RF Test Report-BLE

FCC ID: QYL9260NG

Test Report

Download: PDF
FCCID_4286151

Report Number: 1904FR21 [ fitI \/ Rev.02 RF Test Report Applicant : Getac Technology Corporation Product Type : Wireless LAN Adapter Trade Name : Getac Model Number : 9260NGW Test Specification : FCC 47 CFR PART 15 SUBPART C ANSI C63.10:2013 Receive Date : Mar. 06, 2019 Test Period : Mar. 27 ~Apr. 12, 2019 Issue Date : May 10, 2019 Issue by A Test Lab Techno Corp. s 9y 5 No. 140—1, Changan Street, Bade District, nexce @ : 33465, Taiwan Tacyuan City ; (R.O.C.) Ls tZspeé scgmese Tel : +886—3—2710188 / Fax : +886—3—2710190 Taiwan Accreditation Foundation accreditation number: 1330 Test Firm MRA designation number: TWOO010 Note: This report shall not be reproduced except in full,. without the written approval of A Test Lab Techno Corp..This document may be altered or revised by A Test.Lab Techno Corp. personnel only, and shall be noted in the revision section of the document. The client should not use it to claim product endorsement by TAF, or any government agencies.. The test results in the report.only apply to the tested sample. 1 of 32

Report Number: 1904FR21 Rev.02 Revision History Rev. Issue Date Revisions Revised By 00 Apr. 17, 2019 Initial Issue Janet Chao Page 7 Revised Class II Permissive Change 01 May 08, 2019 Tobey Cheng description. 02 May 10, 2019 Page 7 Revised Antenna Type. Tobey Cheng 2 of 32

@l Report Number: 1904FR21 Rev.02 Verification of Compliance Issued Date: May 08, 2019 Applicant Getac Technology Corporation Product Type Wireless LAN Adapter Trade Name Getac Model Number 926O0NGW FCC ID QYL926O0NG EUT Rated Voltage DC 3.7 V Test Voltage 120 Vac / 60 Hz Applicable Standard FCC 47 CFR PART 15 SUBPART C ANSI C63.10:2013 Test Result Complied Performing Lab. A Test Lab Techno Corp. Tacyuan City 33465, Taiwan (R.O.C.) c Tel : +886—3—2710188 / Fax : +886—3—2710190 Taiwan Accreditation Foundation accreditation number: 1330 http://www.atl—lab.com.tw/e—index.htm A Test Lab Techno Corp. tested the above equipment in accordance with the requirements set forth in the above standards. All indications of Pass/Fail in this report are opinions expressed by A Test Lab Techno Corp. based on interpretations and/or observations of test results. The test results show that the equipment tested is capable of demonstrating compliance with the requirements as documented in this report. Approved By Z'\/ :/(/\ Reviewed By : Efl/ff, Qu i/ . (Manager) _ (Fly Lu) (Testing Engineer) (Eric Ou Yang) 3 of 32

Report Number: 1904FR21 Rev.02 TABLE OF CONTENTS 1 General Information .................................................................................................................... 5 1.1. Summary of Test Result........................................................................................................ 5 1.2. Measurement Uncertainty ..................................................................................................... 6 2 EUT Description .......................................................................................................................... 7 3 Test Methodology ....................................................................................................................... 8 3.1. Mode of Operation ................................................................................................................ 8 3.2. EUT Test Step..................................................................................................................... 10 3.3. Configuration of Test System Details ................................................................................... 11 3.4. Test Instruments ................................................................................................................. 13 3.5. Test Site Environment ......................................................................................................... 14 4 Measurement Procedure .......................................................................................................... 15 4.1. AC Power Line Conducted Emission Measurement............................................................ 15 4.2. Radiated Emission Measurement ....................................................................................... 17 4.3. Maximum Conducted Output Power Measurement............................................................. 21 5 Test Results............................................................................................................................... 22 Annex A. Conducted Emission .................................................................................................... 22 Annex B. Conducted Test Results ............................................................................................... 26 Annex C. Radiated Emission Measurement ................................................................................ 27 4 of 32

