RF Exposure Info 2

FCC ID: ZNFQ850FA

RF Exposure Info

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FCCID_4006532

TD Ditau EX3DV4— SN:s866 May 31, 2018 Receiving Pattern (¢), 8 = 0° 12600 MHz,TEM 121800 MHz,R22 # — s <es= <o) No! * ® x( <e Enor (dB) s Nee t u3 d 4 o B t y ut cg o itc ho 4 d & it io Rot l EDRZ 16&"—11 25 .Mflz Uncertainty of Axial Isotropy Assessment: £0.5% (k=2) Gortiicate No: EX3—3866_May18 Page 8 of 39

O Ditauc Exaove— shisnce May 31, 2018 Dynamic Range f(SARneaq) (TEM cell , foyar= 1900 MHz) 105 a 10 2. ® &5 B0 1084 103 109 101 10 10 10 10 SAR [mWiems] mtofenens #fiimes & € && 109 102 101 10 101 10 SAR [mWiem3] _+1 not compensated compersated Uncertainty of Linearity Assessment: £ 0.6% (k=2) Certficate No: EX3—3058_May18 Page9 of 39

TD Ditau EX3DV4— SN—386G May 31, 2018 Conversion Factor Assessment £=835 MHz.WGLS R9 (4_convP) 1= 1900 MHz.WGLS R22 (1_cone) Lal w st .* * & is t too & 'fl‘ as 5‘ wl aoi en ce— — — n: — &2 dis aifm wife «ie sls wille Deviation from Isotropy in Liquid Error (§, 3), £= 900 MHz Devistion «10 cos cos .o« «o2 o0 o2 o+ os os 10 Uncertainty of Spherical Isotropy Assessment: * 2.6% (k=2) Certificate No: EX3—3868_May18 Page 10 of 39

m Dt & C Report No.: DRRFCC1809—0095(1) FCC ID: ZNFQBS0FA Ex3ovs— sN:3800 May 31, 2018 DASY/EASY — Parameters of Probe: EX3DV4 — SN:3866 Other Probe Parameters Sensor Arrangement Trangular Connector Angle (*) a18 Mechanical Surface Detection Mode enabled Optical Surface Detection Mode disabled Probe Overall Length 337mm Probe Body Diameter 10 mm Tip Length 9 mm Tip Diameter 2.5 mm Probe Tip to Sensor X Galibration Point 1 mm ProbeTip to Sensor Y Calibration Point 1 mm ProbeTip to Sensor 2 Calibration Point 1 mm Recommended Measurement Distance from Surtace 1.4 mm Certiicate No: EX3—3066_May18 Page 1 of 39 TReRmeonsrenar Pronioits ine copying and re—Jssue af is report whout DT&G approval Pages: t5s o7

TD Diau exsovs— sN:sose May 31, 2018 Appendix: Modulation Calibration Parameters ui Communication System Name A & c 5 ve Max as dBvay aB mV Une® (e2) o ow x [_o00 00 100| 000| i285 233 % Y |0.00 000| 100 120 z |_o00 000 _|_1.00 123 1c0010— SAR Valldation (Gquare, 1ODms, 1ome) X 496 7403 1455 10.00 200 296% m y |_iso szer 525 200 2z iss sae1 875 200 Tooti— umts—roo wopwa) x 146 7ase fei8 000 is00 £96% cas v on sees faie 1500 2z in |_saei f6a1 1500 Toote: 0211b Wiri 24 Ghz (Dese, 1 x 1ar seis tor 041 1500 196% cas y for saso fai 1500 z 112| sada 1548 1500 Toots: iEEE a02.119 Wiri 24 onz (psss— xX sor sees iar 146 is0 196% cas OFDM; 6 Mps) y |_a50 sast 1676 1500 z|_aei sess fear 1500 Tooz1— GstrroD (TDVA, Gwsr) x T000 11834 2800 930 sao £05% oac y |_a3s Tist fase 500 2z ioas s217 1730 so0 Too2s— GPRS:FDD (TDVA, GMSK, TNO) x i0000 fie2s 29e S57 sao £96% pac y 408 yosr 119 500 2 |_Ta thee iso1 so0 Tooz%— GPRS—FOD (TDVA, GMSK, TNO—1) x toood masr 2ris 650 ca0 £96% ac y 247 sez 110 sa0 2z seer 10022 2162 c Toozs: EDGE—FDD (ToMA, BrSK, TNO) x 72e sses sasi 1257 S00 £96% nac y s36 sase zoss so0 z|_aso 7280 2ase 5o0 10026— EDGE—FDD (TDMA, BPSK, TN 0—1) x 1981 10837 37.98 956 600 £90 % oac v 680 |_sims zass soo 2z|_740 |_sri8 soze s00 Too2r— GrRe—Fop (rowA, GMeR, TNo—2) x foon0 i1489 2684 480 800 296% pac yO iar sare i0 200 2z too00 10355 2047 s00 Toozs: GrRe:FoD (TowA, GMSK, TNO—123) x 10000 11657 2668 355 1000 296% pac y |or &ss on T000 ~ z i0000 1oass 1088 1000 T0o28. EDGE—FOD (ToWA, BrSK, TNO—1—2) x ioma sa12 sise 780 so0 +96% pac y |_aes yoza mess so0 2z |_a7e 776 240 s00 10030— iEEE 802151 Buewom(GrSR, DH1) X 10000 i1828 2621 530 700 296% C y iso sisr sa7 Too 2| ri01 |_soot 16.17 Too Toost— iEEE 802.15.1 Bustoon (GroK, DHo) X 100.00 fa0ds zeas 188 1000 298% caa y |_oze sone 377 1000 2 foooo sror 1604 100.0 Certficate No: EX3—3866_May18 Page 12 or 30

