EMC Test Report_MEB-R300_Rev3

FCC ID: ZNFMEBR300

Test Report

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FCCID_3138528

Test Report No. : F690501/RF—EMCO001044(G) Page : A of 15 Reference No. : G—45—2016—02533 Applicant : LG Electronics Inc. Equipment Under Test (EUT) : Product Name : WIRELESS DONGLE Model Name : MEB—R300 Applied Standards : FCC Part 15 Subpart B ANSI C 63.4:2014 FCC ID : ZNFMEBR300 Date of Receipt : August 25, 2016 Date of Test : August 29, 2016 ~ September 13, 2016 Date of Issue : September 13, 2016 Test Results : Complied Tested by * Clark Lee Reviewed by Paul Kang Remarks: This document is issued by the Company subject to its General Conditions of Service printed overleaf, available on request or accessible at http://www.sqs.com/en/Terms—and—Conditions.aspx and, for electronic format documents, subject to Terms and Conditions for Electronic Documents at www.sgs.com/terms e—document.htm. The results shown in this test report refer only to the sample(s) tested unless otherwise stated. This Test Report cannot be reproduced, except in full EMC5101—014(2013.08.12)(0) A4(210mm*297mm)

Test Report No. FeSO80VRF—EMCOO1044(@) Page 2 ot is Contents 1. General Information.. &6b 6b bv uy y oooooaaaaas se se e e ib 1.1 Ciient Information 1.2 Test Laboratory 1.3 General Information of E.0. 1.4 Operaing Modes and Conditions 1.4.1 Monitoring Method.. 1.5 Ausilary Ecuipments 1.6 Cable List 1.7 System Confiquration 1.8 Test System Layout 1.9 Mocifications... 1.10 Applicable Standards for Testing . 111 Summary of Test Results 2. Emission Test.. 2.1 Test Results. 2.2 Test Method and Limits. 2.2.1 Test Method 2.2.2 Test Limit 2.3 Conducted Emission.. 2.3.1 Test Equipments 2.3.2 Test Site. 2.3.3 Environment Conditions and data 2.4 Raciated Emission. 2.4.1 Test Equipment 2.4.2 Test Site. 24.3 Environment Conditions and data Appendic A Conducted Emission at Mains Port Appendic B Raciated Emission ewostor—ownzors on o)e) M@1Omn®207m)

one 1 Test Report No. FeSO80VRF—EMCOO1044(@) _PR a Page a ot is 1. General Information 1.1 Client Information Applicant LG Electronics MobileComm USA, Inc. Address of Applicant 1000 Sylvan Avenue Englewood Ciiffs, New Jersey, United States Manufacturer Bluecom Co., Lid. Address of Manufacturer C6—4, Area CN1, Trang DuIndushia! Park, An Duong Distict, Haiphong City, Vietnam 1.2 Test Laboratory Name and Address §GS Korea Co., Ltc. Gineung 1 Laboratory 35, Gineungdani—ro 121beon—gi, Giheung—qu, Yongin—si Gyeanggi—do, Republic of Korea Gineung 2 Laboratory 23, Ginungdani—ro 2dbeon—gi, Giheung—gu.Yongin—si Gyeanggi—do, Republic of Korea Gunpo Laboratory 4, LS—10 182beon—gi, Gunpo—si, Gyeanggi—do, 435—040 Republic of Korea Phone + 82 31 428 5700 Fax + 82 31 427 2370 e—mai inho.Seo@sgs.com 1.3 General Information of E.U.T. Product Name wiRELESS DONGLE Mode! Name MEB—Revo Seral No. EMI Classtcaton Cess 5 Infemal Clook 2aoz ie — 2deo e Frequency Test Vollage 120 V—, 60 FefFor Notebook computen) Feoib ZNEMESrECO 1.4 Operating Modes and Conditions Operaling mode Operaling condifion Dongle Made USB dongle operaling status 1.4.1 Monitoring Method — Checked the any error by eyes. ewostor—ownzors on o)e) M@1Omn®207m)