Report Number: 1904FR21 Rev.02 1 General Information 1.1. Summary of Test Result Standard Item Result Remark FCC 15.207 AC Power Conducted Emission PASS ----- PASS 15.247(d) Transmitter Radiated Emissions ----- (Note 2) 15.247(b)(3) Max. Output Power PASS ----- N/A 15.247(a)(2) 6 dB RF Bandwidth ----- (Note 1) N/A 15.247(e) Maximum Power Spectral Density ----- (Note 1) Out of Band Conducted Spurious N/A 15.247(d) ----- Emission (Note 1) 15.203 Antenna Requirement PASS ----- The test results of this report relate only to the tested sample(s) identified in this report. Note1: Class II permissive change. No need for verification. Note2: Transmitter Radiated Emissions in above 1 GHz use the worst Max. Output Power to do the test. Standard Description CFR47, Part 15, Subpart C Intentional Radiators American National Standard of Procedures for Compliance Testing of ANSI C63. 10: 2013 Unlicensed Wireless Devices GUIDANCE FOR COMPLIANCE MEASUREMENTS ON DIGITAL KDB 558074 D01 15.247 TRANSMISSION SYSTEM, FREQUENCY HOPPING SPREAD Meas Guidance v05r02 SPECTRUM SYSTEM, AND HYBRID SYSTEM DEVICES OPERATING UNDER SECTION 15.247 OF THE FCC RULES 5 of 32

Report Number: 1904FR21 Rev.02 1.2. Measurement Uncertainty Test Item Frequency Range Uncertainty (dB) 9 kHz ~ 150 kHz 2.7 Conducted Emission 150 kHz ~ 30 MHz 2.7 9 kHz ~ 30 MHz 1.7 30 MHz ~ 1000 MHz 5.7 Radiated Emission 1000 MHz ~ 18000 MHz 5.5 18000 MHz ~ 26500 MHz 4.8 26500 MHz ~ 40000 MHz 4.8 Conducted Output Power +0.27 dB / -0.28 dB 6 of 32

@l Report Number: 1904FR21 Rev.02 2 EUT Description Getee Technology Cororation Applcant 5.Building A,No.200,Se0.1 Nangang..Rd.. Taipei City, 11598, Taiwan Manutacturer Intel Motile Communications 100 Center Point Girele, Suite 200, Columbia, South Ceraing 28210, USA Product Type Wireless LAN Adapter Trade Name Getze Madel No ersoiow reei aviszsone This is to request a Class II permissive change for FCC ID: QYL@260NG, originally granted on 2019/328 The mjor change filed under this application is Chenge #1:Additonal Chassis edded, Getac, model number: UX10 Class II Permissive Change #2: Addition one entenna, the antenna type is same, the 2.4 GHz antenna gain is higher than the original applcation and the 5 GHz antenna gain is low than the original application Therefore, 24 GHz band RSE verifcation wll be executed and the RF report wl be submitted atterwerds Product Type: Tablet Host Information Trade Name: Getac Model Name: UX10 Frequency Renge 2402 — 2480 MHz Madulation Type orsk Operate Temp. Range a—«s0 °c Type Max. Gain (49)) Antenna information PIFA Antenna oss RF Output Power a.00827 w 7 of 32

Report Number: 1904FR21 Rev.02 3 Test Methodology 3.1. Mode of Operation Decision of Test ATL has verified the construction and function in typical operation. All the test modes were carried out with the EUT in normal operation, which was shown in this test report and defined as: Test Mode Mode 1: Transmit mode Mode 2: Continuous TX mode Software used to control the EUT for staying in continuous transmitting mode was programmed. After verification, all tests were carried out with the worst case test modes. By preliminary testing and verifying three axis (X, Y and Z) position of EUT transmitted status, it was found that “X axis” position was the worst, then the final test was executed the worst condition and test data were recorded in this report. Note: The EUT was programmed to be in continuously transmitting mode and the transmit duty cycle is not less than 98 %. 8 of 32

Report Number: 1904FR21 Rev.02 Decision of Test Mode V V Description Remarks SYSTEM 2 Full SYSTEM 1 Basic Main Board --- V V i7 4.60 GHz V CPU i5 3.90 GHz V 8 GB V Memory 16 GB V 256 GB V HDD 512 GB V LCM Digitizer V NXP RFID V Upside Option SE4710 V STD Battery 11.1 VDC, 4200 mAh V (Optional) Large Battery 10.8 VDC, 9240 mAh V (Optional) Bridge Battery 7.4 VDC, 2100 mAh V (Optional) Fingerprint V CrossMatch Right Expansion Bay MSR Reader V WLAN/BT V V Module WWAN / GPS V GPS/GNS V Capacitive Pen --- V INPUT: 100-240 VAC, 50-60 Hz, 1.5 A AC Adapter (1) OUTPUT: 19 VDC, 3.42 A V V Non-Shielded,1.5 m, with one core INPUT: 100-240 VAC, 50-60 Hz, 1.5 A AC Adapter (2) OUTPUT: 19 VDC, 4.74 A Non-Shielded,1.55 m 3 pin Power Cord (1) V V Non-Shielded,1.75 m 3 pin Power Cord (2) Non-Shielded,1.75 m With AC Adapter model: ADM-9019M Digitizer Pen --- V (Optional) Note: SYSTEM 2 Full is the worst case in Transmitter Radiated Emissions. 9 of 32

