RF Exposure Info 2

FCC ID: ZNFKX1801

RF Exposure Info

Download: PDF
FCCID_4031046

m Dt &C Report No.: DRRFCC1809—0107(1) FCC ID: ZNFKX1801 ExsDV4— SN:3806 May 31, 2018 DASY/EASY — Parameters of Probe: EX3DV4 — SN:3866 Other Probe Parameters Sensor Arrangement Trangular Connector Angle (*) a18 Mechanical Surtace Detection Mode enabled Optical Surface Detection Mode disabled Probe Overall Length 337 mm Probe Body Diameter 10 mm Tip Length 9 mm Tip Diameter 2.5 mm Probe Tip to Sensor X Galibration Point 1 mm Probe Tip to Sensor Y Calibration Point 1 mm Probe Tip to Sensor 2 Calibration Point 1 mm Recommended Measurement Distance from Surface 1.4 mm Certficate No: EX3—3008_May18 Page 11 of 39 TRE—RF—601(03)161101 Pronbits ns copying and re—‘ssue af this report wiout DT&G approval Pages: 151 (249

D Dt&C exsove— svisees May 31, 2018 Appendix: Modulation Calibration Parameters uio Communication System Name A & c o ve Max as dBvuy ds mV Une® (c2) o ow x [_o00 ooo 100| o0 ires 233% Y |0.00 000| 100 1120 z |_o00 009 _|_1.00 1523 10010— SAR Valldation (Gquare, 100ms, 1oms) X 496 7403 1485 1000 200 296% caa y |_iso sze7 525 200 2z iss sae1 870 200 Toot1— UnMts—Foo weo x 146 7ase 1910 000 1500 296 % cas v ose sess faie 1500 2z |_ine seet 1641 1500 Toor2— iE80211b Wiri 24 Gniz (Dsss, 1 x 1ar seis tor 041 is00 290% cas Mops) y for saso feai 1500 & 112 6444 15.48 150.0 Toors— iEEE 802.119 Wiri 24 Gnz (psss— xX sor sees iar 146 is00 290% cas OFDM, 6 Mops) y |_a50 sase 1676 1500 z |aei sess fear 1500 Too21— GSW—FOD (TDVAGNew) x 10000 11834 2800 930 soo £96% pac y |_a30 risi ase so0 2z |_foas s217 1730 so0 To02s— Gprs—rop (roma, GveR, TN O) x 10000 fie2d 290 957 500 £96% DaC y |_a0s yos mi9 500 2 |_Ta trea iso1 so0 Too24— Grre—Fop(ToMA, GweR, TN 0—1) xX 0000 masr? 2ris 655 600 £96% pac y |_2ar sazr 110 s00 & 9004 104.22 21.52 60.0 Too2s— EDGE—rDD (ToMA, sPSK, TNO) xX 72e sses sssi 1287 500 £96% pac v 336| sase zoss so0 z|_aso 7280 2ase so0 Tooze— EDGEFDD (TDNMA, SPSK, TN 0—1) x isar iossr sree a5e 600 £96% bac v 680 |_sims zass s00 2z 740 |_sri8_| so2e s00 fooar— GPR&—Fpo (moMa, Gwsk, TNo——2) x Toomo i1469 2654 480 soo +96% pac yO iar sare si0 200 2 10000 10355 2047 ©0.0 Toors— Grrerbo rona, Gwesk, TNo—t23) x 10000 i1657 2668 355 1000 298% bac y |or &ss on Tood m — z fooos 1oss6 1088 1000 10020— EDGE—FDD (TDMA, BPSK, TN 0—12) X 10.04 9412 31.9 780 80.0 29. % pac y |aes yoza mess so0 2z |_are 776| 240 200 10030 IEEE802.15.1 Buetoo(GFSK, DH1) X 100.00 11328 2621 530 700 290% CaA y iso sisr sar Too 2z iot |_saot 16.17 Too Toost— IEEE 802.15.1 Bluetooin (GFSK, DHo) X 100.00 fa0d46 2ee8 188 1000 298% Can y |_oze soso 377 1000 2z 1oo00 sro1 1608 1000 Cortficate No: EX3—3066_May18 Page 12 of 30 en e wwenwa se w £o ie se sagtny ww n raws w se reprs esw oo upprene cugee rewrave

