PZWDWUL07_12a_SA181226C13A_BV Japan_SP1-QUBi_FCC SAR_Report_1 of 2.pdf

FCC ID: PZWDWUL07

RF Exposure Info

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FCCID_4204534

FCC SAR Test Report se FCC SAR Test Report Report No. : smterzzectoa Applicant : penso wave mcorroraten Addross : 1, Yoshilke, Kusagl, Agucho, Chita:gun, Alchl,470—2287 Japan Product : RFID Module reeio : rewowuker Brand : penso Mode No. : owuter Standards : Foo at CFR Par 2 (2.1009), ieE Cos1:2008, ieE sia 1sae:z013 Kos sesese Dot varro4, Kos sesess nor vorrer . koaarase oot vos Sample Received Date .: Jan.24, 2019 Date of Testing :. Feb. 14, 2010 Lab Addross 1: o. 472. th LingChiaPauVin Kow it, New Taipe Giy,Tavan, 0. Test Location 5 Nos Mn ¥a n , on on VI, uol ShanDlt, Taoyuan Gy 2209 aivan(R0.0) GERTIRCATION: The above equipmenthave been ested by Bureau Verttas ConsumerProducts Services (HK.) Ltd, Taoyuan Branch — Lin Kou Laboratories, an found complance wih therequirement of the above standards "The test record. data evaluation & Equipment Under Test (EUT) confquratons represented herein are true and accurate accounts o the measurements ofthe semple‘s SAR characterstes under t condtons speciied in this reporit should not be reproduced except in ful, wihoutthe writen approvalo our aboreloy.The clent should not use tto laim product cerifeation, approvalor endorsement by TAF or any govermment agencies Line. V\)nn] €099m, Propared By : h > (TAF \ Teva Wary rSpecorst ;he/@%g Approved By : taadr» toa thow w c" Goden Li7 Assitant Manager reo recrared : ruooss Thmrone Th nEm Eomm me to aneds oprenen t en o ennuenatets on ment m nob Sn ce oo ; prevse en mss eeman ies Mn aninewe nomad Ee vase o reaciine o e Cl o wancama e o ton on aet n on n o ny aorn ons mev im Pndfi e onl mt Wemant Peatt it hnsd hn ut vane ce co l carn Parre ovand in U on lrtler en oronmanta ue onaonn cmd w reponspova fecronbartom on WERPeR wbnentety tivenB mar en oo Aocra ut n o ieb roneartoe ocme oreaned Eemronc o h cnpation t b es se mm w h crnmeana h rnt coure Tiee pnote use ho inaiany a reinwvnatiatosioie hi o decen e ronmmc snconc P irotcin ReporFomatvenn 200 Fagete rams Reporte omterzzecim s Om recmumore Ratearce io: otzecos

FGC SAR Test Report Sm Table of Contents Release ContolRecord a 1.. Summary of Maximum SAR Valve. a 2.. everilonoEqulpment Under Test s 3.. SAR Measurement System . e 21. Defntonef SpeceAbsornlon Rale (GAR) s 32. sren0pasisrsysem s 321. Resot 7 322. rotes s 323. Doi Acausion Recroncs (DAB) a 324. Phamions e 325. Deveetlder to 226. SyemValdalon Deses o 327 Tesue Smwlatng Uaues . 1 33. SWtGzstemVentcaten 1 34— SAMeasurement Procedice is 341. es & zooScan Pocedire — is 542. Voume Scan Procee is 243. Pover DiMontarno is 244. Spatal Poak SAR Evavaton is 545. SAR Aremged tod is SAMeasuromont Evaliation 41— EUT Contouraionand Seting y 42. EUT fesing Poston y 421_ Body Eonure Conttons # 43. Temseventcaton i 44 SystemNaldaton is 45. Sistem Ventcaton 18 45. Wounum OuputPone: is 451. Mamim Target Condacied Pover is 482 Measured Conduced Pover Resut is 47. SR Testnp Resuts is «2. 5hh testReductonGonademions . is 472 SA ResutsfoBady Eposire Condiion(Tes SenaralonDance in mm 10 413. BAMeaswementVarabity 2o 474 Smitaneous Mutiband Tansmiadion Evaiuaton 2o 5.. Gallbation of TestEqulpmont . 3. Messurement Uncortainty 7. Informationof the Tesing Laboralorie AppendixA. SAR Plots of System Veriication Appondix . SAR Plts of SAR Measurement Appondix G, Callbraton Cordicate for Probe and Dipole Appentix . Photagraphs of EUand Sotup Resonrematvencn s00 ragons zom Reeano erzccin isOe rev m.zore Retrerce No: torzecon

FGC SAR Test Report & Ssn Release Control Record ‘ReportNo. Reasonforchange Date lesued! stirzzsorsn inarndemne ree 2200 Rapenramaivencn se ragene sam repoano snrerzeccron imues Oue rev m.z0r0 Rutwarce No: torzecot

FCG SAR Test Report 1. Summary of Maximum SAR Value Mode rro Note: 1. The SAR ortera(Head & Body: SAR—1q 1.6 Wikp, and Extremity: SAR—10g 4. Wik) for general population J uncontraled exposure is specifed in FCC 47 CFR part 2 (2.1003) and ANGEEE Cos.1—1002 Reputromavensn 00 ragens Torm Resorto. sererzascton Ised Dae rerc2s,2010 rotvance No: eorzecon

