Test Report Part 27

FCC ID: 2ASC3WA0866

Test Report

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FCCID_4190678

RF F TES ST RE EPOR RT App plicant Positecc Techno ology (China)Co., L Ltd FCC C ID 2ASC3 3WA0866 6 Prod duct Anti-Th heft GPS Tracker Bran nd WORX X Mod del WA086 66,WA0866.x (x = 0-9, or A A-Z) Rep port No. R1812A A0591-R R3V1 Issu ue Date Februa ary 2, 201 19 TA Techno ology (Shangh hai) Co., Ltd. tested the ab bove equipme ent in accorda ance with the e requirementts in FCC CFR47 Parrt 2 (2018)/ FCC F CFR47 Part P 18). The test results show that the equipment tested 27C (201 d is capable of demonsttrating compliance with the e requiremen nts as docume ented in this report. r Peerformed by: Peng Tao Approved by: Kai Xu TA Techn T ology y (Shan nghai)) Co., L Ltd. N No.145, Jintang Rd, Tangzheen Industry Pa ark, Pudong Sh hanghai, China TEL: +86‐021‐507911 141/2/3 021‐50791141 FAX: +86‐0 1/2/3‐8000

FCC RF R Test Report Report No: R1812A0591-R3V1 Table e of Contents 1 Test Laboratory y .............................................................................................................................. 4 1.1 N Notes of the Test Reporrt ........................................................................................................... 4 1.2 T Test facility ................................................................................................................................ 4 1.3 T Testing Loca ation ........................................................................................................................ 5 2 Geneeral Descripption of Equ uipment under Test ........................................................................... 6 3 Appliied Standarrds.......................................................................................................................... 7 4 Test Configuratiion .......................................................................................................................... 8 5 Test Case Results ........................................................................................................................... 9 5.1 E Effective Isotropic Radia ated Power ................... . ....................................................................... 9 5.2 R Radiates Spurious Emisssion ................................................................................................... 14 uments.................................................................................................................. 23 6 Main Test Instru ANNEX A: A EUT Appe earance and Test Setu up .................................................................................... 24 A.1 E EUT Appearance ................................................................................................................... 24 A.2 T Test Setup.............................................................................................................................. 25 TA Technology (Shangh hai) Co., Ltd. TA-MBB-05-003R Page 2 of o 25 This report sh hall not be reprroduced exceptt in full, withoutt the written ap pproval of TA Teechnology (Shan nghai) Co., Ltd.

FCC RF R Test Report Report No: R1812A0591-R3V1 Summ mary of Measure M ment Re esults Num mber Tes st Case Cla ause in FCC C rules Verdict refer to Report R No: 1 RF power outpu ut 2.1046 RXA1706 6-0199RF03 3R1 2 Effe ective Isotrop pic Radiated d power 27.50(d)(4) /27 7.50(b)(10) /27.50(c)(10) PASS refer to Report R No: 3 Occcupied Band dwidth 2.1049 RXA1706 6-0199RF03 3R1 27.53(h) refer to Report R No: 4 Ban nd Edge Com mpliance /27 7.53(g) RXA1706 6-0199RF03 3R1 refer to Report R No: 5 Pea ak-to-Averag ge Power Ra atio 27.50(d)/KDB9 971168 D01((5.7) RXA1706 6-0199RF03 3R1 refer to Report R No: 6 Freq quency Stab bility 2.1055 / 27.54 RXA1706 6-0199RF03 3R1 Spu urious Emisssions at Ante enna refer to Report R No: 7 2.1051 /27.53(h) /27.53(g)) /27.53(f) Term minals RXA1706 6-0199RF03 3R1 8 Rad diates Spurio ous Emissio on 2.1053 /27.53(h) /27.53(g)) /27.53(f) PASS Datte of Testing: Decemberr 28, 2018~ January 14,,2019 Notte: PASS: Th he EUT com mplies with th he essentiall requiremennts in the sta andard. FAIL: The e EUT does not comply with the esssential requiirements in the t standard d. This repoort only testted Effectiv ve Radiated d Power and d Radiates Spurious S Emission. Fo or other test items s, please re efer to Repo ort No: RXA A1706-0199R RF03R1. TA Technology (Shangh hai) Co., Ltd. TA-MBB-05-003R Page 3 of o 25 This report sh hall not be reprroduced exceptt in full, withoutt the written ap pproval of TA Teechnology (Shan nghai) Co., Ltd.

FCC RF R Test Report Report No: R1812A0591-R3V1 1 Tes st Laboratory 1.1 Nottes of the Test Repo ort This reporrt shall not be b reproduce ed in full or partial, p witho out the writte en approval of TA techn nology (shangha ai) co., Ltd. The results documented ort apply only to the testted sample, under the d in this repo conditionss and modess of operatio on as describ bed herein .Measureme ent Uncertainties were not n taken into accouunt and are published p fo or informatioonal purpose es only. This report is wrritten to supp port regulatoryy compliance e of the applicable stand dards stated d above. 1.2 Tes st facility CNAS (ac ccreditation n number: L2264) L TA Technology (Shan nghai) Co., Ltd. L has obta ained the ac ccreditation of o China Na ational Accre editation Service fo or Conformityy Assessmeent (CNAS). FCC (Des signation nu umber: CN1 1179, Test Firm F Registtration Num mber: 44662 26) TA Techno ology (Shanghai) Co., Ltd. has been n listed on th he US Federal Communnications Co ommission list of test facilities reccognized to perform electromagnetiic emissionss measurem ments. IC (recognition number is 8510 0A) ology (Shanghai) Co., Ltd. TA Techno L has been n listed by in ndustry Canada to perfo orm electrom magnetic emission measureme m ent. VCCI (rec cognition nu umber is C--4595, T-2154, R-4113,, G-10766) TA Technology (Shan nghai) Co., Ltd. L has bee en listed by industry Jap pan to perforrm electroma agnetic emission measureme m ent. A2LA (Ce ertificate Nu umber: 3857 7.01) TA Technoology (Shanghai) Co., Ltd. L has been n listed by American A Association forr Laboratory y Accreditattion to perform electrom magnetic emission meas surement. TA Technology (Shangh hai) Co., Ltd. TA-MBB-05-003R Page 4 of o 25 This report sh hall not be reprroduced exceptt in full, withoutt the written ap pproval of TA Teechnology (Shan nghai) Co., Ltd.