O Diau exsovs— shissse May 31, 2018 Tooss— 1EEE802.15.1 Buetoom (GFSR, DNs) xX toode fs484 s161 117 1000 290% can y 2s piase reos T00 z i0000 |_96.12 15.00 T000 T0os3— IEEESOZ15.1 Bueloon (PDADGPSK, x 10000 ira71 3582 530 r00 290% ca oH) y sar Taor s3 Too z |_sis 7oss 1859 Too Toosé— IEEEBOZ151Buetoon (PV4DaPSK, X se25 fiess si11 186 1000 296% cA DHi3) y is2 sane mar T000 z |_2i0 Tass fase 1000 10035— IEEE802.15.1 Buetoon (PDMDGPSK, X 1007 9768 2600 117 ‘000 295% can DHiS) y ioz sare 1oze 1000 z| iss rose 1373 1000 Toosé— 1EEE802.15.1 Buetoom (@:DFSK, DH1) x foood 180.10 s5.71 530 700 £90% cA Y |_s7o 7ars 1633 Too 2z o4 s20s 1972 Too Toosr— 1EEEB02.15.1 Buctoon (@DPSK.DH3)| x s336 11428 3054 186 1000 290% m Y 125 ser foss 1000 z[ iss 7iss faos 1000 Tooss— 1EEEBOZ15.1 Buetoom (DPSK.DHS) X 1100 9937 2664 117 1000 296% caa y |ios sans fose T000 2z i7 7is0_| 1408 1000 Tooss: GBVAZ000(IxRTT.RGn) x a41 ssa1 zise o00 is00 £96% cas v_|_ose sies ou7 T500 2z |_1so aad 1517 1500 Tooz: o—si7iG—i00rbD (TomMwFrom.pVd— x foood m207 2e2e T70 500 £90% cas COPSK,Haltrate) y 22 s58s 999 soo 2z 46o 7ae 1931 5oo Tosé: 15—317EIATIA53 FDD (FONMA, FM x oo1 izz0s 407 O0o is00 296% can y |oss faz0s 000 Too z |_oo2 12279 1080 1500 Tooss— DECT (TDD, TOMAFDW, GFs, Ful X foooo 1i9s sior 1380 250 298% c Sot, 24) y aso war faan 30 Z |_s1e 7ous 1431 250 Toss: CECT (TDD, TOMATDM, Grsk, Double x foo00 11636 20.4s 1079 400 290% MA Sot, 12) y J_a2s so4s 1302 100 2 s2r 7asr m2r 100 100056- UNMTS—TOD (TD—SCDMA, 1.28 Mops) x Te imaz| sare 903 s00 £96% MA y ons |_7aze 1718 o z oor sase 1986 soo Tooss: EDGEFDD(TDMA. BrSK, TNO123) x Ter sesi 2641 655 1000 £96% oac Y |_3p oo 240 T000 2 |_s7e Tess 22se 1000 Toose: iEEE 802.11h Wiri 24 onz (DsSs, 2 x 141 sa44 821 ost f100 £96% cas Mops) Y ios size 602 noo 2| i14 coar 18e3 1100 Tooso: |iEEESDZTTWriZ4GHz(DSSS.55 x 10000 14026 3608 130 1100 £56% cas Nops) Y 562 92.10 2215 110.0 Z 2332 i1645 3020 1100 Certficate No: EX3—3006_May18 Page 13 of 39

T Ditauc | Exsova— sN:30s6 May 1, 2018 Toosi— iccssoztibWerz4GHz(DSSS. 11 X s2i5 i2i%s 3602 204 1100 £96% cas Mops) y 2o Toso 942 100 2| 2se 7aie 2o8s 1100 10062— |iEEESOZTanWirsGHz(OFDM.6 x 4s3 ces ioes Od% 1000 +90% cac Mops) y |_asr sess 1624 1000 2Z|_a4s 6000 1040 1000 Tooss: iEES@OztiamWinsGHz(OFDM.9 x 4ss 6ri1 i69s 072 1000 +90% cac Mops) y |_ass sess fean 1000 2 |a4 sear 16a7 1000 Toost iEEESOZTahWFSGHz(OFDM12 x s10 r41 1717 O8é 1000 296% cac Mops) y |_asz soar 1050 1000 2 |_a67 o73 1663 100 Tooss: iEEEBOZtianWimSGHz(OFDM 18 x sos 6734 1720 121 1000 1998% cac Mops) y |_a49 soss 1655 1000 2| _as0 _|_sose toss 1000 fooss— |iEEESOZTamWirSGHz(DFDM,24 x so8 sr.40 1747 146 1000 £90% cac Mops) y |_aso sees fess T060 2| ase ses> 1680 1000 fovsr— |iEEESuzTanWinsGHz(OrDM.s6 x sss orse iss 204 i0 +96% cac Mops) y |_a7 saso 7i3 1000 2| as> ari ir2s Toco Toose: lEEEBOZTiaNWiRSGHz(OFDM.4s x s4a eres is14 255 food £99% cac Moss) y |_as2 |_sear irze 1000 2z |_ass _|_sr0s_| 13e 1000 Toose: iEEESOZtamWiRSGHz(OFDM. 84 x sai ar40 inar 287 1000 £90% cac Mbgs) y aso soss 4e 1000 2| as1 sroi i7ss 1000 Toori— EeE 802. 119 Wri24 Gne X s1z sros ies 199 1000 £96% cas (PSSS/OFDM, 9 Mbps) y se seso oi 1060 2| a70 saas 7i foco Toorz— iE€E 802119 Wri24 Ghz x s14 ars2 tss 230 f000 £96% cas (DSSS/OFDNM 12 Mops) y 462| sams 1717 1000 2| ae5 |_sr0s_| 1727 1000 Toors— i€€e 802. 119 Wni 24 Gnz x s21 sree faze 283 1000 £96% cas (DSSS/OFDNM18 Mbps) y 468| sror 1727 T000 2 |_an or2s 1756 1000 Toore— 1€€E 802119 Wini 24 Gnz X si8 srse feas 330 1000 £86% cas (DSSS/OFDM 24 Wbps) Y 4.69 66.95 17.60 1000 2 &n _|_or.17 1770 1000 Toors— iE€E s02119 Wei 24 onz X sze srer iess sez s00 £96% cas (DSSS/OFDM, 36 Mops) y |_a7s sese mss 500 2 |a7a |or.is_| 1782 $00 Toore— 1EEE 802119 Wini 24 Giiz xX s2s srss i88e 415 ooo £96% cas (DSSS/OFDM; 48 Mbps) y |a77 sese 1s00 00 2 478 67.06 18.08 $00 Toor7— TeeE s02.11g Win24 Gnz xX s25 srse iess 430 soo £95% cas (psSIOFDIM, 54 Mops) v| i0 se fen sop 2| «s1 sris 189 so0 Certficate No: EX3—3006_May18 Page 14 of 39