Test Report No. FeSO5O/RF—EMCOO1044(@) Page a ot is 1.5 Ausiliary Equipments Description Model Seral No: NManufacturer "Tiee" meB—s00 — LG Electronics Inc. Aome Dera ErESmhonics, AppaTerton ADP4000 B — nc. Loo Montron serate — beuuine. Wreiess Rower wesde TEaTiGstosse nereear LtE rowen Suppty mussasorstocs ase—rosns—01 Neteear g”mb””k omputer LGE—DVL@X14(®) 0080TEGG283s LG Eiearonies Co., Ltd. Aome aprarem(ior app.sopH ap peLTa EMRCTRONICS, EeooK — use voureney keveoaro ske—200008 — iwTervation core. USG Mouse es — Meroso 1.6 Cable List Sn mp Cabe Spae._] se Name ¥oPor Name vo Por. Lergh Shield ,5., Eut use notesoor HoumiveR use use use keveoann use 15| Unhield No. use use ouse use 0.8 Unhiea No. NOTEROOK res top wontror res 18| Unhield No. couputer wreress Lan fouren Lan 25| Unhied No. nom rome abarten poout |AZRRERSSIN] 12 Unhica No. Lop Monrror n iN AC/DC(L“CDDAPTER boout is Uniie No. whetess rouren LtE 09M |powen Suppiy COOUT |_15_| Untiels No. ome anarten acin AcOUt 12| Uniield No. (noterook rome aparter acin acsoumor acout 12 Unheld No. (Lov LtE. rower acin AcOUt 12| Uniield No. suppiy ewostor—ownzors on o)e) M@1Omn®207m)

Test Report No. FeSO5O/RF—EMCOO1044(@) Page s ot is 1.7 System Confiqurations Description Model Seral No: Nanufacturer Mein Board MEB—300 Vi.0 ceosto 1.8 Test System Layout sesourte pe— ; I I aoc sooirtn aoc sooirtn ie sowee iores009 «co surrir ] T 1 ussrersonso |—[ noresoor | [ _2Merter wams comue |__——————| WBRE usswouse |— m wrnsss wouse 1. Modifications There was no modified item during the test 1.10 Applicable Standards for Testing Standards Status Deviation FCG Part 15 Subpart B Applcable No Deviation 1.11 Summary of Test Results Test tem Basc Standards Resuts Gonducted Emission ANSIC 6342014 FCG Part 15 Subpart B Complied Radiated Emission ANel c saaz014 Complied FCC Part 15 Subpart B 2 Nete: Test methods o lltestRems are performed according to the basic standards in thi able ewostor—ownzors on o)e) M@1Omn®207m)

Test Report No. FeSO80VRF—EMCOO1044(@) Page s ot is EMISSION 2.1 Test Results Test ltems Basic Standards Test Resuls lANSI C 63.4:2014 Conducted Emission Complied FGG Part 15 Subpart B lANSI C 63.4:2014 Radiated Emission Complied FGG Part 15 Subpart B 2.2 Test Method and Limits 2.2.1 Test Method Test ltems Measuring Frequency Range R&W NMeasumg "CIRIE Gonducted Emssion o. 1 e — sn ow — Radiated Emission somk Toove~ 1B 18 Teows om toncm& a n 2.2.2 Test Limits —Conducted Emission Limits at Mains Port Frequency Rang® Limits 28(20)heae |—aozrsote Class .15 it ~ 0.6 it 79 56 ousis — so i 73 so Class A .15 it ~ 0.6 it 58 to 56 56 to 46 ols we ~5 se 16 Class B 5 it ~ 30 ie so 5o ie The ower Imshall appy ar ie ranslion Teqyencies. The Iml decreases mcarly win the logarthm o hefraquiency hn the range 0.1 lto0.5 k Radiated Emission Limits below 1 ts Frequency Range Limits( emeB(aim) nc Class ow ~ se w so.1 se w ~ 276 w 125 Class A ts i— aso w 164 eeoe ~ 1@ rop o ie ~ se e 40 se i~ 276 i es 46 Class B 2to k ~ 960 it en ~ 1@ s ewostor—ownzors on o)e) M@1Omn®207m)