FCC RF R Test Report Report No: R1812A0591-R3V1 1.3 Tes sting Loca ation Compa any: TA A Technology (Shanghai) Co., Ltd. Address: No o.145, Jintang Rd, Tang gzhen Indus stry Park, Pu udong Shang ghai, China City: Sh hanghai Post co ode: 20 01201 Countryy: P. R. China Contact: Xu u Kai Telepho one: +8 86-021-5079 91141/2/3 Fax: +8 86-021-5079 91141/2/3-8000 e: Website htttp://www.ta--shanghai.co om E-mail: xu ukai@ta-sha anghai.com TA Technology (Shangh hai) Co., Ltd. TA-MBB-05-003R Page 5 of o 25 This report sh hall not be reprroduced exceptt in full, withoutt the written ap pproval of TA Teechnology (Shan nghai) Co., Ltd.

FCC RF R Test Report Report No: R1812A0591-R3V1 2 Ge eneral De escription of Equ uipment under u Te est Client Infformation Applica ant P Positec Technology (China)Co., Ltd 18,Dongwang Road,Suz zhou Industtrial park,Jia angsu 215123,P.R. Applica ant address s C China Manufa acturer P Positec Technology (China)Co., Ltd 18,Dongwang Road,Suz zhou Industtrial park,Jia angsu 215123,P.R. Manufa acturer add dress C China General information n EU UT Descriptiion Model WA0866 6,WA0866.x (x = 0-9, orr A-Z) IMEI / Hardwa are Version R1.0.3 Softwarre Version V1.65 Power Supply Battery Antenna Type Internal Antenna A 3.27dBi for LTE Bannd 4 Antenna Gain -0.99dBii for LTE Ba and 12 0.29 dBi for LTE Band 13 Test Mo ode(s) LTE Ban nd 4; LTE Ba and 12, LTE E Band 13; Test Mo odulation (LTE)QP PSK 16QAM M; LTE Ca ategory M1 LTE Ban nd 4: 23.87dB Bm Maximu um E.I.R.P.// E.R.P. LTE Ban nd 12: 16.57dB Bm LTE Ban nd 13: 20.49dB Bm Rated Power P Supp ply Voltage: 5V Extreme Voltage Minimum m: 4.81V Maximum: 7V 7 Extreme Temperatture Lowest: -25°C Highest: H +75 5°C Mode Txx (MHz) Rx (MHz) LTE Band 4 1710 ~ 1755 2110 ~ 2155 Operatiing Frequen ncy Range(ss) LTE E Band 12 699 ~ 716 729 ~ 746 LTE E Band 13 777 ~ 787 746 ~ 756 Note: 1. The inform mation of the e EUT is decclared by the e manufactu urer. TA Technology (Shangh hai) Co., Ltd. TA-MBB-05-003R Page 6 of o 25 This report sh hall not be reprroduced exceptt in full, withoutt the written ap pproval of TA Teechnology (Shan nghai) Co., Ltd.

FCC RF R Test Report Report No: R1812A0591-R3V1 3 Ap pplied Sta andards Accordingg to the speccifications off the manufa acturer, it mu ust comply with w the requ uirements off the following standards: s Test standards R47 Part 2 (2 FCC CFR 2018) FCC CFR R47 Part 27C C (2018) ANSI C63 3.26 (2015) 168 D01 Power Meas License KDB 9711 L Dig gital System ms v03r01 TA Technology (Shangh hai) Co., Ltd. TA-MBB-05-003R Page 7 of o 25 This report sh hall not be reprroduced exceptt in full, withoutt the written ap pproval of TA Teechnology (Shan nghai) Co., Ltd.

FCC RF R Test Report Report No: R1812A0591-R3V1 4 Tes st Config guration Radiated measureme ents are perfformed by ro otating the EUT E in three different ortthogonal tes st planes. EUT stand d-up position n (Z axis), lie-down position (X, Y axis). a Receivver antenna polarization (horizonta al and vertica al), the worsst emission was w found in n position (X ontal polarization) and X axis, horizo the worst case was re ecorded. All mode and a data rattes and posiitions and RBR size and modulations m s were invesstigated. Subseque ently, only th he worst case emissionss are reporte ed. wing testing in LTE is set based on the The follow t maximum m RF Outpu ut Power. wing testing in different Bandwidth The follow B iss set to deta ailin the follo owing table: Test mode es are chose en to be reported as the e worst case on below forr LTE Band 4/12/13: e configuratio Test Bandw width (MHz) Modulation n RB Testt items M Modes Chan nnel 1.4 4 3 5 10 15 5 20 QP PSK 16QA AM 1 50% 100 0% L M H Effe ective L 4 LTE O O O O O O O O - - O O O O Isottropic L 12 LTE O O O O - - O O - - O O O O Raddiated poower L 13 LTE - - O O - - O O - - O O O O Rad diates L 4 LTE - - - - - O O - O - - O O O Spu urious L 12 LTE - - - O - - O - O - - O O O Emission L 13 LTE - - - O - - O - O - - O O O 1. The mark “O” means that t this con nfiguration is s chosen for testing. N Note 2 The mark “-” means th 2. hat this configuration is not testing. TA Technology (Shangh hai) Co., Ltd. TA-MBB-05-003R Page 8 of o 25 This report sh hall not be reprroduced exceptt in full, withoutt the written ap pproval of TA Teechnology (Shan nghai) Co., Ltd.

