Test Report_NII-4

FCC ID: TFB-1004

Test Report

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FCCID_3411581

Plots – U‐NII‐2C Restricted‐Band Lower Band‐Edge, continued Low Channel – 802.11ac HT‐80 – Peak Low Channel – 802.11ac HT‐80 ‐ Average Low Channel – 802.11n HT‐20 ‐ Peak Low Channel – 802.11n HT‐20 ‐ Average Low Channel – 802.11n HT‐40 ‐ Peak Low Channel – 802.11n HT‐40 ‐ Average Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 94 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Plots – U‐NII‐2C: Upper Edge of U‐NII‐2C Band Low Channel – 802.11a HT‐20 Low Channel – 802.11ac HT‐20 Mid Channel – 802.11a HT‐20 Mid Channel – 802.11ac HT‐20 High Channel – 802.11a HT‐20 High Channel – 802.11ac HT‐20 Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 95 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Plots – U‐NII‐2C: Upper Edge of U‐NII‐2C Band, continued Low Channel – 802.11ac HT‐40 Low Channel – 802.11ac HT‐80 Mid Channel – 802.11ac HT‐40 Mid Channel – 802.11ac HT‐80 High Channel – 802.11ac HT‐40 High Channel – 802.11ac HT‐80 Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 96 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Plots – U‐NII‐2C: Upper Edge of U‐NII‐2C Band, continued Low Channel – 802.11n HT‐20 Low Channel – 802.11n HT‐40 Mid Channel – 802.1n HT‐20 Mid Channel – 802.11n HT‐40 High Channel – 802.11n HT‐20 High Channel – 802.11n HT‐40 Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 97 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Plots – U‐NII‐3 Band Edge Mask Low Channel – 802.11a HT‐20 Low Channel – 802.11ac HT‐20 Mid Channel – 802.11a HT‐20 Mid Channel – 802.11ac HT‐20 High Channel – 802.11a HT‐20 High Channel – 802.11ac HT‐20 Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 98 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Plots – U‐NII‐3 Band Edge Mask, continued Low Channel – 802.11ac HT‐40 Low Channel – 802.11n HT‐20 High Channel – 802.11ac HT‐40 Mid Channel – 802.11n HT‐20 Only Channel – 802.11ac HT‐80 High Channel – 802.11n HT‐20 Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 99 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Plots – U‐NII‐3 Band Edge Mask, continued Low Channel – 802.11n HT‐40 High Channel – 802.11n HT‐40 Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 100 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

5.1.6 Antenna Port Conducted Emissions – Spurious & Harmonic Emissions Operator Kimberly Bay QA Aidi Zainal / Shane Dock U‐NII‐1: March 8, 10, 16 & 17, 2017; U‐NII‐2A: March 16, 2017 Test Date U‐NII‐2C: March 27‐28, 2017; U‐NII‐3: February 28, 2017, March 20, 2017, April 10, 2017 Location Conducted RF Test Bench Temp. / R.H. 21°‐ 22°C / 25%‐43% RH FCC 15.407 (b)(1‐8) Requirement RSS 247 Issue 2 Sections 6.2.1.2, 6.2.2.2, 6.2.3.2, 6.2.4.2 Method KDB 789033 D02 v01r04 Section II.G.1,3,5 (max), 6 (average) Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 101 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Limits: U‐NII Frequency FCC Limit ISED Limit Band Range All 30‐88 Quasi‐peak Quasi‐peak MHz ‐55.23 dBm ‐55.23 dBm All 88‐216 Quasi‐peak Quasi‐peak