SAR test report 2

FCC ID: SS4RFR900S

Test Report

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FCCID_4283687

TD Dt&C exsovs— snisoce May 31, 2018 Appendix: Modulation Calibration Parameters ui Communication System Name A B C D VR Max as dBvay «B mV Une® (c2) o ow x |_oc0 00 100| 000| i285 233% Y 0.00 000| 100 120 z |_0.00 000 _|_1.00 123 1coot0— tion (Gquare, 10Dms, toms) X 490 7403 1455 1000 200 295% m y |_tso szer 625 200 2z iss saei 870 200 Toot1— umts—roo weoma) x 146 7ase 810 000 1500 296% cas v os: sees faie 1500 2z |_ine |_saer f6a1 1500 Tooi2— iEes s02ib wii 24 Gnz (DSse, 1 x 1ar seis tor 041 1500 296% cas Mbps) Y 1.01 65.89 14.61 1500 2| 112| sada 1548 1500 Toots: iEeE a02.119 Wini 24 onz (psse— xX sor sees iar 148 is0 £96% cas OFDM, 6 Mops) y |_a50 sast 1676 1500 z|_aei sass fear 1500 Tooz1— GstrroD (TDVA Gws) x Too00 11834 2800 939 sao £05% oac y 436 Tist fase 5o0 2z io49 s217 1730 so0 Too2s— GPRS:FDD (TDVA, GMSK, TNO) x fooo0 rie2s 29e 957 sao 296% pac y ios yost 119 500 2| _73 thee iso1 so0 Tooz%— GPRS—FOD (TDVA, GMSK, TNO—) x foood masr 2ris 650 ca0 £96% bac Y 247 6627 11.00 600 2z soer 10022 2162 c Toozs— EDGE—FDD (ToMA, GrsK, TNO) x 720 sses sasi 1257 S00 £96% nac y s3e sase zoss so0 z|_aso 7280 2ase 5o0 T002s— EDGE—FOD (ToWA, srSK, TN0—1) x isst iosar sree es so0 96% pac Y 6so sian zess so0 2z|_740 |_sri8 soze s00 Too2r— GrRS—FoD (row®, GMSR, TNo—1—2) x foono i1489 2684 480 800 296% pac yO 1ar sare si0 200 2z Too00 10355 2047 s00 Toozs: GrRs:FDD (ToWA, GMSK, TNO1—23) x 10000 i1657 2668 355 1000 296% pac y or sass sn T000 ~ ~ z 10000 1oass 1088 1000 10028. EDGE—FOD (TOMA, BrSK, TNO—1—2) xX fosa sa12 sise 780 so0 £96% pac v «es yoza mess so0 2z |_are |_Tr7e_| 240 200 10030— 1EEE 802.15.1 Buewom (GrSR, DH1) X 10000 11328 2621 530 700 296% C y iso sisr aar Too 2z _ia01 |_soot 16.17 Too Toost— 1EEE 802.15.1 Bustoon (GrsK, DHia) X 100.00 fa0ds 2ea8 188 1000 298% caa y |_oze son 377 1000 2z foono sro1 1608 1000 Certficate No: EX3—3866_May18 Page 12 of 30

W Di&C exsovs— snissse May 31, 2018 Toos2— 1EEES02.15.1 Buetoom (GFSR, DHs) xX toode fs494 s161 117 1000 290% can y 2s piase reos T00 z ioo00 |_s612 15.00 1000 T0os3— IEEESOZ15.1Buetoon (PDADGPSK, x 10000 i2a71 3582 530 r00 290% ca DH1) y 337| maor ies Too Z |_sis Tess iase Too T003é— IEEES0Z151Biueloon (PDEDGPSK, X 3625 i1636 3111 188 1000 296% Em DH3) y is2 ons mar oo 2z |_2i0 7ass fase 1000 10035— IEEEB02.15.1 Buetoon (PDMDGPSN, X 1007 9748 2600 117 000 295% can DHiS) y ioz sara 1oze T00 z ies 7oss 1373 1000 T0o36— 1EEE 802.15.1 Biuetoon (@:DPSK, DH1) x 10000 180.10 36.71 530 700 £90% CA y |_s7o 7ars ess Too 2z 64 205| 1972 Too Toosr— 1EEEB02.15.1 Buctoom (@DPSK.DH3)| x 336 11426 3054 186 1000 290% m Y iz mer foss Tooo z[ iss iss taos 1000 10036—| iEEESOZ151Biuetoon (@:DPSK DHS) X 1100 9937 2664 117 1000 £96% cAA y—|—Tos ssns fose T000 2z i7 7is0_| 1408 1000 Tooss: CBVAZ000(fxRTT.RGn) x 441| sa1 2ise o0o 1800 £96% cas v_|ose siss ou7 T500 2| 189| 7ad4 1811 1500 Toois: issi7is serbo (romwrow, pVa— X foone i2or rere 770 so0 £90% cas COPSK,Halfrate) y 22| sase 90 soo 2z 46o 7aze 1931 soo Toose: 15—317EIATIA353 FDD (FONMA, FM x ~oo1 i2206 a07 O0o 1800 £96% can y |oss fazos |_o00 Too 2z |oo2 12279 1080 100 Tooss— GECT (TDD, TOMAFDW, GFSK, Ful x foo00 11785 3107 1380 250 £96% CA Siot, 24) y as war faan 30 z |_sie 7ous 1431 20 Tooss: GEGT (TDD, TDMATDW, GFSK, Dounle x 10000 11836 20.33 1079 400 296% MA Sot, 12) y |_a2s seze 1302 zoo 2| sar 7aer 1a2r 100 éouss- UNMTS—TOD (TD—SCDMA, 1.28 Meps) x mer ima2 sare oos so0 £96% MA y—|_sos Ta7e is o z oor sase 1986 soo Tooss: EDGEFDD(TOMA. BPSK, Not28) x 7sr B6ai 2641 655 1000 £96% oac y sn onz Pa0 oo 2z |_are ass 2ase 1000 Tooss: iee€soztbWriz4Gnz(bsss.2 x 141 6644 1821 O8T 1100 £96% cas Mops) Y ns size is02 noo 2| 114 eoar 1943 1100 Tooso: iEEESoZTWFiZ4GHz(DSSS.55 x fonos 14028 3696 130 1100 2506% cas Nops) Y s3z sai0_| 2216 noo 2z 2532 mss 3020 1100 Certficate No: EX3—3006_May18 Page 13 of 30