TD Diau Exsovs— sNi3e66 May 31, 2018 Toost— CoMMz00 (haet, RGa) xX t Tess fezs on0 1500 96% cas y |_a40 eass 35 1500 z |_o7o esar tose 1500 1oos2— 18—54 15—136 FDD (ToMAFOM, Pia— x osr eooo s20 a7r soo +96% cas DGPSK, Fulrate) Y 62e serr |_seo 200 2 |_i47 esos 504 200 10080— GrRS—FDD (TDMA, GMSK, TN0—4) x fooo0 i1442 2ri8 G55 co0 £96% bac Y 251 6630 11.07 60.0 2z orse 1sas 2138 e00 10097— UMTS—FDD (HSDPA) x 210 T041 17.58 0.00 1800 £96% cas Y |_tss erge is.0s 1500 2z 192 Toir 1649 1500 10098— UWMTS—FDD (HSUPA, Sublest 2) X 206 Toa rsr 000 iso0 25% cas y tss sror 1504 1500 2z iss Tors 1647 1500 10095— EDGE:FOD (TDMA, sFSK, TN 0—4) X iess ws«r seor ase eo0 296% oac y |_7oz siss 2e70 soo 2z |_745 ar2e 3029 so0 10100— LTE—FOD (SC—FDNA, 100% RB, 20 x a76 Tass fe2r 00 is00 x95% can NiHz. OPSIQ Y 2s sosr 1636 1500 2 |_s0s Tiss i7z 1500 Toto1— tre—Fod(GC—FoWA, 100% RG, 20 x 349 seso fe77 on0 isoo +96% cao NiHz. 16—0AM) y |_297 EAEMIEECH 1500 2 |_310 srer 1612 1500 To102— tre—oo(GC—rowa, 1o0% no, 20 x aso sars ieai ono 1500 190% can NiHz, 64—0AM) Y 308 6724 15.76 1500 2 i2 srer 1622 1500 10103— LTE—TDD (SC—FDNA, 100% RB, 20 x sa Tsz z20e a%e s0 £96% cao NiHz. aPSi) y as Tise 1648 so 2 542 Tare_| 1053 se.0 10104 LTE—TOD (GG—FDOMA, 100% RB, 20 x 7.70 Te.73 2M 308 s5.0 296 % cap NiHz, 16—0AV) y 532 Tiar foor sso 2 |_sas T2z 1042 sso Toi0s— Lre—ToD (GC:FoMA, 100% R, 20 x 70a Tess 2127 306 se0 296% can NiHe, 64—0AM) y |_az cose fede sso 2 5.14 7085 19.08 650 10108— LTE—FDD (GG—FDOMA, 100% RB, 10 x 328 7258 18.09 0.00 150.0 196 % cae NiHz, OPSH) Y |_243 éo27 ies 1500 2| 265 Tore 17.10 1500 To108— Lre—FOD (GC:rowa, 100% RB, 10 xX s ésas fesr one is00 £96% cas NHz, 16—0At) y J_zei orie 1546 1500 2 2.76 65.08 16.06 1500 10110— LTE—FDD (GC—FoYA,1oo% R&, 5Nz, X 266 7iee tree 000 is00 25% cat arsi) y 181 esar_| is5e 1500 2 2.13 70.08 16.58 150.0 10111— LTE—FDD (GC:FoMA, Too% R6, 5 MHz, X 204 7oor iras ono o0 £90% cae 16—0a0) Y 236 6846 15.59 1500 2| 260 coor tss 100 Page 15 of 39

