Test Report_NII-2

FCC ID: TFB-1004

Test Report

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FCCID_3411579

Plots – U‐NII‐3 Minimum 6 dB BW, 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 35 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Plots – U‐NII‐3 Minimum 6 dB BW, 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 36 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

5.1.3 Antenna Port Conducted Emissions – Conducted Output Power Operator Kimberly Bay QA Aidi Zainal / Shane Dock U‐NII‐1: March 6, 2017; U‐NII‐2A: March 15, 2017 Test Date U‐NII‐2C: March 27, 2017; U‐NII‐3: February 28, 2017 Location Conducted RF Test Bench Temp. / R.H. 21°‐ 22°C / 30%‐53% RH FCC 15.407 (a)(1)(iv), (a)(2), (a)(3) Requirement RSS 247 Issue 2 Sections 6.2.1.1, 6.2.2.1, 6.2.3.1, 6.2.4.1 KDB 789033 D02 v01r04 Section II.E.2.d Method SA‐2 Method U‐NII‐2C HT‐20 signals: KDB 789033 D02 v01r04 Section II.E.2.b Method SA‐1 Limits: U‐NII Band FCC Limit ISED Limit Lesser of: U‐NII‐1 24 dBm 23 dBm or [10dBm + 10log(99%BW)] e.i.r.p. 1) Lesser of: 24 dBm or [11 dBm + 10 Lesser of: log (99% BW)] U‐NII‐2A 24 dBm or [11 dBm + 10 log(26 dB BW)] 2) Lesser of: 30 dBm or [17 dBm + 10 log (99% BW)] e.i.r.p 1) Lesser of: 24 dBm or [11 dBm + 10 Lesser of: log (99% BW)] U‐NII‐2C 24 dBm or [11 dBm + 10 log(26 dB BW)] 2) Lesser of: 30 dBm or [17 dBm + 10 log (99% BW)] e.i.r.p U‐NII‐3 30 dBm 30 dBm Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 37 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Test Parameters 802.11a HT‐20, 6 Mbps: 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, MCS0: 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, MCS0: 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, MCS0: 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, MCS0: 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, MCS0: 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‐1, U‐NII‐2A, and U‐NII‐3 each have only two HT‐40 channels and one HT‐80 channel. Note U‐NII‐2C has only two HT‐40 channels in 802.11n mode. U‐NII‐2C 802.11ac HT‐80 frequency 5610 MHz tested here, but not used in Canada. U‐NII‐ Note 2C 802.11ac HT‐80 has only two available ISED channels. Example ISED EIRP Margin = ISED Limit – (Measured Pout + Correction Factor + Antenna Gain) Calculation Ex: 23 dBm – (5.61 dBm + 0.292 + 4 dBi) = 23 dBm (limit) – 9.902 dB = 13.098 dB margin Instrumentation Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 38 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Table – U‐NII‐1 Conducted Output Power ISED Pout FCC FCC ISED EIRP Frequency Data Correction Pout EIRP Mode BW Measured Limit Margin Limit (MHz) Rate Factor (dB) (dBm) margin (dBm) (dBm) (dB) (dBm) (dB) 802.11a 5180 6 Mbps HT‐20 0.132 11.69 11.82 24.00 12.18 22.26 6.44 802.11a 5200 6 Mbps HT‐20 0.132 11.36 11.49 24.00 12.51 22.26 6.77 802.11a 5220 (ISED) 6 Mbps HT‐20 0.132 11.20 11.33 24.00 12.67 22.25 6.92 802.11a 5240 (FCC) 6 Mbps HT‐20 0.132 10.94 11.07 24.00 12.93 22.26 7.19 802.11ac 5180 MCS0 HT‐20 0.132 9.47 9.61 24.00 14.40 22.55 8.95 802.11ac 5200 MCS0 HT‐20 0.132 9.09 9.23 24.00 