RF Exposure Info 3

FCC ID: ZNFKX1801

RF Exposure Info

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FCCID_4031047

D Dt&C Exsve— shisose May 31, 2018 10303— IEEE 802. 16e WIVAX (31—15, Sme. X se seas iess ass 500 195% AMA TohGAGAV, PUSC) Y |_aes _|_se2r i7se soo 2z |_aso 6572 1762 so0 10304— IEEE 802.18e WIMAX (20—18, Sme, xX 510 sez 1802 417 so0 £95% AMA TouHz, G4GAV, PUSC) y |_aa1 ssat_| 1708 so0 2z |_a42°| snn 1720 so0 10305— IEEE 802.16e WNAX (G1—15, 10ms, xX age sazs mar eor sso 195% AAA 10MHz. 64GAM, PUSC, 15 symbols) y |aa1 sase fa2a 350 2z |_ais |_sr7e 1887 350 10306— 1EEE 802162 WiNAX (29—18, 10ms, xX [s13 arei 2oi0 a02 ss0 66% AAA 10MHz, G4QAM, PUSC, 18 symbols) y |aso _er3o es 350 Z 439 bo.67 18.60 350 10307— TEEE 802. 16e WiNAX (29—18, toms, X 5o9 saor 2021 602 s50 £085% AAA 10MHz, QPSK, PUSC, 18 symbols) y |_aar _|_orar toze 350 2z 42e se75 1852 350 10308— IEEE 802.160 WIMAX (20:16, toms, xX so5 sear 2080 602 360 £95% AnA Tokz 16aAV, PUSC) y aa7 srzs fass 350 2z |_a2r sees 1868 350 10308— 1EEE 802.16e WiWiK (29.16, 1oms, x sas sras i9759 602 so0 196% AMA 10MHz, 18QAN, AMC 213, 18 symbols) y |_ase srse 1650 350 2z [_a41_|_se72 1860 350 10310— IEEE 802.16e WiNAX (29:16, toms, x so8 6774 2010 a02 350 £85% AMA 10Mz QPSK, AMC 213. 18 symbols) y |_ass oras fos2 350 2 435 66.75 18.59 350 Tosmn— LTEFOD (GC—FONA, 100% RB, 15 x aro 7iee w72 on0 1800 £96% Aac vinz. arsiq y |_zso sase 1585 1500 2 504 sa o8 1678 1500 fosts— en‘rs x s4a1 sam m902 689 700 196% AMA y 211| seze 27 Too 2z aso sasi 1406 Too dosta. wente x 2ore torss 26as fo00 900 196% Amn y |sor 7ins neze 300 2z |_as |_Tres 2009 300 Toats— 1EEE 802115 Wii 24 Giiz (DsSS, 1 x 116| saos iros o7 1500 96% Ans Mops, 96po duty cycle) y |_oss saaz fase 1500 Z |ios |_sae1_| 1560 1500 Toate— 122E 802119 Wini 24 Giiz (ERP— xX 473| sror fee1 oi7 is00 £690% As OFDN. 6 Mbps. 96pe duty cycle) Y 426 66.5¢ 16.02 150.0 2z ass |_sees 1620 1500 Toat7— IEEE 802.11a Wiri 5 GHz (OFOM, 6 x azs erou i6e1 o7 1800 £96% Anc Mops, S6pe duty cycie) Y 426 6654 1602 1500 2 |_ass |_sees 1620 1500 10800— IEEE 802.—ttacWiri (20MHz, G4—0AM, x as0 or3r 1657 000 100 £95% Anp S9pe duty cycle) y |_ase sasr foor 1500 2 |_a42 srze 1628 1500 Toso1— iEEE B0tiecwir: (GoMNz, G—QAM, x 547 6730 1656 000 1510 295% AD 99pc duty cycle) Y |_sor sase fes0 T500 2 s0s sese 1622 1500 Cortiicate No: EX3—3866_May18 Page 24 of 30 en e wwenwa se w £o ie se sagtny ww n raws w se reprs esw oo upprene cugee reviave