T Ditauc Exsove— sh:38e6 May 31, 2018 1012 LTE—FOD (SC—FDMA, 100% RB, 10 X 328 65.68 16.79 0.00 150.0 £9.6 % cae Mie, 64—0AM) y |_274 er26 1657 1100 2 289 68.13 16.13 1500 10113— LTE—FDD (SC—FDMA, 100% RB, 5 MiHz, X 3.00 60.94 1746 0.00 150.0 19. % CaE 64—2Av) Y 252 68.70 1588 1500 Z 275 70.13 16.75 1500 10114 IEEE 8021 1n (HT Greenteld, 13.5 X 523 67.48 16.65 0.00 150.0 £9.6 % cac Mbps, BPSK) y |_as erco 1626 1500 & 4.90 6734 1643 1500 10115 IEEE 802.11n (HT Groonfiold, 81 Mops, xX 5.59 67.72 16.77 0.00 1500 £96% cac 16—0AV) Y sos eros 1632 1500 Z |_sis orsr in4¢ 1500 10116— IEEE 802.1 n (HT Greentfeld, 136 Mops, X 536 67.74 16.70 0.00 1500 290% cac st—Gau) Y 492 67.20 1631 1500 z |_ass ars> 1645 1500 10117 IEEE 802.11n (HT Mixed, 13.5 Mops, x 524 6749 16.68 0.00 1500 290% cac sesiq y 483 6695 1628 1500 2z seo erz 1643 1500 10118— IEEE 802.11n (HT Mixed, 81 Mops, 16— X 5.66 6787 16.85 0.00 150.0 +9.0 % cac Ca) y |_si6 erar 1643 1500 z 520 ers iss3 1500 10119 IEEE 802.11n (HT Mixed, 135 Mps, 64— X 533 67.68 16.69 0.00 150.0 £96 % cac Ca) Y 492 eri9_| 1631 1500 2 497 6751 16.46 1500 Toran. LTE—FOD (GC—FDVA, 100% RB, 15 x 261 éars 1672 o0 1500 £56% cap Mz, 16:0A) Y 3.10 6723 15.65 1500 2 323 67.98 16.12 1500 10141— LTE—FDD (SC—FDMA, 100% RB, 16 X 375 68.73 16.84 0.00 150.0 +9.0 % cap Miz, 64.GA) Y 32 eras is8e 1500 2 336 65.16 1632 1500 10142.— LTE—FDD (GC—FDNMA, 100% RB, 3 MHz, x 250 Tair ire on0 1500 296% cap arsiq T 165 66.10 14.67 1500 2| is Toss 1623 1500 10143 LTE—FDD (SC—FDMA, 100% RB, 3 MHz, x 295 71.49 17.7 0.00 150.0 196 % cap 16—0AM) Y 212 6546 1453 1500 2 25 Tiie 1609 1500 Tora4—— LTE—FDD (GC—FDMA, 100% RB. 3 Miiz, X 262 ces isar o0 1500 £96% cap 64—0AM) Y 1.78 65.25 1238 1500 2 |_200 sosr fs49 1500 10145— LTE—FDD (SG—FDMA, 100% RB, 1.4 xX 208 T258 16.71 0.00 150.0 190 % cas vikz. oPSiQ y o2 sone 654 1500 2 |_o%6 oiss a27 1500 10146 LTE—FOD (SG—FDMA, 100% RB, 14 X 4.74 T779 1785 0.00 150.0 28.6% cae MHz, 16—0AV) v |_os1 soo 614 1500 2z 103 soss 675 1500 10147— LTE—FDD (SC—FDMA, 100% RB, 1.4 x 8.02 85.30 20.79 0.00 1500 ©06% cae MHz, G4—0AV) v |_os6 core 630 1500 2 109 61.38 1.09 1500 Certficate No: EX3—3806_May18 Page 16 of 30

TD Diau exsove— sNsees May 31, 2018 Tors— |tTEFDD(GCroNA.so% he.2omnz, X ai8 cesz i6s6 000 1600 96 % can 16—aam) y |_2es orae 1652 Too 2z 27e |esio 1612 1500 Totso. tre—FD(Goron,so% Re.20mnz, X s20 6ard i683 000 1500 296 % cao etoam) y 27 ara2 1562 oo z |_2so |es2i f6.o 1500 Tois |LTE—TDD(GorpwA So% RB.0MNz. x 825 s2es pass 395 650 296 % can arsi) v [ss Tosr foss sso 2z |_s77 |_7oss 2064 ss0 Totez |tre—tOD(GoronA.so% Re.2omnz, x 748 7704 2i6s 396 to0 £96% cao 18.aam) y «21| 7iie 1640 sso 2z |_ass r20s is8s s50 Toiss: |UE—TDD(GGFDWA S0k RB.P0MHiz X 772 ree prar 396 se0 296 % can éroam) y |_sar 72as 1936 sso 2 |_s30 7oso 1982 s5.0 Toise— LrEFDD (Gc—rowa, S0% RB, toMiz x 270 7240 fa2r 000 1500 295 % cae apsiy y iss saso 1586 Too z |_2%0 Toss 1690 100 Tolss: |LTEFOD(ScroA. So% Re. foMnz, x 204 rood 174 000 1600 205 % cae 16—aa0) y |_zer seso 972 Too z |_2e0 |_7oor 1660 1500 Toise: LTEFDD (GcroMA. So% RE.SNMNz. x 24s rans fezs O00 fsoo 295 % cae arsiy y 14e ars2 1885 100 2z |_i7e—| 7oss ism 1500 Tolsr— |tEFDD(Scrona.sox Re.snz x 2ss roor f644 000 1500 86 % cae 1s.oam) y tss s5os itro 100 2z iss |_orss 1931 1500 Tolse— trE:FOD (Gc—rona. So% Re. romine, x 10 roor is1 o00 ts00 196 % cae st—oam) y 255| sear es 1500 z |_a7e |_oas 1683 1500 Torse: |tTEFOD(ScronA.so% RB.SMNz x 272 rose resi 000 fs00 £86% cae stoam y |_tes |_s540_| 1201 Too z 19| erae isso 1500 Toleo— trEFOD(GcFonA. So% hS eMHz, x a0s rose ir4s G00 1500 255 % can areiy y |_24s |_soat 1oo2 1500 2z |_2ee eari roze 1500 Toter— trE—FD (Gcron®.sox Re. tsMz x ai0 sase fe82 000 fs00 156 % can 18.oam) y zoo |_orzo 1548 Too z_ |_28o co2e 1600 1500 Tore?. LTeFDD(GCFDNMA,So% Re.towine, x s20 sass i6es 000 1500 96 % cao Gt—oam) y z70 arss is 100 2z 201 css 1624 1500 Tores. LTE—roD (Gc—romn. So% Re. faMiHz, x 404 7100 1990 S01 is00 265 % cae arsiy y s16 sns fer Too 2z 33e |_yore 1960 1500 Tors?— LTe—FDD (GC—rDWA S0% RB,f4NiHe, X sas Yars 2oss 301 1500 265% cae 16.qan) y 37| yier 1657 1500 z |_aso 7our 2076 1500 Certficate No: EX3—3866_May18 Page 17 of 30