14.78 22.55 9.33 802.11ac 5220 (ISED) MCS0 HT‐20 0.132 8.88 9.01 24.00 14.99 22.55 9.54 802.11ac 5240 (FCC) MCS0 HT‐20 0.132 8.83 8.97 24.00 15.04 22.55 9.58 802.11ac 5190 MCS0 HT‐40 0.292 5.61 5.91 24.00 18.09 23.00 13.09 802.11ac 5230 MCS0 HT‐40 0.292 5.13 5.42 24.00 18.58 23.00 13.58 802.11ac 5210 MCS0 HT‐80 0.555 4.90 5.46 24.00 18.54 23.00 13.54 802.11n 5180 MCS0 HT‐20 0.132 9.53 9.67 24.00 14.34 22.55 8.88 802.11n 5200 MCS0 HT‐20 0.132 9.28 9.41 24.00 14.59 22.55 9.13 802.11n 5220 (ISED) MCS0 HT‐20 0.132 9.10 9.24 24.00 14.76 22.54 9.31 802.11n 5240 (FCC) MCS0 HT‐20 0.132 8.86 9.00 24.00 15.00 22.54 9.55 802.11n 5190 MCS0 HT‐40 0.292 5.74 6.04 24.00 17.97 23.00 12.97 802.11n 5230 MCS0 HT‐40 0.292 5.35 5.64 24.00 18.36 23.00 13.36 Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 39 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Table – U‐NII‐2A Conducted Output Power ISED Pout FCC FCC ISED ISED ISED EIRP Frequency Data Correction Pout EIRP Mode BW Measured Limit Margin Limit Margin Limit (MHz) Rate Factor (dB) (dBm) margin (dBm) (dBm) (dB) (dBm) (dB) (dBm) (dB) 802.11a 5260 6 Mbps HT‐20 0.132 13.66 13.79 24.00 10.21 23.27 9.48 29.27 11.48 802.11a 5300 6 Mbps HT‐20 0.132 13.63 13.76 24.00 10.24 23.31 9.54 29.31 11.54 802.11a 5320 6 Mbps HT‐20 0.132 12.38 12.51 24.00 11.49 23.29 10.77 29.29 12.77 802.11ac 5260 MCS0 HT‐20 0.177 11.64 11.81 24.00 12.19 23.55 11.74 29.55 13.74 802.11ac 5300 MCS0 HT‐20 0.177 11.52 11.70 24.00 12.30 23.58 11.88 29.58 13.88 802.11ac 5320 MCS0 HT‐20 0.177 11.39 11.57 24.00 12.43 23.57 12.00 29.57 14.00 802.11ac 5270 MCS0 HT‐40 0.386 7.66 8.05 24.00 15.95 24.00 15.95 30.00 17.95 802.11ac 5310 MCS0 HT‐40 0.386 7.43 7.81 24.00 16.19 24.00 16.19 30.00 18.19 802.11ac 5290 MCS0 HT‐80 0.580 7.14 7.72 24.00 16.28 24.00 16.28 30.00 18.28 802.11n 5260 MCS0 HT‐20 0.223 11.50 11.73 24.00 12.27 23.57 11.85 29.57 13.85 802.11n 5300 MCS0 HT‐20 0.223 11.38 11.60 24.00 12.40 23.56 11.96 29.56 13.96 802.11n 5320 MCS0 HT‐20 0.223 11.50 11.73 24.00 12.28 23.56 11.84 29.56 13.84 802.11n 5270 MCS0 HT‐40 0.339 7.64 7.98 24.00 16.02 24.00 16.02 30.00 18.02 802.11n 5310 MCS0 HT‐40 0.339 7.37 7.71 24.00 16.29 24.00 16.29 30.00 18.29 Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 40 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Table – U‐NII‐2C Conducted Output Power ISED Pout FCC FCC ISED ISED ISED EIRP Frequency Data Correction Pout EIRP Mode BW Measured Limit Margin Limit Margin Limit (MHz) Rate Factor (dB) (dBm) margin (dBm) (dBm) (dB) (dBm) (dB) (dBm) (dB) 802.11a 5500 6 Mbps HT‐20 0.00 14.13 14.13 24.00 9.87 23.25 9.12 29.25 11.12 802.11a 5580 6 Mbps HT‐20 0.00 15.15 15.15 24.00 8.85 23.26 8.10 29.26 10.10 802.11a 5700 6 Mbps HT‐20 0.00 15.02 15.02 24.00 8.98 23.27 8.25 29.27 10.25 802.11ac 5500 MCS0 HT‐20 0.00 13.15 13.15 24.00 10.85 23.56 10.41 29.56 12.41 802.11ac 5580 MCS0 HT‐20 0.00 12.80 12.80 24.00 11.20 23.55 10.75 29.55 12.75 802.11ac 5710 MCS0 HT‐20 0.00 12.93 12.93 24.00 11.08 23.55 10.62 29.55 12.62 802.11ac 5510 MCS0 HT‐40 0.315 9.06 9.38 24.00 14.62 24.00 14.62 30.00 16.63 802.11ac 5550 MCS0 HT‐40 0.315 8.85 