SAR Test Report-2

FCC ID: RD7-7822UNCUS

RF Exposure Info

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FCCID_4081366

@l sxsove— shiseer Aort 2s, 2018 AppendnxA Modulation Calibration Parameters Communication System Name A s c 5 ve Max as aBvay a8 my Unet 2 (ke) 0 ow x |ase ons 100| _oso mas 230% ¥ |ace—|aso—| 100 Eo 2 |oco—| oc 100 1ss T0010— SARValdatin (Gavare, 100ms, 10me) X 207| So34 884 1000 200 298% m y 1z oa moan 20 2( in |oase |aae 20 Toor—~| uisron weown xX oss ea1s 1are o0 is| £90% cas y or srir_| is0s im0 2 |_os |_ec10| 1250 1500 Toorz— ieeE sor mewini2s Gnese1| x i06 sade teor o4t 1500 255 % cas Mbps) y i6 use 1oa0 1500 ~ 2 iss 622| fovk 100 Toorts— 1EEE 802. 119 Wiri24 Griz (osse— x ~arr caar 1689 146 is| £95% cas orpmt 6 Mops) y aso saze ty 1500 2| aso "|_cos2 foar 1800 Toor— estrrpo owGuer) x Toand 11817 2ees 30 so0 £95% oac _| y Tase mos 2ons oo 2| 10000 oras 2380 soo Tooss— Grnsrop row, avek, mid) x 1000 ii2ee zear sar soo 200% oac y <oans msze srei wo 2| z2e ons 1983 soo Toore: ceroo (rowa, ausk, mCA) xX 10000 t12se 2620 ase co0 £98% oac y Hoase rizes 2r7e soo I 2| 10000 fosaa 2iza soo Toors— | EDGeroD (TDWsrSr, TNO) xX |a0s raor 240 t25r soo £95% pac y |sar masr siss o 2 |saz|_csno| zese soo Toore— EbcEroo rownsrsr, TNoA X |res saie sa0e ase can £96% bac y ias mose sese wo 2 |_see orss sose soo Toozr— Grns—ron rom. Gwemor® x fooo0 maez iss 480 s00 +00% oac y 1oane 12oze Pous so 2| ooce tor15 2057 800 Tozs——| Grre—oo rowaGew mor2s x fon0 mads 2a7e ass 1100 £90% pac y <oaue t2ase Pese To 2| 100007 10220 1833 100 Toozs— Eoeeron rowasrsk, mora X |ase rear zeed Ts0 soo £96% pac y oss sam woss soo 1 2 |_se1 rase 22 so0 Tooso— 1EEE B02.15.1 Bueoon (GrSR, Di —| x T000 roa2 2saa sso 700 250% caa — y Toase |—nexe 205 Too 2| 1ooce toass 1ear To Toos— 12EB0z 15.1Buatoon (Grex, Di—| x 1onad tobsr irse 18e 1000 290 % ocm y moams mase arsi 100 z1 oze caco a40 100 Cortfcate No: EX3—3047_Apri Page 12 0t 39

jatl exoove— svsser Apat 2s, 2018 10082— 1EEE 802.15.1 Bluetootn (GFSK, DHS) x oss sa8s sor 117 1000 200 % caa y 1oase tsoss 215 Tao z|_oie —|_s000| 207 1000 10083— 1EEE 802.15.1 Bluetooth (P4—DGPSK, x 1479 930 2584 530 700 290 % oh. oHt) y oase issse sere Too | 2 418 7583 1683 700 1004 1EEE 802.15.1 Bluetooth (Pl4—DGPSK, x 215 7278 1594 188 1000 108 % can Dis) \ y on sass sso 1wo m 2z 1iz |_ses2| 1220 100 10035 1EE 802.15.1 Bluetootn (P4—DOPSH, x 142 6436 1360 137 1000 200 % om o5 Y 281 T830 189 1000 2 101 Ee 1082 1000 10036— 1EEE 802.15.1 Buetoain (@—DPSK, DH1) X 2585 10822 236 530 700 200% om Y 10000 18411 w91 T00 2 5.13 8199 2001 7oo 10037— PEEE 802.15.1 Bluetooth (t—DPSK, DH3)| X 201 7203 1o82 188 1000 280 % om I Y 5.45 8735 2237 1000 _ 2 12¢ 6630 11.99 1000 1003é— iEEE 802.15.1 Bletooth (t—DPSK, DHS) X 143 6a00 1388 117 1000 200 % om Y 285 T39 1924 1000 2z |ior siso mm 1000 1003e— CDMAZO00 (TaRTT, RG1) x in 6551 1166 0.00 1500 200 % cas | x 179 Te 1554 1500 2 086 Eh 985 1500 Tooie— issa7is—i3e ForomnFom, pra— x foo06 1osse 2379 778 00 290% cas DOPSKHaltate)_ y fose mase es wo & Eou Toab 1378 5oo 10064 is—3vEIRmIAS83 FDD (PDWMA, Fi x 0.08 1881 1258 000 18500 1#98% om. Y o0 fosss |_7ee 1mo 2 002 12645 1589 1500 1004s— DEGT (TOD, TOMWFOM, GFSK, Fut: x 10000 10802 277 1380 250 200 % oh. | Sot 20 T y <oam ns Porp o 1 2 655 7312 1537 20 1004— DECT (TOD, TOMAFDNM, GFSK, Dounle x 10000 2s 247 1079 400 180% ocm S 12) =L v foass maze arzo 0 2 676 T3 1544 400 Toose: UMS—TobroSCOWA t2bWepa x Yoss mses saot 905 500 200% om Y 10000 12771 317 5o 2 1247 sa.74 2230 50 Tose— | EbcerpomonA sreK mores X sos razs 2s77 o5s 1000 £96% pac [_ Y 477 T563 2595 1000 ' 2 322 T0s 2179 1000 iss |Ecceoanewnescheibess.2 X 108 ssai rass osr t100 00% cas Mops) I y 120 éant meor 1100 i 2 102 6281 1409 1100 Tss |Recmrmewnesche(Dess.55 x si16 som riss 1%0 1100 200% o Mbps) Y 10000 14190 37.3 1100 2 142 758 178 1100 Certicate No: EX3—3847_Apri Page 13 of39 weyie n reor cav roviure senph nepun rvaniwr rowss uer ue