T Dtau Ex3DV4— sN:spee May 31, 2018 Torss: LTE—rOD (SCroMA So% RB, 14Mz x aos Trar 2208 a01 1500 296 % cae st—oam y |_a4s |_7ous 2ose 1500 2z |_se2_|_80.10_| 2300 1500 10169— LTE—FDD (GC—Fowa, 1 Re, 20 Miz, x se2 rai zore ao1 1800 196% cao arsi) y |_zer sree 1a06 1500 2z |_2or oso fast 1500 10170— LTEFDD (GC—FONA, 1 RB, 20 MHz. xX ase saar mus 301 1500 196% cap 16—0am) y [ss yast 2oas 1500 2 sz mis mMor 1500 To17i— LTEFDD (SCFDMA, 1 Ro, 20 Miiz, x ame Tser 2oeo 301 1500 206% Anp —orm) Y 2e0 seer iris 1500 z |_ase Taie 1963 1500 10172——| LTE—TDD (GCFOMA, 1 Ro, 20 Nz, xX sost ifsas sa05 602 650 290% cap arsiy Y 35 Toz 26e 650 2| asi sase 2511 sso To173— LTe—ToD (SGFDNMA, 1 RB, 20 MHz, x sior 1maz1 soss 602 650 186% cap 16—anm) y 610 sor 22 sso 2 1521 sozo 2602 ss0 10174— LTE—TOD (SCFOMA, 1 RG, 20 Mz x 2z osz sise 602 650 +96% cap ec—arm) y |_s3 72z fare e50 z 770 ie an 650 Toi7s— LTEFOD (GGFOMA, T RB, 10z. xX ars 72e 247 301 1800 196% cae arsi) y |_2ar arss inzs 1500 z 20e _|_roor 1923 1500 Toi7e: LTEFDD (GCFONA, 1 RS, 10 Miz, xX ass aan pane so1 1500 288 % cae 18.0M) y se 7ass 2oar 1500 2 |_sa1 822 2103 1500 To177— LTEFDD (SGFDMA, 1 RG, $ Miiz, xX a70 Tass zo so1 1800 296% cas arsi) Y 250 sras t7ar 1500 2z 280 Toas 1933 1500 10178— LTE—FDD (SC—FDMA 1 RB, 5 MHz, 16— X 640 81.02 2300 3.01 1500 296% cae cam y ss1 7as Pose 1500 2 sz sise 2aar 1500 Toirs: LTEFDD (SCFONMA, 1 Re, 10 Mz, X Sar Tess 221« so1 is00 256% cae e4.0rm) y si0 yoso ts1 1500 z |_aso Tris 2189 1500 Toieo. |LTEFDD(SCFDMA, TMe.sMHz. 64— x asi rsei 20si 301 iso0 298% cae oam y |_27 sear irie 1500 2z ase 7aos 1958 1500 T0181— LTEFDD (SGFDMA, 1 RG, 16 Mz, x sr70 Tass zose sor 1800 296% cap arsi) Y 259 67.46 17.86 1500 2| 2se Tors 932 1500 Torgz— LTEFDD (SCFONMA, 1 RG, 15 Whz, xX ea0 s1se Rasr so1 1800 296% cap 16.00) y sso yaze zose 1500 z |_a21 si8s 2385 1500 Toigs— LTEFDD (GC—FONMA, 1 RG, 15 Miz, xX 480 Toze zoso s01 1500 #98% mo e4.arm) y |_27 sase is 1500 2 aar 7auo 1956 1500 Certficate No: EX3—3806_May18 Page 18 of 39

