RF Test Report-Part90

FCC ID: QYLEM7455U

Test Report

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FCCID_4271995

( ntl Report Number: $71904FR12 \-’ Rev.01 RF Test Report Applicant : Getac Technology Corporation Product Type : Wireless Module Trade Name : Getac Model Number : EM7455 FCC ID : QYLEMT7455U EUT Rated Voltage : DC 3.7 V Test Voltage : 120 Vac / 60 Hz Receive Date : Mar. 06, 2019 Test Period : Mar. 16 ~ Mar. 17, 2019 Issue Date : May 06, 2019 Applicable Standard : FCC 47 CFR PART 908 ANSI C63.26 Test Result : Complied Testing Laboratory A Test Lab Techno Corp. 101—104, 1F, A building, Safflower ridge industrial area, Taoyuan street, Nanshan district, Shenzhen S ACcrREDiTED Tel : +86—755—23987770 / Fax : +86—755—26637771 "/"V-rur Certificate #3464.02 http //www.atl—lab.com.tw/e—index.htm American Association for Laboratory Accreditation number: 3464.02 Note: This report shall not be reproduced exceptin 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 A2LA, or any government agencies. The test results in the report only apply to the tested sample. Approved By : {~ 4/// Reviewed By : i & , (Manager) (Hai Wang (Testing Engineer) (Mick Zhang) 1 of 13

Report Number: SZ1904FR12 Rev.01 Revision History Rev. Issue Date Revisions 00 Apr. 17, 2019 Initial Issue 01 May 07, 2019 Page 4 Revised Class II Permissive Change description 2 of 13

Report Number: SZ1904FR12 Rev.01 TABLE OF CONTENTS 1 General Information ....................................................................................................... 4 1.1. EUT Description ..................................................................................................... 4 1.2. Mode of Operation ................................................................................................. 5 1.3. EUT Test Step ........................................................................................................ 6 1.4. Test Instruments ..................................................................................................... 7 1.5. Test Site Environment ............................................................................................ 7 1.6. Summary of Test Result ......................................................................................... 8 2 Measurement Procedure ............................................................................................... 9 2.1. Conducted Output Average Power Test ................................................................. 9 3 Test Results ................................................................................................................. 10 Conducted Output Average Power ................................................................................ 10 3 of 13

@l Report Number: 571904FR12 Rev.01 1 General Information 1.1. EUT Description Getc Technology Cormoraton Applicant 5F, Bulding A, No.209, Seo.1, Nangang Rd., Nanganq Dist, Taipei City, 11568, Tawan Menotacturer Seerra Wretess Inc. 13811 Wireless Way, Richmond, BC, VY 364, Ganada. Product Type Wreless Module Trade Name Getze Model Number emrass rce in oviewzssu Tmis is to request a Class II permissive change for FOG ID:GVLEMF45SU , originally granted on 20199 The major change fled under this applcation is: Change Class II Permissive #1: Addnal Chassis added, Getac, model number: UX10 Change #2: Addtion one antenna, the antenna type is same,the antenna gain is low than the original application. #3: Disable LTE band 80 by software. Product Type: Tablet Host Infornation Trade Name: Getac Model Name: UX10 MEI No. ass«atosore1as0 Operate Band Frequency Range (MHz) Modulation Channel Bandwidth L7E Band 26 ut si4~ 82 arse, rsoam 14 MHz, 3 Miz, 5 Miz, ou:_a59~ aso arsk, isoam 10 MHz, Type of Antenna FPC Antemna Antenna Gain Main LTEBand 26 04908 AUX LTEBand 26 0.30 4B Operate Temp. Range 40 ~ 85 °C Band Channel Bandwidih Modulstion MaxhF Omput Fower (m) LTE Band28 14e arsk oare LTE Band28 14e 18oAM 0178 LTE Band28 3 iz arsk nard LTE Band28 3 iz 18oAM 0178 LTE Band28 5 Mz arsk 021 LTE Band28 5 Mz 18oAM 0178 LTE Band28 10 Niz arsk oare LTE Band28 10 Niz 18oAM 0178 4 of 13

Report Number: SZ1904FR12 Rev.01 1.2. Mode of Operation Three channels had been tested for each channel bandwidth. LTE Band 26 1.4 MHz 3 MHz Channel Bandwidth Frequency Frequency Channel Channel (MHz) (MHz) Low CH 26697 814.7 26705 815.5 Middle CH 26740 819.0 26740 819.0 High CH 26783 823.3 26775 822.5 5 MHz 10 MHz Channel Bandwidth Frequency Frequency Channel Channel (MHz) (MHz) Low CH 26715 816.5 Middle CH 26740 819.0 26740 819.0 High CH 26765 821.5 5 of 13