FGC SAR Test Report 2. Description of Equipment Under Test esripe Z rovene _ reo % ravormior lrnaname. oenso flodeiNime _ — joeuter bor ts — corzs luninicntosaions rsx ueenc Irease mtrtosecton a6 1 otthis repot —fachnems [denicamooige Note: 1,_The EUT is authorizesfor use in specite Endproduct, Prease referto beow for more detais RF Tag Handy Scanner penso srr—qum 2. The above EUT nfomationis decia red by manfectrer and for more detaiedfetures descripton please reterstothe manifactrers specifeatons or Users Manal List of Accessor comm paco lstio iwodelName ieeser mt Pover Rating Eeove ssm m Iype t Repenromatvesn 200 rasens som rerono cxrsrzeccion ies Oe renanaore toerce No: torzecot

FGC SAR Test Report 3. SAR Measurement System 3.1 Definition of Specific Absorption Rate (SAR) SAR is refated to e rateat which energyis absorbed per unt mass in an object exposed t a racio feld. The SAR distibution in a bicteicat bodyis compleated and is usualy caried outby expormentaltechriques or numencal modeling. The standard recommends Iimis: for tro trs of groups, occupationalcontaled and. general populationncontroled, based on a person‘s awareness and ablity o exercise conrol over is orher exposure n general occupationalicontroled exposure is are higher than the Imis for general populaton‘uncontraled The SAR detniion is the time dervative (ate) ofthe incremental energy (0R) absoibed by (desipated in) an incremental mass (dn) contaned in a volume element(d) of a given densiy (2) The equation descriptonis as below sa sany sw #m) —Rlend SAFt is expressed in unts ofWatls perKlogram (Wkg) $00t mensirement son be reltnt tthe alelicaltelis thtroue by eitf san » \Where: is the conductiviy ofthetssue, is the mass densitofth issue and Eis the RMS electrcalfld strength. 3.25PEAG DASY52 System DASYS2 system consiss of high precision rabot, probe aligrment sensor, phanlem, robot controler, contraled measurement serverans near—fels probe. The robotincludes sx axes that can movet he precison postlon ofthe DAGYS® software defined. The DASYG2 software can detne the area that is detected by the probe. The robot is commected to contraled box. Contraled measurement serveris comnected to the contraled robot box, The DAE Includes ampifer, signal muliplexingAD converter, offet measurementand surface detection. I is connecied to tne Electo—optcal coupier(EC0). The ECO performs the conversion formthe apteaio dital eleciic signaof the DAE and tansters datatothe PC Reronremavensn oo Paaone sous Roano. snverzincimn mss Oe reaasc2008 Retwerce o. iorsecot

FGG SAR Test Report 3 i weive sz bentrgione w uyc e bame tzs w neecrese & Fig.1 SPEAG DASYS2 System Sotup 324. Robot The DASYS2 systems use the high precsion rabots rom Sigubll SA (France). Forthe 6—axis contralersystem, the obot contraler version of CS8c rom Sigubl is used. The Sigubl robot seies have many fatures that are important tor our appliaton: + Hgh precision (repeatabiity ©0.038mm) + High relabity (ndustral design) + Jetfree straignt movemnents + Low ELF nteference (thclosed metalls constructon shilds against motor controlfelds) < F32 srERG DaSYse Sysiom Rerenrarmatvemen 0 rapore Tomm Resine csmmcz lsurs Oe ns mczore Rrtvenceno. toree00t

FGC SAR Test Report 322. Probes Te SAR measurement is condusted with the dosimetic prove. The probe is specialy designed and caliraled for use in lquid with high permitvit. The dosmetrc probe has specia calbralonin Keuid atiferent fequency Ecom Simmelizaldesn wih tirgular core Bulln aniing sponet stale charges. FEEK endosure materal (esstart to omanic schenis 29. 0088) io e oo Gre Lineany. 20208 £03 db in ht (olten woind moe s £05 4B i fswwe materl taton nomallooobe as) oit 100 mt Lneai 202 08 {rase tpicay 1 i) Overi it 27 mm h: 20 m omendors 5 Te dnc t Em fgg ieCldce TeEAeis ma) cmertonn cast sw Construetion| en Sanating mapar onPEencpiwermaial sponmiauiectanee aaae aaare Innount t oomiesmine o. Botes + "Iimosoe Freaseney s (oomit06 n+o2 102 olonronlm nomapose m 205 di tvematetal (omion romalto robe asi) Dymanic Range Suitle io 00ns Choaly 02 09 Overiengh 337 im Te B mnd ©imensions 12 o) ‘e dameter 30 mm (Bosyds Oarce hom prob t to cotes: 20 om mern Bexo Smmetrsar geagn win Fanguer core Britm opten for for 60 futace celeton syctom Constrveton EIRZ Stating squneartccnges REEX encioswre materal (resiten io ogenc aovents. a9..00BE) rrogeney Tohto2 3 Gie Linsany 20300 Techig 202 08 n TSt (oiitonwound prove ai) ts +0 d in TSt (oten nomato robe m GyramieRange 5 ty io 100 mWe Lnsorly 20209 NN LC Grert erai 357 im (Tp: 16 mm) bimensions Te cleneter 68 mm (Body 12 mm) Dataree fom provet toipae centors 27 mm 23 Data Acquisiion Electronics (DAE) woser es pree Sarel ansifar muleisr ND ceneuer ma sonra ope mt Srat opteat Seval lnk for communicaton opteal fnk Nn withwih 0/ DASY entesied aystem (lily emote contoted) Ts sieprobe touch detecor formecharieaautoce defecionand emargancy robotntop °o msou m ie Seresotion ana me range sennge anv. acomn SV (uth auto zero) injutmasCurent <som pimsisions 50x c0x6% im Rarotramaivenn sos rageno vorm reser o seretazccro mes oue ren as20e Rwerce No: soraecon

