SAR Report Part 2

FCC ID: VUJ-AT312

RF Exposure Info

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FCCID_3071460

COMOSAR E—Field Probe Calibration Report Ref: ACR.262.8.14.8ATUA SHENZHEN LCS COMPLIANCE TESTI LABORATORY LTD. 1F., XINGYUAN INDUSTRIAL PARK,TONGDA ROAD, BAO‘AN BLVD BAO‘AN DISTRICT, SHENZHEN, GUA NGDONG CHINA SATIMO COMOSAR DOSIMETRIC E—FIELD PROBE rrEquENcy:19000H2 serIALNO# SN a04 prerGooo—133 Calibrated at 2108 Barret Park Dr. Ta (accnsomes) 1omiz0is Summary Thidocmen pens themetid d wl fom an cedCOMOSAR Dsinaic EPnd P clibatin pevarmein SATIVO USA win te CALISA/ CALIIATR e bec o us wit a SATIMD COMOSAR ypten onl.Al caliaion ruls me tncutieto mtonl

SATIMG conossermomone cxumanionneront nesenssssisama |___Name Function Due Sigrane Frepredty Srime LUC Product Man romamois z. Checked by Kerime LUC Product Manager |1042015| 72 Approved by: |KimRUTKOWSKI| Qualiy Manager 104201 Aotsows Customer Name henchen LCS Distribution Complince Testing Labortory Lid sue _| Dare | giodtheatios A [ 1Wheots |malie Pupe 29

satimb sux mernienc nrous caumemon nerons nearsmssisama Tasue or contents 1. Intoduction 2: Device Under Text 3. Preduct Deseripion 3.1 Genera Information a 4 Measirement Method s 4.1 Retum Loss Requirements _ 42— Mechanical Requirements 5. Measurement Uncentainty s 5.1 Retum Loss $2.— Dimension Measurement 53— Validation Measurement s 6 Calibation Measirement Resuls s 61— Retum Loss and ImpedanceIn HeadLiquid s 62— Retum Loss and ImpedanceIn Body Liquid s 63— Mechanical Dimensions s 7. Validtion measurement : * munt 7.A Head Liquid Measurement 7 72. SAR Measurement Result With Head Liquid s 73. Body Liquid Measurement s 74 SAR Measurement Result With Body Liquid 10 8 ListofEquipment 1 Pusesu1

im mb seideientate dn r caumenonneron nearsmsssama 1 intropucrion "This document containsa summary of the requirements setforh by the IEEE 1528, OET 65 Bullain C and CBVIEC 62209 standandsforreference dipoles used for SAR measurement system validtions and the measurements that were performed to verify that the product complies with the fore mentioned standards: 2 pevice unoer rest Device Under Tast DeviceType Comosa® tom Niz REFERENCE Dirote Manuficturer Saimo Model sipro00 Seral Number siaons prioonass Product Condion new J wed) New A yearly caliiation intrvalis recommended a rropucr vescrurtion 311. GBNERALINEORMATION Satimo‘s COMOSAR Validtion Dipolesare built in aecondance to th IEEE 1528, OET 65 Bullein C and CEMIEC 62209 standards. The productis designed for use with the COMOSAR test bench only. Figure 1 ~ Sztino COMOSAR Validation Dipole Puge un1 Phishomotiothernrctent unnitwhipr eion t eimampnisstive Miimna cammelnmotontenliepachrvadd rndioctaaiom Revturindbereramiennemeniystiie