Test Report No. FeSO80VRF—EMCOO1044(@) Page 7 ot is —Radiated Emission Limits above 1 & (3n method) Limits 28(aim) Frequency Range Feeem rax Class |Rbove 1 it sos ros Class A |Rbove 1 e sa 74 Class B 2.3 Conducted Emission The inilal preliminary exploratory scans were performed over the measuring frecuency range(0.15 i# to 30 i) using a max hald mode incorporaling a Peak detector and Average detector and using the software of ES—K1(Version V1.71 from R&S). The final test data was measured using a Quasi—Peak detector and Average detector. 2.3.1 Test Equipments Description |ModelNo.| Manufacturer s GalDate Du. Two:Line V—Nework ENV2TG Ras IMEY 2016.12.21 Test Recaiver Esol7 Ras 10081 2016.12.22 ie Tre calbralon pared ar very squlpment o 1 year 2.3.2 Test Site Shield Room in Gunpo Laboratory 2.3.3 Environment Conditions and data — Conducted Emission at AC Mains Port Temp. (Minimum 23.2 T. Maximum 23.5 ) , Humidity (Minimum 35.0 % FLH., Maximum 36.0 %R.H ) Atmospheric Pressure (100.2) i: Test Date August 20, 2016 ewostor—ownzors on o)e) M@1Omn®207m)

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Test Report No. FeSO80VRF—EMCOO1044(@) Page s ot is 2.4 Radiated Emission The initial preliminary exploratory scans were performed at 3 n distance over the measuring frequency range(30 K to 25 () using a max hold mode incorporating a Peak detector and using the software of EMG32(Verzion 8.50.0 from R&S) and EPSRE(Version Ver3.10.20 from TOYO). The final test data was measured using a Quasi—Peak detector below 1 & at 10 n distance and a Peskc and Average detector above 1 # at 3 n dislance. Measurements were made wilh the antenna posiioned in both the horizontal and verlical planes of polarization. The antonna height was varied from 1 m to 4 m and the EUT was rotated 380° to ind the maximum emifling point for each frequency. 2.4.1 Test Equipments Description Mode! No. Manufacturer s c?\)g:e. Tom Anema nFsos Ras Toome roz.ous Signa unt Gonditonng 84 18 Ras 1out7 rorr.oaor Test Recever Esuze Ras Tooms sorosor Blog Antenna VULBITE3 |vesuelGavouk se 2018.00.22 Zmpier sare np reahoneos eoieoeer HomAntenna sommesesr Bmastzo (ecqHECRCH,|oeHastzosdo] 2017.05.04 preavpurier N900| urreone issssot 2oiros.t Nee Ony The caltralion perd at Antemnas i 2 years buttre parod af every equipment is 1 your. 2.4.2 Test Site 3m SEML—ANECHOIC CHAMBER Gungo Laboratory (Below 1 G&, Above 1 #) 2.4.3 Environment Conditions and data —Below 1 & Temperature (minimum 23.5, maximum 23.8) °C Hurmidity (minimum 37.0, maximum 38.0) %R.H. Atmospheric Pressure (101.1) Test Date August 30, 2016 — Above 1 t Temperature {minimum 22.3, maximum 24.0) °C Hurmidity: {minimum 44.0, maximum 46.0) %F.H. Atmospheric Pressure (102.1) Test Date September 13, 2016 ewostor—ownzors on o)e) M@1Omn®207m)