FGC SAR Test Report 324 Phantoms Model Tan sam The shei coresponds to e spealcaions of be Speac AntropomeghicMamequn (GAW) shanion datved in I€E 1528 and C 622001 t anatlos ho dosinetrc avaluaton olt ‘Gonstricton . and rubthand shone usage as l as bady mounted usage at tnafatparton regon A corerprevens eaporaionott avic Reference marings on hophantem alow heconslate sof a pedated shantom potions and meassrement ards y teasting twee punls win therbot Vinzasie:ginss Ferrenforced Ve—G5 2102 m (6 02 mm at or on Lengiv 1000 m Wt 800 mm Height agutabl en aporor 25 ies won Eo Prarian for complance teing af nndrad and boty—mounies virlessdovics in ra requency ange of 0 ic t GHtz EL1 is tity compatile win thIEC 622002 standardand al inoun Hssuesimtatng lauid. ELl has beon optmized reguring is perfomance and can be inegrtes io carsiandat phartam Constuction tabies. A cover prevents asaporaton of ie lquss Referance matings on the phantom alon intalatonot h comolts setup, Incuting al pedefoed phaniom pontios and measurement aris,by teacingthee pars. The phantanis conpattle win allSPEAG dosimatic pobes and dooies Materal Vinfastec ies herrentorced VE—GC) Shollthickness 20 02 mm tbotomplte) Dimenst Hajer x: 600 mn Mor is 400 mm Fillng Volume. ssoroe soites Reporramai¥enonsoo Fage vorme egon o. san msora isues oae Fet.2,2000 Rotwerca No: 1eorzecoe

FCC SAR Test Report 328 Device Holder more Newicg Daves Inconbinaion whTun SA Pnanian ar Eus me Nowirg Devie enablesheretaton ofhe mounted ransmiter cevc in sphercalcoinate. Rotaten post is the ear aponng nobt Construction Tranomiter devces can be easly and accuatly pestoned accardng t. EEE, FGG or otver specatons The devce haltercan belockd o poslonngat tferent phaniom sectons tethead.ront head, tat matenal rom mox Taplos Enersone i Sinple but afecive ara eapyTouseaerain for Fowning Devie thatfacitates th tsing oflngerdevces accouing to Gonstmicton 1€0 622002(09 lstopn cameras uts) s Ighwweghtand is easiy on the ueper patoftheMouning Devie in plsce of the shiopostioner materal POM Acrcgiss,roam 3286 System Validation Dipoles [mas Ssem Smmenciapoe win iEaun: Enatesmesswrenentof es Construeton bant mpedance wih NLA, Maichadfor use nour fat prartoms Mied wih tmove snulaingsoutons (rroaueney ohke o seco ie Retom Loss > 2oct Pover Capablity > 1cow (t< 1t » 40W (> 1Ge) Teretrematvanan soo regeno morre repenno »seimiszccion imues Oe Fe0.20,2015 PRetwerceo: sorze00t

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FGC SAR Test Report Table.1 Targets of wlating Liquid mas : mes mt 7 ie e e condictiny Foress zs as wa—me see smsess 5 is sei—me $ se ts & is witee se en ts s wines es es ow s e es 5> fes . se is it ic ino Everas tas se ies oo wo—iee 10 55 s Fra weosice 14 s4 s 5s se 15 se mss w Gasi es ficks ts w srims ie eses 3t 3e wozies B Hese 5s se sn ies ies 5s 352 en ie fls se 5ee esn ie hss sn n sn sar ies — ES 55 si 5 suces rerBoiy ®s as stews sa——1— se & 5i 5155. es be t s 55 s ts to—hs a 5o m is e oe n stizes es se Ts n ks e fls fls it s1 meews es is is ies iss 5. mes, is fls i6 en s2oel ie is 3 5. sica. iss es w 47 mss hi 2e s s ie he fercds 55 use wo ies iess 5 en 35 fessss i2 ns 5s is essm 5i ues 55 is fer=me o suzes sn ho ies fessme 26 Bio—ts s fmtrenatessass m ~rom Rate: ourmecmm on Oe mss re Retwerce o moszecot

FGC SAR Test Report The foloving tablegves the recipesfor tssue smulting Kauids Tabie—3.2 Recipes of Tissue Simulating Liquid mavee ocse wee w KS me 2# i¥ hoxjltiee : 2s or m § : o — of e & — E 02 i § : ns 7 se & c : iss % as 4 § — io f o — : — ms — o : $ : ms : o z : ns % o 4 : s — o § , > o § oi 5 A § is 7 : m f so oz & zs | & — iz . oz se es 7 % oz os is .% § & oz as 17 $ as as 7 — is : o § — — Sio § o , % s ies : s : z 5 jes as : z f Too o2 f > ; Sro =—/ ol : 5i : on h 5 : on r w h 3 4 Te - o 7 — s — : Z ; mz mz Rrotremmvensnses en nar ragarno.:ceteremscion es tae e0.20,2018 Riteerce No: iosmecot