LC sux merniencr nrous caumenon rerons nexcrmssama SATIMG 1. seasvrenent metion The EBE 1528, OET 65 Bullein C and CEVIEC 62209 standards provide requirements for reference dipoles used for system validation measurements.. The fllowing measurements were pecformed toveriy that th product complies with th fore mentioned standards 111. RetuRN Loss kequikevents The dipole used for SAR system validtion measurements and checks must have a retum loss of—20 B or bettr. The returloss measurement shall be performed agsinst a liqud flled fatphantomy, withthe phantomconstucted asoutined in the fore mentioned standands 12. MECHANICAL ReoUigevents The IEEE Sid. 1808 and CEVIEC 6209 standards specify the mechanical components and dimensions ofthe validation dipoles, wth the dimensions fequency and phantom shel hickness dependent. The COMOSAR test bench employs a 2 mm phantom shell thickness therefre the dipolessold for use wthe COMOSAR testbench comply wththe requirements st orth for a 2 imphantomshell thickness s measurenient enceiramcry All uncerisinties isted below represent an expanded uncertaity expressed at approximately the 95 confidence level using a coverage factorof k=2, triceable t the Interationally Accepted Guidesto Measurement Unceriaity. si. rerurNtoss The followinguncersities applytothereturn loss measurement Frequency band Expanded Uncertai y on Return Low soo—cooovitie o as s2 piMENSION MEAsUREMENT Thfollowing uncertaintesapply tothedimension measurements Length (mm) Expanded Uncertainty on Length 3—300 005 mm s3 vaLibaTIon MEASUREMENT The guidelines outined in the IEEE 1528, OET 65 Bulein C, CENELEC ENS0N61 and CEVIEC 62209 standards: were. followed to generite the. measurement uncerinty. for valiation messurements can Volume Expanded Uncertainty s i0 Pase si1

[ sux merniencr nrous caumenon rerons sarimo 6 cauimrtion measurEment resurts s 1R ierurN Loss AND in spance in HEAb Lioutp ineusyite wo m me e i m m is Froquency(MHz) __|__Retwrn Lows(0B) Requirement (0B) Impedance Tooo zo sian—e4jn 62. reTuRN Loss Anp IPEDANCE iN BopY LiquID Inomo in w us ne ne se mm e me se mo Frequency (MH) Return Loss (dB) _|_ Requirement (0B) Impedance _] 1ov 2022 20 an—s0,0 63— mEchanicat pimensions Fremurcy ie im im im es newwes revins measend muns ‘ mt o wsoun Beo aiax | s meous s | m mg man | as mons is ax —| P ant

suxnerniencenro aumeaionerons usoma t3 [ ainx ~ o 1 [sw s | |~soun wo monx arax ie ninx ~| pom m monx —| arax [me—~~| woun 7| me msaux ms ms io aimx | msax io asux | wsux i sonx —| mrax io siax | meun m snx | sanx j asax | meax we —| asax | soux se woux ~| Teanx 7. vauibation mEasurEment The IEEE Sid. 1528, OET 65 Bullein Cand CEVIEC 6209 standards stre that the system validation measurements must be performed using a reference dipole mectingthe fre mentioned return low and mechanical dimension requiements. The vaidation measurement musbe prformed againsa lquid ied t phantom, with the phantom constrated as outined in the fore mentioned standards. Per the standards,the dipole shall be positioned below the bottom of the phantoms, with the dipole length centered and paralll tothe longest dimension of the fat phantom, with the top surficeofthedipoleatth descrbed distance from the bottom surface of the phantom 7.1 tiEAD LIOUID MEASUREMENT SS wurermmayei creomeiin | in maund mm m [ arss amss | & asan on | m assn ce | asan soan | asisn ons ‘ ~asisn uosx| ~arss |~~| m arms inss is max s |moan taax | ie womn |—mes nesx m |~wa~—|—aoss—| resy| [~ze woun reax Puge:om

((. sunmerniencemrou caumemon nrront nvrmsssoma sarimo hm manx esn j msun iwax m nisx woax 2e mous Cro we msan resx e Foux c 72. sar MEASUREMENT Resur wirh Heab LiouI The IEE S1 8 and CEVIEC 62209 standards sate that the system validtion measurements should pro e the SAR values shown below (for phantom thickness of 2 mwithin the uncerisiny for the system vi idation, ‘All SAR values are normalized to 1 Wforvard power. In bricke, the messured SAR siven wththe usedinput power. Sotaze romsneve Ponon {svaomsurt Pube {sviirtron: td |Hox LVaiee opr cfi nc ie biincns ds coorontiond [1timn Ammmmaties [domeg ooscReminin |animngrimdeton Fquny oose inmupous Todn Tiged Tenpoue e Tal Terponee tare Gistmay iss reaee T resemnenn wesemnarm wagnd muund repind mawa im is is & is S m i8 is as is iz & ms © io » ie ie ms m ino s iss in wa ma m w m io »7—| punm ns nmce io as ns e as m je as ns ie «7 as Pscant