TD Dt&C Exsove— sn:asee May 31, 2018 Toosr— |ige€aoztibwirizaGnz(poss. 11 X s2i5 mmige s602 204 1100 296% cas Mops) Y 200 Toso foi2 1100 2z 230 Teid 2086 1100 10062— |IEEESOZiTamWiriGGHz(OFDM,6 x 4ss coss f683 049 1000 296% cac Mops) Y 437| sass tz T000 2 |_a4s _|_cos0_| 1640 1000 10063— iEEEBOZamWiFiSGHz(OFDM.9 x 485 ari1 i8908 072 1000 296% cac Mbps) y |_aso sesr fes1 1000 2z |_a44 ~|_soor 1647 1000 Toose |iEEESOZTahWirisGH(OFDM. 12 x s10 6741 1717 86 1000 #96% cac Mbps) y |_ae2 sesr 1650 1000 2z |_aor |_or13 fess 100.0 To0ss |iEEESOZtamWiriSGHz(OFDM, 18 x 50s 6734 1720 121 1000 95% cac Mbps) Y |_a49 sess 1655 1000 2z ase _|_sose feee 1000 10066— |iEEEOZTfamWiFiSGHz(OFDM, 24 x s08 6730 1747 146 1000 195% cac Mbps) y |_aso sess fess Tood 2 |_ase sess tsso 1000 To0r— |iEEESOZTaMWiFISGHz(OFDM.35 x S35 ors0 ires 204 1000 295% cac Mbos) y |_a7o seso is 1000 z[ as> aria z2s Ton0 Tooss— iEEEOZiTamWiFi5GHz(CFDM.48 x 544 Gres 1814 255 1000 £98% cac Mbps) y |_as2 |_sesi irze 1000 z |_ass _|_or0s 1736 1000 Tooss— iEEESOZtamWiFiSCHz(OFDM.54 x Ss1 6r40 1827 267 1000 296% cac Mbps) y |_aso soss 17e 1000 2z is1 sro inss 1000 Toori— iEEE 802119 Wini 24 Gne x [s1z sr0s ir6e 199 1000 £96% cas (BSSS/OFDM, 9 Mbps) y 4ss sese ioi 1000 2z |a70 sess izn 1000 Toorz— iegE 802.1g W24 nz x si srse ies 230 1000 £96% cas (DSSS/OFDM; 12 Mops) y 462| sess i7 Toon 2| a05 _sr0s 1727 1000 Toors— iEEE ao2.g in 24 onz xX s2 sree 82e 263 1000 £96% cas (OSSS/OFDM; 18 Mbps) y aes sror i7ar Tooo z|_arn sr2s irse 1000 Toora. iE€E ao2.m1g in 24 Cnz X si8 srse fe4s 330 to00 296% cas (DSSS/OFDM; 24 WMbps) Y «60 sass irso Toco 2 [a.n ora7 1770 1000 Toors— iEEE so2mig in 24 onz x szs srar ies as2 soo £96% cas (DSSS/OFDM, 36 Mops) y |_ars seso iss 5oo 2| a.r or18_| 1782 200 Toore— 1EEE 802119 Wini 24 Oz x sas sres 1889 415 w00 £96% cas (DSSS/OFDNM; 48 Mbps) Y 4.77 66.89 18.00 $00 z |_are |_sr0e 1808 $00 Toorr— teeE ao2.1g Win24 GHz xX s2s sres es 430 soo £95% cas (DSSS/OFDM, 54 Mops) y |_aa1 sose fen soo 2z asi oris 1819 so0 Certficate No: EXG—3006_May18 Page 14 of 39

TD Dt&C exsove— snssss May 31, 2018 1o081—~| conrzode (mat?, Res) xX 1e1 7ase 1826 ono o0 £56% cas _ _ y |_oao sose 695 ‘so0 z—|_ozo—|ssar—| 1089 ‘so0 Toose: 1E—54718—136 FDb (ToNAFOM, Pla— x 097 sa00 s20 a77 soo £98% cas DOPSK, Fulrate) y |sze se7z |_see so0 & 147 63.08 504 80.0 10080— GeR—FDD (TDVAGMSR, TN 0—4) xX foood i1442 2718 656 600 298% bac y [_2sr saso mor so 2z ons fosas P38 so0 Toosr— UMTs—Fob isbrR) xX 210 7oar 1758 000 1500 €96% cas y tss —|orse 1508 io 2| 1e2 ~|~Toar 1649 1500 10056— UMTS—FDD (HSUPA,Subiest 2) x 206| Toz irsr o0o fso0 £90% cas y Tez arai i6or soo 2| iss 7oi2 1647 1500 Tooss: EDGEFDD (rowa, SrSR, mN 0—4) X iess fosar seor a56 soo 290% Dac Y Toz sase 70 so z |_7as arze 3020 so0 10100 trerpo (GC—oMA, Too% RB, 20 x |a76 7as2 1827 on0 800 296% cao mine, apsi) y 285| seer fess 100 2 308 7135 17.24 150.0 Tor01 tTE—roD (GCFDNA, 100% RB, 20 X a4e saco 1677 ooo 1500 206% cao Mitz, 16—0A0) y—|~2er arig 1802 5o0 2| _s10 erar 1612 100 10102 LTE—FDD (C—FDMA, 100% RB, 20 x 359 6875 1681 0.00 1500 200 % cap MHz, 64—0AM) Y—|sos sr2e 1576 ‘so0 2 |sar srer—| 1622 iso0 Toros: TTE—Tob (GCFDNA, 100% RB, 20 x a41 yos> 2206 895 soo +90% cao Mitz. orsi) y iss iss faas ss0 2z 542| 7are 1oss 5.0 Torns— LrE—Tod (SC:rown, too% RB, 26 xX 770| Tera r.m 395 oo £06% can NHz, 16—0AM) Y 532 7iA7 19.01 550 2z |_s4s 7226 1942 se 10105 LrE—ToD (GC:FoNA, 100% RB, 20 xX Tos 7ase P27 395 to0 £06% cao NiHe, 64—0A) y—| «70| sase fano s50 2| 644| 7oss 1009 s5.0 To10s— LTE—FDD (GG—FONA, 100% RB, 10 xX ~a2s Tase 1a09 Go0 1500 £90% cae mite, arst) y |_243 soar fede is 2z |_2es |_7oro 1710 1s00 10105— LTE—FDD (GC:FOMA, 100% RB, 10 x ~air sass 161 do0 is00 256% cas MHz, 16—0A) y—|~Bar srie—| 1546 100 z[ 276| _saus |_is06 1500 Tori0— LIEFDD (GCFOMA. 100% RE.SNNz, X 268 7i6e i7se 000 1500 25% cae arsiq y ior sea1 iss6 1500 2z 2i3 yous 16s8 1500 Tormi— LrE—FDD (GGFoNMA, 100% RS. S MHz, X 204| Toor 1744 O00 1500 #86% cae 18.040) y zse sa48 isso tso0 2| 260 soor foss 100 Cortficate No: EX3—3866_May18 Page 15 of 30

