density Pd (4th column) at a distance of 20 cm calculated from the Friis transmission formula is far below the limit of 1 mW/cm2. Page: 8 of 11

Report No：16B0409R-RF-US-Exp Product Lyra mini Test Mode Transmit _ CDD Mode Test Condition RF Exposure Evaluation Antenna Gain Antenna Gain: The maximum Gain measured in fully anechoic chamber are 4.74dBi or 2.98 in linear scale. Output Power into Antenna & RF Exposure Evaluation Distance: IEEE 802.11 n(40MHz) WLAN Function Channel Frequency Output Power to Antenna Power Density at R = 20 cm Channel (MHz) (mW) (mW/cm2) 151 5755 211.5513 0.12542 159 5795 240.6830 0.14269 IEEE 802.11 ac(80MHz) WLAN Function Channel Frequency Output Power to Antenna Power Density at R = 20 cm Channel (MHz) (mW) (mW/cm2) 155 5775 100.7132 0.05971 The power density Pd (4th column) at a distance of 20 cm calculated from the Friis transmission formula is far below the limit of 1 mW/cm2. Page: 9 of 11

Report No：16B0409R-RF-US-Exp Product Lyra mini Test Mode Transmit _ Beamforming Mode Test Condition RF Exposure Evaluation Antenna Gain Antenna Gain: The maximum Gain measured in fully anechoic chamber are 4.74dBi or 2.98 in linear scale. Output Power into Antenna & RF Exposure Evaluation Distance: IEEE 802.11 n(20MHz) WLAN Function Channel Frequency Output Power to Antenna Power Density at R = 20 cm Channel (MHz) (mW) (mW/cm2) 36 5180 85.0218 0.05041 44 5220 243.2475 0.14421 48 5240 172.5962 0.10232 IEEE 802.11 n(40MHz) WLAN Function Channel Frequency Output Power to Antenna Power Density at R = 20 cm Channel (MHz) (mW) (mW/cm2) 38 5190 69.6704 0.04130 46 5230 172.4064 0.10221 IEEE 802.11 ac(80MHz) WLAN Function Channel Frequency Output Power to Antenna Power Density at R = 20 cm Channel (MHz) (mW) (mW/cm2) 42 5210 46.4013 0.02751 The power density Pd (4th column) at a distance of 20 cm calculated from the Friis transmission formula is far below the limit of 1 mW/cm2. Page: 10 of 11

Report No：16B0409R-RF-US-Exp Product Lyra mini Test Mode Transmit _ Beamforming Mode Test Condition RF Exposure Evaluation Antenna Gain Antenna Gain: The maximum Gain measured in fully anechoic chamber are 4.74dBi or 2.98 in linear scale. Output Power into Antenna & RF Exposure Evaluation Distance: IEEE 802.11 n(20MHz) WLAN Function Channel Frequency Output Power to Antenna Power Density at R = 20 cm Channel (MHz) (mW) (mW/cm2) 149 5745 259.3024 0.15373 157 5785 253.0011 0.14999 165 5825 271.9758 0.16124 IEEE 802.11 n(40MHz) WLAN Function Channel Frequency Output Power to Antenna Power Density at R = 20 cm Channel (MHz) (mW) (mW/cm2) 151 5755 211.5513 0.12542 159 5795 240.6830 0.14269 IEEE 802.11 ac(80MHz) WLAN Function Channel Frequency Output Power to Antenna Power Density at R = 20 cm Channel (MHz) (mW) (mW/cm2) 155 5775 82.8958 0.04914 The power density Pd (4th column) at a distance of 20 cm calculated from the Friis transmission formula is far below the limit of 1 mW/cm2. Page: 11 of 11


Document Created: 2017-06-03 17:20:23
Document Modified: 2017-06-03 17:20:23
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