@l exsove— sNceer Aod 2s,2018 foosr |iE€CBOZTbWr2AGHz(DSSS. 11 x ais rear 2oo 20e mod £55% cas Mbps) v |_see ares roae Too 2 |_i4e 7oss irze tioo fooss: |iEEEGOZTanWFSGHz(OrOMG x 4ss eere 1e2s o5 T000 £95% cac Mops) y se sese es 1000 2 |_a40 ce2r 1608 1000 Tss EECGOZTanWSGHz(OFDMS x asr sess reai o72 1000 250% cac Mops) v |azo sorr iess 100 2| a41 css toi7 1000 Tose |EEE®O2TanWSGHz(OFDM.12 x 4m5 sees fese ons 1000 za6% cac Mops) y seo |sras feso 100 Z |ass sese 1630 1000 Tooss— |iEEEBO2TanWFSGHz(OFDM.16 x a72 sese reni 121 1000 z36% cac Mops) v aar sesr izos 1000 2 |_ass coas roas 1000 Tooss— iE€EBO2TamWFSGHzIOFDN.2 x 474 sose iess 146 100 z6% cac Mops) y |_ase sroo 92i To 2| ast seae 161 1000 Toosr— |iEEC@O2TanWRSGHz(O®DM.36 x so4 sems iras 206 1000 za6% cac Mbps) y sis aris iss oo 2z ass ser0 iri0 1000 Toes— iE€€éOrTTanWmsGHz(rDM.d8 x soe sese ioi 255 1000 200% crc Mops) v in o| mss To 2| ase ease im2r 1000 Tooss— iE€E@O2TTamWimsGriz(FDM.S4 x sis sese irar 26r 1000 200% cac Mbps) i v _sar ar2i fano oo 2| ass case i7a7 1000 Toarr— —| iEEE ao2mig Wini 24 Grie X ass eeas zi 190 000 £96% cas (sssioromo hMepe) y ass seso irso Tod z|_a10 ses0 1697 1000 Toorz— iE€EBo2. Te Wii24 Giie X| aas carr «s 230 1000 290% cas (osssrorom, 12 Mbps) y asr ons ie Tod 2| aer seso i7is 1000 Toors— 1€EE e02.tig W24 Ge X aso ces im7e 283 100 200% cas (sssrOFDM18 Mbos) y I_so2 arar fane Too 2z i7 se7s iras 1000 Toore— iE€E so2tig W24 Gne x ase eeme iss aso o0 #96% ons _| (DSesrOFDM, 24 Mops) v |_aso arie fazs 1000 2z |_a70 saer io 1000 Toors— ieEE soztig W24 Gre x «s1 sees 1e2s ss2 soo s96% cas (Dsssiorom. 36 Mbps) v |_so orm se wo z|_ar caes iras so0 Toore: —| 1EEE B02.tig W24 Grie x ass cars faas 415 soo 96% cas _| (pSeSIOFDM, 48 Mops) v| sos z0s fese soo z| ars sose 1902 o Toorr— iess sozo w24 Gne xX ass sest feas 430 san £96% cas (sssrOrDM54 Mbps) y |_sos arn faze wo 1 2| a7s sase es so Certfcate No: EX3—3847_Aprid Page 14 of 30

"atl Exoove— SN3647 Apal 26, 2018 10081 CoA2000 (aRTT, Ros) x 050 6202 923 0.00 1500 196 % oas Y o%2 6561 1236 1500 2 o47 So8e T68 1500 10082— 16—4¢/ Is—136 FDD (TDMWFDNM, Pt— x 188 sa53 $78 477 800 108 % cas _ | barsk, Fulrie) Y 070 8000 446 800 z |oso |_can |_526 soo Toose— Grns—Foo movaesw mo#) xX Tooud tss 2635 a56 coo £96% oac I Y 10000 11768 21.79 Eou 1 2 10000 10582 21.00 00 10097— UMTS—FDD (HSDPA) x 160 6550 1408 000 1500 200 % cas _|_ 1 y ie |_aras fase 1500 Z—| iss |ssso_| 1380 1800 Toose: UWMs:FDD (SUPR Suviest2) X sn ~|ease 1aos on0 is0| 295% cas y in aa mss o 2 151 6573 1386 1500 Tooss: EooE:ron rownaesk, m0) xX 772| saze sane ase con 290% DaG Y 1158 1003¢ w65 50 2z |_an sige Zars w0 10100— LTE—FDD (SC—FONMA,100% Ra, 20 x 278 6320 147 000 1500 +98% crp wz apsiq y s1z To| mean im 2 267 6817 1543 1500 10101 LTE—FDD (GCFDMA, 100% R&, 20 x 305 seas 1519 000 1500 200 % cap Mz 16080 I v sz sras i5as tsoo I 2 208 6536 15.10 1500 10102 LTE—DO (SC—FDMA, 100% RG, 20 x 316 6647 1532 0.00 1800 200 % Cap _| es seonty im y 3an—| ara2 meer o I 2 30 son 152 1500 Toms— ~| trerod EGrown. too% RS, 20 xX [ss« 19| 2001 396| 650 195% cap Miz. oPSH) Y 687 1180 2100 60 2| «es |_rese 1925 cso Toros:~— LTE—ToD (GCrown, too% R6, 20 X ~a70| Tase 2006 396| 650 s95% cap _| we, te.oam 1 y o3 Taso 2100 sso 2 |_aso Toz 1900 cso Tors— LTE—ToD (GCroma, toos RS, 20 X |~ses Tair z020 396| 650 £96% cho Mitz. 60A y on ase zoss sso 2 480 T010 1908 650 Torse— Lrerod Gorown. toow Rs, 10 xX 242| rse 1926 o0 is| 95% ce Mre, arsio Y 273 Sear 1643 1500 1 2 |_230 orar 140 100 Towwe— —| LTEFOD (GC—romn. too% R&, 10 X |2co soir taer o00 iso 296% cat Mz 169A Y 289 6120 1577 1500 2 257 Ssn 18 1500 Toro——| LrFoD (GGrowa. toox RB. Sz X 193 sese taes 600 1800 00% ons _ | arsio I Y 221 6555 1604 1500 2 181 6oas 1448 1500 ous ‘ LTE—FDD (SC—FDNMA, 100% R&, 5 Miz, x 236 so6z 1495 000 1500 208 % cae 1sann Y 280 6505 1604 1500 1 2 225 So7s 14274 1500 Certicate No: E3—3847_Apri Page 15 030 nopors evamice rew ce ve

@l exsove— shseer Apri 25,2018 Toz LTEFDD (GGrDNMA, 100% RB, 10 X| 2se sa2s 1508 o0 is00 £95% cae Mire, ss—oAM y |_saz |orge iess 1s00 2 |_270°|_caze se 1500 Toris: LrEypD(GGrona fookRB.shme| x 251| sess toie O00 1500 z55% ons stoun y 276| sae feas Tzo 2 2se—|orgo 1aas 1500 T011— 1EEE 80217n (HT Greentol, 135 xX sor sare 1e16 000 1s09 £95% cac Mss sesty | y sae orne Tead 1500 2| asr |sari_| 168 1500 T0rs— IEEE802.17n (hGreenald.atMons, X 528| seas t623 000 1500 290% cac 1600 y sa2 orso feas 100 2| se se Tode is00 Tore— 1EEE 802.17n (hGreenfaldtosWeps, x S10 sess fei7 000 1500 200% cac stomm y 52z ors feas 1500 2| «se —|ceso| 140 1500 Torir= 1€EE 802.1n (H Miad, 15.5 Nops, xX aar caes 1610 000| tsoo £95% cac spsiq Y |sos aroe 1ess 1so0 2 |aso cser 167 1500 Torie— 1EEE 802.tn (h Muad, 81 Mops. 16— X 536| 6710 1634 000 1500 290% cac oai Y 550| arsi 1oso iso0 2 |sz0—| oror 1625 1s00 Torie— 1EEE 802.t1n (h Mvad, tas Maps, 64— x s08 cass fe7 000 1500 250% cac on y 520| orze ean 1500 2| ass |seso| on 1800 Tore— LTEFDD (GCromn, too% RB, 15 XC| ~ai9~| seas ie2s ano tsa0 z98% cap ViHz, 16080 y sae oras 1580 Tsoo 2| sor caar mss 1500 Toran— LTEFOD (SCFONMA, too% RB, 15 xX aa1 eass 1sas ono isa0 £95% can Mtlz, 6t—0AM y sso| orse fese Tso0 2| a20|caes 1938 1500 Toie— LreFpD (GCroma, too% e ainz, x 168| se 1400 000| 1500 250% can arsi y 19e saso mezo 1m0 2 iss esor nass 1500 Tows— treron (Gorown, roo Ro. ahinz, x 212 sess f417 O00 1500 290% can 1s:.oam y 246| sare fa7e 1500 1 2 |_ise sear fast 1500 Tose— | LreroD (Gorovnfoom Re.aNine, x 197 sase i276 000 1500 290% can Eem y 22| oass maae 1500 2|17 erss mss 1500 Tors— tTEFOD Gcrowa, toow Re, 14 xX oar iss ans on0 is00 £96% oae me. orsiq y 12| ons mss 1s0 2| oss |cors |_ros 1500 Tors— LreFoD (GCrova, too% R&, 14 xX Aso ease ass on0 iso0 s95% cae mre, 16.080 y 180| assr se 1500 2| on coss 708 1500 Torer— LTEFDD (GCromn, too% RB,14 X es sazs 102 on iso0 £95% cae Mile, s¢—oAt Y _2z |_orzs f2se Tsoo 2| ios ons 73e is00 Centicate No: EX3—3047_ApriB Page 16 0r 30

