Test Report_NII-1

FCC ID: TFB-1004

Test Report

Download: PDF
FCCID_3411578

A Test Report # TR 316356 C (U‐NII) Equipment Under Test: Sterling‐LWB5 Module Test Date(s): February 23, 2017 to May 7, 2017 Laird Technologies, Inc. Attn: Bill Steinike Prepared for: W66N220 Commerce Court Cedarburg, WI 53012 Report Issued by: Kimberly Bay, EMC Engineer II Signature: Date: 5/9/2017 Report Reviewed by: Adam Alger, Quality Systems Engineer Signature: Date: 5/9/2017 Report Constructed by: Kimberly Bay, EMC Engineer II Signature: Date: 5/1/2017 This test report may not be reproduced, except in full, without written approval of Laird Technologies, Inc. Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 1 of 149 Model: Sterling‐ LWB5 Job: C‐2602 Serial: 00008, 00035

CONTENTS Laird Technologies Test Services in Review .............................................................................................. 3 1 Test Report Summary ........................................................................................................................... 4 2 Client Information ................................................................................................................................. 5 2.1 Equipment Under Test (EUT) Information .................................................................................... 5 2.2 Product Description ...................................................................................................................... 5 2.3 Modifications Incorporated for Compliance ................................................................................. 5 2.4 Deviations and Exclusions from Test Specifications ..................................................................... 5 2.5 Additional Information.................................................................................................................. 6 3 References ............................................................................................................................................ 7 4 Uncertainty Summary ........................................................................................................................... 8 5 Test Data ............................................................................................................................................... 9 5.1 Antenna Port Conducted Emissions .............................................................................................. 9 5.1.1 Antenna Port Conducted Emissions – Duty Cycle ............................................................... 10 5.1.2 Antenna Port Conducted Emissions – Bandwidth .............................................................. 16 5.1.3 Antenna Port Conducted Emissions – Conducted Output Power....................................... 37 5.1.4 Antenna Port Conducted Emissions – Power Spectral Density (PSD) ................................. 55 5.1.5 Antenna Port Conducted Emissions – Band Edges ............................................................. 73 5.1.6 Antenna Port Conducted Emissions – Spurious & Harmonic Emissions ........................... 101 5.2 Radiated Emissions ................................................................................................................... 114 5.2.1 Radiated – Band Edges ...................................................................................................... 115 5.2.2 Radiated – Spurious & Harmonic Emissions ..................................................................... 134 5.3 AC Mains Conducted Emissions ................................................................................................ 146 5.3.1 AC Mains Conducted Emissions ........................................................................................ 147 6 Revision History ................................................................................................................................ 149 Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 2 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Laird Technologies Test Services in Review The Laird Technologies, Inc. laboratory located at W66 N220 Commerce Court Cedarburg, Wisconsin 53012 USA is recognized through the following organizations: A2LA – American Association for Laboratory Accreditation Accreditation based on ISO/IEC 17025: 2005 with Electrical (EMC) Scope A2LA Certificate Number: 1255.01 Scope of accreditation includes all test methods listed herein, unless otherwise noted. Federal Communications Commission (FCC) – USA Accredited recognition of two 3 meter Semi‐Anechoic Chambers Accredited Test Firm Registration Number: 953492 Innovation, Science and Economic Development Canada ISED Site listing of two 3 meter Semi‐Anechoic Chambers based on RSS‐GEN – Issue 4 File Number: IC 3088A‐2 File Number: IC 3088A‐3 Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 3 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

1 TEST REPORT SUMMARY Between February 23, 2017 and May 7, 2017 the Equipment Under Test (EUT), Sterling‐LWB5, as provided by Laird was tested to the following requirements: Requirement Description Specification Method Result FCC: 15.407 (e) 5.725‐5.85 GHz band minimum 6 dB bandwidth 500 kHz ANSI C63.10 Pass ISED: RSS‐247 5.2 (a) FCC: 2.1049 Occupied Bandwidth Reported ANSI C63.10 Reported ISED: RSS‐GEN 6.6 FCC: 15.407 (a)(2) Emission Bandwidth Reported ANSI C63.10 Reported ISED: RSS‐247 6.2 FCC: 15.407(a) FCC 15.407 (a) Maximum Conducted Output Power ANSI C63.10 Pass ISED: RSS‐247 6.2 RSS‐247 6.2 FCC: 15.407 (a)(5) 11 dBm/1 MHz Power Spectral Density ANSI C63.10 Pass ISED: RSS‐247 6.2 30 dBm/500 kHz FCC: 12.407 (b) FCC 12.407 (b) Undesirable Emission Limits ANSI C63.10 Pass ISED: RSS‐247 6.2 RSS‐247 6.2 FCC: 15.207 AC Power Line Conducted Emissions 0.150‐30 MHz ANSI C63.10 Pass IC: RSS‐GEN 8.8 Notice: The results relate only to the item tested and described in this report. Any modifications made to the equipment under test after the specified test date(s) may invalidate the data herein. If the resulting measurement margin is seen to be within the uncertainty value, as listed in this report, the possibility exists that this unit may not meet the required limit specification if subsequently tested. Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 4 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