9.16 24.00 14.84 24.00 14.84 30.00 16.84 802.11ac 5710 MCS0 HT‐40 0.315 9.36 9.68 24.00 14.32 24.00 14.32 30.00 16.33 802.11ac 5530 MCS0 HT‐80 0.580 8.43 9.01 24.00 14.99 24.00 14.99 30.00 16.99 802.11ac 5610 MCS0 HT‐80 0.580 8.87 9.45 24.00 14.55 24.00 14.55 30.00 16.55 802.11ac 5690 MCS0 HT‐80 0.580 9.06 9.64 24.00 14.36 24.00 14.36 30.00 16.36 802.11n 5500 MCS0 HT‐20 0.00 13.17 13.17 24.00 10.83 23.55 10.38 29.55 12.38 802.11n 5580 MCS0 HT‐20 0.00 12.81 12.81 24.00 11.19 23.56 10.75 29.56 12.75 802.11n 5700 MCS0 HT‐20 0.00 12.90 12.90 24.00 11.10 23.55 10.65 29.55 12.65 802.11n 5510 MCS0 HT‐40 0.315 9.16 9.48 24.00 14.52 24.00 14.52 30.00 16.52 802.11n 5550 MCS0 HT‐40 0.315 8.77 9.09 24.00 14.91 24.00 14.91 30.00 16.91 802.11n 5670 MCS0 HT‐40 0.315 8.87 9.19 24.00 14.81 24.00 14.81 30.00 16.81 Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 41 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Table – U‐NII‐3 Conducted Output Power Pout Frequency Data Correction Factor Pout Margin Mode BW Measured Limit (dBm) (MHz) Rate (dB) (dBm) (dB) (dBm) 802.11a 5745 6 Mbps HT‐20 0.132 15.64 15.77 30.0 14.23 802.11a 5785 6 Mbps HT‐20 0.132 15.13 15.26 30.0 14.74 802.11a 5825 6 Mbps HT‐20 0.132 15.16 15.29 30.0 14.71 802.11ac 5745 MCS0 HT‐20 0.155 13.47 13.63 30.0 16.37 802.11ac 5785 MCS0 HT‐20 0.155 12.81 12.96 30.0 17.04 802.11ac 5825 MCS0 HT‐20 0.155 12.92 13.07 30.0 16.93 802.11ac 5755 MCS0 HT‐40 0.315 9.81 10.12 30.0 19.88 802.11ac 5795 MCS0 HT‐40 0.315 9.23 9.54 30.0 20.46 802.11ac 5775 MCS0 HT‐80 0.555 9.22 9.77 30.0 20.23 802.11n 5745 MCS0 HT‐20 0.177 13.56 13.74 30.0 16.26 802.11n 5785 MCS0 HT‐20 0.177 12.84 13.02 30.0 16.98 802.11n 5825 MCS0 HT‐20 0.177 13.05 13.23 30.0 16.77 802.11n 5755 MCS0 HT‐40 0.315 9.69 10.01 30.0 19.99 802.11n 5795 MCS0 HT‐40 0.315 9.38 9.69 30.0 20.31 Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 42 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Plots – U‐NII‐1 Conducted Output Power Low Channel – 802.11a HT‐20 Mid Channel – 802.11a HT‐20 ISED High Channel – 802.11a HT‐20 FCC High Channel – 802.11a HT‐20 Low Channel – 802.11ac HT‐20 Mid Channel – 802.11ac HT‐20 Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 43 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Plots – U‐NII‐1 Conducted Output Power, continued ISED High Channel – 802.11ac HT‐20 FCC High Channel – 802.11ac HT‐20 Low Channel – 802.11ac HT‐40 High Channel – 802.11ac HT‐40 Only Channel – 802.11ac HT‐80 Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 44 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Plots – U‐NII‐1 Conducted Output Power, continued Low Channel – 802.11n HT‐20 Mid Channel – 802.11n HT‐20 ISED High Channel – 802.11n HT‐20 FCC High Channel – 802.11n HT‐20 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 45 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Plots – U‐NII‐2A Conducted Output Power 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 46 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Plots – U‐NII‐2A Conducted Output Power, 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 47 