_D Dt&C mmz mm mm exsov«—sh:ssss May 31, 2018 T0032—|iEEESOZ151Betoon (GrsR.pne) X foodo rease 3161 117 1000 +96% can Y 298 214.36 19.08 1000 z—| i0000 s6.12 15.00 1000 T0033— IEEE 802151 Bueloom (PTdDGPSR, X foooo i2a71 s6s2 530 700 £96% CA DH1) y—| 37| maor mss Too Z |_sis |_rass iss Too 1003¢— IEEE 802.15.1 Bluetooth (P14—DOPSK, X 36.25 116.38 3111 1.88 100.0 £96% cm DH3) y 132| sns mar 1000 2| 210| 72s tase 1000 10035— |iEEESOZT1S1Bueloon (PDaoarsh, X 1007 97.90 2600 117 1000 £95% caa ors) Y 1.02 64.78 10.26 100.0 z 165 7os: 1273 1000 10036— IEEE 802.15.1 Blustootn (8—DPSK, DH1) X 100.00 130.10 36.71 530 70.0 £96% ca Y 570| yans mess Too 2z |—64s |_s295 1972 Too T0037— 1EEE 802.15.1 Bluctoom (@.umsR, DHs) X sase ma26 sos4 185 1000 256 % CA Y iz mer mss 1000 2 195 7138 14.08 100.0 10038 1EEE 802.15.1 Bluetooth (8—DPSK, DHS) X 11.00 9037 26.04 147 100.0 206 % CA Y 1os saos foss Toos Z 172| 7130 ta0s 1000 Toose: CDMAZO0® (mRTT.RCn) X 441 s1 2i00 o00 1500 296% CaB y |_ose sass 997 1500 2 1.99 7444 15.11 1500 Tooiz: 18:50718—136 FDo (ToMAFDW, Pid—| X Tooo0 maor 2625 778 sao 196% caB DOPSK, Halfrate) y zm ssm ow so0 2 4.60 73.72 1931 50.0 10044 IE—91EIVTIA—553 FDD (FDMA, FM) x 0.01 122.06 4.07 0.00 150. £96% caa y—|oss faans |_o00 1500 Z |_oor 12573 100 1500 Toois——| bEot (rop, Tomwrom, Grsk.Ful x fo000 11795 3107 80 250 £9465% cm Siot, 24) y aso orar man Z0 2| 518| _7oos 1431 250 Tood5— bECT (Tob. ToMArDM, Grek, Doule X 10000 fi636 2049 fors 400 166 % caA Siot, 12) Y 423 6o.49 1302 40.0 2 527 7287 14.27 40.0 10056— UMTS—TOD (TD—SCDMA, 1.28 Mops) X T781 12132 30.78 9.03 50.0 296 % caa y—| aos Taze is soo 2 EH 82.59 19.86 $0.0 10058 EDGE—FDD (TOMA, BPSK, TN 0—1—2:3) xX 757 86.51 2641 655 100.0 +9.0 % DAC Y 37 o 240 T000 2| 376| 7ass 292 1000 Toose: iEE€BoZTbWri24GHz(PssS.2 x 141 seai 1821 o81 100 196 % cas Mbps) Y 103 64.26 15.02 1100 2| 114| sosr iss 1100 Touso. |iEEESOZITWFZAGHz(DSSS.55 x 10000 14026 s698 130 1100 156 % cas Mops) Y s52—| saio is oo & ESEA 116.45 30.20 1100 Certficate No: EX3—3066_May18 Page 13 of 30 inrnrovnvane wory w ce ues uin cogrers on e roe uppoces

TD Dt&C exsove— sn:ssee May 31, 2018 foosi— |icEESoZTbWR2Z4GHz(DsSS.11 x s2i6 iri9s s602 204 m00 185% cas Mops) Y 2o Toso 972 1oo 2| 230 Taie 2085 1100 10082 |iEEESOZTiaMWirSGHz(OroM,6 x 4ss coms i6es 049 1000 +95% cac Mops) y |_as7 sass foz 1000 2z |_a43 _|_ceso_| 1640 1000 fooss iEE€SOZTahWiriSGHz(Orbm.s x «es ari1 1898 072 1000 290% cac Mops) y |_aso sosr foa1 1000 2z |_a44 ~|_soor 1647 1000 Toose iEEEBOZ.TTahWrisGnz(orom 12 x s10 er4i i7i7 o%é 1000 290% Cac Mops) y |_as2 |_sest 1650 1000 2z |_aor ~|_or13 1663 1000 Tooss— |iEEESOZTianWirSGHz(OrDM, 18 x s0s 6734 1720 121 1000 298% cac Mops) Y |_a4o sess 1655 1000 2z |_ase _|_sose 1668 1000 foose— |iEEESOZTamWiriSGHz(OFDM,24 x sos 6730 1747 148 1000 195% cac Mops) y |_as0 sees fose 1000 2z |_ase sos» 1680 1000 Toosr— |iEEESUZTamWirSGHz(DFDM,36 X Sss 6r30 irss 204 1000 +95% cac Mops) y |_a70 seso i7is 1000 2 a8> sri 1723 1000 Toose— |iEEESOZTiahWiri5GHz(OFDM,48 x 544 6res 1814 256 1000 £96% cac Mbps) y |_as2 |_sesi irze 1000 z |_ass sros 1735 100.0 Toose: iEEEBOZfiahWirisGhz(orbm,sa x s51 6749 1827 207 1000 200% cac Mbps) y |_aso sass i7as 1000 2z |_ao1 sror 1783 100.0 Toori— ieee so2tig Wir24 nz x [s1z sros iee 189 1000 290 % cas (DSSS/OFDM, 9 Mbps) y 4ss seso i7oi 1000 z |_a70 sess 1711 1000 Toorz— 1€EE 802.119 Wii 24 Oz x s1 sre ios 230 000 296% cas (DSSS/OFDM; 12 Mops) y |_ae2 sass trir Tooo 2z &0 |_sr0s 1727 1000 Toors— i€EE 602.1ig Wiri 24 Gnz x s21 sree 82e 263 1000 296% cas (DSSS/OFDM; 18 Mops) y |_ass _|_sror i7ar Tooo z|_ar er2s 1750 1000 Toore— i2E 802.119 Wiri 24 onz x sis erse 1848 330 o0 296% cas (DSSS/OFDM; 24 Mbps) y 46o sess i7eo 1ooo 2 [_an sri7 17.70 1000 Toors— tEEE 802t1g Winl 24 Cz x s20 srar meee a82 900 £96% cas (DSSS/OFDM, 36 Mops) y |_a7s seno i7es soo 2 |_ar sr18_| 1782 90.0 Toore— teee a02119 Wiri2.4 Cz x s2s sres m8a9 418 900 £90% cas (DSSS/OFDM; 48 Mbps) y 47 sese 1800 oo z |_are _sr0e 1808 $0.0 Toorr— 125E 602.119 Wiri 24 Giiz x 525 sres i898 430 s00 290% cas (DSSS/OFDM, 54 Mops) y |_ia1 sese fem soo 2 is1 oris 16.19 30.0 Certficate No: EX3—3006_ May18 Page 14 of 30 en n ruvinywuces 10 oi sine sogyiny sn n raaus sn se repi imumwepese ns