jatl eoove— sseer Aoat2s, 2018 Tos.—| tteFon (Gcrownsox ne.2omme, x 270 cars 1502 o00 is0 295% cap | 1g—oam i y 2oo arse fose 1500 1 2| 25e sez0| 1aao 1500 10180— LTE—FDD (SC—FDMA, 50% RB, 20 Nite, x 283 6630 1o.12 000 1800 208 % crp _ | stoam Y 302 6733 1587 1500 1 z |_an |_se3 1801 1800 fos: ‘ te—Too ecromssom Re.2omne| x ser mas rist 305 coo 200% crp arsio |_ Y T3 ES 229¢ 60 1 2 490 T483 1990 ESm 10182— LTE—TDD (SC—FOMA, 80% RB, 20 Mte, x 522 7248 1977 398 650 206 % can 1sou) y se tam ez sso 2| 450 —|_roas reas sso Toss— tTEto5 Gorounsoxne.2omme, x ase reas 2oss 395 sso 295% cap ctoam v 632| rese mar o z7| ds risr 1936 eso 10184 ‘ LTE—FOD (SC—FMA, S0% RB, 10 Mkz, x 196 6686 1480 000 1500 206 % cae orsi) Y 226 6a06 16.30 1500 & 18¢ So75 1488 1500 Torss— tEFob Gorown. sox nB fomie, X 2ss cost 1aer O00 tsod 295% cae 16040 Y 280 6506 1606 1500 2 |_2ze corr 1aze 1500 10186— , LTE—FDD (SC—FDMA, 50% R, 5 Miz, x 180 6580 1347 000 1800 +90% cae arsiq y 1es sase 1580 1500 2z 13| se3 127e 1500 10197— LTE—FDD (SC—FDNMA, 50% RB, 5 Mz, x 175 6490 1248 0.00 1800 196 % cae 1800 y 200| arce maze Eon 2 158 sa16 1140 1500 Torse: treroo (Gcrounsox h. romne, X 251| sssr 1910 600 fso0 298% cae st—oAm y 276| saz fo22 1500 2 240 |_cror 1490 1500 Toise: LrEFOD (ScromnsoxRe. hnz x iss ss22 tass 000 ts00 £95% cae | stoam mm y zi6 arss mai To mm 2| 100| ora0 mar 1500 Tores— —| LrFon (Gorown. sok nBewie, x aso eris t92r 600 isoo #95% cap | arsiq 1 v| 2m s 2 100 2| 2s |orm 1617 1500 Tor——| tTerod (Gorowa. sox nstsNine| X ar2 sezl too 600 is00 95% cap 1600 I x 202 6127 1580 1500 L 2| 200| o2 1aae 1s00 Toz | trErDo Gorowa sox ne, tsz x ass soad ts14 000 is00 295% can _ | stoam 1 £ 303 S7a1 1591 1500 2 270 Soap 15.00 1500 Toree: lu’emn (scroma son hBramms x s42 sess fam 301 1500 290% cae arsiq Y 354 6927 18.90 1500 I 2 3.10 6520 1048 1500 10167— ‘ LTe—FDD (sc—roma, S0% RB, 1.4 mnz, xX 410 7130 1697 301 1500 100 % cae | Y 435 7213 1935 1500 L 2| ss Toar iss 100 Corifcate No: EX3—3847_Apri8 Page 17 of 30 weune m roor wav revime vouge nopur reamimr rowss ver ue

atl excove— snseer Apui25, 2018 10168— ‘ UTE—FOD (SC—FOMA, 50% RB, .4 Miiz, x 456 7360 2036 301 1800 280 % cae se.oam | y is2 Tase zse 1g0 & 390 1305 225 1500 Tores: ~| LTEFDD (SCrDNA1 RB, 20 z. xX 2ss orre e21 301 500 290% cap _| arsi I Y 201 caar 10174 1500 | C 247 6642 176 1500 Torro— | LTE—FD0 (GCFDNMA1 RB, 20 Mez, x 369 72M 2018 301 1800 200 % chp 1604 y |ass mase por T00 2 see Toss 1950 100 Torm— tTEFD5 (scrow®1 Ro, z0 mrz, xX s00| cans irsr Sor is00 £90% Ad | et—oam) i y ~saz yose fean 1500 r 2| 2e« orze foss 1500 foe ~| ceTo (GCroma ho20z x |~sas aase 2oz 602 soo 290% cad arsr ] y |_fice saso siar sso 2 |_an mar ma cs0 Torrs— ~| LE—ToD (SGrovn®, 1 RB, 20 z. xC| mar~| sare 2aas 602 coo £95% cap _| 1. i y som man se sso L. 2| sar sasr maar eso Torre— | LTE—TDD (GCFDNMA, 1 RB, 20 Mez, x 1034 9158 2662 602 650 z98 % cro st.oam y woar mss soze so 2 |_see |o Piar sso Tos— ~| LTEFDD (GGrowa. 1 Re, 10 Miz, xX 280| ors1 iar sor 1900 290% cae arst ! Y 291 6557 1850 1500 1 2 245 615 1736 1500 Tore— ~| tTEFuD (Gcrova1 e 10 z. xX |~a70—| Tars 2010 Sor is00 £90% cae 18.0u0 I vyI_a0 Tess 2i08 1500 2 303 Tosn 1961 1500 Torr— | LTE—FDD (SCFONMA 1 RG, 5 ie, x 282 Sre4 1806 301 1500 108 % cas _| arsiq I Y 2e sore fose 1500 | 2 245 6627 17ar 1500 Torre: tTeFDD (GCFONA1B smz, 16— x ser 7ase zus 301 1800 266% one _| oun I Y 401 Tiee 2096 1500 1 & 301 To.Te 1951 1500 1o17e— [ LTE—FDD (SC—FDNMA, 1 RB, 10 Mrtz, x 336 70.75 1074 301 1500 200% oae scoun I x 385 T262 1955 1500 2 27e sass ior 1500 Tores— LTEFDDSGro® 1h6. smmz on x a0s sase iss 301 100 286% ore _| oun Y 331 T061 1826 1500 2 2e ora 1681 1500 Torer— LTEFDD (Scrown1 RB, i5 z. x 201| aree 1os so1 iso0 z95% cap | arsi I Y 208 63.70 1658 1500 1_ 2 248 EFS tar 1500 Tores: ~| LTEFDD (GCrowa 1 Re, 15 z. xX |see Tase 2008 a01 is| £96% cap _ | 16—0am Y 401 T400 2095 1500 I 2 |_300 |_roze 1950 1500 Torss ~| tTErud (Goromn1 Re, i5 iz xX |a00| casr inse s1 is00 £95% mc st.oam | Y 330 705 1825 1500 2| 2es or2s 1oso 1800 Certicate No: EX3—3847_Apri8 Page 18 or 30 «uy ruseu