Report Number: SZ1904FR12 Rev.01 During all testing, EUT is in link mode with base station emulator at maximum power level. The spurious emission measurements were carried out in semi-anechoic chamber with 3-meter test range, and EUT is rotated on three test planes to find out the worst emission. Frequency range investigated for radiated emission: 30 MHz to 26.5 GHz. Band Channel Bandwidth Test Modes  LTE(RB Size 1, RB Offset 0) Link  LTE(RB Size 1, RB Offset 2) Link  LTE(RB Size 1, RB Offset 5) Link 1.4 MHz  LTE(RB Size 3, RB Offset 0) Link QPSK  LTE(RB Size 3, RB Offset 1) Link  LTE(RB Size 3, RB Offset 3) Link  LTE(RB Size 6, RB Offset 0) Link  LTE(RB Size 1, RB Offset 0) Link  LTE(RB Size 1, RB Offset 7) Link  LTE(RB Size 1, RB Offset 14) Link 3 MHz  LTE(RB Size 8, RB Offset 0) Link QPSK  LTE(RB Size 8, RB Offset 3) Link  LTE(RB Size 8, RB Offset 7) Link LTE  LTE(RB Size 15, RB Offset 0) Link Band 26  LTE(RB Size 1, RB Offset 0) Link  LTE(RB Size 1, RB Offset 12) Link  LTE(RB Size 1, RB Offset 24) Link 5 MHz  LTE(RB Size 12, RB Offset 0) Link QPSK  LTE(RB Size 12, RB Offset 6) Link  LTE(RB Size 12, RB Offset 13) Link  LTE(RB Size 25, RB Offset 0) Link  LTE(RB Size 1, RB Offset 0) Link  LTE(RB Size 1, RB Offset 24) Link  LTE(RB Size 1, RB Offset 49) Link 10 MHz  LTE(RB Size 25, RB Offset 0) Link QPSK  LTE(RB Size 25, RB Offset 12) Link  LTE(RB Size 25, RB Offset 25) Link  LTE(RB Size 50, RB Offset 0) Link 1.3. EUT Test Step 1 Setup the EUT shown on “Configuration of Test System Details”. 2 Turn on the power of all equipment. 3 EUT run test program test. 6 of 13

Report Number: SZ1904FR12 Rev.01 1.4. Test Instruments For Conducted Test Period: Mar. 16 ~ Mar. 17, 2019 Equipment Manufacturer Model Number Serial Number Cal. Date Cal. Cycle 4 Way Divider Woken 01204056002D 150504 11/16/2018 1 year Cable EMCI N/A 1# 09/18/2018 1 year Cable EMCI N/A 2# 09/18/2018 1 year Cable EMCI N/A 3# 09/18/2018 1 year Cable EMCI N/A 4# 09/18/2018 1 year Cable EMCI N/A 5# 09/18/2018 1 year Spectrum Analyzer Agilent N9020A MY53420615 09/18/2018 1 year (10Hz~26.5GHz) Programmable temp & ETAI 9712A 647 11/15/2018 1 year humi chamber Radio Communication Anritsu MT8820C 6201144493 09/18/2018 1 year Analyzer Signal Generator Agilent E8257D MY53400659 09/18/2018 1 year Signal Generator Aglent N5182B MY53050940 09/18/2018 1 year Test Site ATL RF RF N.C.R. ----- 1.5. Test Site Environment Items Required (IEC 68-1) Actual Temperature (C) 15-35 26 Humidity (%RH) 25-75 60 Barometric pressure (mbar) 860-1060 990 Test Setting Condition N.V. Normal Voltage AC 120 V N.T. Normal Temperature +25 C 7 of 13

Report Number: SZ1904FR12 Rev.01 1.6. Summary of Test Result FCC Rule Description Result §2.1046 Conducted Output Average Power Pass Equivalent Isotropic Radiated Power / N/A §90.635 Equivalent Radiated Power (Note1) N/A §2.1055 Frequency Stability (Note1) N/A §2.1049 Emission Bandwidth & Occupied Bandwidth (Note1) N/A KDB 971168 Peak to average ratio (Note1) §2.1051 N/A Band Edge §90.543 (Note1) §2.1051 N/A Conducted Spurious Emissions §90.543 (Note1) §2.1053 N/A Radiated Spurious Emissions §90.543 (Note1) Note1: Class II permissive change. No need for verification. 8 of 13

fltl Report Number: 571904FR12 [ Rev.01 \/ 2 Measurement Procedure 2.1. Conducted Output Average Power Test m Limit NA m Test Setup Wideband Redio EUT Communication m Test Procedure a. — The EUT was set up for the meximum power with simulator b. — Setthe EUT to transmit underlow, middle and high channel and record the power leve! shown on simulator m Uncertainty The measurement uncertainty is defined as for Conducted Power measurement is 1.2 dB 9 of 13