2 CLIENT INFORMATION Company Name Laird Technologies, Inc. Contact Person Bill Steinike Address W66N220 Commerce Ct., Cedarburg, WI 53012 2.1 Equipment Under Test (EUT) Information The following information has been supplied by the client Product Name Sterling‐LWB5 Model Number Sterling‐LWB5 Serial Number 00008, 00035 2.2 Product Description The Sterling‐LWB5 is a multi‐standard module with support for WLAN (802.11 a/b/g/n/ac), Bluetooth 2.1+EDR, Bluetooth 3.0, and Bluetooth 4.1 (Bluetooth Low Energy) with multiple antenna options. Chip Antenna: Johanson Part # 2450AD14A5500 peak gain 1.0 dBi (2.4 GHz) / 4.0 dBi (5.5 GHz) U.FL Antenna port utilizes the following antenna options: LSR Part #001‐0009 2.4 GHz Dipole Antenna peak gain 2.0 dBi (2.4 GHz & 5.5 GHz) LSR Part #001‐0016 2.4 GHz FlexPIFA peak gain 2.5 dBi (2.4 GHz) / 3.0 dBi (5.5 GHz) 2.3 Modifications Incorporated for Compliance None noted at time of test 2.4 Deviations and Exclusions from Test Specifications None noted at time of test. Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 5 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

2.5 Additional Information Module was powered at 3.3VDC using a variable DC power supply. WLAN settings were programmed using Sterling WLAN RF Eval Tool Version 2.8.0.0. WLAN modes, data rates and frequencies used for testing: 802.11a HT‐20, 6 Mbps: 5180, 5200, 5220 (ISED only), 5240 (FCC only) MHz (U‐NII‐1) 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) 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: 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: 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) 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: 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) Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 6 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

3 REFERENCES Publication Edition Date AMD 1 AMD 2 Type 47 CFR, Parts 0‐15 (FCC) 2017 RSS 247 2 2017 RSS GEN 4 2014 ANSI C63.10 2013 FCC KDB 789033 D02 v01r04 2016 Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 7 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

4 UNCERTAINTY SUMMARY Using the guidance of the following publications the calculated measurement uncertainty represents an expanded uncertainty expressed at approximately the 95 % confidence level, using a coverage factor of k = 2. References Version / Date CISPR 16‐4‐1 Ed. 2 (2009‐02) CISPR 16‐4‐2 Ed. 2 (2011‐06) CISPR 32 Ed. 1 (2012‐01) ANSI C63.23 2012 A2LA P103 February 4, 2016 A2LA P103c August 10, 2015 ETSI TR 100‐028 V1.3.1 (2001‐03) Measurement Type Configuration Uncertainty ± Radiated Emissions Biconical Antenna 5.0 dB Radiated Emissions Log Periodic Antenna 5.3 dB Radiated Emissions Horn Antenna 4.7 dB AC Line Conducted Emissions Artificial Mains Network 3.4 dB Telecom Conducted Emissions Asymmetric Artificial Network 4.9 dB Disturbance Power Emissions Absorbing Clamp 4.1 dB Radiated Immunity 3 Volts/meter 2.2 dB Conducted Immunity CDN/EM/BCI 2.4/3.5/3.4 dB EFT Burst/Surge Peak pulse voltage 164 volts ESD Immunity 15 kV level 1377 Volts Parameter ETSI U.C. ± U.C. ± ‐7 Radio Frequency, from F0 1x10 0.55x10‐7 Occupied Channel Bandwidth 5% 2% RF conducted Power (Power 1.5 dB 1.2 dB Meter) RF conducted emissions 3.0 dB 1.7 dB (Spectrum Analyzer) All emissions, radiated 6.0 dB 5.3 dB Temperature 1° C 0.65° C Humidity 5% 2.9 % Supply voltages 3% 1% Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 8 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