jatl exove— ssser Aprt2s, 2018 Torse: ~| tiErbd Gorows 1 Re, ave. x 282| srse fear a01 oo 195% can arsto y ~7er—| sn moa o 2| 2ar—| sez ira9 1500 Tors: ~| treroo Gorowa 1he: hn 16. x see| Tes 2012 301 iso0 295% crp oaty y 50| yasr| zose 1se0 Z|~30—| Tom 195 1s00 Te perooporous rhssime ar x 310| eans inss 301 tsan ses% mo ons y 32| Tase meze Too 2| 2s« ~|orze 1oss 100 Tomn treron Gorows rRe raws x 200| onre fais 301| isao 295% cae _ | arsiy m y |~2es sare—| masr Eoo n 2| 2s |_cos0 157 1500 Toms: ~trEFbd Gorows.rhe, ta is x are vair| 2046 a01 isoo 295% cae _ | tsoam m y as—| x msr mm m z|—s10 36| tose 1200 Tos:~ TTErbd Gorowa.tRe, ta yae. x ais is 301| tsoo £95% ane _ | storm y |~33 ies mod z|2so 170 1s00 T015— 1EEE 802 11n NT Greental, 6 Wops, x as0 Ta7e 000| tsoo 295 % cac srsi y is en Tao m 2| azr sn 1s00 T0rGe— 1EEE 80Z.1n (NT Greentart; s wove, x s 191| 000| tsa0 #95% cre _| 160M i y <es—| sear| ez Eon m 2| an1 ces isa0 1900 TorG5: 12E8021 (T Greenfels; 65 wope, x |ase sods isad 000| 1500 290% cac _| starm m y |a7e—|seso—| foxs imo 2| as ces 19ar 1900 T0196—~| 12EE 80211n (NT Moad, 65 Wops, xX |~ase sa10"| 1579 600 tso0 #95% cac srsi y 132| sear ons 1seo 2z |_azs sear 1870 1s00 y ~| Ecewermprmeen somenre K iss seir iess ons io s55% crc oun m y |—an sas| meae iseo I 2| i4 sos: isee 150 Te ~| EECGORTn (HT Maad. esWeps.or— X ass ceso isss 000 1s00 299% cac oun [ y |—an—|sass oze 1w0 2| aas ~|cose 1588 1500 Torte: ~| 12E a02t(it Moad, 72 Mops, x 433| seao 1074 600| ts00 £95% orc seeiq m y |aar —|sess es Eoo m 27| —a20—|_ca20—| iss0 1500 Torko— ~| 1EEE Bo2t it Mad, dsa Mope, 16— x ass soas tos2 600 1500 295% cre ow 1 y am—| sas m To 2| i1 ~|~seas 18e is00 Torzi— | 1EEE 802 tm (hMyad. re2Wope, 64— x aco ceds isot 000 1500 295% cre oup \ y |an—| sear moae es ' 2| aas ces 1sar is00 T0222— TEEE 8021n (NT Mad, 15 Wops, X aas oass 1609 000| ts00 255% cac___| srsiy y |—sar—| ar0s—| mess o (———— 2| ass ~|oase 1005 1500 Certicate No: EX3—3847_ApriB Page 19 0t 39 wevit n reor cay rourmy se nopur rvamuer. rowss uer v

@l exsove— sssar Aprt 26,2018 Torzs— |iEEEBO2TIn(HTMNed.S0ops.to— x s26 sess 1627 000 1500 200% cac on v |_sar orze fear tso 2 |_o11 |_cose toag 100 Toz20— 1EEE 802.tin i Mxed. 1GoNMaps.64— x dgo cars 1607 000 1500 250% cac oa y on on es 1so0 2 |_aar cor 1603 1500 1022s— uims—roo neran X 2ez eaie maas ooo isno £90% cas y |270 sns foze 1500 2|20 esro tare 1800 Tozze— LTE—ToD (SCFOVA1 Re,1 Vine, x fear se10 zu7e aor cao 96% ca 16oam y ssee mass sane sso 2 |_s7o siar mss sso Toz27— LTE—ToD (SCrON1 RB,14 Vine, x fass sare mmer o2 cao z96% ca stoun y soor oz seir sso 2 |_sar sare 2a7e sso T022e— LTE—ToD (SC—FONA1 R&,1 Nine, x ras soos zen o2 oo £06% can arsiq y faos foam serr sso 2 |_a0 Tors 2ar sso To: LTETODGCFDNATRE.3MNz io x 166 cise z2e oor coo z96% cas _| oain y sar ins mss sso z| se sar 2iz com Tor30— LTE—TODSCFDNMA. TRB.auNeor— x iss saar 2ri8 602 s50 250% cas on y 2ros meze sise o 2 |_sss ares 2aze sso Tozar— LTETDD (GC:rONMA. 1 RG, 3 Nie, x 6a2 seor zeze o2 coo 95% cas arsi y iz2r ioom| seze o 2| _aar |_yaos mss sso Torss— |LTe—TOD(GCFONMA. 1RB. SWz 16— x 184 céar maze ooz soo ze6% can on v son mas mm o 2 |_aso saas 2z cso Torss— |LTE—TOD(GCFDNMATRE.SMizor x ms1 sear 2rar ooz sso ze0% cap _| oa v Zear foaie arss sso 2| ss2 sas 2aze sso Torse— tTe—ToD (GCFONA1 Ro. 5 hiie, X eo eaze areo aoe cs0 s96% can arsi v |_tiss seso size cso 2z |_anm mear mso sso Tozss— LTE—TDD (GCFDVA1 R&, 10 Wiz, x ies caso meze 602 ca0 +96% cab _ | 1—0am l y s| m2a man sso it 2 |_sso ~|_asar 2iz o Tozse— | LrE—ToD (GC—rOMA. 1 Re, t0 Vine, xX i1es sase zrzs o2 cso £06% cho stoam v 2rae maso arsi sso 2 |_ssr sare rase sso Tozsr— Lre—to0 (Gcrown.1 Re, 10 hMiz, X es3 saie mese aoe es s95% cao arsiq v i2z mose sean sso 2 |_ase 7ace mss sso Torse— LTE—TOD (GCFOVA1 R&, 15 hiz, x ter same mar o02 coo s96% can 1soam y |_soar m2so sase sso 2| s40 aaa2 2o sso Certicate No: EX3—3847_Aprid Page 20 of 30