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Plots – U‐NII‐2A Conducted Output Power, 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 48 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Plots – U‐NII‐2C Conducted Output Power 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 49 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Plots – U‐NII‐2C Conducted Output Power, 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 50 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Plots – U‐NII‐2C Conducted Output Power, continued Low Channel – 802.11n HT‐20 Low Channel – 802.11n HT‐40 Mid Channel – 802.11n 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 51 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Plots – U‐NII‐3 Conducted Output Power 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 52 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Plots – U‐NII‐3 Conducted Output Power, 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 53 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Plots – U‐NII‐3 Conducted Output Power, 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 54 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

5.1.4 Antenna Port Conducted Emissions – Power Spectral Density (PSD) Operator Kimberly Bay QA Aidi Zainal / Shane Dock U‐NII‐1: March 7, 2017; U‐NII‐2A: March 15, 2017 Test Date U‐NII‐2C: March 27‐28, 2017; U‐NII‐3: February 28, 2017 Location Conducted RF Test Bench Temp. / R.H. 21°‐ 22°C / 30%‐43% RH FCC 15.407 (a)(5) Requirement RSS 247 Issue 2 Sections 6.2.1.1, 6.2.2.1, 6.2.3.1, 6.2.4.1 Method KDB 789033 D02 v01r04 Section II.F Limits: U‐NII Band FCC Limit ISED Limit U‐NII‐1 11 dBm in 1 MHz 10 dBm in 1 MHz e.i.r.p. U‐NII‐2A 11 dBm in 1 MHz 11 dBm in 1 MHz U‐NII‐2C 11 dBm in 1 MHz 11 dBm in 1 MHz U‐NII‐3 30 dBm in 500 kHz 30 dBm in 500 kHz Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 55 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Test Parameters 802.11a HT‐20, 6 Mbps: 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, MCS0 : 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, MCS0: 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, MCS0: 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, MCS0: 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, MCS0: 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‐3 RBW Adjustment = 10 log (500kHz/RBW) to adjust for RBW setting of 100 Note kHz, rather than 500 kHz. Unable to set analyzer RBW to 500 kHz. 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. FCC Margin: FCC PSD Limit – (PSD measurement + correction factor) Ex: 11 dBm/MHz – (3.853 dBm + 0.132) = 7.015 dB FCC margin Example ISED Margin: ISED EIRP PSD Limit – (PSD measurement + correction factor + antenna Calculations gain) Ex: 10 dBm/MHz – (3.853 dBm + 0.132 + 4 dBi) = 2.015 dB ISED margin U‐NII‐3 Margin: PSD Limit – (PSD measurement + correction factor + RWB adjustment [see Example note above]) Calculation Ex: 30 dBm/500 kHz – (‐4.395 + 0.132 + 7) = 27.263 dB margin Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 56 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Instrumentation