5 TEST DATA 5.1 Antenna Port Conducted Emissions The direct measurement of emissions at the antenna port of the EUT is achieved by use of a RF connection to a spectrum analyzer or power meter. Description of Measurement The cable and attenuator factors are loaded into the analyzer or power meter allowing for direct measurement readings without the need for further corrections. Measurement (dBm) + Cable factor (dB) + External Attenuator (dB) = Corrected Example Reading (dBm) Calculations Margin (dB) = Limit (dBm) – Corrected Reading (dBm) Block Diagram Spectrum Ext. Analyzer/ EUT RF Cable Atten Power Meter Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 9 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

5.1.1 Antenna Port Conducted Emissions – Duty Cycle Operator Kimberly Bay QA Shane Dock U‐NII‐1: March 6, 2017; U‐NII‐2A: March 14, 2017 Test Date U‐NII‐2C: March 27, 2017; U‐NII‐3: February 23, 2017 Location Conducted RF Test Bench Temp. / R.H. 21°‐22°C / 27%‐53% R.H. Method KDB 789033 D02 v01r04 Section II.B.2.b Test Parameters Settings RBW = 8 MHz, VBW = 50 MHz, Zero Span 1 channel each: 802.11a HT‐20, 802.11ac HT‐20, 802.11ac HT‐40, 802.11ac HT‐80, EUT 802.11n HT‐20, 802.11n HT‐40 Duty Cycle = (on‐time)/(on‐time + off‐time) Example Ex: (390.5 µs) / (390.5 µs + 234.5 µs) = 0.625 Calculations Duty Cycle Correction = 10 log (1/duty cycle) Ex: 10 log (1/0.625) = 2.04 Instrumentation Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 10 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Table – U‐NII‐1 Duty Cycle and Duty Cycle Correction Duty Cycle Mode BW Duty Cycle Correction 802.11a HT‐20 0.970 0.132 802.11ac HT‐20 0.970 0.132 802.11ac HT‐40 0.935 0.292 802.11ac HT‐80 0.880 0.555 802.11n HT‐20 0.970 0.132 802.11n HT‐40 0.935 0.292 Table – U‐NII‐2A – Duty Cycle and Duty Cycle Correction Duty Cycle Mode BW Duty Cycle Correction 802.11a HT‐20 0.970 0.132 802.11ac HT‐20 0.960 0.177 802.11ac HT‐40 0.915 0.386 802.11ac HT‐80 0.875 0.580 802.11n HT‐20 0.950 0.223 802.11n HT‐40 0.925 0.339 Table – U‐NII‐2C – Duty Cycle and Duty Cycle Correction Duty Cycle Mode BW Duty Cycle Correction 802.11a HT‐20 1.000 0.000 802.11ac HT‐20 1.000 0.000 802.11ac HT‐40 1.000 0.000 802.11ac HT‐80 0.930 0.315 802.11n HT‐20 0.875 0.580 802.11n HT‐40 0.930 0.315 Table – U‐NII‐3 – Duty Cycle and Duty Cycle Correction Duty Cycle Mode BW Duty Cycle Correction 802.11a HT‐20 0.970 0.132 802.11ac HT‐20 0.965 0.155 802.11ac HT‐40 0.930 0.315 802.11ac HT‐80 0.880 0.555 802.11n HT‐20 0.960 0.177 802.11n HT‐40 0.930 0.315 Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 11 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Plots – U‐NII‐1 Duty Cycle 802.11a HT‐20 – On & Off‐Times 802.11ac HT‐20 – On & Off‐Times 802.11ac HT‐40 – On & Off‐Times 802.11ac HT‐80 – On & Off‐Times 802.11n HT‐20 – On & Off‐Times 802.11n HT‐40 – On & Off‐Times Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 12 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Plots – U‐NII‐2A Duty Cycle 802.11a HT‐20 – On & Off‐Times 802.11ac HT‐20 – On & Off‐Times 802.11ac HT‐40 – On & Off‐Times 802.11ac HT‐80 – On & Off‐Times 802.11n HT‐20 – On & Off‐Times 802.11n HT‐40 – On & Off‐TImes Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 13 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Plots – U‐NII‐2C Duty Cycle 802.11a HT‐20 – On & Off‐Times 802.11ac HT‐20 – On & Off‐Times 802.11ac HT‐40 – On & Off‐Times 802.11ac HT‐80 – On & Off‐Times 802.11n HT‐20 – On & Off‐Times 802.11n HT‐40 – On & Off‐Times Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 14 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Plots – U‐NII‐3 Duty Cycle 802.11a HT‐20 – On & Off‐Times 802.11ac HT‐20 – On & Off‐times 802.11ac HT‐40 – On & Off‐Times 802.11ac HT‐80 – On & Off‐Times 802.11n HT‐20 – On & Off‐Times 802.11n HT‐40 – On & Off‐Times Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 15 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