FCC RF R Test Report Report No: R1812A0591-R3V1 5 Tes st Case Results R 5.1 Effe ective Isotropic Rad diated Pow wer Ambient condition Tempera ature Relative humidity Pressure e 23°C ~2 25°C 45%~ ~50% 101.5kPa a Methods of Measure ement 1. The tessting follows FCC KDB 9711689 D01 v03r01 Sec ction 5.8 and d ANSI C63 3.26 (2015). a) Connect the equ uipment as illustrated. Mount the equipment with the manufacturer specified antenna in i a vertica al orientatio on on a ma anufacturer specified mounting m surface locaated on a non-condu ucting rotatin ng platform of a RF ane echoic cham mber (preferrred) or a standard radiattion site. b) Key th he transmittter, then rotaate the EUT T 360°azim muthally and record specctrum analyz zer power level (LVL L) measurem ments at ang gular incremments that arre sufficientlly small to p permit resoluution of all peaks. If a standard radiation r test site is usedd, raise and lower the te est antenna to obtain a maximum reading at each angu ular increme ent. (Note: several s battteries may beb needed tto offset the e effect of battery vo oltage droop p, which sho ould not excceed 5% off the manufa actured spe ecified battery voltage during tran nsmission). c) Repla ace the transmitter under test with a vertically y polarized half-wave d dipole (or ann antenna whose gain is known relative to an ideal half--wave dipole e). The centeer of the antenna should d be at the same loca ation as the center of the e antenna under test. d) Connect the ante enna to a sig gnal genera ator with a known output power and d record the path loss (in dB) as LOSS. If a standard radiation test site is used, raise and lower the tesst antenna to obtain a maximum reading.LO OSS = Generator Outputt Power (dBm) – Analyzzer reading ((dBm) e) Deterrmine the efffective radia ated output power p at eacch angular position p from m the readinggs in steps b) and d) using the following equa ation:ERP (d dBm) = LVL L (dBm) + LO OSS (dB) f) The maximum m ERRP is the ma aximum value determine ed in the pre eceding step p. g) When n calculatingg ERP, in addition to kno owing the an ntenna radiaation and ma atching charaacteristics, it is necesssary to know w the loss va alues of all elements e (e..g.transmisssion line atte enuation, missmatches, filters, com mbiners) inteerposed betw ween the po oint where trransmitter ouutput power is measured, and the point where power is applied to th he antenna. ERP can th hen be calcuulated as folllows: EIRP (dBm m) = Outputt Power (dBm m) - Losses (dB) + Ante enna Gain (d dBi) where:dBd d refers to gain g relative to an ideal dipole. d EIRP (dBm m ) = ERP (dBm) + 2.15 5 (dB.) The RB alllocation refe ers to sectio on 5.1, using g the maximum output power p config guration. TA Technology (Shangh hai) Co., Ltd. TA-MBB-05-003R Page 9 of o 25 This report sh hall not be reprroduced exceptt in full, withoutt the written ap pproval of TA Teechnology (Shan nghai) Co., Ltd.

FCC RF R Test Report Report No: R1812A0591-R3V1 Test setu up Note: Area a side:2.4mX X3.6m The radiatted emissionn was meassured in the following f po osition: EUT stand-up poosition (Z ax xis), lie-down position p (X, Y axis). The worst emisssion was fou und in stand d-up position n (Z axis) an nd the worst casee was recorded. TA Technology (Shangh hai) Co., Ltd. TA-MBB-05-003R Page 10 0 of 25 This report sh hall not be reprroduced exceptt in full, withoutt the written ap pproval of TA Teechnology (Shan nghai) Co., Ltd.

FCC RF R Test Report Report No: R1812A0591-R3V1 Limits Rule Partt 27.50(b) (10) ( specifiees that “Portable statio ons (hand-hheld devicess) transmittiing in the 746-757 MHz, M 776-78 88 MHz, and d 805-806 MHz M bands are a limited to o 3 watts ER RP” Rule Part 27.50(c) (10) specifiess that “Portaable stations s (hand-held d devices) in n the 600 MHz M uplink band and the 698-74 46 MHz ban nd, and fixedd and mobile stations in the 600 MHz uplink band are limited to 3 watts ERP P” Rule Part 27.50(d) (4)) specifies th hat “Fixed, mobile m and portable p (ha and-held) sta ations opera ating in the 1710–175 55 MHz bandd are limitedd to 1 watt EIRP” E Part 27.50((b)(10)Limit -LTE 13 ≤ 3 W (34 4.77 dBm) Part 27.50((c)(10)Limit -LTE 12 ≤ 3 W (34 4.77 dBm) Part 27.50((d)(4)Limit -L LTE 4 ≤ 1 W (30 0 dBm) Measurem ment Uncerrtainty The assesssed measu urement uncertainty to ensure e 95% confidence level for the e normal disttribution is with the co overage facctor k = 2, U= = 1.19 dB TA Technology (Shangh hai) Co., Ltd. TA-MBB-05-003R Page 11 of 25 This report sh hall not be reprroduced exceptt in full, withoutt the written ap pproval of TA Teechnology (Shan nghai) Co., Ltd.

FCC RF R Test Report Report No: R1812A0591-R3V1 Test Resu ults The meassurement is performed forf both of ho orizontal and d vertical an ntenna Polarrization, and d only the data of wo orst mode iss recorded in n this report.. L LTE Band 4 Band Chaannel/ EIRP Lim mit Polarizatio on RB Index Con nclusion width Frequency(MHz) (dBm) (dB Bm) 7 1710.7 19957 H 1#0 0 22 2.68 30 Pass 1.4 MHzz 20175 5/1732.5 H 1#2 0 23 3.21 30 Pass (QPSK) 20393 3/1754.3 H 1#5 0 23 3.68 30 Pass 19965 5/1711.5 H 1#0 0 22 2.98 30 Pass 3 MHz 20175 5/1732.5 H 1#5 0 23 3.16 30 Pass (QPSK) 20385 5/1753.5 H 1#5 1 23 3.67 30 Pass 19975 5/1712.5 H 1#0 0 23 3.01 30 Pass 5 MHz 20175 5/1732.5 H 1#5 1 23 3.29 30 Pass (QPSK) 20375 5/1752.5 H 1#5 3 23 3.87 30 Pass 2000 00/1715 H 4#0 0 22 2.61 30 Pass 10 MHz 20175 5/1732.5 H 4#2 3 23 3.26 30 Pass (QPSK) 2035 50/1750 H 4#2 7 23 3.83 30 Pass 20025 5/1717.5 H 1#0 0 22 2.84 30 Pass 15 MHz 20175 5/1732.5 H 1#5 5 23 3.43 30 Pass (QPSK) 20325 5/1747.5 H 1#5 11 23 3.71 30 Pass 2005 50/1720 H 6#0 0 22 2.91 30 Pass 20 MHz 20175 5/1732.5 H 6#0 7 23 3.38 30 Pass (QPSK) 2030 00/1745 H 6#0 15 23 3.69 30 Pass 7 1710.7 19957 H 1#0 0 22 2.23 30 Pass 1.4 MHzz 20175 5/1732.5 H 1#2 0 22 2.74 30 Pass (16QAM)) 20393 3/1754.3 H 1#5 0 23 3.16 30 Pass 5/1711.5 19965 H 1#0 0 22 2.41 30 Pass 3 MHz 20175 5/1732.5 H 1#5 0 22 2.51 30 Pass (16QAM)) 20385 5/1753.5 H 1#5 1 23 3.17 30 Pass 5/1712.5 19975 H 1#0 0 22 2.57 30 Pass 5 MHz 20175 5/1732.5 H 1#5 1 22 2.81 30 Pass (16QAM)) 20375 5/1752.5 H 1#5 3 23 3.21 30 Pass 00/1715 2000 H 4#0 0 22 2.19 30 Pass 10 MHz 20175 5/1732.5 H 4#2 3 22 2.77 30 Pass (16QAM)) 2035 50/1750 H 4#2 7 23 3.38 30 Pass 5/1717.5 20025 H 1#0 0 22 2.19 30 Pass 15 MHz 20175 5/1732.5 H 1#5 5 22 2.97 30 Pass (16QAM)) 20325 5/1747.5 H 1#5 11 23 3.11 30 Pass 20 MHz 2005 50/1720 H 6#0 0 22 2.43 30 Pass (16QAM)) 20175 5/1732.5 H 6#0 7 22 2.77 30 Pass TA Technology (Shangh hai) Co., Ltd. TA-MBB-05-003R Page 12 2 of 25 This report sh hall not be reprroduced exceptt in full, withoutt the written ap pproval of TA Teechnology (Shan nghai) Co., Ltd.