D Dt&C Ex3ove— sh:ses6 May 31, 2018 Toost——| CoMMZ00 (hatt?, RCS) x is Tess fezs 000 1500 £86% cas Y |_040 eass 35 1500 z |_ozo esar tose 1500 1oos2: 18—54 15—136 FDD (TOMAFOM, Pia— x os7 eooo s20 a7r soo +96% cas DGPSK, Fultate) y 62e serr |_seo 200 2| 447 esos 504 200 10080— GeRS—FDD(TowA, GMSK, TN 0—4) x foomo 142 2ri8 656 co0 £96% bac Y 251 6530 11.07 60.0 7z |_sis0 10346 2138 eo0 10097— UMTS—FDD (HSDPA) x 210 T041 17.58 0.00 1500 29.6% cas Y |_fss erge is.0s 1500 2| ise Toir 1649 1500 10098— UMTS—FDD (HSUPA, Subrest 2) X 206 Toar rsr ooo is00 £26% cas y Tez sror 1504 1500 z iss Tors 1647 1500 10099— EDGEFDD (TDVA, SFSK, TN 0—2) xX iees iosar seor a5e 600 296% oac Y |_Toz siss zare so0 Z 7as a72e 302 so0 10100— LTE—FOD(SC—Fowa, Too% RB, 20 x a76 Tass fe2r ooo is00 #96% can Mitz. OPSK) Y 2ss sosr 1636 1500 2 |_s0s Tiss i7z 1500 Toto1— LTE—FOD(GC—FDNMA, 100% RG, 20 x 349 seso fe77 ooo is00 +26% cao Miiz, 16.GAV) y 297 EAEMIEECH 1500 2z |_s10 srer 1612 1500 10102— LTE—FDD (8C—FDMA, 100%RB, 20 x 350 68.75 1681 0.00 1500 £08% can Miiz, 64—GAV) Y 308 6724 15.76 1500 2 |_s2 srer 1622 1500 1o10s— LTE—ToD (6C—FowA, Too% RB, 20 x sat Tsz z20e 395 c50 £26% cao Miiz, oPSi) y is Tise 1648 60 2z 542 Tare_| 1053 ss.0 10104 LTE—TOD (GC—FDMA, 100% RB, 20 x 7.70 Te.73 2M 308 s5.0 £9.6 % cap MHz, 16—QAV) y $3z Tiar foor sso 2 |_sas T2z 1042 sso Toi0s— Lre—ToD (GC:FoMA, 100%RB, 20 x Toe 7ase mar 306 650 206% can Niz, 64—GAV) y |_afo cose fede sso 2 5.14 7085 19.08 650 10108— LTE—FDD (GC—FDMA, 100% RB, 10 x 328 7258 18.09 0.00 150.0 £9.6 % cae MiHz, OPSiQ Y 243 éo27 ies 1500 2| 265 Tore 17.10 1500 10108— LrE—FOD (GC:roMA, 100%RB, 10 x 317 Geas fear o00 is00 +565 % cas Mitz. 16—0AM) y |_zor orie 1546 150.0 2 2.76 65.08 16.06 1500 10110— LTE—FDD (GC—FDMA, 100% RB, 5 MHRz, x 268 71.66 17.86 0.00 1500 £96% cat Si) SH) y |_ior esar_| t556 1500 2 2i Tooe 1666 1500 10111 LTE—FDD (GC—FONMA, 100% RB, 5 Miiz, X 294 7oor i7as o00 is00 +95% cae 16.oat) Y 236 6846 15.59 1500 2| 260 cour i63 1500 Certficate No: EX3—3866_May18 Page 15 of 30 en e wwenwa se w £o ie se sagtny ww n raws w se reprs esw oo upprene cugee revieve

