SAR Test Report-4

FCC ID: PY318300421

RF Exposure Info

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FCCID_4018297

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 «agyoru un ove

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 nopurn rvamuer. rowsr uns ve

@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 evamuaes rewe w e un

@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 us ve

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"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 nopur eeammvr rews ue ue

@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—3847_Aprid 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 noprurs evaimines rower sns ue

@l excove— snsear Aprl 26,2018 Tosrs— iE€eszthe W 24 Gne (pose: X as0 seir i6ns ons ts09 290% Ana OFDh6 Mbps, 90pe duty oycie i v es sese 1oa0 Too 2| ase |seie 1583 1200 Tosre— iE€E B0z11e w24 onz oss: xX as2| seas 1614 o6 1300 290% Ana OFDiM, 9 Maps, SOpe duty orce} y |aee sa7e 16e 1500 2| asr soss 1602 1300 Tosrr— ieee aozie win24 onz sss: xX ~ari seer 1632 o6 1300 290% Ana OFD, 12 Mbss, 90pe dorcle) y ~ase aro1 1683 1500 2| ase seso—| 1oa7 1300 Tosre— iEEE B02.t19 Wiri24 Grie osss— X |Aeo cara teao 46 1300 290% Ana OFDM, 18 Mbas, 20pe duty erd) y an onr on 1300 2| aa sore 1627 1500 Tosre— 1EEE so2 the wnr2 4 one fosss— x ar |seso ises ons 1300 250% n OFDM, 24 Mbss, 90pe duty erd) y ~as2 sear 1605 1s00 2| a1o |_onse 1949 1500 Toseo—~| iEEE o2mg wini2a on osss— x a4a esor ta73 o4b 1300 295% Ana OFDM, 36 Mbss, $0pe duty exce) y asr sest 1o08 Too 2| a2s com 1ss1 1500 Tossi— i€ee ez11 win24 onz boss: xX as0 sare toas o4s fsno £95% Em OFDM, 48 Mps, $0pe duty exde) y se or2 fear T00 2| is cors 1022 100 Tosez— 1EEE B0z ie w24 Gne Sss xX ~as1~| sarr is4s o6 ts| £95% Ana oFpu, 5¢ Mps, 20pe duy oycie) y aar| sn ma 100 2| ai2 |_ssss t52e 1900 Tosss— iEEEBo2 tianwins onz (orpm.e x 450| seir 1608 046 1800 250% ae Vps, SOpe duy cycle) y es sese 1oa0 Tsoo m 2| a36 |_sare iess 1300 Tosea iecEaOz amwims nz (orM.s x as2 sess f614 06 1300 190% me Mbps, $0pe duty crle) y |ase sare feas 1900 2| asr |_cese_| 1602 1300 Tosss— iE€E a02 rian win 5 Gnz (orbM, 12| x 471| seai fea2 46 1300 290% as Mbps, $0pe duty exce) y «se aro fess 1900 2| asi ceso| toar 1900 Tosse— 1EEE B0zmanwins on: (orom 16 X 400| sard fea0 046 1300 250% wme Mbps, 90pe duty cycle) y |a7e on fore Too 2| aas cars 1627 1500 Tossr— 1EEE B0z tian wins onz (orpm28| x asr ssso fses O%5 1900 250% B Mbps, $Ope duty crce) ‘ y sz sear foos oo 2—|a 10| ssse 1sa9 1900 Toase— ie€esztran win s onz (orDM; 36 x 442| sear ts73 o6 1300 £90% me Mbps, 90pe duty cycie) y |asr sest foos 1300 2 a2s |ssse 1ss1 1300 Tosse— iE€E B0zmtanwin s on (orbm, 4s x 450| sere i63s o6 1300 290% ae Mbps, 90pe duty cycle) y 4ss orm mear 1500 2 ase sare 1622 1300 Tosso— 1EEE Bztram wins onz (orom, 5t x 431 sa77 isas o6 1300 290% me Mbps, $0pe duty cycle) y aar| sn s 1z00 I 2| ai2 ssss toze 1500 Corticate No: EX3—3047_Aprid Page 34 or 30