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sar rererence piroue cauimation reront ner onz nesaron 8 LIST OF EQUIPMENT Equipment Summary Sheet beenpton ‘moget_ |Wentifetti0® N®.) CapmrationDate \——mie SAM Phaniom Saime snzompsamr; fildated Nocal Vaiteed No cal [EonosaR TestBench] vemons x ypyr0e pas o 4 Network Anayzer Rhode&Schware amioorse varors vereore Calpers | Carrera cauperot teros | taro1e Reference Probe Satmo EPorze SN tont 102018 102016 Mulimeter Keiiey 2000 reseso Teroo Terve Signal Generator | Aglent E44380 myasorose1 teros | tarore Ampiter Actecomn ues |enealen ences Power Meter ho EcattA ussszsta08 122013 122016 Power Sensor | Hp EoP—E20A ussristac0 122013 | 122016 brectonal Couprer| Narda 421620 on efi fasas. TempamWeand ContolCompany 116619 srore seore Pase: 1in1 Ti cemee inthe nc curn n it o in par uon he eienapprnalofSeTI4O The bfornsionconhothivfaesibeactonlfoth permae w uht iutniic onen bevduetoi or un vitontwrim sppevalorsirido

(h . \ SATIMO ~ _/ SAR Reference Dipole Calibration Report Ref: ACR.287.8.14.SATU.A SHENZHEN LCS COMPLIANCE TESTING LABORATORY LTD. IF., XINGYUAN INDUSTRIAL PARK, TONGDA ROAD, BAO‘AN BLVD BAO‘AN DISTRICT, SHENZHEN, GUANGDONG, CHINA SATIMO COMOSAR REFERENCE DIPOLE FREQUENCY: 2450 MHZ SERIAL NO.: SN 0714 DIP 2G450—306 Calibrated a Arimo us 2108 Barret Park Dr. eancsan, GA 30144 roovz01s Summany Th doomen peocncte ntrouts fom n acontteSA cediplcclirain perienat in T OMOSMH ioback. Allaitan reul e incoite emstont mew

(ic. \ sux merniencr nrous caumenon rerons nexcromessama sarimo Name Function Dure Stgrature Preparedby Seime LUC Product Manager roarots Checked by Hrime LC Product Manager —(1042015 Approved by Kim RUTKOWSKI Quality Manager 10742015 Aatsnt Castomer Name Shenhen LCS Distibution Compliance Testing Labortory Lad Ive Dute Modfcation ronazors Initalelease Pugean1

[(Gugly sarimo soeermnescemroneciumenonsiront nesromsussma Tamue or contents 1. Intoduction 2. Device Under Text 3. Preduct Deseripion 3.1 Genera Information a 4 Measirement Method s 4.1 Retum Loss Requirements _ 42— Mechanical Requirements 5. Measurement Uncentainty s 5.1 Retum Loss $2.— Dimension Measurement 53— Validation Measurement s 6 Calibation Measirement Resuls s 61— Retum Loss and Impodance s 62— Mechanical Dimensions s 7. Valiation measurement 7 7.A Head Liquid Measirement _ ___ _3 72. SAR Measurement Result With Head Liquid 7 73. Body Liqnid Measurement o 74— SAR Measurement Result WithBody Liquid s 8: ListofEquipment 1 Pusesu1

K 11. \0 wuss» on r caumenonneron neacronmssisama 1 intropucrion This document containsa summary of the requirementsset forth by the IEEE 1528, OET 65 Builsin C and CEVIEC 62209 standandsforreference dipoles used for SAR measurement system validtions and the measurements that were performed to verify that the product comples with the fore mentioned standards: 2 pevice unoer rest Device Under Tast DeviceType Covosa® 220 iz REFERENCE Diroce Manuficturer Saimo Model sipziso Seral Number sw oma DiP 2Gis0—306 Product Condion new J wsed) New A yearly caliiation intrvalis recommended a rropucr vescrurtion 311. GBNERALINEORMATION Satimo‘s COMOSAR Validtion Dipolesare built in aecondance to th IEEE 1528, OET 65 Bullein C and CEMIEC 62209 standards. The productis designed for use withthe COMOSAR testbench only. Figure 1 ~ Sztino COMOSAR Validation Dipole Puge un1 Phishomotiothernrctent unnitwhipr eion t eimampnisstive Miimna cammelnmotontenliepachrvadd rndioctaaiom Revturindbereramiennemeniystiie