FGC SAR Test Report 3.39AR System Verification The system chack verfes hatth system operates within ts specifeatons.!tis performed obefore every SAR messurement. The system check uses normal SAR measurements in the fat sectonofthe phantom witha matched dipole at a specifed dstance. The system verficaton sotupis shoun as below Fig33 System Vertication Setup ‘The valdation dipol is placed beneaththe fat phantem wih the speciic spacer n place. The distance spacer is touh the phantom surface wih a light pressureat thereference marking and be oriented paralelto the long side of the phantom, The spectum analyzer measures the foward poser at the Iecalion of the system check dipole comnector The signat generator is adiusted fothe desred forward poser (250 mW i used for 700 MiHz t 3 Gite, 100 mW is used for 3. GHiz to 6 GHz) at e dipole comnector and the pover meter is read at thatlevel. Aler connecting the cable tthe cipol,the signal generatoris readiusted fr the same reading atpower meter Aler system check tesing, the SAR resut wil be normalited to 1}W forward input power and compared wththe reference SAR value derved om valdation dipole cortfcatereport The deviaton of system check should be wihin 10% Reronremavemen so0 raseno more resarne snuerzzccrma s ban res m 2000 Raternce No: mornecne

FCC SAR Tost Report 3.4SAR Measurement Procedure Accerdingtothe SAR testtanderd,the recommended procedure for assessing the peak spata:average SAR value consistsotte foloning steps: ) Power reforence measurement (¥) Area sean ) Zoom sean () Power oi measuremont ‘The SAR measurement procedines fr each of st condtions are asfotows: ) Make EUT to ransit masimum output power (5): Measure conducted output power through RF cable ) Place the EUT in the speciteposton of phantom (¢) Perforn SAR testng stepson the DASY system ) Record the SAR vave 34. Area & Zoom Sean Procedure FirstArea Scan is used t acate te approximate locaton(s) f the acal poak SAR value(s). The measurement grs witin an Area Scan is deined by t grd extent gd siep size and grid offet. Next, n order to deterninethe EM feld dstbution in a the—dimensional spatal extension, Zoom Scan is requied. The Zcom Scan is performed araund the highest E—feld valueto dermine the averaged SAR.distbuton over 10 g. According to KDB desee ot,the resolitonfor/rea and Zoom scan is pecifed in the table below —_|_saone. <12mm <12mm < 10rm <S am <=S mm <=4A mm «S im <=4 mm <3 am >=30 m >=28 mn >=25 mm Note: When zsom scan is requred and report SAR is 1.4 Wkg,the 2oom sean resoluton of Ax/ By (:3GH: <= 8 mm, 3—4GHz: <« 7 mm, 4.6GH: 5 mm) may be applie 342. Volume Scan Procedure "The volume scani used for assess overlpping SAR distrbutionforantennas transmittng in iferent frequency bands,Itis equvalent o an oversized zoom sean used in standalone measurements. The measurement voume wil be used to encloseal the simutancous tansmiting antemnas. For anternas vansmiting simutancouslyin diferent frequency bands, the volume scan is measured searately in each frequency band. in order to sum corecty to computethe 19 aggregete SAR., the EUT remain in the sametest pastion foall measurements and ll volume scan use the same spatil resoluton and gid spacing. When all volume scan were completed, the sotware. SEMCAD pestpracessor can combine and subsequenty supermose these measurement data to calculating he mutiband SAR Resenrematveamn s00 raens reeres Resorno satmzancizn nnurs dae. For 2200 Petwere No: toresc0t

FCC SAR Test Report 343 Power Drift Monitoring All SAR testng is under the EUT instal ful charged battery and transmit maximum oulput power. in DASY measurement software, the poverreference measurementand power dit measurementprocedures are used for moritointhe power it of EUT during SAR test Both hese procedures measure tfldat a specifed reference postion before and ate the SAR tesing, The software wil calculate the feld iference in 48. !fthe powerdit more than 5%, the SAR vil be retested 34.4 Spatlt Peak SAR Evaluation The procecire for spata! peak SAR evaluation has been implemented according to the test standard. t can be condicted for 13 and 109. as wellas for user—specifmasses. The DASY sottware includes all numenical procedures necessary o evaluatethe spatal peok SAR value Te base fothe evaluation is a ‘cube" measurement.The measured volume mustinclude the 19 and 103 cutes with the highest averaged SAR values. For that purpose,the center of he measured volume is algned to the interpolated peak SAR value of a previously perfomed area scan "The entre evaluation ofthe spatal pek values is peformed within tpostprocessing engine (SEMCAD), The system alvays gives the maximum values for the 19 and 109 cubes. The algorthm to fndthe cube with highast averaged SAR is dvided nto thefolowing stages: (a) Extracton of the measured data(grd and values)from the Zoom Scan (6). Caleataiono he SAvalseat every measurement poitbased on allstored data(AD values end measurement parameters) (e) Generation ofa Nghresohtion mesh wihin the measured voume () Inerpoltion of l measured values form the measurementard tthe high—resoluton ard (). Extraporation af the entre 3—0 fld cistibatontthe phantom surface overthe distance tm sensor to surtace ) Caleutaton f the averaged SAR within masses of 19 and 109 345. SAR Avoraged Methods in OASY, tinterpolaton and extrapslation are both based on the modifed Quaciate Shepards method. The interolaton scheme combines a feast—square fited fnction method and a welghted average method which are he wo basictypes of computationalintorpolaon and approximation Extrapolation routnes arused to obtain SAR values between he lowest measurement points and heimerphantom surace. The extrapolaton ditance i determined by the surface detectiondstance and the probe sensor offet. The uncertainy increases wih the extrapolation distance. To keepthe uncertinty within 1% for the 1 a and 10 g cubes, the extrapoltion cistance should not be argerthan 5 mm Repmtomavener on ragews mam nesone omerzmecton ismOe Fip m, 2010 Rateence No: sorzecor