MHz ‐51.23 dBm ‐51.23 dBm All 216‐960 Quasi‐peak Quasi‐peak MHz ‐49.23 dBm ‐49.23 dBm All 960‐1000 Peak ‐21.23 dBm Peak ‐21.23 dBm MHz Average ‐41.23 dBm Average ‐41.23 dBm Emissions outside of 5150‐ Emissions outside of 5150‐5350 MHz U‐NII‐1 1‐40 GHz 5350 MHz ≤ ‐27 dBm/MHz e.i.r.p ≤ ‐27 dBm/MHz e.i.r.p 1) Emissions outside of 5250‐5350 MHz Emissions outside of 5150‐ ≤ ‐27 dBm/MHz e.i.r.p OR U‐NII‐2A 1‐40 GHz 5350 MHz 2) Emissions outside of 5150‐5350 MHz ≤ ‐27 ≤ ‐27 dBm/MHz e.i.r.p dBm/MHz e.i.r.p. AND PSD must comply with ISED U‐NII‐1 PSD limit 1) Emissions outside of 5470‐5600 MHz AND 5650‐5725 MHz ≤ ‐27 dBm/MHz e.i.r.p. Emissions outside of 5470‐ U‐NII‐2C 1‐40 GHz 5725 MHz 2) Devices w/ BW overlapping the band edge of 5725 MHz can meet the emission limit of ≤ ‐27 dBm/MHz e.i.r.p ‐27 dBm/MHz e.i.r.p. at 5850 MHz instead of 5725 MHz U‐NII‐3 1‐40 GHz E.I.R.P. of unwanted emissions must comply with the following: 1) 27 dBm/MHz at frequencies from the band edges decreasing linearly to 15.6 dBm/MHz at 5 MHz above or below the band edges; 2) 15.6 dBm/MHz at 5 MHz above or below the band edges decreasing linearly to 10 dBm/MHz at 25 MHz above or below the band edges; 3) 10 dBm/MHz at 25 MHz above or below the band edges decreasing linearly to ‐27 dBm/MHz above or below the band edges; and ‐27 dBm/MHz at frequencies more than 75 MHz above or below the band edges. Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 102 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Test Parameters Frequency 30‐40000 MHz 802.11a HT‐20: 5180, 5200, 5220 (ISED only), 5240 (FCC only) MHz (U‐NII‐1) Settings 5260, 5300, 5320 MHz (U‐NII‐2A) 5500, 5580, 5700 MHz (U‐NII‐2C) 5745, 5785, 5825 MHz (U‐NII‐3) 802.11ac HT‐20: 5180, 5200, 5220 (ISED only), 5240 (FCC only)MHz (U‐NII‐1) Settings 5260, 5300, 5320 MHz (U‐NII‐2A) 5500, 5580, 5720 MHz (U‐NII‐2C) 5745, 5785, 5825 MHz (U‐NII‐3) 802.11ac HT‐40: Settings 5190, 5230 MHz (U‐NII‐1); 5270, 5310 MHz (U‐NII‐2A); 5510, 5550, 5710 MHz (U‐NII‐2C); 5755, 5795 MHz (U‐NII‐3) 802.11ac HT‐80: Settings 5210 MHz (U‐NII‐1); 5290 MHz (U‐NII‐2A); 5530, 5610 (FCC Only), 5690 MHz (U‐NII‐2C); 5775 MHz (U‐NII‐3) 802.11n HT‐20: 5180, 5200, 5220 (ISED only), 5240 (FCC only)MHz (U‐NII‐1) Settings 5260, 5300, 5320 MHz (U‐NII‐2A) 5500, 5580, 5700 MHz (U‐NII‐2C) 5745, 5785, 5825 MHz (U‐NII‐3) 802.11n HT‐40: Settings 5190, 5230 MHz, (U‐NII‐1); 5270, 5310 MHz(U‐NII‐2A); 5510, 5550, 5670 MHz(U‐NII‐2C); 5755, 5795 MHz (U‐NII‐3) Note Maximum antenna gain: 4 dBi U‐NII‐2A meets the second condition of the ISED limit as listed in the Limits table Note above. U‐NII‐1, U‐NII‐2A, and U‐NII‐3 each have only two HT‐40 channels and one HT‐80 Note channel. U‐NII‐2C 802.11ac HT‐80 channel 5610 MHz tested here, but not used in Canada. U‐ Note NII‐2C 802.11ac HT‐80 has only two available ISED channels. Example Margin = Limit – (measurement + antenna gain) Calculation Ex: ‐27 dBm – (‐38.6 dBm + 4 dBi) = 7.6 dB margin Instrumentation Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 103 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Table – U‐NII‐1 Conducted Harmonics Emissions – FCC 15.407/RSS 