D Dt&C Exsov— sh3ace May 31, 2018 Toanz——| iEEE B0zTrecwim (Gonz, Ge—oAM, X 579 ar90 1670 600 1500 296 % And 99pc duty cycle) Y 5.35 67.20 16.28 1500 z[s1 _|_oreo_| r642 1500 Toans— COMAZ000 (xEV—D0, Rev. 0) x 275 7eoo 1903 000 150 £85% And y o7 sast sar Tso 2| i2 eres 1197 1150 Toaps— CDWAZ0OO (xEV—D0, Rev. A) x ars Teoo i90s o0 f1s0 £96% Ae y |oro s2s1 sar 1150 2z 112 erea mar 1150 Toans: Gowaz000, RGS, 5032, SGHO, Fun xX foo00 fraos aisr 000 1000 86 % Eo Rete Y foono 1izio arse 1000 2 100.00 109.91 24.10 1000 Tosto. LTE—ToD (GC—FDMA, 1 RS, 10 Nez x foase izare s030 323 sao £96% Aap GPSK, UL Subtrame=2.3,4,7,0.9, Subframe Gonf=d) y |sis Toz en soo z Tess i1s8s_| 2630 200 Toats— iEEE 802.11h Wiri 24 Gniz(Dsss, 1 xX 105 saee ie2s 000 1500 88 % AMA Mops, 99pe duty cycle) y |_oar s270 221 1500 z |_ose |_sa00 1522 1500 Toate: i€EE 802.119 Wii 24 Griz (ERP: X «er soss fese 000 1500 £95% LE OFDM, 6 Mbps, 99pc duty cycle) Y 424 so04 16.05 1500 2 |_as2 |_or06_| 1626 1500 Tostr— |iEe€soZtiamWinsGHz(OroM,6 x 487 se08 fes2 000 1500 296 % me Mps, 9pe duty cycle) y |_az _|_soee toos 1500 2 4s or0s 1620 1500 Toate: 1€EE 802.119 Win24 onlz (Dsos— xX ass ari4 f6se one tso0 £95% AAA OFDM, 6 Mps, 99pe duty eycle, Long preambule) y 425| sass 1010 T500 2z 4s arzo 1632 1500 Toars: 12eE 802. 119 win 24 onz (Dsos— xX ass or09 foss 000 1500 £98% AmA OFDM, 6 Mbps, 99pc duty cycle, Short preambule) v |_azs co7r one 1500 2z 4ss ar21 1630 1500 T0422—| IEEE802.11n T Greenteld,7.2Mops, x 481 6707 1654 000 1500 £96% Aas spsiq y 4ss se7s 610 1500 z |_a4s |_or i7 1630 1500 10423— 1EEE 802.11n (HT Greenfeld, 43.3 x so1 sras i8e7 000 1800 £86% Lro Mops, 16—0AM) y a4s |_sror 1619 1500 2z ase or42 1030 1600 10424— 1EEE 802.11n (HT Greenteld, 722 X ase er40 iees 000 1500 £85% me Mops, 64:0AM) y _[_aa1 _|_sose four 1500 2z 440 |_or36 1637 1500 10425— IEEE0Z.1in(HT Greenfald. 15 Mbps, X S46 ere0 1671 000 1500 95 % mae spsiq y |_sor _|_ori6 1636 T500 Z |_sos |_er4s 1648 1500 T0426—— IEEE 802.11n (HT Greenfeld, 90 Mbps, x 548| 6764 1673 000 1500 296 % me 16—0am) Y |_soo arzs 1640 1500 2 si0 ers0 650 1500 Certficate No: EX3—3866_May18 Page 25 o30 en e wwenwa se w £o ie se sagtny ww n raws w se reprs esw oo upprene cugee revieve