’@ay exove— sNseer Aprt 2s, 2018 Tosa1— 1EEE 802 1m (iT Men, 2oz x es sez 16z o6 t09 290% PS MCSo, 90pe duty exce) y a7e sese 1oas Too m 2| 451| ce2e 1608 1500 T0552——— | 1EEE 8021n (iT i. 2oliz, xX azo sasr 1633 a46 1sao z95 % PS MGS1. SOpe duty cxce) y aer sese 1603 1300 2 |ass |case 1620 1300 Tosss— 1EEE 8021n (iT Med, 20Mz xX |~an ces 1620 o46 tsad #95% ES erde) y |_aso caer nest 1500 1 2 |asi~| ceaz—| 1005 1500 Tosse— —| 1E€E Sz1m (hT mad, 2ovic, x are eass tose oa6 tono £95% MCS3, Stpe duty exce)_ v «ar sr0s| tose 1500 2| aso |_seai 1622 1500 Tosss— 1E€Eaoz im (i imad, 2oiiz, xX azs sase te2s o6 fsoo 195% Anm _ | MGS4 90pe duty orcle) 1 y ass sase 1ose 1500 2 |_ase |_casr 162 1300 Tosse— ~| 1EEE 80z1m (HT Mad, 20niic, X ass sase toas on tono 295% e MCSS, 9Ope duty erce) t v ass sese 1ose 100 2| aas |case 1o10 1500 Tosor— 1EEE 802.1in (iT Med, 20vz, xX ae1 seas ter o6 tan| 295% BS MCSS, 9Ope duty exce) t y |a7r |saso foas Too \ 2| a4r |cass 1999 1300 Tosse— 1EEE 802.17n (iT Med, 20iiz, x aso sase tear or6 tss 295% e MCST, 90e duty cycle) — y azs arn foze oo 2| ass ces 1o2s eau Tosss— 1EEE 8021m (hT Med, aovinc, xX sar sess 16as o6 tooo 298% And MCSo, SOpe duty cycle) y sas orir fozo 1500 2| sz cesz toss 1300 Toeo0— 1EEE 8021n (hT imed, aovinc, x sas erze ises 6 ta00 295% Aam | MCS1, 9tpeduty exce) m y 5se arss 1ose 1500 2 |_sai —|_or19_| toss 1300 Tosor—| 1EEE 802.tm (HT Maad, aonimc, x sas sroi iess o6 ts00 290% e MGS», 90pe duty cxcle) y sar arse forr 1300 m 2 521| soes 1eas 1500 Toans— 1EEE 8021n (iT Nad, aonne, xX s48| ori 1656 o46 tsoo #95% ae MGS 90pe duty excl) ' y|_sse orse fe70 1500 \ 2 |~s32—|orce 1642 1300 Toens— ~| 1EEE 802 tm (iT Maae, aonimc, x se erse i6a0 or6 ts00 290% AnB _ | MCS4, 9Ope duty exce) i y ses arss 1oss Too — 2 |_sar ors1 16e 1300 Tocos— —| 1E€E 802 1n (HT Mad, aoiinc, x sar srez i6e0 oa6 ts00 290% ae MCSS, 9Ope duty eyce) y |~sas on fen T00 2 |_sar seer 1649 100 Toens— 1EEE 802 1m (iT Maad, soiimc, x sar erzo iess or6 ts00 290% me MCSG, S0pe duty oxcie) _ y |sse aras 1ear 1500 T 2 |_sze sras 1652 1300 Toeos— 1EEE 802 1n (hT Miad, aoue, xX sio seas i6r6 o6 1300 200 % me MCST, 9tpe duty exce) y 532| soss fear 120 L 2z sos sear 1609 1300 Centicate No: EX3—3847_AprtB Page 35 0130 ivoprors excurvences