247 Limits FCC FCC 15.407/ Fundamental Peak Peak 15.407/ Data Frequency RSS 247 Mode BW Frequency Measured Antenna RSS 247 Rate (MHz) EIRP Limit (MHz) (dBm) Gain (dBi) Margin (dBm/ (dB) MHz) 802.11a 6 Mbps HT‐20 5180 15540 ‐38.615 4 ‐27 7.615 802.11a 6 Mbps HT‐20 5200 15600 ‐38.523 4 ‐27 7.523 802.11a 6 Mbps HT‐20 5220 (ISED) 15660 ‐39.088 4 ‐27 8.088 5240 802.11a 6 Mbps HT‐20 15720 ‐40.234 4 ‐27 9.234 (FCC) 802.11ac MCS0 HT‐20 5180 15540 ‐44.247 4 ‐27 13.247 802.11ac MCS0 HT‐20 5200 15600 ‐44.317 4 ‐27 13.317 802.11ac MCS0 HT‐20 5220 (ISED) 15660 ‐44.454 4 ‐27 13.454 5240 802.11ac MCS0 HT‐20 15720 ‐46.171 4 ‐27 15.171 (FCC) 802.11n MCS0 HT‐20 5180 15540 ‐42.959 4 ‐27 11.959 802.11n MCS0 HT‐20 5200 15600 ‐44.232 4 ‐27 13.232 802.11n MCS0 HT‐20 5220 (ISED) 15660 ‐43.932 4 ‐27 12.932 5240 802.11n MCS0 HT‐20 15720 ‐45.105 4 ‐27 14.105 (FCC) Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 104 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Table – U‐NII‐1 Conducted Harmonics Emissions – FCC 15.209 Limits FCC FCC FCC Peak Fundamental Peak Average 15.209 15.209 15.209 Data Frequency Antenna Mode BW Frequency Measured Measured Peak/Avg Peak Average Rate (MHz) Gain (MHz) (dBm) (dB) Limit Margin Margin (dBi) (dBm) (dB) (dB) ‐21.23/ 802.11a 6 Mbps HT‐20 5180 15540 ‐38.615 ‐47.373 4 13.385 2.143 ‐41.23 ‐21.23/ 802.11a 6 Mbps HT‐20 5200 15600 ‐38.523 ‐46.132 4 13.293 0.902 ‐41.23 ‐21.23/ 802.11a 6 Mbps HT‐20 5220 (ISED) 15660 ‐39.088 ‐46.449 4 13.858 1.219 ‐41.23 5240 ‐21.23/ 802.11a 6 Mbps HT‐20 15720 ‐40.234 ‐47.759 4 15.004 2.529 (FCC) ‐41.23 ‐21.23/ 802.11ac MCS0 HT‐20 5180 15540 ‐44.247 ‐51.558 4 19.017 6.328 ‐41.23 ‐21.23/ 802.11ac MCS0 HT‐20 5200 15600 ‐44.317 ‐50.685 4 19.087 5.455 ‐41.23 ‐21.23/ 802.11ac MCS0 HT‐20 5220 (ISED) 15660 ‐44.454 ‐51.768 4 19.224 6.538 ‐41.23 5240 ‐21.23/ 802.11ac MCS0 HT‐20 15720 ‐46.171 ‐53.371 4 20.941 8.141 (FCC) ‐41.23 ‐21.23/ 802.11n MCS0 HT‐20 5180 15540 ‐42.959 ‐49.883 4 17.729 4.653 ‐41.23 ‐21.23/ 802.11n MCS0 HT‐20 5200 15600 ‐44.232 ‐50.81 4 19.002 5.58 ‐41.23 ‐21.23/ 802.11n MCS0 HT‐20 5220 (ISED) 15660 ‐43.932 ‐51.103 4 18.702 5.873 ‐41.23 5240 ‐21.23/ 802.11n MCS0 HT‐20 15720 ‐45.105 ‐52.706 4 19.875 7.476 (FCC) ‐41.23 Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 105 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Table – U‐NII‐2A Conducted Harmonic Emissions – FCC 15.407/RSS 247 Limits FCC FCC 15.407/ Fundamental Peak Peak 15.407/ Frequency RSS 247 Mode Data Rate BW Frequency Measured Antenna RSS 247 (MHz) EIRP Limit (MHz) (dBm) Gain (dBi) Margin (dBm/ (dB) MHz) 802.11a 6 Mbps HT‐20 5260 15780 ‐38.21 4 ‐27 7.21 802.11a 6 Mbps HT‐20 5300 15900 ‐40.85 4 ‐27 9.85 802.11a 6 Mbps HT‐20 5320 15960 ‐43.84 4 ‐27 12.84 802.11ac MCS0 HT‐20 5260 15780 ‐42.45 4 ‐27 11.45 802.11ac MCS0 HT‐20 5300 15900 ‐44.67 4 ‐27 13.67 802.11ac MCS0 HT‐20 5320 15960 ‐46.82 4 ‐27 15.82 802.11n MCS0 HT‐20 5260 15780 ‐42.17 4 ‐27 11.17 802.11n MCS0 HT‐20 5300 15900 ‐44.196 4 ‐27 13.196 802.11n MCS0 HT‐20 5320 15960 ‐45.97 4 ‐27 14.97 Table – U‐NII‐2A Conducted Harmonic Emissions – FCC 15.209 Limits FCC FCC FCC Peak Fundamental Peak Average 