TD Diau Exsov— sN:ss0e May 31, 2018 Toree— LTE—FDD (GCFDMA, 1 RB, 3 Mez, X s8o 7201 282 so1 150 298 % can crsi) y 2se srso i7so 100 2z |_280 7ors 1986 1500 Tois. LTEFDD(GGFDMATRB, 3MHz 16. x o43 sise raoi 301 f500 196 % cao cam y ss2 Tess se 1500 2z sz sier 2ae1 1500 Toise: tre—fob (Gcrov®1Re, aNnz6. x 4820 reer 2054 301 1500 95 % Anp cam y zso sass iTie 1500 z |_s6o 7a0e 1961 1500 Torer— LrE—FoD (GGFO\A 1 RB, 12 Nez, x ss1 7aes mer s01 iso0 296% cae orsiq y ze sree i7es 1500 z 201 fose 1945 1500 Toige— LTE—FOD (GC—FONMA1 R&, 1.Nz x |a70 sais mds so1 1500 298 % cae 15—oa0) y |_ses Tai mas T500 2z |sss size ms1 1500 Toiss: LrE—FoD (GG—FoNMA, 1 RB, 14 Nnz x «se 7ese z080 s01 iso0 £96% me ct—omm) y |_zse |_saor 1745 1500 2z |a7s 7azs 2000 100 10193— EEESOZ1in iT Greenfeld. GMops, X 467 6595 1648 000 1500 195 % cac sesiq y |_az sest 1637 T500 2| ass |_sr0s_| 10.19 1500 10192 TEEE 802.11n (iT Greentald soMops, x 487 er32 feso 000 1500 295 % cac 15—0am) y 4ss |_saso en 1500 2z |_a4r sr32 1632 1500 10195— IEEE 002.11n (HT Greenfield, 65 Mops, X 491 67.33 16.99 0.00 150.0 290 % cac st—oam) y |_as2 |_seer fefs T500 2 450 61.33 16.3 150.0 10196 TEEE 802.11n (HT Mixed, 6.5 Mops, x aso sr0s fes2 000 is00 £96% cac spsiq y |azs sass 1556 1500 2z |_as1 _|_sr0e_| 1618 1500 T0197— IEEE 802.11n (hT Mied39 Mops, 16— X 489 6734 1660 000 1500 2985 % cac cam y |_aso |_sase 1672 1500 2z |_a4r org2 1632 1500 Torgs— 1EEE 80211 (T Meed.as Mops, 64— x 492 er3e 1660 000 1500 £96% cac ca) y |aa1 |_seer 1618 1500 2z |_a49 orsz toss 1500 10219— TEEE 802.11n (HT Mxed,7.2 Wops, xX as4 sros 1648 00 iso0 196 % cac sesiq y |_ais sass iss3 1500 2z |_a5r |_srid_| 1616 1500 10220— lEEE 8O2.1in iT Mxed. 43.3Mbps, 16. X 489 8733 1680 000 1800 96 % cac can) y |ass sess 1610 1200 z |_a«o srze 1631 1500 Toz21— IEEEBOZ.1in iT Mxed, 72.2Wbps, 64— x 492 erar fose 000 1500 96 % cac cam y |a4s sess foi2 1500 2| asi srze 1632 1500 10222—— TEEE 802.1 n (HT Mixed, 15 Nops, xX s2e ers2 iess on0 is00 296 % cac sesiy Y |_aso soss 1626 1500 z[ ase srzs 1641 100 Cortifcate No: EX3—3866_Mayt6 Page 10 or 30

TD Diau EX3DV4— sN3Bss May 31, 2018 Toz2s— Ees ooz.1m (hit Mcd, o Maps, to— X s55 6ri76 1682 G00 1900 295 % cac oa) y |_sor sria 1638 1500 z[ s4r|—sra2—| 1649 1500 10223— IEEE 8O2.—11n (HT Mied, ts0Mops, 64— X 527 ar84 fe8r ©00 1500 296% cac cau) y ase sros mozs 1500 2| 480 |_or.40_| 16.40 1500 &o22s— Unte—FDo(HSPAY) x 2so sr00 1621 ooo is00 £56% ae y—| 251| soor s 1500 z |_26s —|_coot 1622 1500 Toz25— LTE—TOD (GCFOWA1 RG, 1.4 nine, x saas tarzo seae Gor c50 £96% caa 16—000) y sa0 miz 2e sso 2| irse forre zear c50 Tozar— LTE—TOD (GC:—FowA, 1 R&, 1 Mn xX sea8~| feas sao1 602 650 £90% cA 64—0m) y |_sio se Pra0 sso 2 |_iso5 |_or36_| 2oro e50 10228— LTE—TDD (GG:rown, 1 RB, 1. Nine, xX So86| 12404 aroi 602 50 £90% caa arsiy y |sor ze mans sso 2| _ass saar 2726 650 Torzs— |LTE—TOD(GCFDVATRE.3NNz 16 x si41 i2430 sase 602 660 255% cas oau) y [~ais san #ar ss0 2 |15.40~| 9030 20e Ean Toz30— LTE—TOD(GGFDWATRB.3nz. oa— x sosd tieor s2se 602 660 256% cas oan) y—| se sone Fror sso 2| 1921 |_s520 2006 sso To231— LTETOD (GG—FoNA., 1 RG, 3 Minz, xX asas 2177 aras 602 650 £90% cas arsy y iss sa| mor sso 2 sds —|_ar.70 2o e50 Torse— LTETOD (GCFDVATRE.SMHz, 16— x B149 t2a32 sase 602 seo £95% cap can) y |o1a |_s200| 2236 ss0 2( ear |cosr zeor Em Torss— LTE—TOD (GC—FDWMA1RB.5 MHz.64— X So87 ma0d s230 602 seo £95% cap can) y s7e Sour Pror s50 2| Hang_|_ss16| Zoor es Torsa— LTETOD (SC—FOVA, 1 RB, 5 ViHz, xX 4140 i1946 s6d0 602 650 £96% cap arsiy y |aes soss mse o z |_soi _|_se70 2029 ©50 Torse— LTETOD (SC—FOVA, 1 RB, 10 Viz, X ~arer i2nad sse| 602 50 296% cap 16—aam) y snn sn #ar ss0 2Z—|—15.40| 9042 ~|_2e09 Eau 10236— LTETDD (GC—FDVA, 1 RB, 10 Miiz, X |size—| mass azas 602 650 £96% cap se—oam) Y 5.79 80 26 21.00 650. 2z 1330 |_soze 2012 Eau Tozar— LrEToD (GG:FowA, 1 RB, 10 Niiz, xX asse 12206 ar31 602 650 £96% cap arsq y |_ass bi36 mz sso 2z |_sis |_ar7a 2ore Eoo Tozse— LTETOD (GC:—rowA, 1 RB, 15 Wiz, X |~aier i2436 ssso 602 5o £90% cap 1s—oam) y 62| sans 2ese sso 2 1532 soss 2806 ss0 Cortificate No: EX3—3866_May18 Page 20 of 39