FCC RF R Test Report Report No: R1812A0591-R3V1 2030 00/1745 H 6#0 15 23 3.13 30 Pass L Band 12 LTE 2 Chhannel/ L Limit Bandwid dth Polarizatiion RB Index ERP P(dBm) Con nclusion Freque ency(MHz) (d dBm) 23017/699.7 H 1#0 0 1 15.72 3 34.77 Pass P 1.4MHzz 2309 95/707.5 H 1#2 0 1 15.84 3 34.77 Pass P QPSK K 2317 73/715.3 H 1#5 0 1 16.52 3 34.77 Pass P 25/700.5 2302 H 1#0 0 1 15.53 3 34.77 Pass P 3MHz 2309 95/707.5 H 1#5 0 1 15.72 3 34.77 Pass P QPSK K 2316 65/714.5 H 1#5 1 1 16.56 3 34.77 Pass P 35/701.5 2303 H 1#0 0 1 15.52 3 34.77 Pass P 5MHz 2309 95/707.5 H 1#5 1 1 15.66 3 34.77 Pass P QPSK K 2315 55/713.5 H 1#5 3 1 16.49 3 34.77 Pass P 060/704 230 H 4#0 0 1 15.67 3 34.77 Pass P 10MHzz 2309 95/707.5 H 4#2 3 1 15.83 3 34.77 Pass P QPSK K 231 130/711 H 4#2 7 1 16.57 3 34.77 Pass P 23017/699.7 H 1#0 0 1 15.11 3 34.77 Pass P 1.4MHzz 2309 95/707.5 H 1#2 0 1 15.33 3 34.77 Pass P 16QAMM 2317 73/715.3 H 1#5 0 1 16.06 3 34.77 Pass P 25/700.5 2302 H 1#0 0 1 15.04 3 34.77 Pass P 3MHz 2309 95/707.5 H 1#5 0 1 15.18 3 34.77 Pass P 16QAM M 2316 65/714.5 H 1#5 1 1 16.03 3 34.77 Pass P 35/701.5 2303 H 1#0 0 1 14.98 3 34.77 Pass P 5MHz 2309 95/707.5 H 1#5 1 1 15.12 3 34.77 Pass P 16QAM M 2315 55/713.5 H 1#5 3 1 16.03 3 34.77 Pass P 060/704 230 H 4#0 0 1 15.17 3 34.77 Pass P 10MHzz 2309 95/707.5 H 4#2 3 1 15.07 3 34.77 Pass P 16QAM M 231 130/711 H 4#2 7 1 16.04 3 34.77 Pass P L Band 13 LTE 1 Chhannel/ Limit Bandwid dth Polarizatiion RB Index ERP(dBm) Co onclusion Freque ency(MHz) ((dBm) 05/779.5 2320 H 1#0 0 2 20.49 3 34.77 Pass 5MHzz 232 230/782 H 1#5 1 2 20.24 3 34.77 Pass QPSK K 2325 55/784.5 H 1#5 3 2 20.30 3 34.77 Pass 10MHzz 232 230/782 H 4#2 3 1 19.89 3 34.77 Pass QPSK K 05/779.5 2320 H 1#0 0 1 19.97 3 34.77 Pass 5MHzz 232 230/782 H 1#5 1 1 19.82 3 34.77 Pass 16QAMM 2325 55/784.5 H 1#5 3 1 19.86 3 34.77 Pass 10MHzz 232 230/782 H 4#2 3 1 19.52 3 34.77 Pass 16QAM M TA Technology (Shangh hai) Co., Ltd. TA-MBB-05-003R Page 13 3 of 25 This report sh hall not be reprroduced exceptt in full, withoutt the written ap pproval of TA Teechnology (Shan nghai) Co., Ltd.