@l exsove— sNaear Apri26, 2018 Tosor— iEEE a02.tac in (Gowne, MGso, aa5 sess iss oas fson ze5% x s 90pe duty crcle) as2 ssor eae Too xfofel 435| csar iss0 1300 Toaos— iEEE 802.ttee Wini (eovinic,MGST, 465 esor iss oas 1san ze5% me 90pe duty crcle) ae1 ces tezo Too o fnfef. 448| cses 1584 1200 Toens— 1EEE 802.ttae Wini (zoviric, MoSe, as4 sare 179 oas 1soo £95% ws 90pe duty cycie) 70| seze feas Too onf—c]. 436 es| 1ss4 1200 Tosto— 1EEE 802ree Wini eovirc, Moss, 459| esso 1695 oas fsan z95% me S0pe duty cycle) a7s sese teze Too xfofe] 445| case 1982 T00 Toarr— 1EEE so2 tiae wini (oonme, mose, «51| ea70 1680 aas 1sa0 x96% we SOpe duty oxcle) ase |_sare fens 150 xfnfee]. a34 |_esor 1586 1800 Tostz— 1EEE 802.tac Wiri (Zouie, MGSs, «51| esee iss3 o4s fsno £96% me 90pe duty oycie) aer sez fore 1500 odinf<]. 433| eart isse 1300 Tosts— iEEE 802. rtae in (eovine, MoSe. «51| earo 1a71 oa5 fs0 £96% ws 90pe duty cycle) ass sez0 1eor 1s0 xfnd<]. 452| eseo 1583 1900 Tosta——| 1EEE 802. ttac in (eoviic,MGST, 446 csms ises nds tsoo z95% ane 90pe dity oycle) ase sess 120 Too onfeel. esas 1s70 1200 m 8 Tosts— 1EEE 802 rrae W(Zoumc, MGse «s1 esss 1sse nds 1sa0 ze5% ES 30pe duty oxcie asr seno 1e52 Tsoo xfnle] 450| ese is 100 Tosie— 1EEE 802.tae wiri douimz, MGSo, ai5 eans 1eos ods tsan z35% w»e Sope duty cxcle s2r seas fese Teo alnfeel. soo ssar 1595 T00 Tostr— iE€E 802—raeWini otnz,MGSt, sz2 cez 1614 o6 1sa0 £95% we 9tpe duty crcle) se sese fear 1500 xdnl<] 5o4 sero 1599 1500 Tosre— 1EEE B0zthac wwoune, Mose, s10 cers ieis o4s tso0 ze6% B 90pe duly cycie) 572| sess tese Too xfnle] 1 495| ceis 1602 1200 Tosi9— | IEEE 802.Tac Wiri (dObie, MCS3, si1 saor 1sar oas tsan se6% An _| 90pe duty cxcl) 5m soar fezs Teo winfl. a9r esor 1627 1900 Toezo— iEEE e02 ttae Wns aovinz, MOSe, s20 cens teos oas 1800 +86% we 90pe duty cycle) s3s seas fean 100 xinl<] sos csss tos8 1500 Tosat— iEEE 802.rtacWini doviie,MGSs, sa1 se2i iez ods 1800 +96% we 90pe duty cycle) s3s sese teas 1500 xInl<] 505 sero ie i1 1500 Tosaa— 1EEE eoztrac in ooninc, MOSe, s22 cear iear nds 1800 +e6% wo 90pe duty oycle sae sare ess Tsoo nl<] soe sore ies 1500 Centicate No: EX3—3047_Aprié Page 36 or 30

"atl ©oove— SN3047 Aprl 26, 2018 Toezs. | iE€E 8021tac wis (@OMne, MCST, x 5.10 6508 1583 046 1300 1206 % ANB _| 9Opeduty exde) 1 v| 52 so2 10% 1300 2| ass |our iorr 1500 Tosm— ie€es02es wdovine, Mose, xX sze sat0 i611 o6 fs0 s98% mo Sope duty oxcie) | Y Sa1 Exu 1036 1900 | 2z |_sis |_seor 1590 1300 Toszs— —| iE€E soztae waovie, Moss, x sar sess test o6 tsb 196% ane 90pe duty oxcie) I Y $7 6142 1688 1900 | 2 522 EXH 168 1900 10626— | IEEE 802 1 ae Wini (BoMiz, MCSO, x S48 coi2 1604 046 1900 200% e Stpe duty orde) Y 587 6649 1627 1300 2| 538| canz 1oss 1300 Tosar— i€ee a02 ttae wini (Govine. Most, xX sn care 1632 oa6 fsao s95% we | 0pe duty cycie) ' y sao oros 1eso 100 2 |_ser cses 1o21 1500 Toaze— 12eE 802 1e w(oovz, Mosn, x sas~| ca16| 1896 o46~ tono z96% Ant _| 90pe duty oxol) 1 y |_seo sase 1622 1500 1 2 |_s3s seo0 isa1 1soo Toars— 1EEE Bz tas w(oomz Moss, x sse ceze tone o6 fs00 195% e 90pe duty oxci) y |_ses sear 1o2 Too 2 543 56.19 1591 1300 10630— 1EEE 8021 tac Wi(BoWnz, MCS4, x 596 6785 16.70 046 1300 280 % s Sope dutoy xcie) \ y |o00 saor 1ess 100 2 568 Srite 1638 1300 10631— 1EEE 802.1 tac Wi (Bobinz, MCSS, x 585 6741 1677 046 1300 180 % mo S0pe duty orcie) y so0|_srso| ias oo 2| ser|oris tose 1300 1o6sz— 1EEE 002 1 tac W(BOWz, MCSG, x 568 seat 1649 046 1300 180 % BE Stpe duty orcle Y $17 6109 1667 1900 2 |_sar ~|_coss 1045 1300 10633— 1EEE B02.t1ac WiFi (@0Minz, MCS, x 554 6o3¢ 1608 046 1300 200 % me Spe duty cxcie) x $s6 6e75 1033 1900 2 |~s3e een isa1 100 16e 1EEE 802.1 1ac Wii (@OMHz, MCSO, x 552 6635 1618 046 1900 200 % o 90pe duty cycie) _ y ses sore 16a0 Too 2 538 soar 1606 1900 10635— 1EEE 802.1 tac Wis (@0WHz, MCSO, x s40 6500 1558 046 1300 200 % s S0pe duty cycie) y se oans mose 1800 T 52¢ 6555 1538 1300 10636— 1EEE 802.1 1c Wi(1ooMiz, MCSo, x 5.80 se51 16.15 046 1300 200 % arc 0pe duty oycie) ' y see sase 1ose To I 2 [s1 |sean 1oos 100 T0edr— | IEEE 802Tac Wiri (16oie, MCS1, x 605 6680 1033 048 1300 106 % ANG _\ 90pe duty oxde) m y sn on s 1500 | 2 50 ESA 10.18 1900 10630— 1EEE 802 1 tac W(160NHz, MCSz, x 60 6680 1628 048 1900 208 % aac 90pe duty oxcie) 1 y on ora meas oo 1 2 |_sat sore for8 1300 Cortfcate No: E3—3847_Aprid Page 37 ot 39 noprors evaimince rown snn ue