Table – U‐NII‐1 PSD ISED FCC EIRP PSD FCC ISED Frequency Correction PSD Limit Limit Mode Data Rate BW Measured Margin Margin (MHz) Factor (dB) (dB) (dBm/ (dBm/ (dBm) (dB) (dB) MHz) MHz) 802.11a 6 Mbps HT‐20 5180 0.132 3.853 3.985 11 7.015 10 2.015 802.11a 6 Mbps HT‐20 5200 0.132 3.784 3.916 11 7.084 10 2.084 5220 802.11a 6 Mbps HT‐20 0.132 3.736 3.868 11 7.132 10 2.132 (ISED) 5240 802.11a 6 Mbps HT‐20 0.132 3.530 3.662 11 7.338 10 2.338 (FCC) 802.11ac MCS0 HT‐20 5180 0.132 1.388 1.52 11 9.48 10 4.48 802.11ac MCS0 HT‐20 5200 0.132 1.412 1.544 11 9.456 10 4.456 5220 802.11ac MCS0 HT‐20 0.132 1.308 1.44 11 9.56 10 4.56 (ISED) 5240 802.11ac MCS0 HT‐20 0.132 1.169 1.301 11 9.699 10 4.699 (FCC) 802.11ac MCS0 HT‐40 5190 0.292 ‐5.013 ‐4.721 11 15.721 10 10.721 802.11ac MCS0 HT‐40 5230 0.292 ‐4.972 ‐4.68 11 15.68 10 10.68 802.11ac MCS0 HT‐80 5210 0.555 ‐8.393 ‐7.838 11 18.838 10 13.838 802.11n MCS0 HT‐20 5180 0.132 1.472 1.604 11 9.396 10 4.396 802.11n MCS0 HT‐20 5200 0.132 1.55 1.682 11 9.318 10 4.318 5220 4.37 802.11n MCS0 HT‐20 0.132 1.498 1.63 11 9.37 10 (ISED) 5240 4.456 802.11n MCS0 HT‐20 0.132 1.412 1.544 11 9.456 10 (FCC) 802.11n MCS0 HT‐40 5190 0.292 ‐5.036 ‐4.744 11 15.744 10 10.744 802.11n MCS0 HT‐40 5230 0.292 ‐5.381 ‐5.089 11 16.089 10 11.089 Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 57 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Table – U‐NII‐2A PSD PSD PSD PSD Data Frequency Correction PSD Mode BW Measured Limit Margin Rate (MHz) Factor (dB) (dB) (dBm) (dBm/MHz) (dB) 802.11a 6 Mbps HT‐20 5260 0.132 2.554 2.686 11 8.314 802.11a 6 Mbps HT‐20 5300 0.132 2.736 2.868 11 8.132 802.11a 6 Mbps HT‐20 5320 0.132 1.564 1.696 11 9.304 802.11ac MCS0 HT‐20 5260 0.177 0.458 0.635 11 10.365 802.11ac MCS0 HT‐20 5300 0.177 0.067 0.244 11 10.756 802.11ac MCS0 HT‐20 5320 0.177 0.181 0.358 11 10.642 802.11ac MCS0 HT‐40 5270 0.386 ‐6.597 ‐6.211 11 17.211 802.11ac MCS0 HT‐40 5310 0.386 ‐6.662 ‐6.276 11 17.276 802.11ac MCS0 HT‐80 5290 0.580 ‐9.794 ‐9.214 11 20.214 802.11n MCS0 HT‐20 5260 0.223 0.262 0.485 11 10.515 802.11n MCS0 HT‐20 5300 0.223 0.138 0.361 11 10.639 802.11n MCS0 HT‐20 5320 0.223 0.253 0.476 11 10.524 802.11n MCS0 HT‐40 5270 0.339 ‐6.639 ‐6.300 11 17.300 802.11n MCS0 HT‐40 5310 0.339 ‐6.703 ‐6.364 11 17.364 Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 58 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Table – U‐NII‐ 2C PSD PSD PSD PSD Data Frequency Correction PSD Mode BW Measured Limit Margin Rate (MHz) Factor (dB) (dB) (dBm) (dBm/MHz) (dB) 802.11a 6 Mbps HT‐20 5500 0.000 3.362 3.362 11 7.638 802.11a 6 Mbps HT‐20 5580 0.000 4.458 4.458 11 6.542 802.11a 6 Mbps HT‐20 5700 0.000 4.382 4.382 11 6.618 802.11ac MCS0 HT‐20 5500 0.000 1.410 1.41 11 9.590 802.11ac MCS0 HT‐20 5580 0.000 1.755 1.755 11 9.245 802.11ac MCS0 HT‐20 5710 0.000 2.166 2.166 11 8.834 802.11ac MCS0 HT‐40 5510 0.315 ‐5.467 ‐5.152 11 16.152 802.11ac MCS0 HT‐40 5550 0.315 ‐5.435 ‐5.12 11 16.120 802.11ac MCS0 HT‐40 5710 0.315 ‐5.520 ‐5.205 11 16.205 802.11ac MCS0 HT‐80 5530 0.580 ‐8.509 ‐7.929 11 18.929 802.11ac MCS0 HT‐80 5610 0.580 ‐8.238 ‐7.658 11 18.658 802.11ac MCS0 HT‐80 5690 0.580 ‐8.204 ‐7.624 11 18.624 802.11n MCS0 HT‐20 5500 0.000 1.979 1.979 11 9.021 802.11n MCS0 HT‐20 5580 0.000 2.143 2.143 11 8.857 802.11n MCS0 HT‐20 5700 0.000 1.807 1.807 11 9.193 802.11n MCS0 HT‐40 5510 0.315 ‐5.742 ‐5.427 11 16.427 802.11n MCS0 HT‐40 5550 0.315 ‐5.342 ‐5.027 11 16.027 802.11n MCS0 HT‐40 5670 0.315 ‐5.360 ‐5.045 11 16.045 Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 59 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Table – U‐NII‐3 PSD PSD RBW PSD PSD Frequency Correction Mode Data Rate BW Measured Adjustment PSD (dB) Limit Margin (MHz) Factor (dB) (dBm) (dB) (dBm/500 kHz) (dB) 802.11a 6 Mbps HT‐20 5745 0.132 ‐4.395 7 2.737 30 27.263 802.11a 6 Mbps HT‐20 5785 0.132 ‐4.817 7 2.315 30 27.685 802.11a 6 Mbps HT‐20 5825 0.132 ‐4.788 7 2.344 30 27.656 802.11ac MCS0 HT‐20 5745 0.155 ‐7.566 7 ‐0.411 30 30.411 802.11ac MCS0 HT‐20 5785 0.155 ‐7.873 7 ‐0.718 30 30.718 802.11ac MCS0 HT‐20 5825 0.155 ‐7.924 7 ‐0.769 30 30.769 802.11ac MCS0 HT‐40 5755 0.315 ‐14.062 7 ‐6.747 30 36.747 802.11ac MCS0 HT‐40 5795 0.315 ‐14.367 7 ‐7.052 30 37.052 802.11ac MCS0 HT‐80 5775 0.555 ‐17.138 7 ‐9.583 30 39.583 802.11n MCS0 HT‐20 5745 0.177 ‐7.323 7 ‐0.146 30 30.146 802.11n MCS0 HT‐20 5785 0.177 ‐7.815 7 ‐0.638 30 30.638 802.11n MCS0 HT‐20 5825 0.177 ‐7.615 7 ‐0.438 30 30.438 802.11n MCS0 HT‐40 5755 0.315 ‐13.982 7 ‐6.667 30 36.667 802.11n MCS0 HT‐40 5795 0.315 ‐14.371 7 ‐7.056 30 37.056 Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 60 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Plots – U‐NII‐1 PSD Low Channel – 802.11a HT‐20 Mid Channel – 802.11a HT‐20 ISED High Channel – 802.11a HT‐20 FCC High Channel – 802.11a HT‐20 Low Channel – 802.11ac HT‐20 Mid Channel – 802.11ac HT‐20 Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 61 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Plots – U‐NII‐1 PSD, continued ISED High Channel – 802.11ac HT‐20 FCC High Channel – 802.11ac HT‐20 Low Channel – 802.11ac HT‐40 High Channel – 802.11ac HT‐40 Only Channel – 802.11ac HT‐80 Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 62 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Plots – U‐NII‐1 PSD, continued Low Channel – 802.11n HT‐20 Mid Channel – 802.11n HT‐20 ISED High Channel – 802.11n HT‐20 FCC High Channel – 802.11n HT‐20 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 63 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Plots – U‐NII‐2A PSD 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 64 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Plots – U‐NII‐2A PSD, 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 65 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Plots – U‐NII‐2A PSD, 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 66 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Plots – U‐NII‐2C PSD 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 67 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035


Document Created: 2017-05-16 16:09:57
Document Modified: 2017-05-16 16:09:57
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