@\y exsove— shiseer Aort26, 2018 Toz3— | LTE—TDD (GC—FDMA,1 R, 15 Meie, x T147 9333 2716 s02 Eu 180 % cao eroum 1 Y 2085 108 15 si6e 650 I 2 550 8200 2227 so Toaso— LTE—TDD (SCrown,1 Re, 15 hiz xX 681| sans 2630 a02 oso £95% chp _| arsiq m y 1227 foss seze sso 2| see |_raos aea cso Tean— ~| ure—oo (Goromnsox ns ra mc| x ras sat0 2519 636 eso z96% can 16oa0 I Y 819 8197 2605 60 2 $09 175 2303 ESm Toris LTEToDGGrowasom o. ranmc X ras resi mtar 696 650 £90% ocm stoam Y 186 tost 2540 o z| o7 es mar sso 1o2i3— LTE—TOD (GC—FONMA, 50% RB, 14 Wz, x 533 7382 2232 638 650 106 % om ars Y 600 T75 2072 so 2 488 T349 2204 0 10244 LTE—TDD (SC—FOMA, 50% RB, 3 Miiz x 5.20 74.70 17.95 308 650 +36% cas 160 y os es on sso 2 330 san 12e sso Toais tretbDGGrowasoxns.smne x soo rear irse 396 os0 £95% cas stomm y o5 Teor mozo o 2 332 6522 1383 ESm 10246— LTE—TDD (SC—FDNMA, 50% RB, 3 Mz. x 483 Toas 1084 EC3 60 200 % cas arsi Y a01 ESE 2299 o 2 286 5.76 14ar ES Toasr— tre—ToD (GGrown, sox ns.sime, x asr Year ira0 396 ooo 200% cab 1som y 5es year 2ove sso 1 2 336 se75 1927 Es 1028— LTE—TDD (SC—FONMA, 50% RB, 5 NMttz, x 435 TmIr 1751 358 650 180 % crp stoam y 54s Tear moss sso 2 se sa30_| 1900 sso 10249 LTE—TOD (SC—FONMA, 50% RB, Mitz, x 584 8040 244 J 650 100 % can arsq y sn mz mss sso 2 EEH TaSs 1836 650 10250— LTE—TDD (SC—FoNMA, 50% R&, 10 Mrz, X 524 7490 2072 358 60 200 % cap 160 y on mss 2e o 2 437 T240 19.3 60 10251 LTE—TOD (GC—FDNMA, 80% RB, 10 z. x 501 7281 1941 EC3 650 200 % can stoun y sas 7ose sose sso 2 410 Toas 1781 650 10282— LTE—ToD (SC—FONMA, 50% RB, 10 z. x 605 7998 2238 398 650 100 % cao arsiq y on sans mer so N 2 ass Tors 2oat 650 Tozss— | LTE—TOD (GC—FDMA, So% Ro, 9 Wtiz, x §13 7201 1048 398 650 1200 % cap is_ y 57| Tam me es0 2 445 Tore 1622 650 10254 LTE—TDD (GC—FOMA, $0% RB, 16 z. x 546 7283 2018 390 650 200 % cao sx.oam Y 64 749 2131 650 2 475 Ti 1898 o Certficate No: EXG—3847_ApriB Page 21 0f 30 noprrs eramuaes rewse w we

@l Bxpve— shsser Aort 26,2018 Tozss— Lre—toD Gorownsomne, tsime, x ser year P12 30e 650 se6% can arsi y |oas Tore zare sso 2 |_azo |_7oss to8e eso Toase— LTETDD (GCrowa, too RB,1+ xX aas sast mari sse 50| 200% om Me, 16.000 1 Y 52 Tase 1730 650 2z 242| saso| 1ose sso Tozsr— Lre—ToD (GCrDMA, to0% Re, 14 xX arm sans 1ez ase es0 £965% om Mriz, ss—oaM y ~sor oa fe7 sso 2| 230| eror nost sso Torse: Lre—roD (GCrONA, too‘ ne, 1 xX s27 Yss fsse ase eso £90% on Mn arsiQ y si en mos sso 2| 205| oats m sso Torse— Lre—ToD (GCrown, rookRB.aNMz x ars 7adi feso ase s50 200% cas 160 y sao Tess wour sso 2| a7e roas 1074 sso Tozeo— LTE—ToD (GCrovn, fook RB.aNinz, x azs 7air arr ass s50 ze0% oas Em y 57e yeas zoms sso 2 |seo |_oos 1683 sso Tore1— | LTETDDSGroma. rook ns sume| x seo Toar 218 s0e sso se6% ons arsiy 1 y |_ee seso 2iz sso 1 2| a0s |_ress 1880 sso Toree: Lre—ToD (GGrONAtookB. hnz x s25 yaed mesr ane 650 z36% can 1040 y on n 2e sso 2| ase Tess 1906 sso Tozes— LtE—ToD GGrownrook no.sime, x soo 7are is40 ase sso 250% cap stoam y sez yose woss sso 2| are —|_7oao irso sso Torse: Lre—toD (GGrona. room ho. smz, x see omm 2220 ase seo 250% crp arsi y sor sis mss sso 2| as0 |_rese 2033 sso Tozes— LTE—ToD (GC—rown, too% RB, 10 xX sz20| es 1ami ase eso s95% can mee, 16:0a0 y ses rars Pose sso 2| aso| roar 1840 cso Tozes— LTEToD GCrowm, toos Re, 10 xX |~ase rear 2osi ase es s96% cap miz, st—oam y s1 yesr Prse sso 2| as—| rise 193 sso Tozer— LTE—ToD (SGrown, too% Re, 10 X see mmis 2132 ase esn s96% cap mie. arsi) y T3z sore Pese sso 2z |ass meas 190 sso Tozse— LTE—Top Gc—rown. too% Ro, 15 X See Taas z012 ase cso £96% can Mtte, 16.—0AM y 5s maso Pror sso 2| sar rore 1842 sso Torse— LTEToD GCrowm, too% R&, 15 xX ~ses raor 1ass ase sso se5% cap vine, st—oam y oas rare 2080 c 2 |oz0 |_roas 1902 cso Toaro— Lre—Top (Gc—romn, too% RB, is xX ~seo| rase 2oar ase oso s95% cao mz ors®) y 7e year 2i o 2z |_si0_| Tess 1934 sso Genticate No: EX3—3847_Aprté Page 22 of 30

@l exove— ssear Aprl 26, 2018 10274 l UMTSFOD (HSUPA Subtest5, 3GPP x 240 6540 1420 000 1500 196% cas ReB.10) Y 257 637 1547 1500 i 2| 231| ses2 1a0s 1500 Torrs— UWMeFob (HSUPRSumests.sGpP X 136 6a36 1s60 900 ts00 #98% cas _| Res) ! Y 189 6r.7e 1542 1500 | 2 128 6534 1847 1500 en ~| mssy xX tss cass a42~| S0s soo 95% on 1 y |_2or sin 72 so 1 2 10 5o6s $.11 0 Tozre— | PS (GFSK, aw seatine, Roloff 0) x 434 m9s 1508 903 500 200 % on 1 1 y mas se m soo 1 2 279 63e 1081 500 Torrs— | rus (araw awssimizRotoroan X a4s T2z is2s 05 So0 295% oh. 1 I Y 1133 8505 2137 500 1 2| 20e —|_case 1080 soo Torse— CoNRzodo, RG1, S05S,Ful Rate X ose saas 1oso 600 1500 #95% s I | Y 142 6530 1382 1500 | z |_ore |_s2m am 100 Toz—| commenno, Ros, Soss, Ful Rate xX ose |~orar o5 000| 1s00 200% 8 y on aa 2z isos 2z |oar |_so7e_|_7se 1500 Torss:| comreons, Ros, S082, Ful Rate xX osr~| "eaas 1os "on0 tsa0 295% me [— y ios sesi mss Tsoo z osi —|ca18|_aor 1500 Torss— —| Comzodo, RGS, 503. Ful Rate xX ~ore—| ssor 1203 o0 tso0 #95% wB Y 164 7620 is 1500 & 06+ 6153 1036 1500 Torss: Comtzono.Ro1.503.temRateasir. X 1206 cors 2540 903 500 200% w»e Y 1218 9547 2754 500 C 1132 se3 224 5oo Torer— LTEFDD (Scrown sox hB20z x 24s sres is3z on 1500 200% wo arsy ‘ Y 274 6a57 1050 1500 i 2| 231 —|_orse tozs 1800 10206— LTE—FOD (GC—FOMA, 50% RB, 3 Miiz, x 118 6409 T14 000 1500 200 % mc arsy Y 188 6750 1403 1500 2 oar s28e oo« 1500 10200— LTE—FOD (GC—FOMA. 50% RB. 3 Miiz, x 207 6650 1233 000 1800 200 % mc 16oun Y 25 soor 1100 1500 2 148 63.70 1006 1500 10200— LTE—FDD (SC—FDMA, 50% RB. 3 MHz, x 100 6331 1001 0.00 1800 200 % mc seomm | y is sist 112 iso0 I 2 123 6138 s04 1500 10301 IEEE 802.160 WiMAX (29:10, Sms, x 464 6527 1718 447 500 198 % Ana 1ouie. apsic, PuSc) Y 480 6555 1749 0 2 420 st63 1664 Em T0502——— 1EEE 802 16e WNAX (25.16, ime. X"| S00| oacs 1778 486| soo s95% AM 1OviHz, GPSK, PUSC, 3 CTRL symbols) Y 528 86.19 1623 500 2 479 5534 17.40 50 Cortfcate No: EX3—3847_Apri8 Page 23 of30 weui e m rear cau en seuph nopon reamurer. rower uer ve