_O Dt&C exsovs— sN:sose May 31, 2018 Toriz— LTEFOD (GC—FDMA, 100% RB, 10 X s2z5 sass is75 000 im0 196% cae Mile, 64—0AM) v 27 sras fear 1500 2 2eo sane ies 1500 Torfs— |LTEFDD(SGFDMAfoo%RG.5Miz, x ace cone 1746 o00 is0 +96% cae ec.orm) y [_zs2 |_sazo iss 1500 2|27 |_Tois 1678 1500 10114 TEEE 802.11n (HT Greenfeld, 135 xX 523 sras iess 000 1520 £96% cac Mbps, BRSK) y asa sroo fe2e 1500 z |_aso or3« f64s 150.0 10115 IEEEAOZ1in(MT Greenfld, B1 Mops, X 569 ar.72 1677 000 1500 206% cac 16—000) y |sos sros fese 1500 2z |ais srar feae 1500 10116— IEEEOZ1in(HT Greenfld, 135 Mops, X 5.36 Gr.74 16.70 000 1500 £96% cac ed—onm) y |ass orzo fest T500 z |_aso 6r62_| 1645 1500 10117— TEEE 802.11n (HT Mixed, 19.5 Wops, x s20 or4s fecs o00 is00 £96% cac arsi) y |aes sass foze 1500 z |_aso arze 1643 1500 101180 IEEESOZ.1in NT Med. 61 Wbps, 16. X se srar feas 000 1500 £96% cac oam y |_si6 srar 1eas T500 z s20 srsk 1653 1500 T0119— iEEEADZTin(it Mxcd, 195Mops, 64— X 5.35 Gre8 fee9 000 1500 296% cac on y |_as2 srie_| 1es1 1500 2z aor sra1 1640 1500 10140— LTE—FOD (GC—FOMA. 100% RB, 15 x se6 sa7a 1872 ono is00 +96% cap NHz, 16—9A) Y |_s10 or2s 1666 1500 2z |szs sree f6i2 1500 T0r41—— LTEFOD (GC—FDMA, 100% RB, 15 x 375 sare fome 000 1500 £86% cap NiHe, 64—0A) y 323| oras foss 1500 2| sse saie 1632 1500 Tora2. |LTEFOD(SCFDMAfoo%Re. snz x 280 7212 ies ono 1500 £96% cap orsi) y |fes sato f46r 1500 z 19e Toss 1623 1500 Toras. LTE—FDD (SC—rDMAtoo%Re, aMiz, X 205 ria0 ir1 ooo 1500 £96% cap 16—0) y |_ziz sase 1453 1500 2 2e2 rim 609 1500 forms |LTEFDD(SCFDMA foo%Re.3Miz, X 262 sese ise1 odo isn0 £96% cap s4—oam) y |_izs soze 1238 1500 z[ 200 sear 1349 1500 Tords. LTEFDD (GC—FDVA 100% RB, 14 xX 208 rass fori 000 1800 86% cae wie, OPSi) y |oe2 som os 1500 z |_ozo siss 627 1500 Toras: LTE—FOD (GC:FDMA, 100% RB, 14 x aza tmis ies ono isn0 £96% cae NMHz, 16.9AM) y |_oor seer on 1500 z |_ios soss 675 1500 Torar— LTEFOD (SC—FOMA, 100% RB, 14 x so2 sas z07e 000 1800 £96% cas NHez. 64—0A) y |_oss sare 30 1500 2 109 s138 7os 1500 Certficate No: EX3—3806_May18 Page 16 of 39