FGG SAR Test Report 4. SAR Measurement Evaluation 4.1 EUT Confiquration and Setting «Considerations Related to UKF RFID for Setup and Testing» in general various vendor specifc externatst sftware and chipset based internal test modes are yplealy used for SAR measurement, These chipset based tet mode utlties are goneraly hardware and manufacturer deperdent,and ofteinclude substantal lexibjiy to reconfigure orreprogram a device. AUNF RFID device must be confiqired to transmt continuousty at the requred data rate, channelbandwilh and signal modilation, using the highest ransmission duty factor supported by thetest mod oolsfor GAR measurement. The tostrequencies estabished using test made must correspond t the actval channel requencies This device has instaled UHF RFID engineerig testing sftware which can provide contnuous ransmiting RF sinal. During UHF RFID SAR testng,thidevice was operated t ransni contnuouslyatthe maximum transmission duty with specifed tansmission mode. operatin requency,loxest data rete and maxinum output pover 4.2EUT Testing Position 4211 Body Exposure Conditions The EUT has performed GAR testing on Lt Side, Right Side, and Top Side positons, in tese postions, the separation istance between EUT and phantom is 0 mm 4.3TissueVerification "The measuring resutlfoUssue simultig Kavid are shoun as below 3 use ie mentessntems 2 e sTs 3 Ti dn3 magle tham on n m m mwsn| me sns m 1er mon 18 25 Faci fin |~bosy omaze 5e 1os9 sion—|—an—|—on—| m im beat eare Aa tom sise ons <% Note: The dielectnc propertiesofthe issue smulatng Ravid must be measured wihin 24 hoursbefore the SAR testing and within £5%ofthe trget values. Liguldtemperature curingthe SAR testng mustbe within 22 °C Resonramatvesen s00 rapono wome Ropeato. sarzencim ind Om $.20,2000 Retmesce No: ourze008

FCC SAR Test Report 0 4.4System Validation The SAR measurement system was valdated accordingto procedures in KDB 865664 DO1. The valdation stats in tabuited summary is as below zz nsm leeasnront. B nee Fom Ee Ecrmnmeza Pass Pass Pase 4.5System Vorification The messuing resut forsystem veifcaton is tabuated as below z ema ts ow reang CS fham h TM was mm t se s ram on ce on magl mnael my m Ts mommers ts se s Note: Comparing tothe reference SAR value provided ty SPEAG, the vaidation data should be witin ts specifcation of 10%. The resutindicates he system check can meet the varaion citerin and the plats can be refered to Appendx Aot this report 4.6Maximum Output Power 461. Maximum Target Conducted Power ‘The maximum conduted average power(Unt: Bm ncluding tune—up tolerance is shoun as below. wox cramen Eecuney in Fome i sys zs ato zs sez a 4 Eo tz Eo 482. Measured Conducted Power Result ‘The measuring conducted average posver(Unt: imis shoun as below Tom ‘orama Fegurs m Annperone 7 wave pra rio x se z7 $ ic se za7e Reponramaivenen00 resen reorss menno sererzmccian ismes Ome ren .200 Retweres No: serseoo

FGC SAR Tost Report 4.7SAR Tosting Results 47.A SAR Test Reduction Considerations <KDB 447498 D01, General RF Exposure Guidance> Testing of ther required channels wlhin the operating mode ofa frequency band s not requred when the repoted SAR forthe mi€—band orhighest outputpower channelis (1) 208 Whg or2.0 Whka, for 1—g or 10respectvelyuen the transmission band is s 100 MHz (2) 06 Why or1.5 Wha for 1—g or 10.a respectvel, when the ransmission band i betwsen 100 Mz and 200 wike (8) 504 Whg or 10 Wikg.for 1—g or 10—g respectivel, when the ransmission band is 2 200 Mz When SAR is not measured atthe maximum power level alowed for production unts,the measured SAR wil be scaledtothe maximum tune—uptlerance Iimito determine complance. The scaing factorfo thetune—up power is defined as maxmum tune—up ini(mW) / measured condlucted power (miW) The reported SAR would be calcuated 8y measured SAR x tune—up power scalng factor ‘Tne SAFR has been measured wih ighest ransmission dulyfectr supported by th testmode tolsfor WLAN andlo: Bluetootn. When the transmision duty factr could not achieve 100%. the reported SAR wil be scaled to 100% transmission dutyfactor to determine complance at the maximum tune—up power. The scaing factor forthe duty factoris detned as 100% ansmission duty cycle (%), The reported SAR would be calculated by measured SAR x tune—up power sealing factorx uty cycle scalng factor. 17.2 SAR Resultsfor Body Expasure Condtion (Test Separation Distance is 0 men) tersee s oas s [2]#)5 ho ies ues © zo 2162 10e 0s o7 Sss )— RFD] RiguSae htP $ 1 m 2eo—| Bree 190| s aos n ts omse ors ce e is t es Se ies to e e ns o ces 1stse oo t n t in t iss i m t Snss i t t FReson Fomatvenie 00 Pagens woze Repuine omterezecian s Oue ret200 Rateerce No: torztcor