T Dit&C EX3OV4— SN:3866 May 31, 2018 T0n12: LTE—FoD (GC:FONA, 1o0% Re, 10 x 325 sass 1670 o00 isoo 196% cae MHz, 64—0AM) Y 2.74 67.25 1557 1500 2| 280| sare 1019 1500 Tors— LTe—FDD (GCFDMAf00%RB, 5Wiz, X aco sase 146 600 1500 95 % cae st—oa) Y 252| saro| isas 1500 2 |2rs |Tois 1675 1500 Torid— 1EEE 8021 n (A1 Greentald,13.5 X |s24| ar48~| 16e O00 1800 £695% cac Mops, BPSK) Y 484 67.00 16.28 1500 2 450| or3e 1643 1500 10118 IEEE 802.1 in (HT Groonfeld, 81 Mops, X 5.59 67.72 16.77 0.00 150. 196 % cac 16—0am) Y 5.08 6708 1632 1500 2 513 6737 1644 150.0 10116 EEESOZ1m(HT Greenteld, tosMops, X 536 or4 i6.70 ©00 1500 256 % cac St—Gau) y |as2 arzo mean 1500 2 498 6782 1645 1500 T0117— TEEE 802.1 n (HT Mxed, 19.5 Mops, x s2e~| ara9 16e8 ooo is00 +95% cac sesiq Y 483 6695 16.28 150.0 2 489 6720 1643 1500 10118 IEEE 802.11n (‘T Mixed, 61 Mbps, 10— X 5.00 6r.0r 10.05 0.00 100.0 29.0 % cac cam) Y 5.16 6727 1643 150. 2 520 6752 1653 1500 10119— IEEE 80211 (HT Med, 185 Mbps,64— X aos or68 i6680 000 1500 255% cac oaAM) Y 492 67.19 1631 1500 2| ae7r ors1 16as 1500 Tordd— LTE—FDD (SG—FoNA, 100% RB, 15 X |a6e cars 1672 000 1500 290% can MHz, 16—0AV) y |_si0—| _or2s ises T500 2z |_azs orse 1612 1500 Tordi— LTEFOD (GG:ronin, 100% RB, 1 xX |~ars ears 8« O00 1800 +56% cap MHz, 64—0AM) Y 323 6743 15.00 1500 2 336 esie 1632 1500 10142 LTE—FDD (RC—FhMA, 100% RB, 3 M x 250 7242 1794 0.00 150. £9.6% cap arsiq y tss sai0_| 1aer 1500 2 184 7053 1623 1500 Toras. LTEFDD (GGFDNMA 100% RB. 3Mz X 245 riao i1 O00 1500 296% cap 16—A y 212| saas rass 1500 2 252 Ti 16.09 1500 1ora4— LTE—FDD (SC—FDMA, 100% RB, 3 NMiz, x 262 68.06 1591 0.00 150.0 £9.6 % cap st—oam y 17e Gazs f2se 1so0 2z |200—| sear 1349 1500 10145— LTE—FDD(GG—FONMA, 100% RB, 14 xX 208 rass 161 o00 1500 185% cas vke, arsiy y |os>| son s 1500 2 0.76 61.85 827 1500 Torde: LE—FDD (GG:FONMA, 100% RB, 14 x |a7 is wes ooo is00 £80% cae NHz, 16—9AM) Y 0.91 50.01 6.14 150.0 2 103 s0.93 6.75 1500 Torar. LTE—FDD (GG—FONA, 100% RB, 1 x a02 seso z70 o00 is00 +36% cae NMHz, 64—0AM) Y 0.95 60.19 630 1500 2| t0s 6138 7oo 150. Certficate No: EX3—3866_May18 Page 16 of 30 vicoviwupiuiniw eivmminna se supyiny an ieviaaus wune rewure uinut w oppures. nupeec reviene

D Dt&C exsove— sisees May 31, 2018 Tors— LTE—FDD (GCroMA. so% RB. 200Mz, X s18 Ga%2 fose 000 1500 290% can 16.oam) y |_2es ora 1652 Tso0 2z 27e |esto 1642 1800 Totso. LrEFOD (Goron,sox Re,20nne, x a20 éa4 teds 000 1500 290% cno ec—aam y 27 ara2 t6e2 Tson z 290 es2i 16.19 1500 Totsi |tTE—TD(GcronA.sokRe.2oune, x 25 s20s ase 395 650 £00% can orsi) v [ss Tosr foss sso 2z |_s77 |_Toos 2064 se0 Torsz— Lre—toD (GoronA.so% Re, 20mnz, x ras 7704 2165 395 650 £90% cao 1s.oam) yO|aa1 yi1e 1840 sso 2z |ass |_Taos 16.08 ss0 foiss: |LTE—TDD(Gcrowa sokRE.2owiz, x 772 78e 2237 300 so0 96% can sc—omm y |_sar 72as rose seo 2| _63 7oso t9.82 se0 foise— LTEFDD (Gc—rowa. so% Re, tomne, x 270 7240 1827 000 1500 £96% cae arsiy y iss ses0 fose 1500 z |_22%0 |_7oes 1609 1500 Totss— LTE—FDD (Gc—rowA. So% me. tomnz, X 294 7000 1744 000 1500 £96% cae 16—0u) y |_zer seso 1or2 T600 z |_2eo |_7002_|_t0.00 1500 Toise— LTEFDD (GCFDMA. SO% RB.SMHz, x 245 yans 825 000 1500 £96% cae apsiq y i4 orse foss 1500 2z 179 |_7oos 1601 1500 Tolsr— LTE—FDD (GC—rpMA, S0% RB,SMiHz, x 2ss Toor 1644 000 1500 £98% cae 16.0am) y |_tse |_s5os 1179 1500 2z iss |_orss 1931 1500 Toise— LTE—FOD (6C—romn. so% Re. 1omne, x a10 7oor is1 000 1500 £96% cae st—oam y 255| sear iess 1500 2z |_276 |_7ozs 16.3 1500 Toise. LTE—FDD(SC—roMA,SO% RB.SMiHz. x 272 foss 1681 000 1500 £96% cae s4—oam y |_tes |_s540_| 1201 1600 z 19« |_or8o is.50 1500 Torso— LTE—FOD (GCroma, so% Re, iaMnz, x s08 Toss 148 000 1500 £96% can ars) y |_z4s soat 1oo2 1500 2z |_2ee eari 1674 1500 Tolei— LTE—FOD (GCrDMA, So% RB, isMnz, X s19 saes fos2 000 1500 £96% can 1s.oam) y zes |_or2z0 1648 T500 2z |_28o co2e 16.00 1500 T016z LTEFDD(GGFDNMA,SO%RB, foMHz, X 20 sees fess 000 1500 £06% cao stomm) y z7 ars ma 1500 2z |_2or cos 16.24 1500 Tores: LTE—FDD (Go—romA, So% Re, 14Mz X 404 7100 19.90 301 1500 196 % cae arsi) y s1 sns feur T500 Z ase |_rore 19.00 1800 forer— LTerDD (GC—roWA, SO% RB, 14Mz X s30 7azs 20es 301 1500 296% cae 16—00) y |_s7 ier fear 1500 z |_aso 7our 20.76 1500 Cortffcate No: EX3—3866_May18 Page 17 of 30 en e wwenwa se w £o ie se sagtny ww n raws w se reprs esw oo upprene cugees rer rave