TD Dt&C exsove— snissee May 91, 2018 Toris— —|LTEFDD (GGFrowA So%Re.2oNine, X si8 sez iess 000 is0 296% can 1c.oam) y 20e srm 1652 1500 2z 27e |sa16| 1612 1500 Torso. LTEFDD (GGFDMA.SO%Re.20NNz, X s20 6a/4 iess 000 1500 296% can st—oam) y 27 i2 sez T500 z|_280 sa2i_| 1619 1500 fois1— |LrE—ToD(GCroNA SOkRS.RoNNz x a25 saes mase 395 s50 296% can arsry) y sz os 19ss sso z |_s77 Tess 2004 ss0 Toise: tTe—TOD(GGroMA.So% Re,2oNMHz, X 73e 7704 2i0s 395 650 £95% can 1s.oam) y aa Tiis isa0 350 2z |_ase 7205 1688 ss.0 Toiss: |LTE—TOD(GGronA. SokRs.2oMn, x T72 7760 2237 305 s50 £96% can st—oam y |s21 724| 1e3s sso 2z |_s30 7eso f9s2 s0.0 Toise—| LrE—FoD (Gcrona, so% R& oNz x 270 7240 ta2r 000 1500 296 % cae arsiy y |_iso _|_seeo 1sss T00 2z 220| yoss 1680 1500 Toiss: LTEFDD (GCFDNA. So% Re. toMnz, x asd 7ooo 1744 000 isn0 256 % cae 1s—oam) y 237| saso 1572 Too 2z 260| ous iess 100 Toise: LTEFDD(GCFDNMA, SORE.5 NNz x 245 yaos fa2s o00 is0 256 % cae orsi y ias ors2 fess Too 2 1.79 7004 15.81 1500 10157— LTE—FOD (GC—FDMA, 50% RB, 5 MHz, x 286 70.02 16.44 0.00 180.0 196 % cae 18.oam) y tss |_ssus mizs 100 2z ies |_sr3s 1831 1500 Toise— LTEFDD (GoFrpMA, So% Re, toMnz, x a10 7oor 1761 000 fs00 £96% cae stoam) y 253 sast_| 1585 Too z |_27e |_tors 1683 1500 Torse. LrEFDD (GCFDNMA.SokRE.5 NNz x 272 Tose f68i 000 is00 256 % cae st—oam y Tes ssao f2m oo 2z i9 sree 1880 100 Toreo— LTEFDD(GCFDNMA.So% RB, tsMz x a08 70ss 1748 000 fso0 290% can orsiq y |_240 sane fo02 oo 2z |_pee sari 1674 1500 Toter— LTEFDD (GCFDNMA.So% RB. 15Mz x aro sa08 1682 000 iso0 250% chn 12—aAm) Y Pas srze 1548 oo 2| 2e0 sez is00 100 Torez |tTEFDD(GGroNA.SokRS isNMNz, x 320 sass fe8s 000 1900 296 % can st—omu) y 270 srss sot Tcoo 2z |_2or seas 162 1500 Tores: Lre—roD (Gorona. so% Re. ramnz, x 408 7100 1990 301 isn0 £96% cae orsiq y 316| sns 1877 T500 z 33e yore 1966 1500 Tower— LTEFDD(GCFDNMA, SO% RS. 1aMz, x 636 7473 206 301 1500 290% cae 1s.aam) y |_s7o 7ier 1ear 100 z ase Tsee 2076 1500 Cortficate No: EX3—3866_May18 Page 17 of 30

TD Dt&C Ex3DV4— sN:spee May 31, 2018 10168— LTE—FDD (GC—FDMA, 50% RB, 1.WHe, X 603 T724 2203 3.01 150.0 £9.6 % cae s4—0am) Y |_das yous zosme 1500 2z |_se2_|_80.10_| 2300 1500 10169— LTE—FDD (GC—FoMA, 1 Re, 20 Miiz, x as? rair zore a01 1500 £96% cao arsi) y zo1 sree fa06 1500 2z z01 oso fast 1500 10170— LTEFDD (GC—FOMA, 1 RB, 20 MHz, x ase saar mos 301 1500 196% cap 16—0A0) y [ss mast 2oas 1500 2 |_sze s2i8 2601 1500 To17i— LTEFDD (SCFDMA, 1 Ro, 20 Miiz, x a8a Tser 2000 301 1500 £96% Anp —orm) Y zeo seer iris 1500 z |_ase Taie 1963 1500 10172— LTE—TDD (SC:FOMA, 1 Ro, 20 Niz, x sost ifsas sa05 602 650 196% cap arsiy y se Toz 2iee sso 2| asi saee 2511 sso To1rs— LTe—ToD (SGFDNMA, 1 RB, 20 MHz, x sior 1maz1 soss 602 650 196% cap 16—000) y |&io sor 23 sso 2 1521 sozo 2602 ss0 T0174— LTE—TDD (GCFOVA, 1 RG, 20 Miz, x a2z2 vosz s1se 602 650 196% cap ec.oam) y |_as 72z0 fare e50 z 770 srie an 650 Toi7s— LTEFOD (GG—FONA, T RB, 10z. xX ars 72e« 47 301 1800 296% cae arsi) y |_2sr arss izzs 1500 z ze _|_roor 1923 1500 Toi7e: LTEFDD (GCFDNVA, 1 RS, 10 Mriz. X sss5 s240 z0s s01 1800 96% cae 18.0M) y sse 7ass 207 1500 2 sn 822 2103 1500 10177 LTEFOD (SGFDMA, 1 RG, $ Miiz, X aro Tss zeo so1 1800 £96% cas arsi) Y |_2so sras t7r 1500 2z 280 Toas 1933 1500 Toi7s— |LTEFDD(GCFDMATRG.SMNz, 16— X c40 sis2 2300 301 isi0 196% cae cam y sa1 7as 2ose 1500 2 sz sise 2aar 1500 Toirs: LTEFDD (SCFDMA, 1 Re, 10 Miz, X sar Tess 2214 s01 is00 196% cae s4.0rm) y 310| yoso is1 1500 z 430 7779 2189 1500 Toieo— |LTEFDD(SCFDMA, TRe.sMHz64— x asi rsei 20si 301 iss0 +56% cae cam y |_270 sear irie 1500 2z ses aos 1958 1500 10181 LTEFDD (SGFDMA, 1 RB, 16 Miz, x aro Tass zose so1 1800 £96% cap arsi) y |_zso sras iss 1500 2 zse Tors r932 1500 To1g2— LTEFDD (SGFOMA, 1 RG, 15 Wiiz, xX aso siso Rasr s01 1800 £96% cap 16.090) y sso 7aze zose 1500 z |_s21 si8s 2385 1500 Toigs— LTEFDD (GC—FOMA, 1 RB, 15 Mriz, xX 480 Toze zoso 01 1500 £96% mo s4.arm) y |_zro sase i7is 1500 2 _ser 7a0o 1956 1500 Certficate No: EX3—3806_May18 Page 18 of 39