5.1.2 Antenna Port Conducted Emissions – Bandwidth Operator Kimberly Bay QA Aidi Zainal / Shane Dock U‐NII‐1: March 6, 2017; U‐NII‐2A: March 14, 2017 Test Date U‐NII‐2C: March 27, 2017; U‐NII‐3: February 23‐24, 2017 Location Conducted RF Test Bench Temp. / R.H. 21°‐22°C / 27%‐53% R.H. EBW: FCC 15.407 (a)(2) / RSS‐247 Section 6.2 Requirement Minimum 6 dB BW for the band 5.725‐5.85GHz: FCC 15.407 (e) EBW: KDB 789033 D02 v01r04 Section II.C.1 Method Minimum 6dB BW: KDB 789033 D02 v01r04 Section II.C.2 OBW: KDB 789033 D02 v01r04 Section II.D Limits: Bandwidth Type U‐NII Band Limit EBW (26 dB) All N/A Minimum 6 dB U‐NII‐3 ≥ 500 kHz OBW All N/A Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 16 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) 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. Instrumentation Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 17 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Table – U‐NII‐1 EBW (26 dB BW) and OBW (99% BW) Mode Frequency Data BW EBW (MHz) OBW (MHz) (MHz) Rate 802.11a 5180 6 Mbps HT‐20 21.66 16.81 802.11a 5200 6 Mbps HT‐20 21.61 16.82 802.11a 5220 (ISED) 6 Mbps HT‐20 21.27 16.79 802.11a 5240 (FCC) 6 Mbps HT‐20 21.67 16.83 802.11ac 5180 MCS0 HT‐20 21.65 17.99 802.11ac 5200 MCS0 HT‐20 21.85 18.00 802.11ac 5220 (ISED) MCS0 HT‐20 21.8 17.99 802.11ac 5240 (FCC) MCS0 HT‐20 21.77 17.99 802.11ac 5190 MCS0 HT‐40 39.81 36.35 802.11ac 5230 MCS0 HT‐40 39.76 36.38 802.11ac 5210 MCS0 HT‐80 81.52 75.78 802.11n 5180 MCS0 HT‐20 21.81 17.99 802.11n 5200 MCS0 HT‐20 21.87 17.97 802.11n 5220 (ISED) MCS0 HT‐20 21.86 17.97 802.11n 5240 (FCC) MCS0 HT‐20 21.78 17.95 802.11n 5190 MCS0 HT‐40 39.94 36.38 802.11n 5230 MCS0 HT‐40 40.32 36.36 Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 18 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Table – U‐NII‐2A EBW (26 dB BW) and OBW (99% BW) Frequency Data Mode BW EBW (MHz) OBW (MHz) (MHz) Rate 802.11a 5260 6 Mbps HT‐20 21.68 16.85 802.11a 5300 6 Mbps HT‐20 21.94 17.02 802.11a 5320 6 Mbps HT‐20 21.93 16.93 802.11ac 5260 MCS0 HT‐20 21.82 18.00 802.11ac 5300 MCS0 HT‐20 22.06 18.09 802.11ac 5320 MCS0 HT‐20 22.05 18.07 802.11ac 5270 MCS0 HT‐40 40.09 36.37 802.11ac 5310 MCS0 HT‐40 40.11 36.40 802.11ac 5290 MCS0 HT‐80 81.57 75.66 802.11n 5260 MCS0 HT‐20 22.38 18.08 802.11n 5300 MCS0 HT‐20 22.01 18.03 802.11n 5320 MCS0 HT‐20 21.88 18.04 802.11n 5270 MCS0 HT‐40 39.81 36.38 802.11n 5310 MCS0 HT‐40 39.97 36.37 Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 19 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Table – U‐NII‐2C EBW (26 dB BW) and OBW (99% BW) Frequency Data Mode BW EBW (MHz) OBW (MHz) (MHz) Rate 802.11a 5500 6 Mbps HT‐20 21.58 16.80 802.11a 5580 6 Mbps HT‐20 21.62 16.81 802.11a 5700 6 Mbps HT‐20 21.46 16.87 802.11ac 5500 MCS0 HT‐20 21.83 18.02 802.11ac 5580 MCS0 HT‐20 21.81 17.99 802.11ac 5720 MCS0 HT‐20 21.85 17.98 802.11ac 5510 MCS0 HT‐40 39.99 36.43 802.11ac 5550 MCS0 HT‐40 39.88 36.42 802.11ac 5710 MCS0 HT‐40 40.27 36.39 802.11ac 5530 MCS0 HT‐80 81.72 75.83 802.11ac 5610 MCS0 HT‐80 81.55 75.68 802.11ac 5690 MCS0 HT‐80 81.43 75.65 802.11n 5500 MCS0 HT‐20 21.93 17.98 802.11n 5580 MCS0 HT‐20 21.88 18.02 802.11n 5700 MCS0 HT‐20 21.83 17.96 802.11n 5510 MCS0 HT‐40 40.03 36.35 802.11n 