Report Number: 1904FR21 Rev.02 3.2. EUT Test Step 1 Setup the EUT shown on “Configuration of Test System Details.” 2 Turn on the power of all equipment. 3 Turn on TX function 4 EUT run test program. Measurement Software No. Description Software Version 1 Conducted Emission EZ EMC 1.1.4.3 2 Radiated Emission EZ EMC 1.1.4.4 10 of 32

Report Number: 1904FR21 Rev.02 3.3. Configuration of Test System Details Conducted Emission AC Input AC Adapter (4) Earphone & (1)Tablet (2) Monitor (3) Microphone (5) Mouse EUT Micro SD Card Radiated Emissions AC Input AC Adapter (3) (4) Earphone & (2) Monitor Mouse Microphone (1)Tablet (5) EUT Micro SD Card 11 of 32

Report Number: 1904FR21 Rev.02 Radiated Emissions AC Input AC Adapter (1)Tablet (5) EUT Micro SD Card Devices Description Product Manufacturer Model Number Serial Number Power Cord (1) Tablet Getac UX10 --- --- (2) Monitor DELL P2415Qb CN-0D3C8Y-74261-523-0HUL --- (3) Mouse Logitech M-UAG96B --- --- Earphone & (4) HTC --- --- --- Microphone (5) Micro SD Card Transcend --- --- --- 12 of 32

Report Number: 1904FR21 Rev.02 3.4. Test Instruments For Conducted Emission Test Period: Mar. 27, 2019 Equipment Manufacturer Model Number Serial Number Cal. Date Cal. Period Test Receiver R&S ESCI 100367 05/21/2018 1 year LISN R&S ENV216 101040 04/11/2018 1 year LISN R&S ENV216 101041 03/28/2019 1 year RF Cable Woken 00100D1380194M TE-02-03 05/17/2018 1 year For Radiated Emissions Test Period: Apr. 03, 2019 Equipment Manufacturer Model Number Serial Number Cal. Date Cal. Period EXA Signal Analyzer Keysight N9010A MY52221312 01/14/2019 1 year (10 Hz~44 GHz) Pre Amplifier Agilent 8449B 3008A02237 10/16/2018 1 year (1~26.5 GHz) Pre Amplifier Agilent 8447D 2944A11119 01/14/2019 1 year (100 kHz~1.3 GHz Trilog Broadband Schwarzbeck VULB9168 416 10/23/2018 1 year Antenna Mess-Elektronik Horn Antenna SCHWARZBECK BBHA9120D 9120D-550 08/23/2018 1 year (1~18 GHz) MESS-ELEKTRONIK Horn Antenna SCHWARZBECK BBHA9170 9170-320 08/07/2018 1 year (18~40GHz) MESS-ELEKTRONIK Loop Antenna Electro-Metrics EMCI-LPA600 277 04/19/2018 1 year RF Cable EMCI EMC104-N-N-6000 TE01-1 02/20/2019 1 year EMC104-SM-SM-1 Microwave Cable EMCI 170814 10/30/2018 1 year 3000 EMC102-KM-KM-1 Microwave Cable EMCI 151001 02/20/2019 1 year 4000 Note: N.C.R. = No Calibration Request. 13 of 32

Report Number: 1904FR21 Rev.02 For Conducted Test Period: Apr. 12, 2019 Equipment Manufacturer Model Number Serial Number Cal. Date Cal. Period Spectrum Analyzer Agilent N9020A US47520902 09/25/2018 1 year (20 Hz~26.5 GHz) Power Sensor Anritsu MA2411B 1126022 08/29/2018 1 year Power Meter Anritsu ML2495A 1135009 08/29/2018 1 year EMC102-SM-SM15 Microwave Cable EMCI 001 11/21/2018 1 year 00 Note: N.C.R. = No Calibration Request. 3.5. Test Site Environment Items Required (IEC 60068-1) Actual Temperature (C) 15-35 26 Humidity (%RH) 25-75 60 Barometric pressure (mbar) 860-1060 990 14 of 32