FCC SAR Test Report 47.3 SAR Measurement Variabiity Accortingto KDB 885964 01, SAR measurement veriabity was ascessed for each frequency band, which is determined by the SAR probe callyation poin and tissus—equivalent medum used fothe devico measarements: When both head and body ssue—eauivalent madia are required for SAR measurements in a frequency band. he varabily measurementprocedures should be applid to the tssue medium wthe hghest measired SAR, using the highest measured SAR configuraton fothat Hssue—equivalent medum. Aternatively, if the hghest measured SAF for both haad and bedy tssve—equivalent media are s 1.48 Wikg and the raio oftrese Nghest SAR values .. largest dided by smalstvalue, is 5 1.10,the highest SAR confiuration forether heaor body issue—eguvalent medium may be used to erform therepeated measurement, Thase addionalmeasurements are repeated ater h complston of al measurements requiing the same head or body tissue.equvalent medium in a frequency band "Thetestdevice should be returned to ambientcondions (normal room temperature) with the battery fuly charged before t is r—mounted on the device hlderfotherepested measurement) to minmize any unexpected variatons in the repested resuts SA repeated measurement procedure 1, When the hghest measured SAR is = 0 20 Wig,repeated measurementis notrequred 2. Wihen the highest measured SAR s >= 0.20 Wrepeat that measurement ance 3. If trato o largest o smaliest SAR forthe oignaland frst repeated measurementsis > 1.20, owhen the orignal orrepeated measurement is »= 1.45 Whg,performa second repeated measurement 4. 1traio f largest o amallst SAR for he orginal, fist and second repeated measurements s > 1.20, and the arigialfrst or second repeated measurementis »= 1.5 Whg. perfom a thid repeated measuremont = aa = ww o @ m a% tw in wa wa wis haa on h M EleS m Es wl o tise 7 pem tss in ns y x 4.4 Simultaneous MultLband Transmi n Evaivation There is no simutaneous ransmision configuraton n this device Test Engineer: Wily Chang Resutramavaner soo Pasens on Reporto. seremmcrm limed Ome rsm on Iotueres No: teormicor

FCC SAR Test Report w & 5. Calibration of Test Equipment C Manifactirer Motel "su _ Emcmn Sallintonal Spriom vaaton pae srvc poone so n 2o2ore _i vear Gosmeineied Probe sree Ecov see n 2s tore Te bara Acwuston Evavenes se siee ss n26 2016 Tew Svecum inaizer mss ssue resoos m23 2ore 1 vear E1 seres Newors Araiger Zgren ssone mriseraset un oo aore tve 1GAnatong Sgal Generair rgie nevaim msovsies w oszow Tex Vacor SgraGonemir Anase mosrien exorssoon: er 10 2010 1 vew PorerMeie Jeries marssn iereans aur oo Sote Tea roversenser jemso wame izorass—| aucos 2ore ce Tremones ve ve—reon Toormioot| har 25 2018 TYewr PoverAnpiter an serce ossssss seoto 2ore Nrew Arenmor ms mcon.as w Seo to.2ore Tear DrecionaiGouper Woren ariongesor010 |_ieame® Sen 10.2018 tvear Tremoneter vee yeacon Tzoroses wus or 2ote ow DiieareAssessnent it se oncss mst fus ce Pare Te "Tun Sn prorion srene ooomrocd ca m un resunFomevenun sc0 raero drom ere No.: snrerzascion liind tae res .200 rewarc No: sorarco«

FGC SAR Test Report 6. Measurement Uncertainty (svedieusy Tt C D99 camee. over A ( wemwmenSpion y w 3 reveGmaie so wes : [3 ta se _|= htb @7 fesugin a ws ie m is |= pemerem se mspe i s ws s romies Sunin ts 10| reasate| s i i os os |+= tnm a1 moom |_s i 1 a7 2 |e cexenetcs 625| meaaie [ i 1 on on |= revelinimesnapons as resmpm s i : zo z0 |+<| revuatinne os jeea : i : m s |=]| recuustee so meaeese s i i se sa |& ingateToe 17| marpie s 1 i m is |s sesercasurs—tom 20| mareee |a 1 1 w in |s it feiesGoumee—pdesos 20| m|a i i w i |e retseame inss iews or fewem |_o i i S oz |e reverevores un nssm 25 mapie |_o i i i omrs renpsee zo esmm o : : iz iz |= TostSimptRaties . TatSgerarone |zszinss teon i i : m is [3 esbeariey zsare7e ts i 1 i is zs |7 Fove oatisse so fepi o i i 2 zs |+ reuse as nsm s m i se se |= Prantom sns Saup T o koi s1 mespar os 1 1 as is |+= incperon{nnsmnpemey ssm meee o m on it a|=] nittinienay iesd 208 oc 1| on on 2s a |a Tnitreminy Crevaustemm rer Reamar is om omm o e |= Gncireminartimen se« jees i ons oz "[or ce( Carbined Siandat Uicotainy +mo | »o7s Expande Unceranty then smox eran Head SAR Uncerialny Buigefor Frequency Range of 300 Ne to 3 Gitz Tesnromavessr son Face mam resaine.comermecion iemued tai £.20,2010 Retuence No: toizecon