FCC RF R Test Report Report No: R1812A0591-R3V1 5.2 Rad diates Spu urious Em mission Ambient condition Tempera ature Relative humidity Pressure e 23°C ~2 25°C 45%~ ~50% 101.5kPa a Method of o Measurem ment 1. The tessting follows FCC KDB 9711689 D01 v03r01 Sec ction 5.8 and d ANSI C63 3.26 (2015). 2. Below 1GHz: 1 The EUT E is placeed on a turntable 0.8 me eters above the ground in the cham mber, 3 meter awa ay from the antenna. Th he maximal emission e alue is acquired by adjussting the anttenna va height, poolarisation annd turntable azimuth. No ormally, the height rang ge of antenna is 1 m to 4 m, the azimuth ra ange of turntable is 0° to o 360°, and the receive antenna ha as two polarizations Verttical (V) and Horizontal (H). Ab bove 1GHz: (Note: the FCC’sF mission to use 1.5m as a perm an alternativee per TCBC Conf call of De ec. 2, 2014.) The EUT iss placed on a turntable 1.5 1 meters a above the grround in the chamb ber, 3 meterr away from the antenna a. The maxim mal emission value is accquired by adjusting a the antenn na height, polarisation anda turntable e azimuth. Normally, N the e height range of antenn na is 1 m to 4 m, thee azimuth ra ange of turnttable is 0° too 360°, and the receive antenna has two polariz zations Vertical (V V) and Horizzontal (H). 3. A loop antenna, a A log-periodic antenna or horn antenn na shall be substituted s in place of th he EUT. The log-pe eriodic antenna will be driven d by a signal s generrator and the e level will b be adjusted till t the same pow wer value on n the spectru um analyzer or receiver.. The level of o the spurious emission ns can be calculatedd through the e level of the e signal gen nerator, cable loss, the gain g of the ssubstitution antenna a and the reeading of the e spectrum analyzer a or receiver. 4. The EU UT is then puut into contin nuously transsmitting mod de at its maxximum powe er level durinng the test. Set Test Receiver R or Spectrum RBW=200Hz R z,VBW=600H Hz for 9kHz1 150kHz , RB BW=10kHz, VBW=30kkHz 150kHz--30MHz ,RB BW=100kHzz,VBW=300k kHz for 30MHz to 1GHzz and RBW= =1MHz, VBW=3MHz for above e 1GHz And d the maximum value off the receive er should be recorded as s (Pr). 5. The EU UT shall be replaced r by a substitutioon antenna. In the cham mber, an sub bstitution anttenna for the frequeency band off interest is placed at the reference point of the e chamber. A An RF Signa al source for the frequency band of interestt is connecte ed to the sub bstitution anntenna with a cable that has been constructe ed to not inte erfere with th he radiation pattern of thhe antenna. A power (P PMea) is app plied to the input of th he substitutioon antenna, and adjust the t level of thet signal ge enerator outtput until thee value of the receivver reach the e previously recorded (P Pr). The pow wer of signal source (PM Mea) is recorrded. The test should be perform med by rotatting the test item and ad djusting the receiving an ntenna polarrization. 6. A ampliifier should beb connecte ed to the Siggnal Source output port. And the cab ble should be b connect between thet Amplifierr and the Su ubstitution Antenna. A Thee cable loss (Pcl) ,the Substitution Antenna A Gain (Ga)) and the Am mplifier Gain (PAg) shou uld be record ded after tesst. 7. The me easurement results are obtained o as described below: b Power(EIR RP)=PMea- PAg - Pcl + Ga The meassurement ressults are am mend as described below w: Power(EIR RP)=PMea- Pcl + Ga 8. This value is EIRP since the measuremen m t is calibrate ed using an antenna of kknown gain (2.15 dBi) and known input power. ERP can n be calculatted from EIR RP by subtra acting the ga ain of the dip pole, ERP TA Technology (Shangh hai) Co., Ltd. TA-MBB-05-003R Page 14 4 of 25 This report sh hall not be reprroduced exceptt in full, withoutt the written ap pproval of TA Teechnology (Shan nghai) Co., Ltd.

FCC RF R Test Report Report No: R1812A0591-R3V1 = EIRP-2.15dBi. The modu ulation mode e and RB allocation refe er to section 5.1, using the maximum m output pow wer configurattion. Test setup 9KHzz ~ 30MHz 30MH Hz ~ 1GHz Abov ve 1GHz Note: Area a side:2.4mX X3.6m TA Technology (Shangh hai) Co., Ltd. TA-MBB-05-003R Page 15 5 of 25 This report sh hall not be reprroduced exceptt in full, withoutt the written ap pproval of TA Teechnology (Shan nghai) Co., Ltd.

FCC RF R Test Report Report No: R1812A0591-R3V1 Limits LTE -4 Ruule Part 27.5 53(h) specifie es that “for operations o in n the 1695-11710 MHz, 1 1710-1755 MHz, M 1755-1780 0 MHz, 1915 5-1920 MHzz, 1995-2000 0 MHz, 2000 0-2020 MHzz, 2110-2155 5 MHz, 2155 5-2180 MHz, and 2180-2200 bands, the power of an ny emission outside a liccensee's freq quency bloc ck shall be attenuated d below the transmitter power (P) in n watts by att least 43 + 10 log10 (P) dB.” LTE -12 Rule R Part 27..53 (g) For operations o n the 600 MHz band and in d the 698-7446 MHz ban nd, the power of any a emission outside a licensee's frrequency ba and(s) of ope eration shalll be attenuated below mitter power (P) within th the transm he licensed band(s) of operation, o m measured watts, by at least 43 + in w 10 log (P) dB. Compliiance with thhis provision n is based onn the use off measureme ent instrumeentation employingg a resolution bandwidth h of 100 kilohertz or greater. Howevver, in the 10 00 kilohertz bands immediate a adjacent to a licensee's frequen ely outside and ncy block, a resolution b bandwidth off at least 30 kHz ma ay be emplooyed. LTE -13 Rule R Part 27..53(f)For operations in the t 746-758 MHz, 775-7 788 MHz, an nd 805-806 MHz bands, em missions in th he band 155 59-1610 MH Hz shall be limited to −70 0 dBW/MHzz equivalent isotropically radiated power (EIRP P) for wideb band signals, and −80 dB BW EIRP fo or discrete emissions of less tha an 700 Hz bandwidth. For the purpo ose of equip pment authorization, a trransmitter sh hall be tested withh an antenn presentative of the type that will be used with th na that is rep he equipmen nt in normal op peration. Pa art 27.53(a)/((h)/(g) Limit -13 dBm Limitt out of the band b 1559-1 1610 MHz -13 dBm Pa art 27.53(f) Limit L Limitt in the band d 1559-1610 0 MHz -4 40 dBm Measurem ment Uncerrtainty The assesssed measurement unce ertainty to ensure 95％ confidence level for the e normal disttribution is with the co 6, U= ±3.55 dB. overage facctor k = ±1.96 TA Technology (Shangh hai) Co., Ltd. TA-MBB-05-003R Page 16 6 of 25 This report sh hall not be reprroduced exceptt in full, withoutt the written ap pproval of TA Teechnology (Shan nghai) Co., Ltd.