Report Number: 1904FR21 Rev.02 4 Measurement Procedure 4.1. AC Power Line Conducted Emission Measurement  Limit Frequency (MHz) Quasi-peak Average 0.15 - 0.5 66 to 56 56 to 46 0.50 - 5.0 56 46 5.0 - 30.0 60 50  Test Setup 15 of 32

fitl ( \4 Report Number: 1904FR21 Rev.o2 m TestProcedure The EUT and simulators are connected to the main power through a lie impedance stabilzetion netwerk (L.1.S.N.} This provides a 50 12750 uki coupling impedance for the measuring equipment, The peripheral devices are also connected to the main power through a LISN that provides a 50. 7 50 uH coupling imgedance with 50 chm termination Tabletop device shall be placed on a non—conducting pletform, of nominl size 1 m by 1.5 m raised 80 em above the reference ground plane. The wall of screened room shallbe located 40 om to the rear ofthe EUT. Other surfaces of tsbletop or foor standing EUT shall be at least 80 om ffom any other ground conducting surface including one or more LISNs. For floor—standing device shallbe placed under the EUT with a 12 mm insulating material Conducted emissions were investigeted over the frequency range from 0.15 MHz to 30 MHz using a resolution bandwidth of 8 k. The equipment under test (EUT ) shall be meet the limits in section 4.1, as applicable, including the average limit and the quesi—peak Imit when using respectively, an average detector and quasi—pek detector measured in accordance wth the methods deseribed of related standard. When all of pesk value were compled with quasi—peak and average imfrom 150 kz to 30 MHiz then quasi—peak and average measurement was unnecessery The AMN shall be placed 0.8 m from the boundary ofthe un‘ under test and banded to a ground reference plane for ANMNs mounted on top of the ground reference plane. This distance is between the closest points of the AVN and the EUT. All ather uits of the EUT and associated equipment shall be at least 0.8 m from the AVMN. If the mains power cable is longer than 1 m then the cable shall be folded back and forth at the centre of the lead to form a bundle no longer than 0.4 m. All ofinterconnecting cables that hang closer than 40 om to the ground plane shall be folded back and forth in the center forming a bundle 30 om to 40 om long. Allof EUT and AE shall be separate place more than 0.1 m. All 50 0 ports of the LISN shall be resistively terminated into 50 Q loads when not connected to the measuring instrument Ifthe reading of the measuring receiver shows fuctustions close to the limit, the reading shall be observed for at least 15 s at each messurement frequency; the higher reading shall be recorded with the exception of any brief isolated high reading which shall be ignored 16 of 32

Report Number: 1904FR21 Rev.02 4.2. Radiated Emission Measurement  Limit According to §15.209(a), except as provided elsewhere in this subpart, the emissions from an intentional radiator shall not exceed the field strength levels specified in the following table: Frequency Field Strength Measurement Distance (MHz) (μV/m at meter) (meters) 0.009 – 0.490 2400 / F (kHz) 300 0.490 – 1.705 24000 / F (kHz) 30 1.705 – 30.0 30 30 30 - 88 100** 3 88-216 150** 3 216-960 200** 3 Above 960 500 3 ** Except as provided in paragraph (g), fundamental emissions from intentional radiators operating under this Section shall not be located in the frequency bands 54-72 MHz, 76-88 MHz, 174-216 MHz or 470-806 MHz. However, operation within these frequency bands is permitted under other sections of this Part, e.g., Sections 15.231 and 15.241.  Setup 9 kHz ~ 30 MHz 17 of 32