TD Diau Exsove— sN8es May 81, 2018 1o280— LTE—TDD (GCFDVA, 1 RB, 15 Mz xX sose mai2 seso ao2 ss0 95% cao st—oau) y 573| so1s 2ro8 io 2 1919 _|_so10| 2005 t0 To2a0. LTE—TD (GCFDVA, 1 RB, 15 NNz, x as30~| i2189 srz8 602 tso 290% cad arsiq y is sise 2i01 o 2 $.16 87.71 26.77 .0 10241 LTE—TOD (SC—FOMA, 50% RB, 1.4 MHz, x 10.63 85.06 26.98 6.98 650 296 % can 16—anm) y o7 Tess mees sso 2 773 8262 2543 6.0 10242 LTE—TOD (GC—FDMA, 50% RB, 1.4 Miz, X 825 8202 25.70 6.98 60 290 % caa stoam) y |~ser vasr 2r8e o z |6ss 7oss 2100 ts0 Toras |LTETDD(GCFDMA.So%RE. 12NMHz x 72e rees 218 S08 s60 295% cA arsi) y |_aes 2or 2r30 mo z |_sis |_roos 2022 o 10244 LTE—TOD (GC—FDMA, 50% RB, 3 Mriz, x 10.28 84.05 2254 398 65.0 £9.6% cas 16.aam) y |_sa seer 1270 wo 2z |_s5e saer f94s ts 0 Tozis— tre—toD (GGroNA. sok Re.aNnz x ses saz2 2eio 390 650 96% cas stoam) y sz seer 1248 o 2| aar |_seor o4 to Tozas. tre—too (Goroun.sox RS.aNnz. x 1246 soss 2a0e 305 s50 96% cas arsiy y |_2se sazo 1386 sso 2z |_sso 7103 10.19 teo 10247— LTE—TOD (GC—FOMA, 50% RB, 5 Miiz, x 734 7050 2157 308 650 £9.6 % cap 10.9hm) y 5is sass 14g6 mo 2z |_ars sose 1648 se0 Torie— Lre—ToD (GCFDNMA.So% RE. BMz x 71e 7ase 21is 398 t50 £96% cap st—oan) y |_sas sane faas wo 2| seo soso_| 1615 sso Torts— |LTE—TOD{SCFDMA.SO%RB.SMiiz, x fais s200 2o04 398 650 £95% cao arsiy y |_a1s yazs irse sso z |_ase 7ros 1897 sso Torso— tTE—Tob (GGFDMA.So% RB, fomnc, x 792 socs 2026 95 660 £96% cap 18.aam) y |a7s yazs 1906 o z 50s Taas 1900 60 Torsi— LTe—Tob (GCFDMA.Son Re rowhe, x 2s Trea Pir2 596 s50 196% cap st.oam) y |_a47 _|_Tose i7es sso 2z |aer ier 1818 o Tors?: |UTE—TOD(GGFDVA.SomRS. iomne x foss s1z 2536 390 650 £96% cap arary y |_s21 tros zors o z |_s77 Tome P12 tso Tozss. LTe—Tob (GCFDNMA.So% RE isWnz x 705 7e20 2136 3090 650 296% cap 18—0Am) y_|_a7s Tosr 845 sso z as» 7170 1862 s0 Tozse. LTE—Tob (GGFDNMA.So% RB, is MHz, X 744 Tros 2203 390 650 £96% cap st.oam) y |_sio 71g0 1898 sso 2z sar 7aze 1042 s5.0 Certficate No: EX3—3866_May18 Page 21 of 39