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@l exaove— snseer Aprt 26,2018 Toarr— | tremomoroma tna.2omie16 X 195 sam i2se 32 s00 286% AAC _ | OA UL Subtremen2.94,7..9) [ y aar sans trae soo \ 2| o7z |san0—|7so so0 Toirs— Lre—toDGCroma. ihB.20mmiz. 00— x 120 sass 9e1 325| s00 286% Anc OAUL Subtrame=2.3.4.7.8.91 y is on ns o 2| on sano |_726 so0 Toars— tTe—oDGCromn. somne.iame| x 727 arss zear 525 s00 200% Ana GPSK, UL Subtrame=2.37.89) r v aso sose auss o 2 [~sse saor Pi3e soo Toimo— LTE—TDGCroM® somne.ramme| x os0 sorr terr 325 s00 250% Ana 16—0R, UL Subtrame=2.34.7.8.9) y mz orm Pue so 2 (an Tis| maar soo Tom— LrE—ToD(GGromasong. ramic x si0 Tess tra 325 son 286% Ama 61—0AMUL Subtrame=2.347.8.) y aar zse mose o 2| 220| orze_| 1280 so0 Toiss |Lre—oD(GCromn.somna.amne, x ace erse mar 22 s00 z50% Ana GPSK, UL Subtrame=2347,8.0) y |ses yeso 1908 o 2 is iess mm soo Todes— LrE—TOD (GCromn,sowRB.aMe x asi foss isss 225 sho £90% Ani 16—OMM, UL Subtrame=2.34,7.8.) v sar yese faze so0 2| 1so |oaar moo soo Toime— tre—top Gcromnsouneshe x sar sare faos 225 soo £90% Ana 6t—OM, UL Subtrame=2.344.7.8.9) y «70| se inn soo 2|76 6280 10e so0 Toms— tre—op Goromnsoxne.sime x a2ss 7oso ises 223 soo £90% wC OPSK, UL Subtrame=23.47.8.9) y |see yess zo0 soo 2| is1 ~|sere—| 1aze soo Tome— tre—toD (GGrown, somne.sine. x a2sr seai ies 225 s00 290% anc 16.0A, UL Subtrame=2.34,7.8.0) y [ss e inss so 2| is1 oase 1220 soo Tomr—| trE—tD GGroma somne. shme. x ass seso imas 225 s00 290% arc 61—0M, UL Subtame=2.34,7.8.9) . y 350| yosr ie o I 2| is ssas 1216 soo Torse— | LTE—ToD (GGrom. som Ra.tomz, x 204| 7ond irss 225 s00 256% e arsK. UL Subtrame=2.347.8.) y ser vass m9se o 2 |236—|orss 1eos so0 Torms— tTe—Top cromnsow ns tomme. x 04| sra1 fear 225 so0 £90% me 16—0M, UL Subrame=234,7.8.0) y se sass irso soo 2 260| _cass 149 so0 Torso— tre—rop (sc.romnsow netorme. x a1s sras iess 223 soo £90% mc 6t—OM, UL Subtrame=2347.0.9) y sar san imso soo 2 |2eo |esse fodo soo To| trETopcrowssoxne rsume| x sar sor0 irsr 225 so0 £90% aac arsk, USubtame=234.7,80) y aor es 1900 so 2| 27e |orzo 1622 so0 Torse: tre—ToD (Gcromnsomneismz x s4s sess iess 225 s00 £90% mc 16—0AM, UL Subtrame=2.34.7.8.0) Y sar seer |o wo 2 |sor ssa0—| iseo soo Certcate No: EX3—3847_ApriB Page 28 or 30

"atl exoov— susser Apat 2s, 2018 Torss: tre—to5 Gcrown sox nstawne. x aso semr iess 225 so0 res% Arc 6+—0AM, UL Subtrame=2.34,7.8.) y 3e sam Te so 2| sn oare nsar soo Tore: ~|trefonGorownsoxne.2omme x as rosr in70 225 so0 r96% AAG _ | aPSK. UL Subtrame=2.347.89) y aas yasr mar soo 2 20e ean 1683 soo Torss—| tre—rop (ec—rownsox ns zomme, x a4s or28 1674 225 soo s95% anc 160A UL Subtrame=234.7.0.9) y 3ar| sez i9 soo [ 2| sas seor 1958 so0 Toise: —| tre—too (Gcromnsox nszome, x ast eri0 1670 225 sao 196% mc 6t—0M, UL Subtame=234,7.8.0) y see sase imre so 2| sis osss 15e soo Torer— tre—Tod Gcrown rovk R. 14 xX 140| sase mis 223 sao 95% Am Mis, OPSK, UL Subtame=2347.8.9) y 2w 2 mosr so 2z |_osr [so00—| o3« soo Toime: tre—Top Gc—romn, oo Re. 14 xX 120 eano s48 225| soo £96% AA Mz, 16.oAM, UL Subrame=2.34.7.8.9) y Tss |aaso mas soo 2 115| cans Ts soo Toise. tre—Too scromn. too% R&, 14 x 130| eano a3s 223 sao £95% AMA Miiz, 64—OAM, UL Subtame=23.7.8.0) [ y 180 aan mose so 2| 116| son0|_7oe soo Tss tr—tooGoromnronre. snz x 2es case fess 22e san 96% Ann GPSH, UL Subtame=234,7.8.9) y se yoss ze so 2 204 sere 1502 so0 Tosn— tre—too Gcrownroonne.shme| x are erai isae 223 soo 190% AMA 16—0A, UL Subtrame=2347.89) I y 3z yosr is soo I 2| in on ns so0 Toss: tre—toD (Gcrowa roonns. smmz x ass eris is2r 225 so0 90% Am 61—0AM, UL Subtrames2.34,7.6.9) y 3a1| yosr irso 2oo 2 220| oin 1345 200 Toses——| tre—Ton Gcromnroomne sime,. x 201 case iras 223 soo 195% mc arsk, UL Subtrame=234,7.8.9) y se yass fom soo 2 231| orar 1580 soo Tosee. te—too GcromnroownB.She, x 0e erss tesi 223 sao 195% anc 16—OAMUL Subtrame=2.34,7.8.) y sar sase i7ss soo 2 25e sare is1s soo Toss. tr—topecrowsrowns.sime x ai2 eras tozs 223 soo 190% nc 6+.0M, UL Subttame=2.34.7.8.9) y see saar inze soo 2 26e |oane mois so0 Tosns— tTe—ToD scrowm, oo Re. 10 x sas rois irss 225 sao s96% AAC _ | Mz OPSK, UL Subtame=234.7.8.9) 1 y in fan mas o 2 |_2er —|_caco—| 1oas soo Tosor— LrE—ToD (GC—rovn, too% Re, 10 x sar |cerze 1670 223 soo 195% ac Mz 16—onM, UL Subrame=2.31,7.8.9) I v|_seo sam irar so 2| sor sase 1984 soo Certfcate No: EX3—3847_Aprid Page 20 ot 39 nnoprars everiences