FCC RF R Test Report Report No: R1812A0591-R3V1 Test Resu ult Sweep thhe whole fre equency ban nd through thet range froom 9kHz to the 10th ha armonic of th he carrier, the emissions below w the noise flloor will not be recorded d in the repo ort. d 4 CH-Low LTE Band Cable EIRP Frequen ncy SG Gain G Anntenna Lim mit Margin Azimuthh Harmonic c Loss L Level (MHz)) (dBm)) ( (dBi) Pola arization (dB Bm) (dB) (deg) (dB) ( (dBm) 2 3440.0 0 -57.57 7 2.6 1 10.15 Horizontal - -50.02 -13.00 37.02 2 0 3 5133.4 4 -62.05 5 2.4 1 11.35 Horizontal - -53.10 -13.00 40.10 0 135 4 6880.0 0 -57.88 8 4.5 1 10.85 Horizontal - -51.53 -13.00 38.53 3 45 5 8600.0 0 -55.84 4 5.1 1 11.35 Horizontal - -49.59 -13.00 36.59 9 135 6 10320.0 -53.52 2 5.3 1 11.95 Horizontal - -46.87 -13.00 33.87 7 225 7 12040.0 -53.64 4 5.5 1 13.55 Horizontal - -45.59 -13.00 32.59 9 90 8 13760.0 -51.24 4 6.3 1 13.75 Horizontal - -43.79 -13.00 30.79 9 180 9 15480.0 -54.46 6 6.7 1 13.85 Horizontal - -47.31 -13.00 34.31 1 315 10 17200.0 -50.51 6.8 1 14.25 Horizontal - -43.06 -13.00 30.06 6 180 Note: 1.Thhe other Spu urious RF Radiated R emiissions level is no more than noise floor. 2. The T worst em mission wass found in the antenna is s Horizontal position. d 4 CH-Midd LTE Band dle Cable EIRP E Frequenccy SG Gain G Anttenna Limit Margin Azimuth Harmonic Loss Le evel (MHz) (dBm) (d dBi) Polarrization (dBmm) (dB) (deg) (dB) (d dBm) 2 3465.0 -58.81 2.6 10 0.75 Horiz zontal -5 50.66 -13.0 00 37.66 315 3 5170.9 -61.37 2.4 11 1.05 Horiz zontal -5 52.72 -13.0 00 39.72 225 4 6930.0 -56.84 4.5 11 1.15 Horiz zontal -5 50.19 -13.0 00 37.19 135 5 8662.5 -55.62 5.1 11 1.35 Horiz zontal -4 49.37 -13.0 00 36.37 225 6 10395.0 -53.11 5.3 11 1.95 Horiz zontal -4 46.46 -13.0 00 33.46 270 7 12127.5 -53.21 5.5 13 3.55 Horiz zontal -4 45.16 -13.0 00 32.16 0 8 13860.0 -51.87 6.3 13 3.75 Horiz zontal -4 44.42 -13.0 00 31.42 135 9 15592.5 -53.74 6.7 13 3.85 Horiz zontal -4 46.59 -13.0 00 33.59 225 10 17325.0 -50.49 6.8 14 4.25 Horiz zontal -4 43.04 -13.0 00 30.04 270 Note: 1.Thee other Spurrious RF Ra adiated emissions level is i no more than noise flo oor. 2. Th he worst em mission was found f in the antenna is Horizontal position. p TA Technology (Shangh hai) Co., Ltd. TA-MBB-05-003R Page 17 7 of 25 This report sh hall not be reprroduced exceptt in full, withoutt the written ap pproval of TA Teechnology (Shan nghai) Co., Ltd.

FCC RF R Test Report Report No: R1812A0591-R3V1 d 4 CH-High LTE Band Cable EIRP E Frequenccy SG Gain G Anttenna Limit Margin Azimuth Harmonic Loss Le evel (MHz) (dBm) (d dBi) Polarrization (dBmm) (dB) (deg) (dB) (d dBm) 2 3490.0 -57.21 2.6 10 0.15 Horiz zontal -4 49.66 -13.0 00 36.66 0 3 5208.4 -62.28 2.4 11 1.05 Horiz zontal -5 53.63 -13.0 00 40.63 135 4 6980.0 -57.56 4.5 11 1.15 Horiz zontal -5 50.91 -13.0 00 37.91 270 5 8725.0 -55.18 5.1 11 1.35 Horiz zontal -4 48.93 -13.0 00 35.93 0 6 10470.0 -52.77 5.3 11 1.95 Horiz zontal -4 46.12 -13.0 00 33.12 135 7 12215.0 -53.47 5.5 13 3.55 Horiz zontal -4 45.42 -13.0 00 32.42 45 8 13960.0 -51.94 6.3 13 3.75 Horiz zontal -4 44.49 -13.0 00 31.49 135 9 15705.0 -56.00 6.7 13 3.85 Horiz zontal -4 48.85 -13.0 00 35.85 225 10 17450.0 -51.00 6.8 14 4.25 Horiz zontal -4 43.55 -13.0 00 30.55 90 Note: 1.Thee other Spurrious RF Ra adiated emissions level is i no more than noise flo oor. 2. Th he worst em mission was found f in the antenna is Horizontal position. p TA Technology (Shangh hai) Co., Ltd. TA-MBB-05-003R Page 18 8 of 25 This report sh hall not be reprroduced exceptt in full, withoutt the written ap pproval of TA Teechnology (Shan nghai) Co., Ltd.