15.209 15.209 15.209 Data Frequency Antenna Mode BW Frequency Measured Measured Peak/Avg Peak Average Rate (MHz) Gain (MHz) (dBm) (dB) Limit Margin Margin (dBi) (dBm) (dB) (dB) ‐21.23/ 802.11a 6 Mbps HT‐20 5260 15780 ‐38.21 ‐50.74 4 12.98 5.51 ‐41.23 ‐21.23/ 802.11a 6 Mbps HT‐20 5300 15900 ‐40.85 ‐53.35 4 15.62 8.12 ‐41.23 ‐21.23/ 802.11a 6 Mbps HT‐20 5320 15960 ‐43.84 ‐56.35 4 18.61 11.12 ‐41.23 ‐21.23/ 802.11ac MCS0 HT‐20 5260 15780 ‐42.45 ‐54.4 4 17.22 9.17 ‐41.23 ‐21.23/ 802.11ac MCS0 HT‐20 5300 15900 ‐44.67 ‐56.49 4 19.44 11.26 ‐41.23 ‐21.23/ 802.11ac MCS0 HT‐20 5320 15960 ‐46.82 ‐57.98 4 21.59 12.75 ‐41.23 ‐21.23/ 802.11n MCS0 HT‐20 5260 15780 ‐42.17 ‐54.25 4 16.94 9.02 ‐41.23 ‐21.23/ 802.11n MCS0 HT‐20 5300 15900 ‐44.196 ‐56.61 4 18.966 11.38 ‐41.23 ‐21.23/ 802.11n MCS0 HT‐20 5320 15960 ‐45.97 ‐58.21 4 20.74 12.98 ‐41.23 Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 106 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Table – U‐NII‐2C Conducted Harmonic Emissions – FCC 15.407/RSS 247 Limits FCC FCC 15.407/ Fundamental Peak Peak 15.407/ Frequency RSS 247 Mode Data Rate BW Frequency Measured Antenna RSS 247 (MHz) EIRP Limit (MHz) (dBm) Gain (dBi) Margin (dBm/ (dB) MHz) 802.11a 6 Mbps HT‐20 5500 11000 ‐52.059 4 ‐27 21.059 802.11a 6 Mbps HT‐20 5580 11160 ‐49.941 4 ‐27 18.941 802.11a 6 Mbps HT‐20 5700 11400 ‐47.772 4 ‐27 16.772 802.11ac MCS0 HT‐20 5500 11000 ‐54.846 4 ‐27 23.846 802.11ac MCS0 HT‐20 5580 11160 ‐52.478 4 ‐27 21.478 802.11ac MCS0 HT‐20 5720 11440 ‐52.407 4 ‐27 21.407 802.11n MCS0 HT‐20 5500 11000 ‐55.426 4 ‐27 24.426 802.11n MCS0 HT‐20 5580 11160 ‐52.128 4 ‐27 21.128 802.11n MCS0 HT‐20 5700 11400 ‐52.418 4 ‐27 21.418 Table – U‐NII‐2C Conducted Harmonic Emissions – FCC 15.209 Limits FCC FCC FCC Peak Fundamental Peak Average 15.209 15.209 15.209 Data Frequency Antenna Mode BW Frequency Measured Measured Peak/Avg Peak Average Rate (MHz) Gain (MHz) (dBm) (dB) Limit Margin Margin (dBi) (dBm) (dB) (dB) ‐21.23/ 802.11a 6 Mbps HT‐20 5500 11000 ‐52.059 ‐62.988 4 26.829 17.758 ‐41.23 ‐21.23/ 802.11a 6 Mbps HT‐20 5580 11160 ‐49.941 ‐61.038 4 24.711 15.808 ‐41.23 ‐21.23/ 802.11a 6 Mbps HT‐20 5700 11400 ‐47.772 ‐58.456 4 22.542 13.226 ‐41.23 ‐21.23/ 802.11ac MCS0 HT‐20 5500 11000 ‐54.846 ‐65.109 4 29.616 19.879 ‐41.23 ‐21.23/ 802.11ac MCS0 HT‐20 5580 11160 ‐52.478 ‐63.21 4 27.248 17.98 ‐41.23 ‐21.23/ 802.11ac MCS0 HT‐20 5720 11440 ‐52.407 ‐62.617 4 27.177 17.387 ‐41.23 ‐21.23/ 802.11n MCS0 HT‐20 5500 11000 ‐55.426 ‐65.561 4 30.196 20.331 ‐41.23 ‐21.23/ 802.11n MCS0 HT‐20 5580 11160 ‐52.128 ‐63.168 4 26.898 17.938 ‐41.23 ‐21.23/ 802.11n MCS0 HT‐20 5700 11400 ‐52.418 ‐62.17 4 27.188 16.94 ‐41.23 Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 107 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Table – U‐NII‐3 Conducted Harmonic Emissions – FCC 15.407/RSS 247 Limits FCC FCC 15.407/ Fundamental Peak Peak 15.407/ Frequency RSS 247 Mode Data Rate BW Frequency Measured Antenna RSS 247 (MHz) EIRP Limit (MHz) (dBm) Gain (dBi) Margin (dBm/ (dB) MHz) 802.11a 6 Mbps HT‐20 5745 11490 ‐47.386 4 ‐27 16.386 802.11a 6 Mbps HT‐20 5785 11570 ‐46.747 4 ‐27 15.747 802.11a 6 