"atl excove— snseer Apst 26, 2018 10630— 1EEE 802.1 tWii (toobtz, MCS3, x 601 66.78 1628 048 1300 *98% mc 90pe duty cycie) 1 y on arie 1652 1500 I z ser sosr 1618 1300 10810— 1EEE 8021 tac Wii(1o0Miiz, MCS, x 601 66.78 1623 046 1300 280% AAG _ | 90pe duty oycie) ‘ Y 612 67.18 1647 1900 2z |_ses sost 1605 100 1061 1EEE 802 1 taW(teoNiz, MCSS, x $08 6677 1625 046 1300 108% anc 30pe duty oycie) I Y $.16 6708 1643 1900 i 2 583 co6s 1612 1900 Toais——1EEE B0z Tecwin (roownz, Moss, x a 10| cess fest G45 tsa0 295% ac S0pe dulycycie) Y $20 6133 1672 1300 2 5es soss 1639 1900 10613 1EEE 8021 tac W(160Mz, MCST, x $35 toor 1626 046 1900 200 % Mc 90pe duty oycle) I y sas aroe fear Too | 2 |_seo |_sesi tonn 1300 Tosse— —| IEEE 802. ttac Wini (16ovinz,MCSs, x ©06 6702 1046 048 1900 +86% AAG _| 90pe duty cycie) 1__ y zo arsi foze Too T1 2| see |_cas0_| 1023 1300 Tosis~ | IEEE 802.ac Wiri (T6oine, MCSS, x 622 6715 1649 045 1300 £00% AAG _| 9Ope duty cycie) I y oss saos 1ose 1500 t 2z |_cor cesz 1o2e 1300 Toats— ~| LTE—TDD (SCrom\1 RB, $ i. xX i246 wass sses aso e00 290% Anp arsx, UL Subtame=2.7) Y 238 tose 4131 o 2| eso saso sose soo Toear— LTE—ToD (GC—Fown 7 RS, 20 z. x 1oas too16 ss12 30| can £95% MmG OPSK UL Subtrame=2.7) | y zoar mser a02s wo 1 2| seo |_seao Pose soo T0818—~| GOMA2O00 (Ix Advanced) xX osi cars rar 000 1s0 | 90% AA 1 Y 08e 6118 1050 1500 | 2 o« ©000 658 1500 Tosse: |trEtop(orpwasnz ETman, x s30 sars isas 22e son ze6% m»o Clippng 44%) Y ECA 67.09 1680 800 I 2 |_sor |_ssos 1612 w0 Tess —| tre—on (orows tomnz E—man, x es sem feir 223 o0 90% AnB _| Clipping 44%) 1 YJ 4iz sese fess wo 1 2 383 Si83 1589 800 Tess |tretopyoroma ismz E—mmai, x see esor i621 225 soo 190% ES Gioping 44%) I Y 409 6594 1683 so 1 2| see ois 1577 soo Tosss: | LTE—ToD|orowazommz E—ma1, x a0s sso0 reze 22e s00 250% AB _\ Cliepng 44%) 1 Y 415 6503 1086 800 m\ \ 2| on saio 1583 soo 10656— ~| Pulse Waverom (2oone, 10%) X"| 10000 1008 2582 1000 so0 z96% An\ I I Y 10000 11250 255 500 2 [_ase riss rea9 soo 10550— Puise Wavelom (200fiz,20%) x 10000 10816 2380 699 o0 208% AA [ v iaso tiaze 25se w0 1 2 399 Tsa7 1280 so Certficate No: EX3—3847_Aprté Page 38 of 39 koge sevier ove