Test Report No. FeSO50/RF—EMCOO1O44(@) Page t ot is — Below 1 & (3 m method) Freq. Lavel Pol. A H AF L Amp. Resut Limk Margin w @8029 0| (*) (en) ) (aBim)| (08) (09) famtarmfemCaim] 0@ QuastPeak betector sore aszo mi 10 |iz2s |oss 280 sans 4000 s87 zozs asao 7o zo ze7 195 2rso zzas 4000 1257 Tazer saso Te 10 zo iss |zra7 sse1 asso 7so seave soso To 10 |isse 2z|2zis m140 asoo aso aze01 sozo wr_| 10 |1z0e 2ss 280 mss 4so0 an2 soros asso T7 zo |zier azs |zezo z2s asoo 270 z\<[z|<[<]< sesos ass0 N_ tss 100 |zson |a7s |277s ase7_| ss00 233 Measurement Uncertanty Horzontal 4 82 (Tre contientallevelis about 95%%,) Measurement Uncertinty (Vertcall 5.34 i8 (The contidental levelis about 957%, A=2) Note 1: + AF Anterna Factor + CL = Cable Loss + Amp = Ampltir Gain + POLH Hortzontal + POL V = Vertical +A cAnge +H:Height + Maigh =Linit— Resut . « Resut =Level +AF+OCL—Amp ewostor—ovncors on ty0) M@Omn‘207m)

Test Report No. FeSO80VRF—EMCOO1044(@) Page n ot is — Above 1 @(3 m method) Freq. level Pol. A H AF CL Amp. Resut Limit Margn y |«bpnyl CMI(C)|on)| (©) (G)| ©) (duWipkButin| (6) Peak Deteotor Toz saco io 2o [aass |ans |arar aree mc mss 1s0.9s 850 <lz|<lz]<lz]<|z]<|<[z]z)</z<[<\=]<\</z)= w1 zo |2rzo |ase |aras aars mam mas Tomso sa4o se mo |erse |ass |arai anss 7am 2e Tissee 4200 ss mo |ssse |isaz| sems seie 7am is rassas 4240 me m [ssse |ias| snz seor mc tens Taeos 71 4200 se zo [sess |mza|sess seme mc fans raansoe a2so 2o im |aiss |ierr] arye |_seas 7am 1178 tarsise 4230 is im |aoms |iss0| arao si2s raso 127 wzorse 4250 se mo |42zi |is2s| soss siai am 1219 wesiar as o ie im |4240 |ie17| saso szor mm tise Toasas 400 is 20 |asa |ie7a] soar sare mm toa2 wosise as 10 zse mo |asss |ie7s some |_saso raso 1070 Ternzss as 10 ws im [seoe |zois] anso sess maso 2iss Terseri asso se m [arse |zozo| anse sess maso 2147 Teraeoo 4440 ws 2o |arsi |eise| siis seas raso 2ise 2rerear 1370 m m [sare |aasa]| saze sear mm mss 2assser aa70 2rs mo |sass |aase| saos sase ram 1944 2arer| 300 m m [sear |aasa| saor sar rac mso 2eom0as a4.10 ws m [ses |aizs|sass sare mm ma 2aizar 4470 sa zo |sem |zara| saar saso s mio 2amioas 1520 we 2o |sess |zesr| saro saro maso mao maarso aayo _i iss 2o |sose |zzon| sass soar mco 2050 Messurement Uncertainty (Herizontal) 5.78 ds Te confidentalTeveis about 95%., Messurement Uncertainty (Vertcal) :590& (The confidenlleveis about 95%, Nete 1: + AF = Anterna Factor + OL = Cable Los + Amp = Ampltir Gain + POLH Horizontal + POL. V Verica +AcAnge +H: Height + Maigh =Linit= Resul « Result =Level +AF+ CL—Amp ewostor—ownzors on o)e) M@1Omn®207m)