Mbps HT‐20 5825 11650 ‐47.214 4 ‐27 16.214 802.11ac MCS0 HT‐20 5745 11490 ‐51.041 4 ‐27 20.041 802.11ac MCS0 HT‐20 5785 11570 ‐51.303 4 ‐27 20.303 802.11ac MCS0 HT‐20 5825 11650 ‐51.237 4 ‐27 20.237 802.11n MCS0 HT‐20 5745 11490 ‐51.348 4 ‐27 20.348 802.11n MCS0 HT‐20 5785 11570 ‐51.281 4 ‐27 20.281 802.11n MCS0 HT‐20 5825 11650 ‐51.973 4 ‐27 20.973 Table – U‐NII‐3 Conducted Harmonic Emissions – FCC 15.209 Limits Peak FCC 15.209 FCC 15.209 FCC 15.209 Fundamental Peak Average Frequency Antenna Peak/Avg Peak Average Mode Data Rate BW Frequency Measured Measured (MHz) Gain Limit Margin Margin (MHz) (dBm) (dB) (dBi) (dBm) (dB) (dB) ‐21.23/ 802.11a 6 Mbps HT‐20 5745 11490 ‐47.386 ‐58.127 4 22.156 12.897 ‐41.23 ‐21.23/ 802.11a 6 Mbps HT‐20 5785 11570 ‐46.747 ‐58.264 4 21.517 13.034 ‐41.23 ‐21.23/ 802.11a 6 Mbps HT‐20 5825 11650 ‐47.214 ‐58.303 4 21.984 13.073 ‐41.23 ‐21.23/ 802.11ac MCS0 HT‐20 5745 11490 ‐51.041 ‐63.303 4 25.811 18.073 ‐41.23 ‐21.23/ 802.11ac MCS0 HT‐20 5785 11570 ‐51.303 ‐61.304 4 26.073 16.074 ‐41.23 ‐21.23/ 802.11ac MCS0 HT‐20 5825 11650 ‐51.237 ‐62.388 4 26.007 17.158 ‐41.23 ‐21.23/ 802.11n MCS0 HT‐20 5745 11490 ‐51.348 ‐61.863 4 26.118 16.633 ‐41.23 ‐21.23/ 802.11n MCS0 HT‐20 5785 11570 ‐51.281 ‐62.986 4 26.051 17.756 ‐41.23 ‐21.23/ 802.11n MCS0 HT‐20 5825 11650 ‐51.973 ‐62.107 4 26.743 16.877 ‐41.23 Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 108 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Plots – U‐NII‐1 Conducted Emissions Plots show worst case (highest) emissions in the respective frequency range 30‐1000 MHz* 1‐4.5 GHz 4.5‐5.15 GHz & 5.35‐5.46 GHz In section 5.1.4 Band Edges 5.46‐10 GHz 10‐18 GHz – Peak Harmonic Emissions 10‐18 GHz – Average Harmonic Emissions  No EUT emissions on any channel in this frequency range. Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 109 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Plots – U‐NII‐1 Conducted Emissions, continued 18‐25 GHz* 25‐40 GHz*  No EUT emissions on any channel in this frequency range. Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 110 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Plots – U‐NII‐2A Conducted Emissions Plots show worst case (highest) emissions in the respective frequency range 30‐1000 MHz* 1‐4.5 GHz 10‐18 GHz – Peak Harmonic Emissions 10‐18 GHz – Average Harmonic Emissions 18‐25 GHz* 25‐40 GHz*  No EUT emissions on any channel in this frequency range. Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 111 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Plots – U‐NII‐2C Conducted Emissions Plots show worst case (highest) emissions in the respective frequency range 30‐1000 MHz* 1‐5.35 GHz 10‐18 GHz – Peak Harmonic Emissions 18‐25 GHz* 25‐40 GHz*  No EUT emissions on any channel in this frequency range. Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 112 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Plots – U‐NII‐3 Conducted Emissions Plots show worst case (highest) emissions in the respective frequency range 30‐1000 MHz* 1‐5.65 GHz 5.925‐10 GHz 10‐18 GHz – Peak Harmonic Emissions 18‐25 GHz* 25‐40 GHz*  No EUT emissions on any channel in this frequency range. Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 113 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