FGC SAR Test Report m on § S &n in _ MesmummontSpstem "._ ons m raveGatvae ase ES i i i as sss _| e hurterey i7 fuaweie |_a o7 o7 is is |e rempecrinny zs resepw is |or _|or 2s 2 |+= Buai the 20 mweie |_a 1 1 12 iz |= To 47| messpier i i i 27 2 |e omtating a26 maom o i i air on |e reveiniansmacons as mrpie |_ i i zo 2o |= mecataoen os feew : i : es s |= resesetes 00| Reaga w i : so se |= mscc ten 17| Resear s i : is is |< Wimercommetm 5t Resac) o( CC |=] it inGodtve— ht so fetsin [# 1 6 iz iz « bivereamteowrn aws o4 reseaie[ i i m sz |e Paseressarsme Recertrmeim a7 rearew |_o i i m fomies respecsney i0 mare« o : i 2 2 |+ ‘TestSangleRatand Toitinderasiny 2sa7im toen 1 i : 2s ie [3s| cneraemss aser27m torw 1014 i ze 2s 2 raveditainmsenen s0 Remesir s i i m 2 |+=| ronetarm o0 rewai| s i : se se |+ riistonardsoun _ rvwn ty (@ape m Ticoes ss reaegae | 1 i as s |= rewrem _ Inconssn Commmucn im Rees |[ o on iz mss Gnit esctemeen 2e fees i am |Con zs 2 |a Tnstrersniy ersease rarand 197| Feanpw _| oz |_aze |_os o |=| Gnitrersnay uen sor e= 1 o2 |oze ar se | Conbived suntan Uicenmiy — J rnrs anox icenen uzs ns Head SAR Uncerainy Budgetfor Freuency Range o3 Git o 6 Gite Teretremavensn soo ranme mom resorno :onterzzcermn lames ome se s,2018 Petwarce No: iorzecn

FCC SAR Test Report Ww a a im (a. im [moosomnantsystem N sisl reietatoim so fees 1 i 1 so so [« hn 47| Respa w ws ws is is |e renineciony 20| mm is wos iss se s |= Buair t 10| reaar o 1 i es os |= Lree 47| mooie|_o i i 2z 2 |e oessrins a28 mm _i i i o on |e revelinentncons as fetuaie |_ i : zo zo |= reveatirmees os e : : : oa s |= seoveetes 20|R| w i i se se |= nguntne i7 fetonia is i 1 n 10 |= Cmmz 30| Resaie s i [z i |= i irte:Gottve—iuion 30| Revair w : i oz [ ar [# roteremeinowen tsems or marsie a|_2 1 se Come rotereamenyuenecert m zs retraie o 1 1 iz i |s mm zo meareie o : i i2 iz |+ Tt Saript raied TeiGirieratsors asarin es 1 1 : a iz [z |oneeisetw zssr27% toow 1 1 i ze zs |2 rowoi lisszent so fewesir | 1 i 2s 2 |+ FroSare se resete| m i 1 so se [ Franomandsmun munvess@mmmem ;) uage o : : it it |= lovoresmomsmebmuey is meee o or on iz m ~|el TnitGsenytomeen 2s feea 1 on |on 2s a s Gnsrerioey Cevner iwn 1e Resepir :s oz oz o3 comie Gnaremnaytiemenn zer e= : oz oze o7 se( Conined Suntar Wicemminy anax amox Expanie Uncaratig t rma% mo% Boy SAR Uncentainty Budgetfor Frequency Range of 300 to 3 Gite RenFomavensn se Fase > repoine.smerzcor limes Oe s2,2018 notuence No: irzecon

FGC SAR Test Report n Snredtincouny a 5. ho m im ww es Wny lrelp1 bvot fenmmsnen Et s restatam ass Tems 1 1 1 es ss |« natrer 27| feswpie s o7 or is is |= remoreasiony se msga _ or or so fomie Gunithe z0| maser s 1 i i2 i2 |= leom a7 remow is 1 i a Fomies C ozs mease |_ 1 i on on |= mss revose as masie|_@ i i zo Eomies resnatirress os e 1 i i os os [« reousstes oo mss o i i so «o |« inepstnte 17| Retuse |_os i i 10 10|« i6tatienCours Nes 30| mm|_ s i i iz u |e i6 intnGoses—Retsive 30| magie o i 0| iz iz |=] raterustoeletwicrtiemnn oa metenie |_\o 1 1| is oz |e FaPouanme Ruceorsmmron s7 mmow is 1 Oss Fomie resguae 40| maas s i 2 » |= Tesimpt ied f TelBretssg sesri7s ts 1 1 1 s7 i _|2 oeteiaite rerwen assrare tere 1 1 i as 2 |7 rereiteliemaemet so mss| _ s i 1 zo 2s |= rom Sarg se se _ 1 : se se |= Franomant saup Pn traniny @ope ons ts mumue so . § T C L. es incorsonen(Repezeteraes 2s maee o ae on > u |e |tnistrsre tewen zss tm 1 ore |_on zs 2 Je Gnsirimin(rrseametnemm) ror Rempie oo om omm es es [« vnememine,trwen se e : on oz or os |+ Combinessunsws uresrany 2 ress |eenn Espanded Urcamainy td azon emrk Body SR Uncentainty Budgetfor Freqvency Rangeo3 Gite t 6 Gite Rerotramavesensoo ons nom Reserno sutermsctn hsms Oue rit 222050 Rutmerce o. reerzeo0