TD Dt&C . Exsovs— sN:3808 May 31, 2018 T0d27— IEEE 802.11n (HT Greentald, 180 Mbps, X 550 Gr67 1674 000 1500 196% as s4—.omm Y s02 |_sros toze 1500 2z |_sor sras 1642 1500 m?m LTeFDD (OronR sWiz E—rman X ass m1sr 1898 000 1800 205% y |_asr |_Tasr ieze 1500 2| _ase |_7a2r 192 1500 Tors1— LTcroD (orovatomc, E—man x a4s orc0 isar o00 is00 298 % ae Y |_sss sr2z 1580 1500 2| ass or77 1620 1500 Todgz: |LTEFDD(OFDMAisE—TMan) x 471 or49 ie6s 000 1500 £96% Ae y |_ai7 sros teos 1500 2 12e sree 1632 1s00 Todss: |LTEFDD(OFDMAZoMz.E—TMa1) x 494 er4s fess 000 1500 £96% ae y |_aas sroo reie 1500 2| 4st CXHMEEE] 1500 Toise— W—CONMA (@S TestModel1.GabPon) x 476 7201 1813 000 1500 £96% AMA y |ass Tass fest 1500 2z |_aso 7ora to2s 1500 Toigs: LTE—TDD (Gc:romn. 1 Re. 20 Nez x Toomo z0e saso 323| soo £96% AnC GPSK, UL Subtrame=2.3.4,7.8.9) y |_so 7aer 19a 200 2 seas i0a7e 2631 800 Tor7— |LTEFDD(OFDVASNMHz E—TM31, X 79 eree iess ooo 1500 196% ans Clipping 44%) y sor sese 14ez 1600 2| azm er7e 617 1500 Tosis: LTEFDD (OFDVAfoMiz E—TMa1, X 42e srds iess 000 1500 £96% Ae Clippin 44%) y s72 sror ferr Ts00 2| as> orse 1608 1500 Tosss: |LTEFDD(OFDVA fsMHr.E—TMa1, x 4so or35 57 600 1500 £96% me Cliping 44%) y |_aor saso mss 1500 2 [_an or38 1624 1500 Toi80— LTEFDD(OFDMA. zommE—TMa1, x «er er2d fese 000 1500 196% me Gipping44%) y |_az o7 feor 1500 2z 431| or22 . 1500 Tost— W—CONMA (BS Test Modei7, 64 DPCH, X 3.75 6842 900| 1500 £86% AAA Clpping 44%) y |_zes so52 1500 2z 302 |_ors 1500 Toise. iEEE 802. tacWini (TGOMiz G4—GAM, X 632 6821 on is00 298% me 99pe duty oyle) y Sss ares 5o T500 z |_see orss 1658 1500 Toasr. UMTS—FoD (CHsora) x ~sss ssea 1e2s on is00 +86% AAA y sso caar fe7e T600 z ser saai 1600 1500 10458— CDMAZODD (TxEV—D0, Rev. 8, 2 x azs miss im51 o0o 1500 £96% Ann cariore) y |_s72 ziss zo 1500 z|_a10 7asi oi 1500 10459— CDMAZODD (TxEV—00, Rev. 8, 3 x 531 eage fes2 o00 1500 £96% AAA carriers) y |_sor oar sz T500 2z sor 7ors 1sse 1500 Cortfcate No: EX3—3866_May18 Page 26 of 39