Test Report No. FeSO80VRF—EMCOO1044(@) Page 12 ot is Freq. Level Pol. A H AF C Amp.| Result Limt Margin t |@ubl ty (lG)| © |©] © (Guimiuin| 6 Average Detecior Tsz sezo iss 200 |2ass [aons arar zoms sam mss zl<l!z]<!z\<l!z\<[z\<[<!!z]<[z]<[<!<]<]<[=)= 19s08s 250 in 2o |2rzo |ase |arai 2eis sa0o 2505 Toarso sa5o is 2o |erye |ass arar zore sato 2iz mssse 2a70 sis 200 |sose |isse sezs a2m sato 1171 mseas 2270 im im |ssse |isas some a22i sam 1179 Taevari 2a5o se |2m |sose |rara|snss asas sam 756 raansse 2azo 20 10 |arss |ien1|a77e aroa samo sns rarsase 2ea0 iss 100 |aom |ise0 arao arss sam |_sas wesiss 2azo sis 20 |azzi |iezs| soss as2i samo 579 Tasasr 2aso iss 10 |4240 1617 somo as2r sam 573 Taisas 2azo iss 20 |asai |is7a soar dsz sam ass wosass 2azo 2se 200 |asss |tazs some aoao samo aso Teroase a0a0 is 100 |sece |zors aoso sess sam isas Terse71 soa0 m im |arse |zozo| anse sess sam 1937 Terszco so70 is 2o |arsi |eise| siim sns sam 1826 ererear 2070 ies in |so7e |oasa sazo soar sam iss 2assser soso 2m 20 |soss |aase sans abis sito 1824 2arer sos ies i0|soar |zasa saoi 010| sa0o 1380 2ameas soa0 is im |sa |zazs sass ce sam 122 2arear sos0 m _|2m |sa |2ars|saar aoro sam 1390 2amoas 3120 is 20 |sss |zasr sazo sezo sam 1130 2asarso a1.00 1e 200 |saso |zzse saos sorn sam 1420 Measurement Uncertalnty (orlzanta:378 ds Te coniilentalTeveis about 95%, Measurement Uncertainty (Vertcal) :590& (The confidenlleveis about 95%, Nete 1: + AF = Anterna Factor + OL = Catle Los + Amp = Ampltlr Gain + POLH = Horizontal + POL. V = Verica +AcAnge + H: Height + Maigh =Linit= Resul « Result =Level +AF+ CL—Amp ewostor—ownzors on o)e) M@1Omn®207m)

Test Report No. : F690501/RF-EMC001044(G) Page : 13 of 15 See Appendix B (Radiated Emission) Appendix A : Conducted Emission at Mains Port Hot 100 95 90 85 80 75 70 65 60 55 Level in dBμ 50 45 40 35 30 25 20 15 10 5 0 150k 3 0 0 4 0 05 0 0 8 0 01 M 2M 3M 4M 5M 6 8 10M 20M 30M Fre q u e n c y in H z Neutral 100 95 90 85 80 75 70 65 60 55 Level in dBμ 50 45 40 35 30 25 20 15 10 5 0 150k 3 0 0 4 0 05 0 0 8 0 01 M 2M 3M 4M 5M 6 8 10M 20M 30M Fre q u e n c y in H z EMC5101-01A(2013.08.12)(0) A4(210mm*297mm)

ere Test Report No. : F620501/RF—EMCO001044(G) i&%fl Page :14 of 15 Appendix B : Radiated Emission Below 1 t GELm))| suaet cvace. mernel. suace eonte onoade enonte ® 9 1 T T «room> i i UnkGP) : <Niew Derm> i SecumtAQ =——— SeaumVAQ T & won som 100000 s 1c00000 Freaurnr Ned EMCS101—01A(2013.08.1230) Ad(210mm‘297mm)

\ "y * | Test Report No. : F690501/RF—EMCO001044(G) __L# @P Page :15 of 15 Above 1 (k 1GHz ~ 18 CHz [figthV/m)] BLIME100. 0t LE TSour ol fhoThe [Wooitslonde TeloiTimodiH 1MSME 8 L &D 50 1D 3 3 utm Eul io i0 iamad fexny Med 18GHlz ~ 25 Clz [d&%/m)]HBlUZ‘%MHz 18190.71MHe 18742.00Ke 22078.0008e 2950507082 29070.7MHe— 20004008z CATNz 20019.00Ke AHTKz 8 1 Level 1800000 20000 220000 200000 feaeny MJ EMCS101—01A(2013.08.12)(0) A4(210mm*297mm)


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Document Modified: 2019-09-15 07:18:09
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