"atl exsove— sNseer Apri25, 2018 10660— Puise Wavelom (200nz, a0%) x foaso foszo 2110 se so0 +96% Ana v oand mass zo2 wo 2z isr care 100 wo 10561— Pulse Waverom (200hz, G0%) x oons ons iao 222 1000 #96% AA 7 y foaso fizas 2ear o z oz es ase 10 T0662— —| Puise Wavefom (2o0ne, G0%) x o1 sas aso osr 200 +96% AoA —T ¥ foaso mear 2aas 120 z 12s sose ta2 120 * Uncerainy is dternined using he max. eviaton rom Inew respanse appljg reciangua detibuton and is epresse fr t square o the fevake Certficate No: EXG—3847_Aprié Page 30 of 30 nnoprrs evamaes rews w e wn

’@.Ju HBvo# . 18124 e in Collsboration with _ 9 A EAST f&//&__ AEEVY TTL a CNASEE* causranon tasoRAtoRy 7/\@e cALBRATION Add: No S1 Xueyuan Road, Haidian Distict,Beling, 100191, China .@“ CNAS L0570 Tel +86—10—42308633—2512 Fac +86—10—62304633—2504 E—mail ctl@chintl.com HipiZwswschinatl.en Client ; ATE CGertificate No: Z18—60043 CALIBRATION CERTIFICATE Object DAE4 — SN: 41 Callbration Procedure(s) rEzi1—002.01 Callbration Procedure for the Data Acquisition Electronics (pagx) Calibration date: March 22, 2018 This calibration Certificate documents the traceabilty to national standards, which realize the physical units of measurements(S1). The measurements and the uncertainties with confidence probabilty are given on the following pages and are part of the certificate. All calibrations have been conducted in the closed laboratory facilty: environment temperature@2s3)°C. and humidity<70%. Calibration Equipment used (M&TE crical for calibration) | Primary Standards iD# Cal Date(Calibrated by, Certficate No.) Scheduled Calibration Process Calibrator 753 1971018 27—Jun—17 (CTTL, No.J17X05859) June—18 N I Name Function Signature Callbrated by Yu Zongying SAR Test Engineer Reviewed by: Ln Hao SAR Test Engineer i M F Approved by: Gi Dianyuan SAR Project Leader Issued: March 23, 2018 This calibration certificate shall not be reproduced except in full without written approval of the laboratory. ‘ Certificate No: Z18—60043 Page 1 of3

’(@l ‘TTL‘, a Add: No S1 Xueyuan Road, Haidian Distict, Beiing, 100191, China Tel: 8—10—62304633—25 12 Fax: +86—10—42304633—2504 E—mail: ctl@chinatl.com Hips/hwwakchinatlen Glossary: DAE data acquisition electronics Connector angle information used in DASY system to align probe sensor X to the robot coordinate system. Methods Applied and Interpretation of Parameters: «DC Voltage Measurement: Calibration Factor assessed for use in DASY system by comparison with a calibrated instrumenttraceable to national standards. The figure given corresponds to the full scale range of the voltmeterin the respective range. « Connector angle: The angle of the connectoris assessed measuring the angle mechanically by a tool inserted. Uncertainty is not required. + The report provide only calibration results for DAE, it does not contain other performance test results. Certifiate No: 18—60043 Page 2 of3

@l Fax: +86—10—62304633—2504 Hips/Wwanchinanten DC Voltage Measurement AID — Converter Resolution nominal High Range: 1LGB= 8.1uV, fullrange= —100..+300 mV Low Range: 1LSB= 61nV, fulrange= —1..... +3mV DASY measurement parameters: Auto Zero Time: 3 sec; Measuring tme: 3 sec Callbration Factors X Y Z High Range 404.524 + 0.15% (k=2) 404.384 + 0.15% (k=2) 404.149 2 0.15% (=2) Low Range 395849 £ 0.7% (k=2) 3.9340020.7% (ke2) 307498 0.7% (k=2) Connector Angle Connector Angle to be used in DASY system 200 a1° Certificate No: 218—60043 Page 3 of3


Document Created: 2018-09-21 18:32:08
Document Modified: 2018-09-21 18:32:08
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