Report Number: 1904FR21 Rev.02 Below 1 GHz Above 1 GHz 18 of 32

Report Number: 1904FR21 Rev.02  Test Procedure Final radiation measurements were made on a three-meter, Semi Anechoic Chamber. The EUT system was placed on a nonconductive turntable which is 0.8 or 1.5 meters height, top surface 1.0 x 1.5 meter. The spectrum was examined from 250 MHz to 2.5 GHz in order to cover the whole spectrum below 10th harmonic which could generate from the EUT. During the test, EUT was set to transmit continuously & Measurements spectrum range from 9 kHz to 26.5 GHz is investigated. For measurements below 1 GHz the resolution bandwidth is set to 100 kHz for peak detection measurements or 120 kHz for quasi-peak detection measurements. Peak detection is used unless otherwise noted as quasi-peak. For measurements above 1 GHz the resolution bandwidth is set to 1 MHz, and then the video bandwidth is set to 3 MHz for peak measurements and 10 Hz for average measurements when Duty cycle >0.98 / 1/T for average measurements when Duty cycle <0.98. A nonconductive material surrounded the EUT to supporting the EUT for standing on tree orthogonal planes. At each condition, the EUT was rotated 360 degrees, and the antenna was raised and lowered from one to four meters to find the maximum emission levels. Measurements were taken using both horizontal and vertical antenna polarization. SCHWARZBECK MESS-ELEKTRONIK Biconilog Antenna at 3 Meter and the SCHWARZBECK Double Ridged Guide Antenna was used in frequencies 1 –26.5 GHz at a distance of 3 meter. The antenna at an angle toward the source of the emission. All test results were extrapolated to equivalent signal at 3 meters utilizing an inverse linear distance extrapolation Factor (20 dB/decade). For testing above 1 GHz, the emission level of the EUT in peak mode was 20 dB lower than average limit (that means the emission level in peak mode also complies with the limit in average mode), then testing will be stopped and peak values of EUT will be reported, otherwise, the emissions will be measured in average mode again and reported. Appropriate preamplifiers were used for improving sensitivity and precautions were taken to avoid overloading or desensitizing the spectrum analyzer. No post – detector video filters were used in the test. The spectrum analyzer’s 6 dB bandwidth was set to 1 MHz, and the analyzer was operated in the peak detection mode, for frequencies both below and up 1 GHz. The average levels were obtained by subtracting the duty cycle correction factor from the peak readings. The following procedures were used to convert the emission levels measured in decibels referenced to 1 microvolt (dBuV) into field intensity in micro volts pre meter (uV/m). The actual field intensity in decibels referenced to 1 microvolt in to field intensity in micro colts per meter (dBuV/m). 19 of 32

Report Number: 1904FR21 Rev.02 The actual field is intensity in referenced to 1 microvolt per meter (dBuV/m) is determined by algebraically adding the measured reading in dBuV, the antenna factor (dB), and cable loss (dB) and Subtracting the gain of preamplifier (dB) is auto calculate in spectrum analyzer. (1) Amplitude (dBuV/m) = FI (dBuV) +AF (dBuV) +CL (dBuV)-Gain (dB) FI= Reading of the field intensity. AF= Antenna factor. CL= Cable loss. P.S Amplitude is auto calculate in spectrum analyzer. (2) Actual Amplitude (dBuV/m) = Amplitude (dBuV)-Dis(dB) The FCC specified emission limits were calculated according the EUT operating frequency and by following linear interpolation equations: (a) For fundamental frequency : Transmitter Output < +30 dBm (b) For spurious frequency : Spurious emission limits = fundamental emission limit /10 Data of measurement within this frequency range without mark in the table above means the reading of emissions are attenuated more than 20 dB below the permissible limits or the field strength is too small to be measured. 20 of 32

Report Number: 1904FR21 Rev.02 4.3. Maximum Conducted Output Power Measurement  Limit For systems using digital modulation in the 2400-2483.5 MHz, the limit for peak output power is 30 dBm.  Test Setup EUT Power Power Sensor Meter  Test Procedure The testing follows the Measurement Procedure of ANSI C63.10:2013 section 11.9.2.3.2 Method AVGPM. The tests below are run with the EUT’s transmitter set at high power in TX mode. The EUT is needed to force selection of output power level and channel number. While testing, EUT was set to transmit continuously. Remove the Subjective device’s antenna and connect the RF output port to power sensor.. 21 of 32

( fltI Report Number: 1904FR21 \J Rev.02 5 Test Results Annex A. Conducted Emission SYSTEM 2 Full Standard: FCC Part 15.247 Line: L1 Test Mode: Mode 1 Power: AC 120 Vieo He Temp.(C)/Hum.(MRH): 26(C)/60 %RH Description: mo ow T tm — ao no e 150 as mitta s smom NolFrequenq| OP AVG |Coredior| OP AVG GP AVG OP AVG Remark reading reading fector result result limit limit margin margin qiHe) (dBuy) (aBuyy (4B) (dBuy) (aBuy) (aBuy) (aBuv)| (4B) (B) 1| orsso seit 2ass sm2 area sa07 6§.16 66148 1753 —21.00 Pass 2 0.1940 31 81 17.65 9.62 4133 2217 eses saee 2263 —26.69 Pass 3 0.2220 28.76 17.06 9.62 se2r 2668 62.74 6274 2447 —26.16 Pass 4 1.9420 30.28 1842 9.60 so.se 2802 5.00 46.00 1612 —17.98 Pass 5 114180 19.79 1250 9.78 20.67 2228 60.00 50.00 3048 —27.72 Pass 6 16.1100 2663 2040 9.3 sede 30.23 0.00 50.00 —2364 —19.77 Pass Note: 1.Result (dBu\) = Correction factor (dB) + Reading(dBu\). 2.Correction factor (dB) = Cable loss (dB) + L.L.S.N. factor (dB). 22 of 32