FGC SAR Test Report 7. Information of the Testing Laboratories \e, Bureau Vertas Consumer Products Services (H.K Ltd., Tacyuan Branch, were founded in 1088 o provide our best service in EMG, Redio, Telecom and Safety consultaion. Our Iaboratories are accredted and approved accordngto ison17025 Ifyou have any comments, nease fel free to contact us at the folowing Tatwan Hwaa EMCIRETSafetyTelecom Lat: Add: No. 18 Hwa Ya 2nd R, Wen Hira VL. Kuel Shan Hsiang, Tacyuan Hsien 389, Tabran, R.0.C Tor se 2.318202 Fax sa0.3.0z7—0002 Talwan Linko EMCIRE Lab: Add: No: 47—2, 14thLing, Chia Pau V inkou Dit. New Tapel Gty 244, Taan, R.C.C Tose2.2005—2100 Fax: sa0—2.2005—1o04 Talwan HsinChu EMCIRE Lab: Add. E2, No.1, LiHsin 1Road. HsinchScience Park, Hlnchu Ciy S0070, Taman, R.O.C Tot ase—3.s09.5000 Fax s00—2.500—5300 Email senice adt@twbyreawertoscom Web Site: wany buresuvertas—adt.com "The road map ofall ut labs can be found in our web site also —eno—— Fesutremat¥enon soo reaere mom repento <sererzzscio imued Oe h. 28.2018 Rateres No: sorztcon

FGC SAR Test Report Appendix A. SAR Plots of System Verification "The plots for systemverifesionwlargest devtionfor each SAR system combinationare shoun as folows ReunFomavensnson uns Oue. res mo0 resarne.csmerzascton Ratuense No: toizecoe

Test Laborton: Burcas Vertis ADT SARMAC Tesing Lab baeccoio00+ System Check_B900_190214 nu ipole 900 MHHz; Type: DOOUV2; SN: 3 Communication System: CW; Frequency: 900 MJ7:Duty Cyele: Medium: BO7TION2_0214 Mediumparameters used: T= 900 MJlz; o = 1.044 $/m; 54.844; p= 1000 ka‘m} Ambent Temperature £ 237 °C; Liquid Temper DASY5 Configuration: — Probe: EX3DV4 — SN3898; ConF(10.19, 10.19, 10.19); Calibrated: 2018/0626 — Sensor—Surfice; 1.4mm (Mechanical Surface Detection) — Hlectranies: DAK4 $n905; Calibrated: 2018/0626 — Phantom: Twin SAM Phantom_1822; Type: QDOOOP4OCD: — Measurement SW; DASY52, Version 52.10 (2); SEMCAD X Version 14.6.12 (7450) p 250mW/Area Sean (61x61x1): Interpolated grids dx=1.500 mm, dy=1.500 mm Ma mum value of SAR (iterpolated) 3.65 Wke Pin=250mW/Zoom Sean (§x5x7)/Cube 0: Measurement wid: d Smm, dy—Smm, de—Smum Reference Value =57.15 V/m: Power Drif =—0.05 Peak SA(extrapolated) 4.37 Wike SARQ g)=2.86 We SAR(TO a) 1.84 Whe Masimum value of SAR (measured) 3.67 Whe Wha a.550 z03e zen 1ass acrrs n.ost

FCC SAR Test Report ©@ Appendix B. SAR Plots of SAR Measurement "The SA plotsfor highest measured SAR in each exposure confuraion, wireloss mode and fequency band combination, and measured SAR > 1.5 Why are shoun as folows Rerorramatvem 00 us us reo m aore Ruserne omerzasctmn Rateerce No: iorzeo0

TestLabootany: Burews Ves ADT SARMIAC Tosing Lab bae antouans PO1 RFID_Left Side_Omm_Ch1 puT: 19024004 Communication System: RFID; Frequency: 902.75 MJ Iz:Duty Cycle: Medium: BO7TION2,0214 Medium parameters used: F~ 903 Mitz; a = 1.047 $/m; s,= 54:822; p = 1000 ka‘m‘ Ambicms Temperet ©237°C ; Lionid Tempereture 1 234 °C DASYS Configuration: —Probe: EX3DV4 — SN3898; Conv(10.19, 10.19, 10.19);Calibrated: 201806226 — Sensor—Surfice: 1 4mm (Mechanical Surface Detection) estronies: DAE $n905; Calibrated: 2018/06/26 — Phantom: Twin SAMPhantom_1822; Type: QDOOOPIOCD; — Measurement SW: DASY52, Version 52.10 (2); SEMCAD X Version 14.6.12 (7450) — Aren Sean (101x141x1): Interpolated ori 500 mm, dy 500 mm Maximum value of SAR (iterpolated) = 1.55 We — ZoomSean (§x5x7)/Cube 0: Measurement grid: dx=8mm, dyBmm. de=Smm Reference Value —31.94 V/m; Power Drif = —0.09 dB Peak SAR (extrapolated) = 1.36 Wike SARCI g) 0778 Wkgs SAR(IO g) = 0.478 We Masimum value of SAR (measured) = 1.06 We —ZoomSean (§x5x7)/Cube 1 Measurement grid; dx=mm, dy—Bnim. de—mm Reference Value =31,04 V/m; Power L =—0.00 4B Peak SAR(extrapolated) = 1.51 Wike SAR(T a) = 0,683 WSARCIO a) = 0.408 Wike Maximum value of SAR (measured) = 1.10 Wke Wike 1550 120 nszo asen asio


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