D Dt&C exsove— sn:ssee May 31, 2018 10tes— LTE.FDD (GCFDNMA.SO% RB, 14Mz x 03 7721 2208 a01 1500 55% cae se—oam y 443| Yaus ose 1600 2z |_5e2_|_80.10_| 2300 1500 Tores— LTEFDD (GCFDMA, 1 R6, 20 Nine, xX ser 7ai2 2079 301 1500 £96% can arsiq y O|_zer sree 1e06 T500 z |_2o1 |_7oso 1954 1500 Tof7o— LTEFDD (GGFDNMA1 RB, 20 Minz, X ast sasr maos 301 isno 296% can 16—0am) y 353| Tas1_| Poas 1500 2| 52e 218| 2e01 1500 Tofz1— LTEFDD (GCFDMA1 RB, 20 MHz, x as 7eer 2oso 301 1500 £96% AnD s4—0Am) y 280 saer iris 1500 2z |_sso |_7a12 tess Ts00 10172——| LTe—ToD (GCFDMA1 RB, 20 NNz x sost i1s4s 3405 602 650 £96% can apsi Y 362 Toz 21.60 65.0 2 |_as1_| s206 211 es0 1ot73— LtE—Tob (GCFDVA1 R&, 20 Nz, x sio1 12a21 sa5s 602 650 £96% can 16—aam) y |sio s20r 232 sso 2z 1521 "|_s920 2602 ss0 10174— LTE—ToD (GC—FDVA, 1 RB, 20 Miz, xX daze ooz sisd 607 650 £96% cap se—oam y 33| 7220 fade sso z 770 sri6 27 sso Torrs— LTEFDD (GCFDMA1 R&, 10 Ninz, x ars 72ea 247 301 1500 £96% cae apsi y 2ar arss inzs T500 2z 286 |_7oor 1023 1500 10176— LTEFDD (GC—FDNMA1 R&, 10 NHiz, x sss s240 mane aoi isoo £90% cas 16—.oam) y |_sse 7ass zoar 1500 2 |sai s222| 2603 1500 Tor77— LTEFDD (GC—FOMA, 1 RB, 5 NiHz, X 370 7ass 20e0 301 is00 £95% cas arsiq Y |_2so sras 77 1500 2z 2so Tozs 1933 1500 Totfs. |LTEFDDGCFDMA. 1RG.5Nnz, 16— x 640 s192 2888 301 1500 285 % cae cam y |sa1 Yase zose 1500 2 522 81.88 2387 150.0 Tor7e— LTEFDD (GC—FDVA, 1 RB, 10 Ninz, X |sar Tess m2id s01 is00 £96% cae s«oam y |si0 Yoso iss1 1500 2z 430| 7778 2180 1500 Toreo. LTeFDD(GCFDVA1Re,sMHz61— x as1 Tem zs1 s01 is00 290% cae can) y |_za7 saer inic Tso0 2z |ase |_7aus foss 1500 Torat— LTEFDD (GCFDVA1 R&, 15 Nez, x are 7ass mase so1 1500 296% cap arsi) y |_zso _|_sra6 irse T600 2z 2s yors 1932 1500 Torez LTEFDD (SC—FDMA1 Re, 15 NMHz, x 630 sige mar so1 is00 205% cap 1s.oam) y 350 yaze zose T500 z |_s21 siss 2ass 100 Tores— LTEFDD (GC—FDVA, 1 RB, 15 Miz, x 4so fore 2080 301 150 290 % Arc se—.oam y 270 sase tris 1500 2 sar 7aco 1056 1500 Certficate No: EX3—300_May18 Page 18 of 39 en e wwenwa se w £o ie se sagtny ww n raws w se reprs esw oo upprene cugee revieve