@l Report Number: 1904FR21 Rev.02 Standard: FCC Part 15.247 Line: N Test Mode: Mode1 Power: AC 120 VIBO Hz Temp.(C)/Hum:(MRH): 26(C)!60 %RH Description: so0 ow T: — tiniz:. — aiso as mina s sua0 No.[Frequency| OP AVG [Correction] OP AvG OP AvG oP AVG Remark reading reading fector result result limit limit margin margin qabe (aBuy) (aBuy |__(4B) (aBum) (aBum) (aBuv (aBuv)| (4B)_|_(dB) 1| 01840 40.76 2741 9.60 50.36 36.71 65.78 6678 1642 —19.07 Pass 2 0.1780 36.57 2051 9.59 4516 3010 6458 8458 —1942 —2448 Pass 3 0.2250 2841 16.59 9.59 38.00 26.18 6260 5260 —2460 2642 Pass 4 20340 28.57 1854 9.66 se.2s 28.20 66.00 4600 17177 —17.80 Pass 5 114500 1987 1267 9.98 20.76 2266 60.00 50.00 3028 —2745 Pass 6 16.1280 28.03 24.28 9.97 s8.00 34.20 s0.00 50.00 —2200 —15.80 Pass Note: 1.Result (dBu\) = Correction factor (dB) + Reading(dBu\). 2.Correction factor (dB) = Cable loss (dB) + L.L.S.N. factor (dB). 23 of 32

@l Report Number: 1904FR21 Rev.02 SYSTEM 1 Basic Standard: FCC Part 15.247 Line: L Test Mode: Mode1 Power: AC 120 VIBO Hz Temp.(C)/Hum:(MRH): 26(C)!60 %RH Description: so0 ow T: — tiniz:. — [Am—L_EHN—]<———A— 5005 ao a ao e iso as milta s sua0 No.[Frequency| OP AVG [Correction] OP AvG OP AvG oP AVG Remark reading reading fector result result limit limit margin margin qabe (aBuy) (aBuy |__(4B) (aBum) (aBum) (aBuv (aBuv)| (4B)_|_(dB) 1| 01740 36.80 18.87 9.62 4532 2830 6477 8477 1945 —26.38 Pass 2 0.2060 36.04 2236 9.62 4466 sner essr Sa37 1881 —21.60 Pass 3 0.2220 28.65 1649 9.62 38.17 26.01 62.74 62174 2467 —26.73 Pass 4 24180 23.82 17.65 9.61 se4s 2726 66.00 46.00 2267 —18.74 Pass 5 11.6020 21.07 14.16 9.78 s0.%5 2394 0.00 50.00 —29.15 —26.06 Pass 6 16.1300 26.73 2119 9.3 sese 31.02 60.00 50.00 2344 —18.98 Pass Note: 1.Result (dBu\) = Correction factor (dB) + Reading(dBu\). 2.Correction factor (dB) = Cable loss (dB) + L.L.S.N. factor (dB). 24 of 32

( fltl Report Number: 1904FR21 \./ Rev.02 Standard: FCC Part 15.247 Line: N Test Mode: Mode 1 Power: AC 120 Vieo He Temp.(C)/Hum.(MRH): 26(C)/60 %RH Description: sno anw tm — tinig: — ao & s no e is0 as iilta s smom NolFrequenq| OP AVG |Coredior| OP AVG GP AVG OP AVG Remark reading reading fector result result limit limit margin margin qiHe) (dBuy) (aBuyy (4B) (dBuy) (aBuy) (aBuy) (aBuv)| (4B) (B) 1| orez0 seme reot seo 494s seet s5.se 6636 1588 19.75 Pass 0.1860 39.13 1854 9.59 42172 2813 64.21 §4.21 —2149 —25.08 Pass n 1.9260 20.82 16.75 9.66 3848 2641 56.00 46.00 17462 —19.69 Pass e 24180 2643 1884 9.67 36.10 28.61 56.00 46.00 —20.90 —1749 Pass a|a 118700 2144 14.61 9.98 31.32 2449 60.00 50.00 2868 2561 Pass 6 16.1340 25.96 20.91 9.97 se.08 so.ee 0.00 50.00 —24.07 —19.12 Pass Note: 1.Result (dBu\) = Correction factor (dB) + Reading(dBu\). 2.Correction factor (dB) = Cable loss (dB) + L.L.S.N. factor (dB). 25 of 32