5.2 Radiated Emissions The frequency spectrum is investigated for intentional and / or unintentional signals emanating from the EUT by use of a standardized test site and measurement antenna. The antenna, cable, pre‐amp, and other necessary measurement system correction factors are loaded onto the EMI receiver / spectrum analyzer when the Description of measurements are performed allowing the data to be gathered and reported as Measurement corrected values. The maximum emissions from the EUT are determined by turn‐table azimuth rotation (360°) and scanning of the measurement antenna. Maximized levels are noted at degree values of azimuth, measurement antenna height, and measurement antenna polarity. Measurement (dBµV) + Cable factor (dB) + Other (dB) + Antenna Factor (dB/m) = Corrected Reading (dBµV/m) Example Margin (dB) = Limit (dBµV/m) ‐ Corrected Reading (dBµV/m) Calculations Example at 4000 MHz: Reading = 40 dBµV + 3.4 dB + 0.9 dB + 6.5 dB/m = 50.8 dBµV/m Average Limit = 20 log (500) = 54 dBµV/m Margin = 54 dBµV/m ‐ 50.8 dBµV/m = 3.2 dB Block Diagram EMI Receiver / Antenna EUT Spectrum Analyzer Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 114 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

5.2.1 Radiated – Band Edges Operator Kimberly Bay QA Shane Dock U‐NII‐1: March 20‐21, 2017; U‐NII‐2A: March 21, 2017 Test Date U‐NII‐2C: March 21, 2017; U‐NII‐3: May 7, 2017 Location 3‐meter Semi‐Anechoic Chamber Temp. / R.H. 20°‐ 21°C / 25%‐35% RH FCC 15.407 (b)(1‐8) Requirement RSS 247 Issue 2 Sections 6.2.1.2, 6.2.2.2, 6.2.3.2, 6.2.4.2 Method U‐NII‐1: KDB 789033 D02 v01r04 Sections II.G.5 & 11.G.6 AD Limits: FCC 15.407 Limit Measured Range FCC 15.209 Limit U‐NII Band RSS 247 Limit (MHz) (@ 3m) (@ 3m) Peak 74 dBµV/m U‐NII‐1 4500‐5150 68.23 dBµV/m Average 54 dBµV/m Peak 74 dBµV/m U‐NII‐1 5350‐5460 68.23 dBµV/m Average 54 dBµV/m U‐NII‐1 5250‐5350 (ISED only) 68.23 dBµV/m N/A Peak 74 dBµV/m U‐NII‐2A 4500‐5150 68.23 dBµV/m Average 54 dBµV/m Peak 74 dBµV/m U‐NII‐2A 5250‐5460 68.23 dBµV/m Average 54 dBµV/m Peak 74 dBµV/m U‐NII‐2C 5250‐5460 68.23 dBµV/m Average 54 dBµV/m U‐NII‐3 5600‐5725 See table below N/A U‐NII‐3 5850‐5975 See table below N/A Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 115 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Limits: U‐NII‐3 Peak Emission Limits Frequency Range (MHz) 1) 122.23 dBµV/m at frequencies from the band edges 5720‐5725 decreasing linearly to 110.83 dBµV/m at 5 MHz above or below the band edges 5850‐5855 2) 110.83 dBµV/m at 5 MHz above or below the band edges 5700‐5720 decreasing linearly to 105.23 dBµV/m at 25 MHz above or below the band edges 5855‐5875 3) 105.23 dBµV/m at 25 MHz above or below the band edges decreasing linearly to 68.23 dBµV/m above or below the 5645 and down‐5700 band edges; and 68.23 dBµV/m at frequencies more than 75 5875‐5930 and up MHz above or below the band edges. Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 116 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Test Parameters 4500‐5150 MHz, 5350‐5460 MHz, 5250‐5350 MHz (ISED only), 5250‐5460 MHz, Frequency 56502‐5725 MHz, 5850‐5925 MHz Distance 3 meters 802.11a HT‐20: 5180, 5220 (ISED only), 5240 (FCC only) MHz (U‐NII‐1) Settings 5260, 5320 MHz (U‐NII‐2A) 5500 MHz (U‐NII‐2C) 5745, 5785, 5825 MHz (U‐NII‐3) 802.11ac HT‐20: 5180, 5220 (ISED only), 5240 (FCC only)MHz (U‐NII‐1) Settings 5260, 5320 MHz (U‐NII‐2A) 5500 MHz (U‐NII‐2C) 5745, 5785, 5825 MHz (U‐NII‐3) 802.11ac HT‐40: Setting 5190, 5230 MHz (U‐NII‐1); 5270, 5310 MHz (U‐NII‐2A); 5510 MHz (U‐NII‐2C); 5755, 5795 MHz (U‐NII‐3) 802.11ac HT‐80: Settings 5210 MHz (U‐NII‐1); 5290 MHz (U‐NII‐2A); 5530 (U‐NII‐2C); 5775 MHz (U‐NII‐3) 802.11n HT‐20: 5180, 5220 (ISED only), 5240 (FCC only)MHz (U‐NII‐1) Settings 5260, 5320 MHz (U‐NII‐2A) 5500 MHz (U‐NII‐2C) 5745, 5785, 5825 MHz (U‐NII‐3) 802.11n HT‐40: Settings 5190, 5230 MHz, (U‐NII‐1); 5270, 5310 MHz(U‐NII‐2A); 5510 MHz (U‐NII‐2C); 5755, 5795 MHz (U‐NII‐3) Note Measurements performed with EUT antenna port terminated Instrumentation Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 117 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Table – U‐NII‐1: Restricted‐Band Lower Band‐Edge Peak Peak Average Average Peak Average Peak Average Mode BW Freq. Reading Freq. Reading Limit Limit Margin Margin (MHz) (dBµV/m) (MHz) (dBµV/m) (dBµV/m) (dBµV/m) (dB) (dB) 802.11a HT‐20 5129 51.2 5120 40.5 74 54 22.8 13.5 802.11ac HT‐20 5092 51.0 5076 40.8 74 54 23.0 13.2 802.11ac HT‐40 5066 51.5 5075 40.8 74 54 22.5 13.2 802.11ac HT‐80 5072 51.8 5133 40.6 74 54 22.2 13.4 802.11n HT‐20 4019 51.1 5073 40.5 74 54 22.9 13.5 802.11n HT‐40 5137 51.3 5114 40.6 74 54 22.7 13.4 Table – U‐NII‐1: Restricted‐Band Upper Band‐Edge Peak Peak Average Average Peak Average Peak Average Mode BW Freq. Reading Freq. Reading Limit Limit Margin Margin (MHz) (dBµV/m) (MHz) (dBµV/m) (dBµV/m) (dBµV/m) (dB) (dB) 802.11a HT‐20 5440 51.6 5454 40.1 74 54 22.4 13.9 802.11ac HT‐20 5457 51.5 5455 40.1 74 54 22.5 13.9 802.11ac HT‐40 5455 50.6 5460 40.0 74 54 23.4 14.0 802.11ac HT‐80 5376 51.8 5456 40.0 74 54 22.2 14.0 802.11n HT‐20 5398 50.5 5457 40.0 74 54 23.5 14.0 802.11n HT‐40 5458 51.1 5447 40.0 74 54 22.9 14.0 Table – U‐NII‐1 ISED Upper Band‐Edge Peak Peak Peak Peak Mode BW Freq. Reading Limit Margin (MHz) (dBµV/m) (dBµV/m) (dB) 802.11a HT‐20 5325 57.0 68.23 11.2 802.11ac HT‐20 5282 58.1 68.23 10.1 802.11ac HT‐40 5330 60.3 68.23 7.9 802.11ac HT‐80 5250 64.6 68.23 3.6 802.11n HT‐20 5271 57.6 68.23 10.6 802.11n HT‐40 5290 60.9 68.23 7.3 Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 118 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Table – U‐NII‐2A Restricted‐Band Lower Band‐Edge Peak Peak Average Average Peak Average Peak Average Mode BW Freq. Reading Freq. Reading Limit Limit Margin Margin (MHz) (dBµV/m) (MHz) (dBµV/m) (dBµV/m) (dBµV/m) (dB) (dB) 802.11a HT‐20 4583 52.5 4608 41.4 74 54 21.5 12.6 802.11ac HT‐20 4612 52.8 4609 41.4 74 54 21.2 12.6 802.11ac HT‐40 4623 52.8 4597 41.5 74 54 21.2 12.5 802.11ac HT‐80 5043 52.3 4608 41.5 74 54 21.7 12.5 802.11n HT‐20 4726 52.6 4630 41.7 74 54 21.4 12.3 802.11n HT‐40 