FCC RF R Test Report Report No: R1812A0591-R3V1 LTE Band d 12 CH-Low w Cable ERP E Frequency y SG Gain G Anttenna Lim mit Marginn Azimuth Harmonic Loss L Level (MHz) (dBm) (d dBi) Polarrization (dBmm) (dB) (deg) (dB) (d dBm) 2 1408.0 -58.15 2.00 10 0.15 Horiizontal -5 52.15 -13.0 00 39.15 180 3 2112.0 -60.33 2.50 11 1.35 Horiizontal -5 53.63 -13.0 00 40.63 315 4 2816.0 -58.37 4.20 10 0.85 Horiizontal -5 53.87 -13.0 00 40.87 225 5 3520.0 -63.20 5.20 11 1.35 Horiizontal -5 59.20 -13.0 00 46.20 135 6 4224.0 -59.71 5.50 11 1.95 Horiizontal -5 55.41 -13.0 00 42.41 225 7 4928.0 -59.92 5.70 13 3.55 Horiizontal -5 54.22 -13.0 00 41.22 270 8 5632.0 -58.90 6.30 13 3.75 Horiizontal -5 53.60 -13.0 00 40.60 0 9 6336.0 -56.16 6.80 13 3.85 Horiizontal -5 51.26 -13.0 00 38.26 135 10 7040.0 -54.24 6.90 14 4.25 Horiizontal -4 49.04 -13.0 00 36.04 270 Note: 1.Thee other Spurrious RF Rad diated emisssions level is s no more th han noise flo oor. 2. The T worst em mission was found in the e antenna is s Horizontal position. TA Technology (Shangh hai) Co., Ltd. TA-MBB-05-003R Page 19 9 of 25 This report sh hall not be reprroduced exceptt in full, withoutt the written ap pproval of TA Teechnology (Shan nghai) Co., Ltd.

FCC RF R Test Report Report No: R1812A0591-R3V1 d 12 CH-Mid LTE Band ddle Cable ERP E Frequency y SG Gain G Anttenna Lim mit Marginn Azimuth Harmonic Loss L Level (MHz) (dBm) (d dBi) Polarrization (dBmm) (dB) (deg) (dB) (d dBm) 2 1415.0 -61.26 2.00 10 0.75 Horiizontal -5 54.66 -13.0 00 41.66 135 3 2122.5 -56.86 2.51 11 1.05 Horiizontal -5 50.47 -13.0 00 37.47 225 4 2830.0 -59.89 4.20 11 1.15 Horiizontal -5 55.09 -13.0 00 42.09 270 5 3537.5 -61.47 5.20 11 1.15 Horiizontal -5 57.67 -13.0 00 44.67 0 6 4245.0 -58.03 5.50 11 1.95 Horiizontal -5 53.73 -13.0 00 40.73 135 7 4952.5 -59.31 5.70 13 3.55 Horiizontal -5 53.61 -13.0 00 40.61 45 8 5660.0 -59.12 6.30 13 3.75 Horiizontal -5 53.82 -13.0 00 40.82 225 9 6367.5 -56.59 6.80 13 3.85 Horiizontal -5 51.69 -13.0 00 38.69 135 10 7075.0 -53.71 6.90 14 4.25 Horiizontal -4 48.51 -13.0 00 35.51 225 Note: 1.Thee other Spurrious RF Rad diated emisssions level is s no more th han noise flo oor. 2. The T worst em mission was found in the e antenna is s Horizontal position. LTE Band d 12 CH-High Cable ERP E Frequency y SG Gain G Anttenna Lim mit Marginn Azimuth Harmonic Loss L Level (MHz) (dBm) (d dBi) Polarrization (dBmm) (dB) (deg) (dB) (d dBm) 2 1422.0 -61.30 2.00 10 0.15 Horiizontal -5 55.30 -13.0 00 42.30 225 3 2133.0 -56.56 2.51 11 1.05 Horiizontal -5 50.17 -13.0 00 37.17 270 4 2844.0 -59.66 4.20 11 1.15 Horiizontal -5 54.86 -13.0 00 41.86 0 5 3555.0 -61.19 5.20 11 1.15 Horiizontal -5 57.39 -13.0 00 44.39 270 6 4266.0 -60.64 5.50 11 1.95 Horiizontal -5 56.34 -13.0 00 43.34 225 7 4977.0 -60.16 5.70 13 3.55 Horiizontal -5 54.46 -13.0 00 41.46 270 8 5688.0 -58.31 6.30 13 3.75 Horiizontal -5 53.01 -13.0 00 40.01 0 9 6399.0 -57.19 6.80 13 3.85 Horiizontal -5 52.29 -13.0 00 39.29 135 10 7110.0 -54.28 6.90 14 4.25 Horiizontal -4 49.08 -13.0 00 36.08 0 Note: 1.T The other Sp purious RF Radiated R emmissions leve el is no more e than noise floor. 2. The T worst em mission was found in the s Horizontal position. e antenna is TA Technology (Shangh hai) Co., Ltd. TA-MBB-05-003R Page 20 0 of 25 This report sh hall not be reprroduced exceptt in full, withoutt the written ap pproval of TA Teechnology (Shan nghai) Co., Ltd.

FCC RF R Test Report Report No: R1812A0591-R3V1 LTE Band d 13 CH-Low w Cable ERP E Frequency y SG Gain G Anttenna Lim mit Marginn Azimuth Harmonic Loss L Level (MHz) (dBm) (d dBi) Polarrization (dBmm) (dB) (deg) (dB) (d dBm) 2 1556.5 -55.44 2.00 10 0.15 Horiizontal -4 49.44 -13.0 00 36.44 270 3 2346.0 -54.79 2.50 11 1.35 Horiizontal -4 48.09 -13.0 00 35.09 0 4 3128.0 -59.69 4.20 10 0.85 Horiizontal -5 55.19 -13.0 00 42.19 225 5 3910.0 -60.29 5.20 11 1.35 Horiizontal -5 56.29 -13.0 00 43.29 270 6 4692.0 -59.01 5.50 11 1.95 Horiizontal -5 54.71 -13.0 00 41.71 225 7 5474.0 -59.25 5.70 13 3.55 Horiizontal -5 53.55 -13.0 00 40.55 270 8 6256.0 -58.28 6.30 13 3.75 Horiizontal -5 52.98 -13.0 00 39.98 225 9 7038.0 -53.98 6.80 13 3.85 Horiizontal -4 49.08 -13.0 00 36.08 270 10 7820.0 -54.59 6.90 14 4.25 Horiizontal -4 49.39 -13.0 00 36.39 0 Note: 1.Thee other Spurrious RF Rad diated emisssions level is s no more th han noise flo oor. 2. The T worst em mission was found in the e antenna is s Horizontal position. d 13 CH-Mid LTE Band ddle Cable E ERP Frequency y SG Gain G Anttenna Lim mit Marginn Azimuth Harmonic Loss Level L (MHz) (dBm) (d dBi) Polarrization (dBmm) (dB) (deg) (dB) (d dBm) 2 1555.3 -58.63 2.00 10 0.75 Horiizontal -5 52.03 -13.0 00 39.03 135 3 2346.0 -54.33 2.51 11 1.05 Horiizontal -4 47.94 -13.0 00 34.94 45 4 3128.0 -59.99 4.20 11 1.15 Horiizontal -5 55.19 -13.0 00 42.19 135 5 3910.0 -59.40 5.20 11 1.15 Horiizontal -5 55.60 -13.0 00 42.60 0 6 4692.0 -59.01 5.50 11 1.95 Horiizontal -5 54.71 -13.0 00 41.71 135 7 5474.0 -59.25 5.70 13 3.55 Horiizontal -5 53.55 -13.0 00 40.55 270 8 6256.0 -60.44 6.30 13 3.75 Horiizontal -5 55.14 -13.0 00 42.14 0 9 7038.0 -53.98 6.80 13 3.85 Horiizontal -4 49.08 -13.0 00 36.08 135 10 7820.0 -54.76 6.90 14 4.25 Horiizontal -4 49.56 -13.0 00 36.56 45 Note: 1.T The other Sp purious RF Radiated R emmissions leve el is no more e than noise floor. 2. The T worst em mission was found in the s Horizontal position. e antenna is TA Technology (Shangh hai) Co., Ltd. TA-MBB-05-003R Page 21 of 25 This report sh hall not be reprroduced exceptt in full, withoutt the written ap pproval of TA Teechnology (Shan nghai) Co., Ltd.