Report Number: 1904FR21 Rev.02 Annex B. Conducted Test Results Maximum Conducted Output Power Measurement Test Mode Mode 2 Frequency Average Power Peak Power Limit (MHz) (dBm) (W) (dBm) (W) (dBm) 2402 7.31 0.00538 7.50 0.00562 ≤ 30 2440 7.27 0.00533 7.42 0.00552 ≤ 30 2480 7.83 0.00607 7.97 0.00627 ≤ 30 Note: The relevant measured result has the offset with cable loss already. 26 of 32

“tl ( \4 Report Number: 1904R21 Rev.02 Annex C. Radiated Emission Measurement Harmonic system 2 Rul Below 1 GHz Standard FCC Part 15. 247 Test Distance 3m Test Mode Mode 2 Power Ac 120 viso He Frequency 2480 Wiiz Temp (C)}Hum (RH}: 26(C)80 kH Frequency Reading CorectFector Result Limk Margin Remark Ant Poler. (Miia) (dBuv) (dB/m) (dBu¥im) (dBuvim) (s8) Hrv 159 0100 4228 sas as a1 «350 «s 50 ap H 207 s100 a4 42 758 as 7 «350 .m ap h «23 2800 as as o1 as se «8.00 —r014 ap H 571 2500 2s os 170 ar .e «8.00 a2 ap h 70 700 a se «45 ao o1 «8.00 —s.00 ap H 862 2000 an se 720 as 7e «8.00 .25 ap H 159 0100 se s sas is «350 s ap v 288 0200 se as 4s as zo «8.00 —10.30 ap v «87 800 2s as oo5 as a1 «8.00 —8.00 ap v sas 7200 22 03 a01 2s se «8.00 q8 ap v 7ea seoo anre s17 ar o «8.00 810 ap v ars 8400 22 00 742 s 42 «8.00 «s.58 ap v Note:1 Result (dBu¥/m) = Correct Fector (4B/m) + Reaing(dBuV ) Example: 36 .01 =—535+42.25 2.Correction fector (4B/m) = Antenna Factor (dB/m) + Cable loss (dB) — Pre—Amplifer gain (48) 3 When the peak results are less than average limit, so not need to evaluate the average 27 of 32

“tl ( \4 Report Number: 1904R21 Rev.02 SYSTEM 1 Basic Below 1 GHz Standard FCC Part 15. 247 Test Distance 3m Test Mode Mode 2 Power Ac 120 viso He Frequency 2480 Wiiz Temp (C)}Hum (RH}: 26(C)80 kH Frequency Reading ComectFecior Result Link Margin Remerk: Ant Poler. (uile) (dBuv) (dB/m) (dBu¥im) |_(4Buvim) (s8) Hrv 185 2000 «4s3 442 ar a «350 5.00 ap H 224 se00 as o« 38 as se «8.00 1044 ap H «75.2300 se is —o.08 as os «8.00 a.95 ap h sa4.o100 as ar ais as a2 «8.00 —1 68 ap H 727 4300 aa as 431 as se «8.00 18 ap h s47.7100 ar e sas 2s so «8.00 —i1 ap H 157 arco 4042 s40 as 02 «350 s 48 ap v 200.7500 as 7e 380 a se «8.00 —na2 ap v s2s 700 as as ass 20 a1 «8.00 «s 30 ap v s42 0700 as 10 ans s 23 «8.00 .77 ap v a12.z000 ar s as1 as as «8.00 as7 ap v aso sco0 30 ce aso se 10 «8.00 «81 ap v Note:1 Result (dBu¥/m) = Correct Factor (4B/m) + Reaing(dBuV ) 2.Correction fector (4B/m) = Antenna Factor (dB/m) + Cable loss (dB) — Pre—Amplifer gain (48) 3 When the peak results are less than average limt, so not need to eveluate the average 28 of 32