TD Dt&C Exsove— snisses May 91 2018 Totse——| LTEFDD (GC—FDMA1 RS, 3 MHz, X sso Teor 2os2 so1 o0 £96% cap arsiy y 25e arso irso 1500 Z 280| roas 1935 1500 Toigs— treFpD (GCFDNA. 1RB. 3z 16. x e43 sige 201 301 1500 296% can ca) y sez Tess wose Too 2 |_s2 s197 201 1500 Toige: LTEFDD (GCFONA. 1RB, SWz 64— x 462 7ear 2osd 301 1500 296 % Ano can) y 280 soes irie T00 2z se 7a00 oi 1500 Torer—~| trE—FoD (GCFONA, 1 RB, 14 Mz, x sa1 T2es mer s01 is00 £90% cae arsiq y |_2er arso irsa Too 2z |_2er 7oss 1845 1500 Totes— LTEFDD (GC—FDMA1 R&, 1. inz, x are asis maas 301 fso0 296% cae 18.oam) y Sss yais zose Too z sse saze ms1 100 Totss: LTE—FDD (GC—FDNMA1 R&, 14 Nnz, x~| 490| Tess 2000 301 is00 298% ane er—oam) y |_28e |_soor i7as Too 2z |_ars |_zaze 2000 1500 10193 EEEBOZ.1in(HiT Greantela.65 Mops, xX 467 6605 1648 000 1600 296% cac spsi Y 424 so.se 15.07 1500 2z |_ass _|_er09_| 1619 100 10194 IEEE 80Z.11n (HT Greentald, 30 Mops, x 487 6732 f6se 000 1500 296 % cac 18—aam) y «se ~|_seas fen Too 2z |_aar |_eras 1632 1500 10195—| IEEE8OZ11n (H Greentald. es Maps, x 491 arss fese 00 1500 208 % cac ccoam) v |_aa2 |_sear ons Too 2z |aso oras ness 1200 10196—— 1EEE 6021 in (FT Mixed, 5.5 Mops, x «se sros 1652 on0 iso0 £90% cac spsiy y |_a2s saes 1558 T00 2 |_as1 _|_or09_| 1018 100 T0197— IEEE 802.11n (HiT Mxad. 90 Mbps, 16— xX 480 6734 1660 000 1500 £06% cac can) y |_aso |_saso 1612 Too 2| 447 |or32 1632 1500 Totes: 1EEEB02.tin (NT Mxed. 66 Wbps, 64— x 492 er34 fe60 000 1500 £98% cac can) y |_aa1 |_soar fers Too 2z 440 era2 1633 1500 10210—— TEEE 802.11n (HT Mixed, 7.2 Mops, x ase sro8 1649 a00 1500 298 % cac srsi) y |_ais soes iss3 Too 2| 427 oria Tei6 1500 Toz20— IEEEBOZ1in(HT Meed.d83Mops, 16. x 489 6733 1660 000 1500 296 % cac can) y |a3s sess 1610 T00 z |_a4s orzs 1631 1500 Toaz1— EEEBOZ1in(HT Miad,r22Mops,64—| x 492 er2r se 000 1500 256% cac can) y |_445 sass fere 1500 2z |_asi srze 1632 1500 10222—— IEEE 802.11n (HT Md, 15 Mops, x sz ors2 iess 000 800 £96% cac sesiq y |_aso sess 1626 T00 Z ase erzs 1641 100 Page 19 of 39

TD Dt&C Ex3DVé— sN:38se May 91, 2018 10220— EEEO2iin it Med, Sombps, 16— X s98 arie 1682 000 1500 2956% cac oau) Y 5.07 67.14 16.38 1500 2| s1 6ra2 1649 1500 10224 IEEE 80211n(HT Mixed, 150 Mops, 64— X S27 sre4 fser 000 1500 296% cac qau) Y aea sros f624 To 2z |_a9o s740 1640 1500 ::0225» UMTs:—FoD (HerAn) xX 200 sroo iez ooo tsn0 £8.6% ae Y 251 66.01 1464 1500 2 zes seer 1622 1500 10226— LTE—TDD (GC—FDMA1 RG, 1.4 Niz, x sa4s 12r20 seso sor seo 296% caa 16—00) y 649 mz mar sso 2z inss orre 2ear sso 10227— LTE—TDD (GC—FONA, 1 Ro, 14 mz, xX seae mieis ssor so2 sso z96% c s4—0am) Y 6.10 81.13 2149 650 z _is05 sr3e zore s50 10225— LTE—TDD (GC—FOMA, 1 RB, 14 mz, x soee 12i04 srar 602 seo £96% CAA arsi) y sor s22a 2s Eu 2 sss saer 2rze ss0 10220— LTE—TOD(GCFDMA. 1R3NHz, t6— X a141 230 s5ee G02 650 296% cas can) Y 815 8211 2257 650 2 1540 sase 2e08 e50 10230— LTE—TDD (GC—FDWMA. 1R6, 3MHz, 64— X So84 i1407 s2se 607 650 196% cas can y |_sro sois 2ior s Z 152a |_se20 _|_zous sso 10231— LTE—TDD (SC—FDMA, 1 RB, 3 MHz, X 45.08 12177 3728 6.02 650 £9.6 % cas arsi) y ass sise 2o sso 2 |_sis sr70 2err ss0 10232— LTETDD(GCFDMATRe,.SMHz, 16— X a149 f2iaz s588 602 650 296% cap Gal) Y |sid s200 2256 é50 2 15.37 90.37 26.07 50 forss. LTeTo(GCrDMM, 1R&, sviHz64— x so8? m408 s200 602 to0 £96% can can) y |_srs soir 207 sso 2 13.19 95.16 26.07 650 10z34— LTE—TOD (GC:FDMA, 1 RG, 5 Miz, X a140 mioas se4s 602 se0 196% cap arsi) v ass soss 25e 650 z |_san so.70 2020 s50 10z35— LTE—TDD (GC:FDMA, 1 RG, 10 Miz, x orgr ize4s sez 602 seo 196% cap 16—000) y |an sn 2ar ss0 z 1540 sez ze09 s50 Torse— LTE—TDD (GC—FOVMA1 RB, 10 NMiz, x sz3 mass s2as so2 seo £96% can s4—oam) Y sro soze z0e sso 2 1330 95.36 26.12 650 Tozsr— LTE—TDD (6C—FDMA, 1 R&, 10 NHz, X dss4 izz0s srai| ao2 ss0 £96% cap arsi) y dss sise 2002 sso Z 618 87.73 2678 650 10238— LTE—TDD (GC—FDMA, 1 RB, 19 Miz. X 81.61 12436 3659 6.02 650 £9.0% cap —oAM) Y 612 82.06 2235 650 2 1832 soss zome 650 Certficate No: EX3—3866_May18 Page 20 of 39