@l excove— susser Aprt 2s, 2018 Tosns— tre—to0 (Gc—rou®, 1oo% Re, 10 x sse srom i6es 22 soo 290% me M 64—0Ri, U Subfame:2347.89) y sar soas ine wo 2 sn |oser 1ose soo Tosns: tre—toD (Goron, 1oo% RG15 xX aar |sadd iss 2zs so0 250% me Mz, OPSK, UL Subtrame=2.34.7.8.9) v ase es eve soo _ 2 [see orzs 142 soo Tosto— LrE—ToD (GCFONMA, too% RB, 15 xX aos erie 1eso 223 sao £90% me Mc 16—0AM, UL Sublrome=2.32.7.8.0) i y ase oas ie wo 2 ~sss —|saos 1ea0 soo Tosn— LrE—ToD (GCrONMA, 100% RB, 15 xX 400| case tore 223 sao £95% nc Mz 64—GAM, UL Subtrame=2.3,.7.8.0) y 240| sast irs o 2| ses css 1009 soo Tost2— Lre—ToD (Sc—romn, too% ne, 20 xX a9s yose iar 22 sao £95% c NiHz. OPSK, UL Subtrame=234.7.89) y |aso yasr moae wo 2| 33| caso 161 soo Tosts— tTe—to (GCroma100% nB20 X |aa1 erso tear 22 sao 195% me Nilz, 1—0AM, U Subtame=23.4..8.9) y |_aze sare 1780 soo 2| 343| se10_| tor2 soo Tosre— LTETDD SCroNn, too% RB, 20 X se cose tore 223 oo 290% ARC —| NiHe,6+—OAM,UL Subtreme=2.32.7.8.0) y |aze sase ie soo 2| sas|case 1e so0 Tosts. |iEEEBORTbWFiZ4GHzIDSSS.2 x oss sies fazs ooo 1800 za5% Ana Mops, 299duty cxoe) v ass sanr mase 1500 2 |ose oiz 1318 100 Toste E€EBoZTbWnzIGNz(DSSS.S5 x o40~| siir tss o05 iso0 ze6% Ana Mbps, 99pe duty cxce) y |_osr sase fess 1500 2 |ose 613| 1250 1500 Ter— Re€srmwnzsGn®bsss.11 x or0 sae0 is1z ob0 1500 290% An Mps, 99pe duty cxce) __ y oso srs m0 Tso0 2| oss crs 1800 1500 Tosts—| iEEE B0 TTanwrs onz (orom.a x 4ss sers ises one 1500 250% ane Mops, $9pe duty crcle) v as2| sase feas 1500 2| aze |ooss 1677 100 Tosts— ~| 1EEE so2 tian ws Gne (orpm, 12| x 4ss soas isas 000 1500 250% AaB _ | Mbps, 9Gpe uty cle) ' y( 470| saso near 100 1 2 a40—|cass iear 1500 Toszo— iEEE eo2. rian ws Gne (orpn16| x 440| seao fsas 000 1500 280% me Mbps, 99pe duty cxce) v ass sase fers 1500 2 |aze coar 177 1500 Tosat— —| iE€E aoz.tiamwin s onz orom, 2s x 4ss css ise2 o0 1500 £90% wme Mops, 99pc duty cycle) y |a0 sass fear 1500 2| are —|eean fo7e 1500 Tosze— iE€EBo2TamWR SGhz(OrpM.36 x aso sesi iess o0o 1500 200% me Mbps, 90ve duty cxde) [ y aso ces foze 1500 1 2| am soss iss 1500 Contfate No: EXG—3847_ApriB Page 30 or 30

"atl excove—susear Apat2s, 2018 Tess |eeEGETanwmsGz(©row,as x aze sese 1s77 oo ise0 s55% AB Mbps, $Gpe duty cycie) y aas sanr en 1500 2| a16| seso—| nava 1500 10624 1EEE 0021 tah WiFi 5 Ghtz (OFOM, 54 x 434 soa2 1689 000 1800 200 % Ae Mbps, $0pe duty cxde) Y 449 586 1023 1500 2| _a10 |_seas 1982 1500 10825— 1EEE 802.11ac WiFi (a0Miie, MCSO, x 434 6sa8 1049 000 1500 290 % e 99pe duty cycle) it Y i4 ssor ies2 imo 1 2 421 6558 1545 1500 10526— 1EEE 802.1 t Win (@Mz, MCS1, x 448 6581 1583 000 1500 200 % we 99pe duty cycie) y «en caze 1596 1m0 2| ass osss 1550 1500 Tosr— i€€E Soztae w(come, Mosn, xX aa1| sare isse on0 iso0 195% ane 99pe duty cycie) y |_ase soar msan 100 2 |_aze |_csat 149 1500 Tose— 1EEE B0zhec w(2oviz, MGS3, x ~a42~| esrr 1559 o00 isa0 z98% s 99pe duty cycie) Y 458 6525 1588 1500 2 |_aze sase 1953 1500 10520 1EEE 802 1 tac Win (20WHz, MCSA, x 442 6577 1050 000 1500 198 % me 9ope duty excie) y aso sez m9se imo 2 428 6582 1953 1500 10831 1EEE 602 1 tac Wis (20bz, MCSC, x 440 6583 1558 000 1500 200 % wme 99pe duty cycie) y asr —|sese 19e iso 2 424 csee 1550 1500 10982— 1EEE 802.1 1ac Wi(20MHz,MCS7, x 427 6500 1550 000 100 196 % And 99pe dulycycle) Y 443 to2l 1588 1500 2| a1 esso 15ez 1500 Tosss— iE€E B0zhec wini (coviic, MGSe. x a45| eses isse o00 tsan z98% AAB _ | 99pe duty orce) m y aso saso foss 190 2| aze —|case 1653 1500 Tosse—~| 12eE 802Ttac wini aovite, MGSo, x ase~| "esss 1572 ooo tso0 295% me 9pe duty cycie) Y $.11 6536 1600 1500 | 2 485 6595 197 1500 Tosss: ~| iEEE 802 tae waovie, Most, X sas sars 1881 00| 1800 s95% s 99pe duty oxcie) |_ Y 5.18 So53 16907 1500 £ 489 Ex 1974 1500 Tosse— iE€E aoztas win caovi, MoSe, xX asz ons to7s on0 isoo 195% me 9ope duty cxcie) y |_sos |_seas 1o0s 1500 2 478 soor 15.70 1500 Toser—~ 1eEE 80ztas w(rovine, MGSs, X~| aar "|seos tars 00 tso9 295% we 9pe duty oycie) I y |_si seas teoe 1soo | 2| ass sns fo71 1s00 Tosse— 1EEE BzTewini oute, MoSe, X so6—| esos 1s80"| on0 tsan s95% Aam _ | dipe duty orcl) | y sz seas 1eor 1500 2 492 605 1074 1500 10510— 1EEE 8021 tac Wi(d0Minz, MCSC, x 490 seo¢ 1581 000 1500 108% s 99pe duty cycie) Y 513 Sc.9 1609 1500 I 2 484 G597 1973 1500 Cerificate No: EXG—3847_Apri8 Page 31 0t 39 nopors evamice rew ce ve