( atl Report Number: 1904FR21 Rev.02 SYSTEM 2 Full Above 1 GHz Standard: FCC Part 15.247 Test Distance: 3m Test Mode: Mode 2 Power: AC 120 V/60 Hz Frequency: 2480 MHz Temp.(‘C)/Hum.(oRH): 26(C 60 %RH Ant.Polar.: Horizontal s0.0 atuirm Tman — Limae: — 2 1 an an 1ooo.000sso. on sromon sesnroo ti20o00— 1srso.00 resno.oo recsono 2ra0 00 26500 00 Mite No. Frequency Reading Correct Factor Result Limit Margin Remark (MHz) (dBuy) (dB/m) (dBuVim) (dBuvim) (dB) 1 4960.000 35.33 5.64 40.07 74.00 —33.03 peak 2 7440.000 33.80 12.53 4642 74.00 —27.58 peak Note: 1. Result (dBuWV) = Correction factor (dB) + Reading(dBuV). Example: 40.97 = 5.64+35.33 2. Correction factor (dB/m) = Antenna Factor (dB/m) + Cable loss (dB) — Pre—Amplfier gain (dB). 3. When peak results are less than average limit, so not need to evaluate the average. 29 of 32

( ntl Report Number: 1904FR21 Rev.02 Standard: FCC Part 15.247 Test Distance: 3m Test Mode: Mode 2 Power: AC 120 V/60 Hz Frequency: 2480 MHz Temp.(‘C)/Hum.(oRH): 26(C 60 %RH Ant.Polar.: Vertical 00.0 abwirm Timt — Linke — an 0 1ooo.000sso. on sromon sesnroo ti20o00— 1srso.00 resno.oo recsono 2ra0 00 26500 00 Mite No. Frequency Reading Correct Factor Result Limit Margin Remark (MHz) (dBuy) (dB/m) (dBuVim) (dBuvim) (dB) 1 4960.000 34.86 5.64 40.50 74.00 —33.50 peak 2 7440.000 34.27 12.53 46.80 74.00 —27.20 peak Note: 1. Result (dBuWV) = Correction factor (dB) + Reading(dBuV). Example: 40.50 = 5.64+34.86 2. Correction factor (dB/m) = Antenna Factor (dB/m) + Cable loss (dB) — Pre—Amplfier gain (dB). 3. When peak results are less than average limit, so not need to evaluate the average. 30 of 32

@l Report Number: 1904FR21 Rev.02 Band Edge Standard: FCC Part 15.247 Test Distance: 3m Test Mode: Mode 2 Power: AC 120 Vi60 Hz Frequency: 2480 MHz Temp.(‘C)/Hum.(RH): 26(C 60 %RH Ant.Polar.: Horizontal 1300 aw/m Tman — Limae: — se s00 200000 2roz00 2ioion 2aonoo 2hes on 2asoinn 2asndn 2ioine 2iooon 2500.00° hn No. Frequency Reading Correct Factor Result Limit Margin Remark (MHz) (dBuy) (dB/m) (dBuVim) (dBuvim) (dB) 1 2483.500 46.73 —0.82 45.01 74.00 —28.00 peak 2 2480.460 52.30 —0.80 51.59 74.00 2241 peak Note: 1. Result (dBuV/m) = Correction factor (dB/m) + Reading(dBuV). 2. Correction factor (dB/m) = Antenna Factor (dB/m) + Cable loss (dB) — Pre—Amplfier gain (dB). 3. When peak results are less than average limit, so not need to evaluate the average. 31 of 32

(wl Report Number: 1904FR21 Rev.02 Standard: FCC Part 15.247 Test Distance: 3m Test Mode: Mode 2 Power: AC 120 Vi60 Hz Frequency: 2480 MHz Temp.(C)/Hum.(RH): 26(C 60 %RH Ant.Polar.: Vertical 1900 abwv/m Timt — Linke — so s00 2400000 2a0e.00 2eoe.00 2adon 2ron on 2eoncon 2atzon 2ioine 29000 2500.00° hn No. Frequency Reading Correct Factor Result Limit Margin Remark (MHz) (dBuy) (dB/m) (dBuVim) (dBuvim) (dB) 1 2483.500 48.65 —0.82 47.83 74.00 2647 peak 2 2480.580 53.00 —0.80 53.19 74.00 —20.81 peak 3 2480.580 35.82 —0.80 35.02 54.00 —18.98 AvG Note: 1. Result (dBuV/m) = Correction factor (dB/m) + Reading(dBuV). 2. Correction factor (dB/m) = Antenna Factor (dB/m) + Cable loss (dB) — Pre—Amplfier gain (dB). 3. When peak results are less than average limit, so not need to evaluate the average. 32 of 32


Document Created: 2019-05-21 09:30:43
Document Modified: 2019-05-21 09:30:43
© 2024 FCC.report
This site is not affiliated with or endorsed by the FCC