W Dt&C Exsove— sN:3e08 May 31, 2018 Torea— LTE—FOD (SC:FoMA, 1 RB, 3 Mez, X s8o 7291 2082 s01 150 298 % can orsiq y |2se srso izso 1500 2z |_280 7ors 1935 1500 Toigs: LTEFDD(GGFOMA, TRB, MHz 16. x o43 sise zaei 301 1500 196 % cao oam) y ss2 Tess 2080 1500 2| s2s sier 201 1500 Toise: LrE—FoD (Gcroma, 1Re, aNNz64— x «42 75e? 2054 301 1500 295 % And oam) y |_zso sass irie 1500 z |_s6o |_7a00 1901 1500 Torer— LTEFOD (GG:Fomn, 1 RB, 14 Nez, x ss1 7aes mer s01 is0 196% cae areio y ze sree 1798 1500 z 201 7ose 1945 1500 Toige—| LTE—FOD (GC—FOWA, T RB, 1NHz, x |a70 sais 245 sor iso0 298 % cae 16—0A0) y [ss Tais 2083 T500 2| sss size 2051 1500 Toies: LTE—FDD (Sc—Fowa, 1 RB, 14 Nnz x «se 7ese z080 s01 iso0 £96% me e4—oam) y |_zse _|_saor 1745 T500 2z |_azs zaze 2000 1500 10195— IEEE S0Z11n (i Greemeld, bamops, X 467 boss i64s 000 1500 195 % cac srsiq y |_aze sesr 1697 T500 2z ass |_sr09 1019 1500 10192 TEEE 802.11n (HT Greenfald, soMops, x 487 er32 fe80 000 1500 295 % cac 16—0am) y |ass |_seso fem 1500 2z |_a4r |_sr32 1632 1800 10195—| IEEE 802.11n (it Greenfald. 65 Mops, X 491 6733 1689 000 1500 196 % cac c4—oam) y |_as2 |_seer fons T500 2 450 61.33 16.3 1500 10195 TEEE 802.11n (HT Med, 6.5 Mops, x aso sros i6s2 ono is00 £96% cac Em y |azs sass 1550 T500 2z |_as1 _|_sr0e_| 1618 1500 10107— IEEE 802.11n (HT Mxod 30 Mope, 16— xX 180 67.34 16.60 0.00 150. £0.6 % cac aan) y |_aso |_sase 1612 1500 2z |_a4r org2 1032 1500 Toigs— IEEESOZtin (HT Mwed, 65 Mops, 64— X 492 6734 fee0 000 1500 £95% cac aam y |aa1 seer ons 1500 2z |_449 orsz 1033 1500 10219— IEEE 802.11n (HT Mixed.7.2 Wops, xX as4 sros 1649 o0o iso0 196 % cac srsiy y |_ais sass 1583 1500 z |_a5r |_srie 1616 1500 10220— IEEESOZin (HTMed 43.3Mbps, 16. X 489 8733 1680 000 1800 £96% cac can) y |ass sess 1610 1500 z |_a«o _|_srze i6231 1500 Toz21— IEEE@OZ tin(HT Mxed. 722Mbps. 64— x 492 erar 1659 000 1800 98 % cac cam) y |a4s sess 1612 1500 2| asi srze 1632 1500 10222—— 1EEE 802.11n (HT Mixed, 15 Nops, xX s2e ers2 ises ono ts00 296 % cac spsi) Y |_aso ces3 1020 T500 Z ase srza i6a1 1500 Cortffeate No: EX3—3866_May18 Page 10 or 30 en n rvwrrguazpiwrr w vovmna uis vupyiny aiy ie—iaaus ui uns repurs muruue ut oy appruve 1 ayes. ivurere

D Dt&C ExsOVe— snsose May 31, 2018 10223—|lEEESoZ.tin(it Mrd, SoMops, 16— x s58 orre f682 600 1600 295% cac oau) y |_sor aria 1638 1500 2z |sit oraz 1649 1500 10224— IEEE 802.11n (HT Mied, 150 Mops, 64— X s2r Sr84 1687 000 1500 295% cac caw y—| ase sros| foza 1500 2z |_aso |_6r40_| 1640 1500 joge unteroo meran x aso sr00—| 1621 o0 is00 £55% as y 251| sor s 1600 2z |_26e |_saor 1922 1500 To22%— LTE—TDD (GC—FDWA, 1 RB, 1.4 Nnz, x saas f2r2o seae Gor co0 195% caa 16—00) y o4 mi e sso 2z irss nor7e zear sso Torzr— LTE—TDD (GC:—FOWA, 1 R&, 1 Winz, x sea8~| 11618 sao1 602 sao £55% cm s4.aam y sio siis Pra9 sso z |_isos |_arse Poze 650 Tor28— LTE—TDD (SC—FoMA, 1 RB, 1Vz, x sose 12408 aroi eo2 sao £95% caa arsiy y sor i2 mas ss0 2z |_ass sasr 2726 650 Torrs: |LTE—TOD(GCFDVATRE.3MNz16. x 141 12430 asse 602 650 206% cas EM y is s2n 2er ss0 2z 1540 |_sose Paos eso Torso— LTE—TOD (GC—FDVA, TRB.3WiHz 66— X sodd tie07 s236 602 650 296% cas can) y 57e sone Pro7 sso 2| 1321 |_ss20| 2006 ss0 Tors1— LTE—TOD (GC—FoNA. 1 RG, 3 Wiiz, xX asas i2urr aras 602 sao 95% cas arsiq y |_ass sim mor s50 2z is _|_sr70 Pour e50 Torse— LTE—TDD (GCFDVATR8. SVz 16. x 8140 f2a32 sss6 602 650 295% can EM y |a12 |_s200| 2236 s50 2| sar |_sosr zeor eso Torss— LTE—ToD (Gc—roVA 1RB.5Miz 64. x So87 m409 a2s0 602 650 290% can cau) y s75 soi7 Pro7 s50 2z (a18_|_seie Zoor eso 10234 LTE—TDD (SC—FOVA, 1 RB, 5 Viiz, xX 4140 T946 sea90 s02 s50 290% can arsiy y |aes soss mse c50 2z |_sai _|_sor0| 2620 650 To23s— LTE—ToD (GC—FDVA, 1 RB, 10 Mz, X si9r imadd sse2 602 t50 290% can 16—oau) y on san er s50 2z 1540 |_so42 2a08 cs0 Tozse— LTE—TDD (Gc—rowa, 1 RB, 10 Nz, x si79 mass s2as 607 to0 £90% can se—oam) Y 5.79 80 26 21.00 650 z| 1330 |_sase 2012 650 Tors?— LTE—ToD (SC—FOWA, 1 RB, 10 NHz, xX asse 12208 ar31 602 sa0 £96% cap ars) y |_ass siss 202 sso 2z |_sis |_sr7a 2ore sa0 Torse— LTE—TDD (GC—FOMA, 1 R&, 15 MHz, xX mat 12635 ssse e02 sa0 £95% can 16—0am) v |_si2 |_sa0s 2236 sso 2z 1532 sess 2806 ss.0 Cortficate No: EX3—3066_May18 Page 20 of 39 en e wwenwa se w £o ie se sagtny ww n raws w se reprs esw oo upprene cugee revreve