FCC RF R Test Report Report No: R1812A0591-R3V1 LTE Band d 13 CH-High Cable ERP E Frequency y SG Gain G Anttenna Lim mit Marginn Azimuth Harmonic Loss L Level (MHz) (dBm) (d dBi) Polarrization (dBmm) (dB) (deg) (dB) (d dBm) 2 1564.0 -58.46 2.00 10 0.15 Horiizontal -5 52.46 -13.0 00 39.46 225 3 2346.0 -54.09 2.51 11 1.05 Horiizontal -4 47.70 -13.0 00 34.70 135 4 3128.0 -60.92 4.20 11 1.15 Horiizontal -5 56.12 -13.0 00 43.12 225 5 3910.0 -58.48 5.20 11 1.15 Horiizontal -5 54.68 -13.0 00 41.68 270 6 4692.0 -58.75 5.50 11 1.95 Horiizontal -5 54.45 -13.0 00 41.45 225 7 5474.0 -59.39 5.70 13 3.55 Horiizontal -5 53.69 -13.0 00 40.69 270 8 6256.0 -61.17 6.30 13 3.75 Horiizontal -5 55.87 -13.0 00 42.87 225 9 7038.0 -54.02 6.80 13 3.85 Horiizontal -4 49.12 -13.0 00 36.12 315 10 7820.0 -55.19 6.90 14 4.25 Horiizontal -4 49.99 -13.0 00 36.99 135 Note: 1.Thee other Spurrious RF Rad diated emisssions level is s no more th han noise flo oor. 2. The T worst em mission was found in the e antenna is s Horizontal position. TA Technology (Shangh hai) Co., Ltd. TA-MBB-05-003R Page 22 2 of 25 This report sh hall not be reprroduced exceptt in full, withoutt the written ap pproval of TA Teechnology (Shan nghai) Co., Ltd.

FCC RF R Test Report Report No: R1812A0591-R3V1 6 Ma ain Test Instrume ents Seria al Calibration Expiration n Name e M Manufactur rer Type Number Date Date Base Station R&S CMW500 11382 24 201 18-05-20 2019-05-19 9 Simulator Power Splitter Hua Xiang g SHX X-GF2-2-13 10120101 / / S Spectrum An nalyzer Key sight N N9010A MY50210 0259 201 18-05-20 2019-05-19 9 Signal Ana alyzer R&S F FSV30 100815 201 18-12-16 2019-12-15 5 E Test Re EMI eceiver R&S ESCI 10094 48 201 18-05-20 2019-05-19 9 Loop Ante enna SC CHWARZBE ECK FM MZB1519 1519-0 047 201 17-09-26 2019-09-25 5 Trilog Ante enna SC CHWARZBE ECK VU UBL 9163 9163-2 201 2017-11-18 2019-11-17 7 Horn Ante enna R&S H HF907 10012 26 201 18-07-07 2020-07-06 6 Horn Ante enna E ETS-Lindgre en 3 3160-09 001026 643 201 18-06-20 2020-06-19 9 QSH H-SL-26-40- Horn Ante enna STEATITE E 16779 9 201 17-07-20 2019-07-19 9 K-15 Signal gene erator R&S SM MB 100A 10259 94 201 18-05-20 2019-05-19 9 C Climatic Cha amber ESPEC S SU-242 930005 506 201 17-12-17 2020-12-16 6 Preampfflier R&S S SCU18 10232 27 201 18-05-20 2019-05-19 9 MOB COM MMS Keysight 6 66319D MY43004 4105 201 18-05-21 2019-05-20 0 DC SUPP PLY RF Cab ble Agilent SM MA 15cm 0001 / / Softwarre R&S E EMC32 9.26.0 0 / / *****END D OF REPORT ***** TA Technology (Shangh hai) Co., Ltd. TA-MBB-05-003R Page 23 3 of 25 This report sh hall not be reprroduced exceptt in full, withoutt the written ap pproval of TA Teechnology (Shan nghai) Co., Ltd.

FCC RF R Test Report Report No: R1812A0591-R3V1 ANNEX X A: EUT T Appeara ance and d Test Se etup A.1 EUT Appe earance Front Side Back Side a: EUT Picture 1 EUT and Accessory A TA Technology (Shangh hai) Co., Ltd. TA-MBB-05-003R Page 24 4 of 25 This report sh hall not be reprroduced exceptt in full, withoutt the written ap pproval of TA Teechnology (Shan nghai) Co., Ltd.

FCC RF R Test Report Report No: R1812A0591-R3V1 A.2 Test Setup Picture 2 Radiated Spurious S Em missions Te est setup TA Technology (Shangh hai) Co., Ltd. TA-MBB-05-003R Page 25 5 of 25 This report sh hall not be reprroduced exceptt in full, withoutt the written ap pproval of TA Teechnology (Shan nghai) Co., Ltd.


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Document Modified: 2019-02-02 10:10:29
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