5550 MCS0 HT‐40 39.81 36.45 802.11n 5670 MCS0 HT‐40 40.09 36.37 Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 20 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Table – U‐NII‐3 EBW (26 dB BW), OBW (99% BW), and Minimum 6 dB BW Frequency Data 6 dB BW Mode BW EBW (MHz) OBW (MHz) (MHz) Rate (MHz) 802.11a 5745 6 Mbps HT‐20 21.51 16.81 16.46 802.11a 5785 6 Mbps HT‐20 21.70 16.86 16.39 802.11a 5825 6 Mbps HT‐20 21.72 16.83 16.39 802.11ac 5745 MCS0 HT‐20 21.88 18.03 17.61 802.11ac 5785 MCS0 HT‐20 21.75 18.01 17.59 802.11ac 5825 MCS0 HT‐20 21.82 18.01 17.60 802.11ac 5755 MCS0 HT‐40 40.38 36.41 36.48 802.11ac 5795 MCS0 HT‐40 40.16 36.39 36.46 802.11ac 5775 MCS0 HT‐80 81.49 75.69 75.87 802.11n 5745 MCS0 HT‐20 21.79 17.94 17.62 802.11n 5785 MCS0 HT‐20 21.74 18.00 17.61 802.11n 5825 MCS0 HT‐20 21.89 18.02 17.63 802.11n 5755 MCS0 HT‐40 40.12 36.36 36.48 802.11n 5795 MCS0 HT‐40 40.00 36.36 36.48 Company: LSR a Laird Buisness Name: Sterling‐LWB5 Report: TR 316356 C (U‐NII) Page 21 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Plots – U‐NII‐1 EBW (26 dB BW) and OBW (99% BW) 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 22 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Plots – U‐NII‐1 EBW (26 dB BW) and OBW (99% BW), 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 23 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Plots – U‐NII‐1 EBW (26 dB BW) and OBW (99% BW), 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 24 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Plots – U‐NII‐2A EBW (26 dB BW) and OBW (99% BW) 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 25 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Plots – U‐NII‐2A EBW (26 dB BW) and OBW (99% 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 26 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Plots – U‐NII‐2A EBW (26 dB BW) and OBW (99% 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 27 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Plots – U‐NII‐2C EBW (26 dB BW) and OBW (99% BW) 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 28 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Plots – U‐NII‐2C EBW (26 dB BW) and OBW (99% BW), 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 29 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Plots – U‐NII‐2C EBW (26 dB BW) and OBW (99% BW), 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 30 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Plots – U‐NII‐3 EBW (26 dB BW) and OBW (99% BW) 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 31 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Plots – U‐NII‐3 EBW (26 dB BW) and OBW (99% 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 32 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Plots – U‐NII‐3 EBW (26 dB BW) and OBW (99% 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 33 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035

Plots – U‐NII‐3 Minimum 6 dB BW 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 34 of 149 Model: Sterling‐LWB5 Job: C‐2602 Serial: 00008, 00035


Document Created: 2017-05-16 16:09:55
Document Modified: 2017-05-16 16:09:55
© 2024 FCC.report
This site is not affiliated with or endorsed by the FCC