(G sux wernencrnoue catmeanon reront neacromesisama SATIMG 1. seasvrenent metion The EBE 1528, OET 65 Bullein C and CEVIEC 62209 standards provide requirements for reference dipoles used for system validation measurements. The following messurements were pecformed toveriy that th product complies with th fore mentioned standards 111. RetuRN Loss kequikevents The dipole used for SAR system validtion measurements and checks must have a retum los of—20 B or bettr. The returloss measurement shall be performed agninst aliid filed fatphantom, withthe phantomconstucted asoutined in the fore mentioned standands 12. MECHANICAL ReoUigevents The IEEE Sid. 1808 and CEVIEC 6209 standards specify the mechanical companents and dimensions ofthe validation dipoles, wth the dimensions fequency and phantomshell hickness dependent. The COMOSAR test bench employs a 2 mm phantom shell thickness therefre the dipolessold for use wih the COMOSAR testbench comply with the requizements st forthfor a 2 imphantomshell thickness s meassurent uncerranty All uncerisinties isted below represent an expanded uncertaity expressed at approximately the 95 confidence level using a coverage factorof k=2, triceable t the Itemationally Accepted Gides to Measurement Unceriaity. si. rerurNtoss The followinguncersities applytothereturn loss measurement Frequency band Expanded Uncertai y on Return Low soo—cooovitie o as s2 piMENSION MEAsUREMENT Thfollowing uncertaintesapply o thedimension measurements Length mm Expanded Uncertainty on Length 3—300 005 mm s3 vaLibaTIon MEASUREMENT The guidelines outined in the IEEE 1528, OET 65 Bullein C, CENELEC ENS0O361 and CELIEC 62209 standants: were followed to generate the measurement uncertity. for. valiation messurements can Volume Expanded Uncertainty s i0 Pase si1

( sux merniencr nrous caumenon rerons nexromnnsama S{ATIMO 6 cauimrarion mEasurenent resuuts 61— RETVRN Loss aNb IniPEDaNCE Fupuyis me m me e a » Frequency (MHz) __|__Return Lows(0B) __|___Requirement (dB) Impedance 2480 251 | 20 w90—09)0 62. MECHANICAL DIMENSiONs remance is tnn han en es nemwes mensest uies ‘ nessns e wsous asux 3 Beoun asax s wesun us mous xe woun sinx I io moux | m ssux | nean w asas mean | Puge 11

s sux merniencrnrous caumenon rerons SATIMG 7. vauibation measurement The IEEE Su 1528, OET 65 Builin C and CEVIEC 6209 standards stte that the system validation measurements must be performed using a reference dipole meectingthe fre mentioned returm los and mechanical imension requirement "The validtion measurement must be performed againsta lquid filed fat phantom, withthe phantom constrated as outinein the fore mentioned standards: Per the standards, the dipole shall be posiioned below the bottom of the phantom, with the dipole engthcentered and paralll to te longest dimension of the N it phantom, with the top surfice of thedipoleatth descrbed ditance fromthe bottom surface of the phantom 7.1 . ifeAp Liouip mEAsurement Pegee® nmepemimiyic) Contervics/n mant muwund |_mmicd nawd im sn enisx 5 asas tord 5 asan sns us asax eniss x asan esrsn m wsin mss t wiss imax io wrss iess [ use wisx rasx | io wous ress io woun esx | o woun vesx e woun resx | ie wans eax e msax iaax [ss misx wS max | ns ie moun wesss Je wsan resn ts msax imax 72. sar EAsUREMENT Resucr with Heab Liout The IEEE Sid. 1928 and CEIIEC 62209 standards state that the system validaion measurements should produce the SAR values shown below (for phantom thickness of 2 mm), witin the uncerisiny for the system validtion All SAR values are normalized to 1 W forward power. In brick the measured SAR i given with the used input power. Sotme ons Faxon | svanwsn Fae ssm tre Toad petieminmoeneum—man Di ewew ol consranti 100m Aresaneatvien dinndyimn Puge: o0