TD Dt&C Ex3ové— SN:sec6 May a1, 2018 10230— LTE—TOD (GC—FDMA, 1 RB, 16 MHz, X 50.8 tai2 3230 602 55. +980 % cao 6t—0Au) y s7s sors 2i06 550 2z is13 soi0 2605 55. 10240 LTE—TOD (GC—FDNMA, 1 RB, 15 MHz, xX asa0 i2199 arze 602 s50 £96% can arsi) y |_dai si34 2o sso 2 6.16 Cl 2677 $5.0 Toasi— LTe—Tob (Gcroma, so% e 1amiHz,| x 1oes ssoe 2e0e 698 s50 £96% m 16—o0m) y |_67o Tece 2563 seo 2|793 s262 2o3 sso 10242 LTe—Tob (Go—rDMA, S0% RB, 1.4 MHz, x 925 s202 2er0 685 te0 225% ca st—oam) y sa Tasr 2186 sso 7z |_6ss Tess 2100 o Toass— LTe—To(GC—rDMA, S0% RB, 1.4 NHz, X 726 Tess zis o8 seo z96% can arsi) Y 468 7201 2150 0 z |_si8 Ts0e 2522 seo foatd— |LTE—TOD(SCFDMA,So% RB.aMHz, x 1028 sa0s 2264 298 too £96% cas 15—0a0) y 32 seer 1270 seo 2 |_sse seer ts seo 10245 LTE—TDD (SG—FDMA, 50% RB, 3 MHz, X $.95 83.22 2210 398 6e.0 £9.8 % cas 6t—QAv) Y 320 seer 1248 sso 2 |_s47 seor feie seo 10246— LTE—TDD (GG—FDMA, 50% RB, 3 MHz, x 1248 90.83 2494 398 650 £90% cas arstq y |_250 saro tase sso 2 |_330 Ti0s 1615 s5.0 Tors7— tre—tod (GCroMA, 50% RB, 5 NHz, x 734 Teso misr ase sso £85% cao 18.oam) Y |_348 sass 1466 seo 2 ExE 6089 1543 s.0 Tozds— LTE—ToD (GC—FDNMA, 50% RB, 5 MHz, xX 719 Tess riis 398 ss0 £95% cap st—oam) y |_s4s sara 1448 seo 2 309 60.3 15.15 60 forss— Lre—ToD (Gcrowa, So% Re,smihz, x 1a15 s200 204 395 to0 £95% can arsi) Y 4.18 7423 1758 se.0 2z aso Tree teor o 10250—— LTE—TDD (GC:FDWA, S0% RB, 1O MHz, X 72 suss Zaze so8 ss0 r96% cap 15—oam) Y 478 732 19.06 60 2 503 7443 19.66 650 Torsi— LTe—ToD (GC:FowA, So% Ro, 10 Mz, x 725 Treae rir2 s95 t50 296% caD G+—0A) Y 447 Toss i7ss o 2| 467 Tior ies seo Tors?— tre—ToD (GCrowa. So%Re. toNnz, x foss saiz 2236 390 ss0 £95% cao arstq y |_§21 Tros 2os seo z |_s77 Toze 2129 seo 10253— LTE—ToD (GC—FDMA, 50% RB, 16 Mz X 7.05 Tez rise ss0 s60 z96% cap 16—0AV) Y 475 78 18.15 6.0 2z ase Tizo 1852 s.0 Tozse— LTE—TOD (GC:FDA, 50% RB, 16 MHz, x 744 Tros zus see too x96% cap ctoAm) Y |_sio Tiso_| 1896 so 2 s2r Tare 1042 sso Cortifcate No: EX3—3866_May18 Page 21 or 39

_O© Dt&C Exsove— sn—s0ee May 31, 2018 10266 LTE—TDD (GG—FDNMA, 50% RB, 16 Miz, x 8.00 8193 2228 398 650 £9.0 % cap arsiq Y s15 7ast fors s5o z |_sso Teso 2oss eso To256— LTE—TDD (GC—FDNA, 100% RB, 14 xX o04 sis2 2074 395 ss0 :96% CA Nite, 16—0A) y 230| sas |_s70 sso z 246 |_6i.13_|_10.00 650 10257— LTE—TOD (GC:FOMA, 100% RB, 14 xX sar sare z020 395 650 190% cA NiHe. 64.0A) y 280 ui2 |_o45 s50 2 243 sa72 o60 eso To256— LTE—TDD (SC—FOMA. 100% R&, 14 x 031 sr20 2a08 s95 650 £96% caa Ni. arSK) y |_zos sizo toss sso 2z [_221 |_seso i141 650 Tozso— LTE—TDD(SGFDMAtoo%Re.sMhz, x 764 rore 2211 a98 650 296% cas 16—0am) v sor yoss 1620 sso 2z |_az |_7im i70s s50 Tozeo— |LTETDD(SGFDMAfoo%Re.sMnz, x 750 ross 2ies 306 650 296% cas sxornm y |_aor Tois 1620 s50 2 |_a2e |_Tiae 1690 s50 Tore1— LTETDD(GGFOVA too%Re.smHz x 1109 Sate resi a08 650 296% cas arsi) y a41 7asr 1845 sso z |sos Ts« fose e50 Torss. |LTETDD(GGFOMAf0%RE.svz. x 790 sose 22e ase s50 296% can 16—00) y |_a7e 7air 880 s50 2z 500| 7is4 to00 ss0 Tozes: LTETDD(GGFDNATO0%RE.SMnz, X 724 mres 2172 ane 650 190% cao s4—oaM) Y 4.47 70.94 1762 sso 2 |_ase 7ies 187 ss0 forss |LTETDD(GGFDVAfookRB.suiz x fomt 8788 2e2s a0e sso r96% can arsr y |_sis Tess 2013 sso z |_s70 Tess 2117 ss0 Tozes: LTe—ToD (GG:FOMA, 1o0% Ra, 10 x 7as To ri6s ste sao £96% can Mic, 16—0A) y is1 Ti | sa1 sso z |_1ss Tave 1889 sso Tozse: LTETOD (GC:FOMA, 100% Re, 10 X —7m es meae s% t5o 196% can Miz, 64.0AM) y 521| 724z 1937 sso 2 aso 7aze 1ea1 es0 Tozer— LTE—TOD (SCFOMA. 100% Re. 10 X a22 saar mase 95 t5p 196% cao MiHz, OPSK) y |_sss yoar feai 650 2z |_s75 ess zes sso Torks: LTE—TDD (GC—FOWA, 100% RS, 15 xX 774 Ters 265 s9s sso r96% cap Miz, 16.0a0) y |_sso Tise 186 s50 2 |s6e 72z rose e50 10265 LTE—TOD (GC:FDMA, 100% Re, 15 xX 7es 7aes ri4s s95 so 96% can MHz, 64.0AM) Y 552 7123 15.05 650 2z ser Tige 1942 seo Torro. LTE—ToD (GGFOMA, 100% Re, 16 xX si0 7ars ri8o s%o top £96% can vie. apsiq y |sar 7ass foze sso z s7a 7ass foss s50 Cortfcate No: EX3—3866_May18 Page 22 01 39