Report Number: SZ1904FR12 Rev.01 3 Test Results Conducted Output Average Power Channel Frequency RB Configuration Average Power Band Modulation Channel Bandwidth (MHz) Size Offset (dBm) (W) 1 0 23.26 0.212 1 2 23.19 0.208 1 5 23.12 0.205 26697 814.7 3 0 23.11 0.205 3 1 23.15 0.207 3 3 23.10 0.204 6 0 22.08 0.161 1 0 23.14 0.206 1 2 23.27 0.212 1 5 23.02 0.200 QPSK 26740 819.0 3 0 22.91 0.195 3 1 23.07 0.203 3 3 23.00 0.200 6 0 21.95 0.157 1 0 23.20 0.209 1 2 22.97 0.198 1 5 22.90 0.195 26783 823.3 3 0 22.98 0.199 3 1 22.96 0.198 3 3 22.91 0.195 6 0 21.87 0.154 LTE Band 26 1.4 MHz 1 0 22.49 0.177 1 2 22.52 0.179 1 5 22.45 0.176 26697 814.7 3 0 22.35 0.172 3 1 22.38 0.173 3 3 22.28 0.169 6 0 21.39 0.138 1 0 22.31 0.170 1 2 22.31 0.170 1 5 22.35 0.172 16QAM 26740 819.0 3 0 22.01 0.159 3 1 22.15 0.164 3 3 21.96 0.157 6 0 21.44 0.139 1 0 22.42 0.175 1 2 22.23 0.167 1 5 22.27 0.169 26783 823.3 3 0 22.03 0.160 3 1 22.07 0.161 3 3 21.93 0.156 6 0 21.43 0.139 10 of 13

Report Number: SZ1904FR12 Rev.01 Channel Frequency RB Configuration Average Power Band Modulation Channel Bandwidth (MHz) Size Offset (dBm) (W) 1 0 23.20 0.209 1 7 23.31 0.214 1 14 23.18 0.208 26705 815.5 8 0 22.27 0.169 8 3 22.22 0.167 8 7 22.29 0.169 15 0 22.28 0.169 1 0 23.05 0.202 1 7 23.16 0.207 1 14 22.96 0.198 QPSK 26740 819.0 8 0 22.08 0.161 8 3 22.04 0.160 8 7 21.91 0.155 15 0 21.91 0.155 1 0 23.06 0.202 1 7 23.23 0.210 1 14 22.97 0.198 26775 822.5 8 0 22.02 0.159 8 3 22.02 0.159 8 7 21.93 0.156 15 0 21.92 0.156 LTE Band 26 3 MHz 1 0 22.44 0.175 1 7 22.32 0.171 1 14 22.51 0.178 26705 815.5 8 0 21.16 0.131 8 3 21.23 0.133 8 7 21.26 0.134 15 0 21.15 0.130 1 0 22.33 0.171 1 7 22.53 0.179 1 14 22.18 0.165 16QAM 26740 819.0 8 0 21.10 0.129 8 3 21.04 0.127 8 7 21.10 0.129 15 0 20.90 0.123 1 0 22.43 0.175 1 7 22.50 0.178 1 14 22.20 0.166 26775 822.5 8 0 21.09 0.129 8 3 20.93 0.124 8 7 21.01 0.126 15 0 20.96 0.125 11 of 13

Report Number: SZ1904FR12 Rev.01 Channel Frequency RB Configuration Average Power Band Modulation Channel Bandwidth (MHz) Size Offset (dBm) (W) 1 0 23.32 0.215 1 12 23.26 0.212 1 24 23.11 0.205 26715 816.5 12 0 22.27 0.169 12 6 22.41 0.174 12 13 22.09 0.162 25 0 22.11 0.163 1 0 23.20 0.209 1 12 23.03 0.201 1 24 23.00 0.200 QPSK 26740 819.0 12 0 21.94 0.156 12 6 22.09 0.162 12 13 21.88 0.154 25 0 21.95 0.157 1 0 23.19 0.208 1 12 23.19 0.208 1 24 23.26 0.212 26765 821.5 12 0 22.37 0.173 12 6 22.43 0.175 12 13 22.14 0.164 25 0 22.17 0.165 LTE Band 26 5 MHz 1 0 22.45 0.176 1 12 22.32 0.171 1 24 22.11 0.163 26715 816.5 12 0 21.24 0.133 12 6 21.22 0.132 12 13 21.18 0.131 25 0 21.11 0.129 1 0 22.37 0.173 1 12 22.39 0.173 1 24 22.29 0.169 16QAM 26740 819.0 12 0 20.98 0.125 12 6 21.11 0.129 12 13 21.04 0.127 25 0 20.96 0.125 1 0 22.51 0.178 1 12 22.31 0.170 1 24 22.35 0.172 26765 821.5 12 0 21.40 0.138 12 6 21.26 0.134 12 11 21.13 0.130 25 0 21.26 0.134 12 of 13

Report Number: SZ1904FR12 Rev.01 Channel Frequency RB Configuration Average Power Band Modulation Channel Bandwidth (MHz) Size Offset (dBm) (W) 1 0 23.26 0.212 1 24 23.03 0.201 1 49 22.99 0.199 QPSK 26740 819 25 0 22.15 0.164 25 12 22.08 0.161 25 25 21.98 0.158 50 0 22.07 0.161 LTE Band 26 10 MHz 1 0 22.44 0.175 1 24 22.39 0.173 1 49 22.28 0.169 16QAM 26740 819 25 0 21.06 0.128 25 12 21.06 0.128 25 25 20.95 0.124 50 0 20.98 0.125 13 of 13


Document Created: 2019-05-14 11:01:19
Document Modified: 2019-05-14 11:01:19
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