D Dt&C Exsovs— SN:3868 May 31, 2018 10250— LTE—TDD (GC—FDMA, 1 RG, 15 Mz, x some mai2 s2so 602 s50 £98% can secoam y |_s7 sors 2106 650 2 IERE 9.10 26.05 650 10240— LTE—TD (SC—FDVA, 1 RB, 18 MHz, x «s30 i2189 arze eo2 sso +96% can arsi) Y 484 8134 24.01 650 2 616 87 26.77 65.0 fort1. |LTETob(GCrowa SokRe.14NHz x io6s s506 Zess 698 650 £96% ch 16.ou) y a7o Tess 2263 650 2 i7 s262_| 2oas 650 Tori2.— LTE—ToD (GCFDWMA. So% R6, 14 vinz, X 825 sror 2570 ese teo 196% caa EReED y s 7asi 2186 és0 z sss Tese 2100 E Toass— LTE—ToD (GCFDVA. So% R&, 14 MHz, X 726 Tess 2oie e%e sso £96% can arsiq y ds Tror 2159 650 2 5.18 75.09 2522 650 foass— |LTe—TDD(SCFDMA.So%RE, sNiNz, x 1028 sa0s 22m4 308 sad 96% cas 16.oaw) y 32 sear 1270 Ed 2 356 ESGH 1344 650 Toais. LTE—ToD (GCFDVMASo% R8, 3 NiHz, X 995 saze mei0 ase sao £96% cas st—oam) Y 32 seoi 1248 Eo 2| sa7 seor 9.14 650 foris. |LTETOD(GCFDWVA.SomRE,sWiHz, x 1240 soss mise 596 ceo 96% cas apsiq y 28e sazo 1386 650 2 330 11.08 15.15 650 10247— LTE—TOD (GG—FDNMA, 50% RB, 5 Mriz, x T34 79.50 2157 398 65.0 196 % cap 16.oa0) Y |_348 sass 1466 650 2 373 60 89 1543 650 Toass— LTE—TDD (GC—FDVA50% R&, 5 MHz, x 7.19 Tese mis 308 to £96% can se—oam) y 348 core 1448 650 Z |_seo coso 1515 650 foats. |LTE—TOD(GCFDWVA.SoMR8.SNMHz, X 1816 saos 2604 30e sao 96% can apsi) Y |_4i8 Taps i7se 650 z |_aso Tros i6ar sso 10250—| LTE—TDD (GC—FDVA, 50% R8, 10 Mz X 792 soss zaze s0e 650 298% can 16.oa) y |_a7s Taze 1906 60 Z |_sos Teas 1866 650 10251 LTE—TDD (GC—FDVA, 50% R&, 10Mz X 725 Trea miz2 ses oo 195% can st—oam) Y 447 T0.9 17.63 650 2 |_a67 Tior 1618 Eon 10252— LTE—TDD (SC—FDMA, 50% RB, 10 MHz, X 10.98 88.12 25.36 398 65.0 196 % cap apsi) y |_s21 Tros 2025 650 Z |_s77 Teze 2120 ss0 Toass— LTE—TOD (GC—FDVA, S0% R&, 6 MHiz, X 705 Tez rise s9s 650 £06% can 16.oa0) Y 4.75 Tost 16.15 650 z as2 Tizo 1862 650 10204— LTE—TOD (GC—FDNMA, §0% RB, 15 MHz, X Tas 77.05 22.03 398 65.0 £0.6 % cap 64—0A) Y 5.10 71.90 16.96 650 2 s2r T276 1942 t5o Certficate No: EX3—3866_May18 Page 21 of 39 en e wwenwa se w £o ie se sagtny ww n raws w se reprs esw oo upprene cugee revreve