@l exsove—sisear Apal25, 2ore Tosit——| 1EEE 802 trec in oone, MoSr, xX aar sase is7s on0 iso0 £95% m»e 99pe duty crcle) y |si0_| sese feor Tsoo 2| ass csse i9ar 1500 Tosiz— 1EEE 802.teewini wovine, Mose, xX ais sans isa1 000| fso0 £95% me 99pe duty cycle) v |_sze seas feor T00 2| aso |_seor 1575 1800 Tosis— 1EEE 802. 1ec Win (dovine, MGSo, xX si0 seos isas 00 isoo £95% ane 99pe duty cycle) v |_sas seas fem 100 2 |_soe |se0| 1983 100 Tossa— 1EEE eo2.tes w(oonmic, MGSo, xX sai seor ta7s ooo is00 £90% we 9ope duty oxcle y |_saz seas 1600 100 2| 620| seos 1570 100 Tosis— 1EEE 802 ttec wini (covnc, MoS1, xX 5o sese ises one 1500 290% BC 99pe duty cxcle) y |_ser sese foe 1500 2 |_sse |_ceso isse 100 Toste— 1EEE 802.tiec win (covirc, MCS2, X sas seas ise0 on0 is00 £90% we 99pe duty crcle) y |sas seso 1ons isoo 2| 62e éear 1672 iso0 Tosir= 1EEE 802.tiac wiri (conric, MSs, X sas es isas on0 is00 90% e 99pe duty crcle v |_sso sa7e neor 1500 2| 6g2 caze is7e 1800 Tosss— i€EE 802.tee W(@ovire, MoSt, x see eri8 1e2s on 1s00 290% we 9pe duty cycle) Y |s7o sreo reas 1500 2| se |_sasr 1eor 1500 Tosso— 1EEE B02.ttae in (ooninc, MoSe, xX sa1| ces isse ooo tsoo £95% Ant 99pe duty cycie) y |_ser sero fese To 2 |_sso cear i984 100 Tosst— 1EEE 802 trac w(ooume, MGSr, xX sao seso iss0 ano isoo £96% BS 99pe duty orcle y sez sare fose Tsoo 2 52s |seis isee is00 Tossa~ 1E Bo2 Thac in (conic, MoSe, x saz eeis 1a72 on0 iso0 £90% we 99pe duty crcie) y sas sess 1580 100 2| ~sei|cais 1sa0 1500 Tosss: 1EEE a02 mac win(oomme, Mose, x sae seis 1877 one is0o 196% me 99pe duty cycle) _ ~— y( se |sase eoe Tso0 2 [sze |ean sn 100 Tosse— iE€EBORTTacWini(iooiz MCSO, x s7s cedb isee 00 is00 £96% c 99pe duty cycle) y |sao sase fese 1500 2 |sea |_sear 1680 1500 Tosse— iE€EBor NacWiiieoMnz MCSi, x ses sers 1890 on0 is00 +96% o 99pe duty cycle) v [ss ons feai Tsoo 2 se sase 1550 1500 Tosse— iEEEBo2TNecWini(ieoMmzmCsR x ses seso ie01 on 1800 +90% me 99pe duty cxcie y |ser onie foze T00 2 |_sre |_sars 1595 1800 Tossr— iEEE e0zttaeWini rreoMne MCSa, X ses cese fese 000 isoo £96% me 99pe duty cycie) y |_sea |_sroe 1620 1500 2| sri sser iese 1500 Certfcate No: EX3—3047_Aprio Page 32 of 30

exove— snseer Aoal25,2018 10558— 1EEE 802.1 tac WiFi (160Miz, MCS#, x 537 soss 1605 000 1500 190% mc 99pe duty oxde) \ y 5m oz o2 1500 2z on cosr is8 1500 Toseo— iEEE Soztae w(roownz Mose, x sar eecs 1e02 o00 is00 £95% mc 99pe duty oxcie) Y 500 Srii 1626 1500 2 $74 660 1585 1500 10961 1EEE 802.1 1ac Wiri (100Hz, MCS7, x 580 6ee8 1605 000 1500 106 % Mc 9peduty oycle) Y 5o1 6107 1628 1500 2| see sese 1sor 100 Toses: ie€E BozrNecwini (roownzmose,. x seo cear 1619 00 is00 195% AAG _| 9e duty oxci) 1 Y 603 Srak 1647 1500 2 $3 675 1605 1500 1056s— 1EEE 802.1 tac WiFi (100MHz, MCSo, x ©00 toos 16.14 0.00 1500 100 % anc 99pe duty oxcl) 1 Y 625 6171 165 1500 | 2 583 6578 1601 1500 Tosoe— | iEEE 802.t15 wiri 24 Gnte (SSs: x «n 60.38 1603 046 1800 100% AAX___| OFDM, 9 Mops 99e duty excle) 1 y «es sars 1e3z 1500 2| asr se« 190 1500 10565— ‘ 1EEE 602. 119 W 2.4 Gitz (DSSS— x 492 so81 1635 045 1800 108% Am OFDM, 12 Meas, $gpe duty crcle) y |_sor arz0_| 1eat 100 2 417 soat 1626 1500 Tosse— ieee ao211 win24 onz (oSss— xX |are cass 1615 o46 tsan 295% Ana OFOM, 18 hbps, $9pe dity cycle) ® «91 6105 1646 1500 2 480 Ec 1604 1500 Toser— 1Eee aoz 11y win24 onz (boss: xX |are ora0| 1650 oa6 1800 £95% AAA___| OFOM 24 Mbps. 9Gpe duty cycle) _ y |ass aras ies T00 2 463 5704 1643 1500 10568— 1EEE 802119 Wiri2.4 Gitz (DSSS— x 467 scat 1582 046 1500 200 % An OFDM, 3 Mbps, Stpe duty crde) Y 482 ces 1624 1500 |— 2| aso soss 1677 100 10560— [ 1EEE 802119 WiFi2.4 Gitz (DSSS— x 475 6713 1658 046 1500 100% Ana OEDiM, 48 Maps. S9pe duty croe) I y aso orse mear Tod i 2 462 6125 1656 1500 10570— 1EEE 802 119 Wiri 24 Gliz (DSSS— x 478 6097 1651 046 1500 190 % An OFpM, 54 Mbas, 99pe duty cycle) % 492 6736 1680 1500 2 462 6701 1645 1500 10571 1EEE 802 110 Wiri 24 Giiz (DSSS, 1 x 104 6272 1415 048 1300 106 % AM Mbas, $Opecrcle)_ Y ND EEH 1057 1300 2 090 6238 1379 1900 10572 1EE 802.110 Wiri 24 Ghiz (DSSS, 2 x 10¢ sane 142 o48 1300 208 % Ana Meps, $0pe duty crde) Y 115 6490 1983 1500 2 o0 6276 1405 1300 10873 IEEE 802.110 WiFi 24 Gitz (DSSS, 56 x 081 7070 162 048 1300 200 % AMA___| Mbps, 90ve duty crce) | Y 218 ar31 2295 1500 2 086 8679 152 1900 1o5re— 1EEE 802.110 Wiri 24 Gitz (DSSS, 11 x 102 Lad 1625 048 1300 200% Ann Mbos, $0pe duty cycie) y |—126|—yose mase 1500 2 ose 5605 1578 1300 Certicate No: EX3—3847_Aprid Page 33 of 30 noprur evamines rowee ue ue


Document Created: 2018-11-20 14:08:23
Document Modified: 2018-11-20 14:08:23
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