TD Dt&C Exsove— sNs8e0 May 31, 2018 Tozra— |UMTSFDD(HGUPASubtests,sgrp X 276 or48 1619 000 1600 £98% cas RelB.10) y 2s sost moz 1500 2| 2s |_sree 1530 150.0 Tozrs— UMTSFDD(HGUPA.Suvtest5.3GrP x 200 7190 17e 000 ts00 £90% cas ReB4) Y ze srer ze 1500 2z ies |_coss 1631 1500 Torrr— is (arei) x an eaa0 oo a0s 5i0 £98% hn y fso so23 |_seo 5o0 2z i8> eon3 s5s 5o0 Tozre— Fhs(arsk,BWesdWiz RolorO®) X 1405 so4s 2317 803 500 290% omm y |_zer |_sa46 toze 5o0 2z 20e _|_caso_| 1043 5oo Torre: |PHe(Psk BWastiz RolofOS8) x 1428 see0 2aze 903 500 299% M y sos siss foso 500 z 20e |_esos 1058 soo 1o250— Comaz000, RG1, 5055, FullRate x 2i feoo feas 000 1800 296% And y |ozo 251 6357 1500 2z i2 eres mar 1500 To20t— COMAZ000, RGS, 8055, Full Rate X iss fois tar ono tsod 296% me y |_aso soas ear 1500 z |_oss ssse foa1 1500 T0252—— CDMAZ000, RG3, 5032. Full Rate x a08 s18r 2434 000 1500 £96% me y [oas s2a1 625 1500 2z iss 7eor 1627 1500 Toass—| CoWR2000, RGS, 508, Full Rato xX Ba7s iz07s ssor 000 ‘so0 286 % as y |_oro arza mss ‘so0 z ioood 12063 2o.is 1500 T0205— CDMAZONO,RG1,503, tiBnRate 5i. x 948 seso 2550 803 500 £96% ane v |_Tar Tess 1885 5o0 z |_see o112_| 2025 so0 Tozr— LTEFDD(GCFoNA. SO%RE.ZoMNz, x s30 7272 ieir 000 1500 196 % Mc arsiq Y |_245 sodo 1626 1500 2 |_2er Toss 1718 1500 Tors. |LTEFDDGCFDMA,So% RB.3MHz, X ass 7er0 i7ar 000 600 +98% Anc arsi y |_oss |_ca40_| 1008 1500 2 12e sso1_| 1245 1s00 forss: |tTEFDD(GCFDMASo% Re.aMHz x 497 feds fe8e 000 is00 290% ARG 16—QAN) y |_ise saus 925 1500 2| i7e 657e foss 1500 Tosno. |LreFpb(Gcroun. sokRe.aNNz x a02 four ia7e 000 isd 296% C ccoam y [_i1s sosr 734 1500 z i2 sise 7o5 1500 10301— IEEE 802. 162 WiNAX (20:18, Sms, x sis seds isi8 417 so0 +90% AAA Toukz, arSK, PUSC) y 42e ssos fear so0 2z aso css 1723 so0 Tosoz— 1EEE 802.160 WINAX (29:18, Sme, X 5a4 sese fasi 480 so0 £96% Aan T0MHz, OPSK, PUSC, 3 CTRL symbols) y |_ass sez rss soo z as> sooe 17a1 500 Cortficate No: EX3—3066_May18 Page 23 of 30