T Dtau Exsovi— sNisses May 31, 2016 Tozss: LTE—TDD (GGroNA. SomRB, isnme, K aco siss 2325 a%e 650 £55% can arsiq y 5is yam fo7e ss0 z |sso_|_Texo 2083 es0 Toz5e— LTE—ToD (SG:Fouia, 100% R6, 14 xX so6 aisr 2074 305 650 296% m NMHe, 16—0Aw) y 23e saas s70 650 2z 246| 64.13| 10.00 ss0 Tozsr— LTe—ToD (GC:—FONA, 100% RB, 14 x sar some 2020 395 650 £56% CAA MHz, 64.0A0) y 23e sai2 oas es0 2| _24s sa72 oc cs0 To256— LTE—TOD (SG—FONA, 100% R&, 14 x 031 arz0 2300 595 650 z96% can vbe, arsiq Y 2os saz0—| 1oss sso 2z 221 ssso f1a1 650 10250— LTe—TDD (GCFDMATOO%NRE. 3MHz, X 764 Tare z211 396 650 290% cas 16—0am) y ser yoss ze sso 7| azm rin z0s s50 Toz0— |LTE—TDD(GCFoNMA. tookRa.smz, x 750 Tess riss 596 650 £90% cas smm y |_aor Tois 20 s50 2|42 7iae is80 eso 10261— |LTE—TDD(GCFDNA, Too%RE.3NHz, x 1108 Se0s 2est s0e 650 £96% cas arsiq y |_a42| yasr 1845 s50 2z 50s 73e 1oss es Tore2: |LTe—TOD(GCFOMA. 1oo%Re.shnz, x 790 Bose 2e22 306 t50 £96% can 16—0a%) Y |a7e 7air iss sso 2|50 Tess 1900 650 Tozss— LTE—TDD (GGFDONMA, 100% RBSNMHz, x 724| 77es 2172 306 s5o £95% can s4—aam) y |aar Tos 78 ss0 2| ae6 7ies feir 650 Tozss— |LTE—TDD(GGFONA T00%RE.sNmz, x foat Sre8 2e2s 396 650 £96% cap apsiq y 5is Tess 2an s50 2z |_s70 7ese 2117 eso Tozes: LTE—ToD (GC:FONMA, 100% RB, 10 x Tas 7oi 2i8s 305 seo re6% can Miz, 16.0A0) y z8| tir i ss0 2| 486| 7206 isso ss0 Tozee: LTE—TOD (SG—FONMA, 100% RG, 16 X 7m mes meae s%6 too £96% cap MHz, 64.0A0) y |_s2_| 7242 1e3 sso 2| 530| Taze ios1 650 Tozer— LTE—TOD (GGFOMA. 100% RB. 10 x a22 s28r rass s98 c5o 95% can Mbe, aPSK) Y 535 ear fem ss0 2| 675 yess 2om> ss0 Tozes: LTE—TOD (SC—FDNMA, 100% RG, 15 xX 774| Te| mes 398 sso z96% can NHz, 16—0A0) y |s50 Thse feds 650 2| see 7aze iess e50 To265——| LTE—TOD (GC:FDNMA, 100% RG, 15 xX 7es Taes 2148 308 s5o ze5% can MHz. 64.0A0) Y 552| Tizs feos sso 2| ser Tige 1042 650 Torro. LTE—ToD (SG—FONA, 100% RG, 1 xX 819| Tars 2180 390 to £95% can mz apsiq y ~sar yass foze s50 z 67e 7ase fess 650 Certfcate No: EX3—3866_May18 Page 22 of 30

TD Diau exsove— sN3ses May 31, 2018 Tozra— |UMISFDD(HSUPASublest5.samp X 275 sr48 fero 000 900 295% cas RelB.10) v |_zse sost 1402 100 2z |_2s1 _|_sree 1030 1500 Tozrs. UMTSFDD(HSUPASubiest5.samp x 200 ri8e irse 00 is00 £96% cas ReBA) y iss arei faze T00 2z iss coss fea1 1500 Tozrr— ris (arsi) x 304| sase amo o03 soo 285% CA y se so2s s8o o 2z 182| ons Sss soo forre— PiS(@PSKBWasaiHzRolofO®) x 1405 seas 2air 908 s00 295% can y 2er sias 1026 o z |_ase _|_eiso_| 1043 5o0 Toaro— |PHiS(aPSK. BWesiMnzRolofOs®) x 1426 soe0 2are 903 s00 £96% CAA y |_s0s sies 1020 o 2z 296 |_es09_| 1058 soo 10200—— COMAZ0N0, RCT, $055, Full Rate xX 275 7eoo 1903 on0 1500 295% me y |_oro s2st Sm T00 2z |_ii2 ares mar 1500 Toz01— COMAZ000, RGS, 5055, Full Rato x iss 7eis war on s00 290% ae y |_ose ons 687 T00 z |_ocs |_sose 1081 1500 10202 GDNMAZIOO RGS, S032, Full Rete x 408| o187 pasa ono 1500 190 % and y o4s s2a1 825 100 2 |_iss Teor 1627 1500 Tos53: CbNAZOO, RCS, 503, Full Rate x 2a7s imo7s sso2 600 is00 166% ma Y 0.70 67.74 11.38 150.0 z—| 10000 |_i2s.63| 2048 1500 Toz5— CDMAZOOO.RC1.503. tainRate z5i| X 908 se9o 2550 903 500 £96% MB y |—Tar yase 1835 oo z |_ses 8112 2025 500 Toror— LTEFDDGCFDVA.SO% RE.20MHz, x as0 rare t8ir 000 100 £96% mo arsi) y—| 245| so40 foze T200 2z |_2er |_yoas 1718 1500 Torse: LTEFDD(GCFDVA.So% RE. 3WAz x 2se 770 tr8r ©00 isao £96% me arsiy y |oss sa40_| ons T500 z iz 681 1245 1500 Tozss |tTEFDb(GCrDNVA.Sox RE.aNnz x 487 ress iess O00 1500 #98% Mc 18—aAm) y iss sa0s 925 is00 2z |i7e 6574 1059 1s00 fosoo. tTEFDb(GcrpVA soxRE. 3wz x a0e roor iaze O00 iso0 296% AnC m y 12 sosr Ts 00 2z 12e siss Tes 1s00 10301 IEEE 802. 160 WiNAX (20:16, Sms, xX sis seds 1818 417 sao 95% AMA 1OViiz, PSK, PUSC) y 420 _|_ssos fosr soo z |_aso eses 1723 so0 10302— 1EEE 802. 16e WiNAX (29:16, Sme, xX 5se seee i2864 485 500 298% AMA 10Viiz, PSK, PUSC, 3 CTRL symbols) y |_as _|_saez ires so0 2 482 66.05 1781 500 Cortficate No: EX3—3866_May18 Page 23 of 39


Document Created: 2019-10-17 02:14:16
Document Modified: 2019-10-17 02:14:16
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