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SATIMo 8 LIST OF EQUIPMENT Eneracneen beenpton ‘hoget/ |ldentiferti0® N®.) CaumrationDate \_ bate SAM Phaniom Saime snzompsamr; fildated Nocal Vaiteet No cal [EonosaR TestBench] vemons x ypyr0e pas o 4 Network Anayzer Rhode&Schwar onioorse varors vereore Calpers | Carrera cauperot teros | taro1e Reference Probe Satmo EPorze SN tont 102018 102016 Mulimeter Keiiey 2000 reseso Teroo Terve Signal Generator | Aglent E44380 myasorose1 teros | tarore Ampiter Actecomn ues |enealen ences Power Meter ho EcattA ussszsta08 122013 122016 Power Sensor | Hp EoP—E20A ussristac0 122013 | 122016 brectonal Couprer| Narda 421620 on es TempamWeand ContolCompany 116619 srore seore Pase: 1in1 Ti cemee inthe nc curn n it o in par uon he eienapprnalofSeTI4O The bfornsionconhothivfaesibeactonlfoth permae w uht iutniic onen bevduetoi or un vitontwrim sppevalorsirido

SHENZHEN LCS COMPLIANCE TESTING LABORATORY LTD.Report FCC ID: VUJ-AT312 No.: LCS1603171371E 6. EUT TEST PHOTOGRAPHS Photograph of the depth in the Head Phantom Photograph of the depth in the Body Phantom This report shall not be reproduced except in full, without the written approval of Shenzhen LCS Compliance Testing Laboratory Ltd. Page 103 of 110

SHENZHEN LCS COMPLIANCE TESTING LABORATORY LTD.Report FCC ID: VUJ-AT312 No.: LCS1603171371E Head Setup Photo(Left cheek) Head Setup Photo(Left Tilt ) This report shall not be reproduced except in full, without the written approval of Shenzhen LCS Compliance Testing Laboratory Ltd. Page 104 of 110

SHENZHEN LCS COMPLIANCE TESTING LABORATORY LTD.Report FCC ID: VUJ-AT312 No.: LCS1603171371E Head Setup Photo(Right Cheek ) Head Setup Photo(Right Tilt ) This report shall not be reproduced except in full, without the written approval of Shenzhen LCS Compliance Testing Laboratory Ltd. Page 105 of 110

SHENZHEN LCS COMPLIANCE TESTING LABORATORY LTD.Report FCC ID: VUJ-AT312 No.: LCS1603171371E 10mm body-worn Back Side Setup Photo (hotspot) – GSM/UMTS 10mm 10mm body-worn Back Side Setup Photo (hotspot) - WLAN 10mm This report shall not be reproduced except in full, without the written approval of Shenzhen LCS Compliance Testing Laboratory Ltd. Page 106 of 110

SHENZHEN LCS COMPLIANCE TESTING LABORATORY LTD.Report FCC ID: VUJ-AT312 No.: LCS1603171371E 10mm body-worn Front Side Setup Photo (hotspot) 10mm body-worn Right Side Setup Photo (hotspot) This report shall not be reproduced except in full, without the written approval of Shenzhen LCS Compliance Testing Laboratory Ltd. Page 107 of 110

SHENZHEN LCS COMPLIANCE TESTING LABORATORY LTD.Report FCC ID: VUJ-AT312 No.: LCS1603171371E 10mm body-worn Left Side Setup Photo (hotspot) 10mm body-worn Top Side Setup Photo (hotspot) This report shall not be reproduced except in full, without the written approval of Shenzhen LCS Compliance Testing Laboratory Ltd. Page 108 of 110

SHENZHEN LCS COMPLIANCE TESTING LABORATORY LTD.Report FCC ID: VUJ-AT312 No.: LCS1603171371E 10mm body-worn Bottom Side Setup Photo (hotspot) This report shall not be reproduced except in full, without the written approval of Shenzhen LCS Compliance Testing Laboratory Ltd. Page 109 of 110

SHENZHEN LCS COMPLIANCE TESTING LABORATORY LTD.Report FCC ID: VUJ-AT312 No.: LCS1603171371E 7. EUT Photographs BT/WLAN/GP S Antenna GSM/UMTS Antenna .....................The End of Test Report......................... This report shall not be reproduced except in full, without the written approval of Shenzhen LCS Compliance Testing Laboratory Ltd. Page 110 of 110


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Document Modified: 2016-07-20 10:50:21
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