4541 52.3 4592 41.4 74 54 21.7 12.6 Table – U‐NII‐2A Restricted‐Band Upper Band‐Edge Peak Peak Average Average Peak Average Peak Average Mode BW Freq. Reading Freq. Reading Limit Limit Margin Margin (MHz) (dBµV/m) (MHz) (dBµV/m) (dBµV/m) (dBµV/m) (dB) (dB) 802.11a HT‐20 5455 52.5 5356 41.4 74 54 21.5 12.6 802.11ac HT‐20 5427 52.5 5361 41.3 74 54 21.5 12.7 802.11ac HT‐40 5375 52.5 5355 41.3 74 54 21.5 12.7 802.11ac HT‐80 5363 53.2 5360 41.3 74 54 20.8 12.7 802.11n HT‐20 5394 52.4 5351 41.2 74 54 21.6 12.8 802.11n HT‐40 5377 52.9 5354 41.2 74 54 21.1 12.8 Table – U‐NII‐2C Restricted‐Band Lower Band‐Edge Peak Peak Average Average Peak Average Peak Average Mode BW Freq. Reading Freq. Reading Limit Limit Margin Margin (MHz) (dBµV/m) (MHz) (dBµV/m) (dBµV/m) (dBµV/m) (dB) (dB) 802.11a HT‐20 5458 52.4 5459 41.1 74 54 21.6 12.9 802.11ac Ht‐20 5368 52.3 5367 41.1 74 54 21.7 12.9 802.11ac HT‐40 5374 53.0 5362 41.2 74 54 21.0 12.8 802.11ac HT‐80 5452 53.0 5459 41.3 74 54 21.0 12.7 802.11n HT‐20 5371 52.6 5459 41.1 74 54 21.4 12.9 802.11n HT‐40 5354 52.1 5460 41.1 74 54 21.9 12.9 Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 119 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Table – U‐NII‐3 Lower Band‐Edge Mask No emissions within 15 dB of limit Table – U‐NII‐3 Upper Band‐Edge Mask No emissions within 15 dB of limit Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 120 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Plots – U‐NII‐1 Restricted‐Band Lower Band‐Edge Low Channel – 802.11a HT‐20 – Peak Low Channel – 802.11a HT‐20 – Average Low Channel – 802.11ac HT‐20 – Peak Low Channel – 802.11ac HT‐20 – Average Low Channel – 802.11ac HT‐40 – Peak Low Channel – 802.11ac HT‐40 – Average Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 121 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Plots – U‐NII‐1 Restricted‐Band Lower Band‐Edge, continued Low Channel – 802.11ac HT‐80 – Peak Low Channel – 802.11ac HT‐80 Average Low Channel – 802.11n HT‐20 – Peak Low Channel – 802.11n HT‐20 – Average Low Channel – 802.11n HT‐40 – Peak Low Channel – 802.11n HT‐40 – Average Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 122 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Plots – U‐NII‐1 Restricted‐Band Upper Band‐Edge High Channel – 802.11a HT‐20 – Peak High Channel – 802.11a HT‐20 – Average High Channel – 802.11ac HT‐20 – Peak High Channel – 802.11ac HT‐20 – Average High Channel – 802.11ac HT‐40 – Peak High Channel – 802.1ac HT‐40 ‐ Average Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 123 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Plots – U‐NII‐1 Restricted‐Band Upper Band‐Edge, continued High Channel – 802.11ac HT‐80 – Peak High Channel – 802.11ac HT‐80 – Average High Channel – 802.11n HT‐20 – Peak High Channel – 802.11n HT‐20 – Average High Channel – 802.11ac HT‐40 – Peak High Channel – 802.1n HT‐40 ‐ Average Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 124 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035


Document Created: 2017-05-16 16:10:02
Document Modified: 2017-05-16 16:10:02
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