_D Dt&C_ _~ m EX3DV4~ SN:3806 May 31, 2018 10255— LTE—TDD (SC—FDMA, 60% RB, 16 MHiz, X 8.60 81.93 2228 398 65.0 196 % cap apsiq_ Y sis yast 1978 650 z sso Teso se 650 10256— LTE—TDD (SC—FDMA, 100% RB, 14 xX 9.04 81.52 2074 398 65.0 +986 % Cam Mz, 16—0A0) Y 230 6343 5.70 650 z 246 sa13 1000 650 102s7— LTE—TDD (GC—FDMA, 100% RB, 14 x sar soze z20 306 650 296% CAA Miz. 64—QAV) Y 230 sa12 sas 650 2| 24s sa72 ase 650 10256— LTE—TDD (SC—FOMA, 100% RB, 14 x 1031 sr20 2306 a9e too +96% CaA MHz, OPSK) Y 204 6420 1055 650 2 221 65.50 1141 650 10250— LTE—TDD (SC—FDMA, 100%RB, 3 Mriz, X 754 7976 2211 398 65.0 196 % cas 16.9AM) Y ser Toss 1629 sso z420 —|_7in 103 65.0 10260— LTE—TDD (SC—FDMA, 100%RB, 3 Miz, X 7.50 79.33 21.95 399 65.0 106 % cas st—QAm) Y 401 70.15 16.20 s50 2| a2e riae 160 sso Torei— LTE—TDD (GCrowA, foo%RB,suHz, X 1109 saos Zest sos sso £96% cas orsiq y |_aas 7asr 1645 650 2 5.05 773 1986 650 10262— LTE—TDD (SC—FDMA, 100% RB, 6 Wiiz, X 7.90 80.58 2222 398 65.0 +9.0 % cap 16—0A) Y a7o Tair 880 ss0 2 5.00 7434 19.60 §50 10263 LTE—TDD (SC—FDMA, 100%RB, 6 MHiz, X 724 77.63 2172 398 65.0 £9.0 % cap 64—0AM) y |a47 Toss oz s50 2 |_ase 7igs 1817 sso foree |LTETDDSCFDVA. i00% NBsWnz X ioi sree 2625 a%6 sso 296% can arsiq Y 515 7685 20.13 65.0 2 5.70 73.09 21.17 650 Tores— LTE—TDD (GC—FOMA, 100% RB, 10 x T3s To: mss ase tso 296% cap MHz, 16—0A0) y |_a81 mar fean 650 2 498 72.06 16.89 650 10266— LTE—TDD (SC—FDMA, 100% RB, 10 X [44 77.88 2236 398 65.0 196 % cap NMHz, 64.QAV) Y |_s2 Teas 1937 650 2 530 T320 1981 65.0 10267 LTE—TDD (SC—FDMA. 100% RB, 10 X 922 8207 2336 398 65.0 196 % cap MHz, aPSK) 4 EES Toar 1981 650 2z sr Tess 2062 sso 10268 LTE—TDD (SC—FDMA, 100%RB, 15 X 774 76.26 2165 398 65.0 £9.6% cap MHz, 16.0A) Y 550 7154 19.15 $5.0 2 5.6 7220 1982 65.0 10269— LTE—TDD (SC—FDMA, 100% RB, 15 X 763 75.08 2148 398 65.0 £9.6 % cap NHz, 64.0Au) Y 552 T123 19.05 650 2 |_ser Tigs 1942 Eo Tozro— LTE—TOD (SC—FoMA, 100% RB, 15 X ai0 rers m8e s96 650 £96% cap MHz, GPSiQ 4 Sar 7333 19.26 65.0 2 ExA 7449 19.89 65.0 Cortficate No: EX3—3066_May18 Page 22 of 39 rveenmmuu n wayie w 10 omm se sogny ww n raas sn uie repis ismm e e um rns

D Dt&C exsovs— sn:sses May 81, 2018 Tozra— |UMISFDDHGUPA Subtest5,sGPP X 275 /48 iei9 000 1500 295% cas RelB.10) v zse sest 1402 1500 2 |_2s1 |_sree_| 1030 1500 Tozrs. UMTSFDD (HSUPA Subtest, sGpP x 200 7ige irge 000 1500 £96% cas RelB) y iss srer faze T500 2z ies sass feat 1500 Tozrt— is (ars®) x 304| sase amo o03 so0 96% caA y iso sors s8o so0 2z 18| sors| Sss so0 Torre— PS (GPSK.BWasaVNz.Rolor®®) x 1405 seas meir 908 so0 295% can y 2er sizs 1026 500 z |_2se _saso_| 1043 5o0 Torre: |PHiS(OPSK, BWasaNMniz. RolofOd®) x 1426 see0 2e2e 903 s00 £96% can y |_sos sss 1020 5o0 2z 296 6500 1058 5o0 10250— CDMAZ0OO, RC1, SO55, Full Rate xX 275| 7ame 1903 000 1500 £96% mae y o7 s2s1 s57 T500 z |_ii2 sres mar 1500 Toz51——| COMAZ000, Ros, 5055, Full Rato x is3 7ais iar on0 1800 196 % ae y |_ose soas 687 1600 z |_ocs sase 1081 1500 T0202—— CONMAZIOD; RG3, 5092. Full Rate xX a08 snsr 2asa on0 1500 185 % and y o4s s2a1 825 1500 2 |_iss Tace 1627 1500 10203— GDMAZ0OO, RG3, 09, Full Rate x 2375 120.75 3302 0.00 1500 £96% ms Y 0.70 67.74 11.38 1500 z—| 10000 12663 2048 1500 Tozts— CDWAZOIO.RG1.503. tenRate5i. x s68 se00 2550 903 s0 £96% mo y |—Ta Tess 1835 so0 z |_ses 8112 2025 so0 Toror— LTEFDD(GCFDMASOXRE.20MHz, x aso 7272 i6i7 000 1500 £96% mo arei) y 245| se« foze Tso0 z |_2er |_7oss i7i8 1500 Tozss— LTEFDD (GCFDVASo%RE,sNNz, x 2se 7370 irer 000 1500 196 % me arse) y |oss sa40_| fon8 T500 z 12e |_seei_| 1245 1500 Tozss: LTeFDb (GCrovA sox RB.sNNz x 497 yass 1895 oo0 1500 98 % Mo 16—0aw) y iss sa0s 925 1500 2z |i78 sare 1059 150. T000 LTEFOD (GC—rowA SomRe. 3Mz x a0r 7007 1479 000 1500 £96% Anc ccoam y 112| sosr Ts 1500 2z iz2e stss Tes 1500 T0301— IEEE 802. 160 WiMAX (29:10, Sme, x sis seds 1818 417 soo £98% Ama 10MHz, aPsK, PUSC) y 425 saos fosr 500 z |_aso sses 1723 so0 T0302——| 1EEE 802.160 WiMAX (29:18, Sme, x ~s54 saee 1864 490 s00 £98% AmA 10MHz, OPSK, PUSC, 3 CTRL symbois) y |_as sasz ires 500 2 482 6e.06 1781 50.0 Cortficale No: EX3—3866_May18 Page 23 o 30 en e wwenwa se w £o ie se sagtny ww n raws w se reprs esw oo upprene cugee revieve


Document Created: 2019-09-30 11:11:41
Document Modified: 2019-09-30 11:11:41
© 2025 FCC.report
This site is not affiliated with or endorsed by the FCC