TD Dt&C Exsova— sh:s8se May 31, 2018 10303— IEEE 802. 16e WiMAX (31:15, Sms, x 5.32 6645 18.98 496 500 £9.0 % AAA 1oitHz. G40AM, PUSC) Y 468 6621 17.68 510 2z |_aso 6a72 i7se soo 10304— IEEE 802.18e WIMAX (20:18, Sms, xX s10 sez feor 417 si0 £96% AAA 1oitH, 64QAM, PUSC) y |_aa1 ssar 1703 sto 2z |_a42 sar_| 1720 so0 10305 TEEE 802.16e WiNAX (G1—15, 10me, xX 494 sazs mar 602 sso £96% AAA 101tHz, 64QAM, PUSC, 15 symbols) y 441 sass 1923 350 2z |_ais |_orze fear 350 10306— TEEE 802182 WiMAX (29.18, TOms, X sis srei mi0 602 350 £96% AAA 10MH. G4OAMPUSG, 18 symbols) y «se ar30 fesn sso 2z |_aso |_seer 1860 350 10307— TEEE 802. 16e WiMAX (29—18, 1Oms, xX sos saor 2o2 602 sso £95% AAA 10MH, OPSK, PUSC, 18 symbols) Y |_a4r |_orar 1876 350 2z |_aze ces 1852 350 10308— IEEE 802.160 WIMAX (28:18, 1Ome, x sos se2r 2ose 602 ss0 £96% AAA 1oube, 1saaM, PUSC) y |aar srzs fass Eau z |_a2r soss is08 Em 10308— TEEE 802.16e WiMAX (25—18, 10ms, x sis sras f975 602 350 196% AAA 10MHz; 16QAM, AMC 23. 18 symbols) v ass srse 1880 se0 2z |_aa1 sore ios0 ss0 10310— TEEE 802.16e WiMAX (29:18, toms, x o8 6774 2010 602 350 £96% AAA 10MMH, OPSK, AMG 258, 18 symbols) y |_ass oras fes2 sso 2 4.85 66.75 18.59 350 Toat1— LTEFDD (GC—FONA, 100% RB, 15 x s70 mss in72 o0o 180 £96% Arc Ni. arsi) y zeo sase 1595 1500 z sor |_sess tore 1500 Tosts— ipen ts x sa1 sari fosz 699 700 90% AAA y zn seze 1277 Too z| 2s saet |_tave To fosta— ibeNte xX 2ore torss 2e39 1000 300 196% Ana. y |_sor |_Tins foze 300 2z |_aa Tres 2008 300 Tosts. iE€E 80211b wiri24 onz (ooss, 1 x 116 saos 1704 oi 150 296% ans Mops, 96pc duty cycle) y |_oss saaz feot 1500 2z |_i0s |_siot_| 1560 1500 Toste— iEeE 802119 Wiri 24 Onz (EnP— X a7s srot feai 017 1500 £90% Ans OFDM, 6 Mbps, 96pe duty cycle) Y 4.26 66.5¢ 16.02 150.0 2z ass coss 1620 1500 10317— iEEE 802.1a Wiri 5 Giiz (OFDM, 6 x azs erou iee1 oi iso £96% Mc Mops, 96pc duty cycle) Y 425 6654 1602 1500 2| ass coss 1620 1500 Todoo— iEEE @O2—ttacWiri(eoMiz, G4—0AM, x 4ns orar 1697 000 1500 296% Anp 99pe duty cycle) y is sear 1607 1500 2| 442 or20 1028 1500 Toani— iEEESOZTecWiriGoMiz. GAGAM, x sar ora0 fose 000 1500 £96% Aap 99pc duty cycle) y |_sor seeo |_16.10 1500 2z sos soss 1622 150.0 Cortficate No: EX3—3068_May18 Page 24 of 39

TD Dt&C Exsovs— shsacs May 91, 2018 Toan2: iEEE 02.Tracwin (Gounz, Ge.am, X s79 sreo f670 000 1500 296 % And 9gpe duty oycte) Y 535 67.20 16.28 1500 z|_s41 |oreo_| 1642 1500 Toabs— CDMAZ000 (xEV—D0, Rev. 0) x 275 7eoo 903 on0 1150 £96% aa8 y o7 sast sa7 nso 2| i12 sres T97 1150 Toads—— CDWAZ0OO (IxEV—D0, Rev. A) x 2rs Teoo f8os o0o tis0 £96% me y |ozo s251 s57 150 2z ii2 eres ter 1150 Toans: Cowazo00, RG3, So32, SGHo, Ful x Toodo raos sis? 000 1000 296% Ans Rate Y tooce 1izi0 2rse 100 2 100.00 109.91 24.10 100.0 Tosto. LTE—ToD (GC—FDMA, 1 R&, 10 MHz, x Toose izare s0s0 a23 so0 £96% Aap PSK, UL Subtrame=2,3,4,7,8,0, Subtrame Gont=4) y sis Toz fen 200 z Tess i1s8s_| 2630 oo Toats— iEEE 802.11h Wiri 24 Gniz (DsSS,1 X T05 saee ie2s 000 1500 296% AMA Mbps, 9pc duty cycle) y oar 270| fazi 100 2z |_ose |_sa00_| 1522 1500 Toats: ieE 802.119 WiFi 24 Giiz (ERP— xX asr soss 1es2 000 ts00 295% Ama CFDM, 6 Mbps, 99pe duty cycle) Y 4.24 so04 16.05 150.0 2z |_ase |_or06 1620 150.0 Tostr— |E€cBOZtianWimSGHz(OrDM.6 x 4e7 sese iesz 000 1500 296 % me Nops, 99pe duty cycle) y |_az _|_soee 1605 1500 z 43 6706 16 26 1500 Toats: TEEE 802.119 ini24 onz (boss— X ass ari4 fese on0 i0 £56% AAA CFDM, 6 Mbps, 99pe duty cycle, Long preambule) y 425| sose 1610 T500 2z 4ss arzo 1632 1500 Toars: ieE 802. 119 wini 24 onz (bsss— xX ass or09 1654 000 1500 £96% AmA CFDM, 6 Mbps, 99pduty cycle, Short preambule) v |_azs so7r 1609 T00 2| ass er21 1630 1500 T0422— EEEBOZ.11n(HT Greenteld,7.2 Mops, x A81 6707 1654 000 1500 296% Aas spsiq y |_ass |_sers fed0 oo z |_a4s |_or i7 1630 100 10423— i2E802.11n (HT Greenfeld, 43.3 x sor sras ise7 000 1500 £96% Lro Nops, 16—QAM) y a4s sro1 fei9 T00 2 ase ora2 1630 1500 10424— IEEE 802.11n (AT Greenteld, 72.2 X ase er40 fess 000 1500 £96% me Nops, 64—QANM) v|_aa1 _|_sose foar T00 2z 440 or38 1637 1500 10425— IEEEGOZ1in(HT Greenfald. 15 Mops, X 546 sr00 f671 000 1500 £96% mae spsiy y |_sot |_orie_| 1036 T00 z |_s0s |_era5 1648 1500 T0426—— IEEE 802.11nT Greenfeld, 90 Mbps, X 548| 8764 1673 000 1500 296 % me 10.anm) Y |_soo arzs 1640 Too 2 |_s.10 erso_| 1650 1500 Certffcate No: EX3—3866_May18 Page 25 o30


Document Created: 2019-05-20 09:12:08
Document Modified: 2019-05-20 09:12:08
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