D Dt&C Exsove— snisses May 31, 2018 Tods0:—| UMTS—FDD woDNa®, Aw) xX 140 7rea mar ono 1800 £85% AaM __ y |_o7 seao 1527 1500 z |_i01 72ze 1804 1500 Tosst— LTE—ToD (GCFDMA, 1 R&, 1.4 Mz, x 10000 1230 s208 320 son £96% AAA aPSi, UL Subtrame=22,4,7,8.0) y 2s 7azo 1020 200 z |_soee to92e 2058 200 Toses~ LTE—TDD (GCFDMA 1 RB, 1. Miiz. xX too00 foaio 2440 323 so0 £985% AMA 16—A UL Subtrame=2.3.4.7.8.9) y |oss sond Ti 200 z |_o7e eon0 |_sss s00 Tos— LTE—TOD (GC—FDMA, 1 RB, 1.4 Wiiz, x 10000 10448 2276 323 sao +96% AnA 64—QAM, UL Subtrame=2.3.4.7.8.9) y |_oss sone 659 200 2z |_o40 |_seor sa7 so0 Tosse: LTE—ToD (GC—FDVA1 RS, Mz, xX foooe i2i0s a177 325 So0 £98% AMA OPSK,UL Subtrame=2.3.4.7.8.0) y is1 sazo fes1 200 2z |o76 oi3 2116 200 Torss— LTe—ToD (GCrDVA. TRB, aMnz 16. x 10000 10745 24.15 323 800 £96% AmA OAM, UL Subrame=23.4.7.8.9) v |_oss _|_sond |_7or 200 2z |_ozs |_6000 _|_647 800 Toiss: LTE—TOD (GCFDMA, TRE, Wz 64— x foone foase 2249 325 800 296 % AmA OAM, UL Subtrame: 89) y oss _|_sous 656 s00 2z |_o40 saes 378 800 Tossr— LTE—TDD (SCFDMA, 1 RB, 5 Miiz, xX i0000 12420 sies 323 soo 296% Mc aPsK, UL Subtame=2.3.4,7.8.0) y 1so sase fose s00 z 1019 |_siee 2217 soo Tosms— LTe—TOD (GCFDMA, TRB,aMnz 10— x fonod f0r63 2422 325 800 £96% AnC QAM, UL Subtrame=2.34.7.8.9) y ogs son0 7oo so0 z |_ore |_s000 649 so0 Tosss— Lte—ToD (GCFDMA, 1hB, sMinz 64— x 10000 10391 2240 325 soo £56% Ac OAM, UL Subtrame=2.9.4.7.8.9) v |_oss _|_sond 65e so0 z |_oso sees ars ©0.0 Toro— LTe—Too (GCFoMn, 1 RS, 10 NHz, x fooos i2433 3180 323 soo £86% Anc GPSK, UL Subtrame=2.34.7.8.9) y iss sess 1380 200 2z 1938 |_ssis 2220 £00 Toari— LTe—roD (GCroMa, 1 RB, 1oiHz,to— x T000 10786 2410 325 800 £56% arc OAM, UL Subtrame=2.34,7.8.8) y |oss son0 7or 20 2z |_ors 000| 647 200 Toarz— LTe—ToD (GCroMA, 1me, tomnz,s4— x 10000 10385 2245 325 s00 £96% Anc OAM, UL Subtrame=2.34,7.8.) y |_oss son 654 200 Z |_ose |_seeo 376 s00 10473— LTE—TDD (GC—FDMA, 1 RB, 18 MHz, x i0006 i2e20 si8r a23 soo 296% Mc GPSH,UL Subtrame=2.3.4.7.8.) y |_ise seasr faze so0 2z Tais sez Pors s00 Toard— LTe—TOD (GCFDMA. TRB, 15Mz to— x foomo forar 2410 325 sn0 £56% Anc OAM, UL Subtrame=2.3.4,7.8.0) y |oss |_son0 Tor s00 2z |_ors 6000 647 so0 fors. LTe—ToD (GCFDMA1RB, is Mnz 64— x foood fosms 2246 325 800 £56% Mc OAM, UL Subtrame=2.34,7,8.9) y oss |_sono |_s5¢ so0 2 ose seso s74 soo Certficate No: EX3—3066_May18 Page 27 of 30 en e wwenwa se w £o ie se sagtny ww n raws w se reprs esw oo upprene cugees ner rave

W Dt&C Ex3OV4— sN:seeG May 31, 2018 10477— LTE—TOD (GCFDMA, 1RE, 20 MHz, 16— X toome 10739 2410 323 sa0 £96% LHS QAM, UL Subtrame=2,3,4,7,8,9) Y 083 $0.00 705 80.0 2z |_ors coco 642 so0 10478« LTE—TDD (GC—FDMA, 1RB, 20 MHz, 64— X ro000 10380 2243 s2s so0 £96% AG QAM, UL Subtrame T8.9) y |_ass cono 53 so0 2 os Sess 372 so0 dodro. LTe—TDD (GCFDNMA, S0%Rs, 1amnz, x 2306 10384 2204 323 800 £95% AAA GPSK, UL Subtrame=2.3.4,7.8.9) Y aso Tear isso s00 2 12.3 95.45 2577 80.0 10480— LTE—TDD (GC—FDNMA,So%RE, 14Mz X 3223 forar 2646 325 s00 £96% AM 16—0AM, UL Subtrame=2.347.8.9) Y 207 65.40 HM.71 80.0 2z |_336 Tia> ta04 so0 10d1— |LTE—TDD(GCFDMA, SOKRE, 14MHz, X 24B4 sass m70 325 800 £96% AMA 64—QAM, UL Subframe=2.34,7.8.9) ¥ 1.68 62.96 10.18 80.0 2| 2is éoi8 is so0 10d82—— LTE—TDD (SC—FDMA, 50% RB, 3MiHz, X 869 gras maze 223 so0 296% AAA GPSK, UL Subtrame=2.347.8.9) Y 128 6257 10.50 800 Z is1 seso 1252 so0 10188—— LTE—Tob (GCFDMA, SowR, aMile X 1207 sear mazs 220 soo z20% AAA 16—0AV, UL Subtrame=2.34,7.8.9) Y is eiis |_s30 so0 z im szee 1034 so0 fodee— |LTE—TDD(GCFDNA.SO%RE. 3Miz. X 1102 sese 2250 225 so0 £96% AMA 64—GAVM, UL Subtrame=2.34,7,8.9) Y 151 co.se 9.17 80.0 2 |_iso é2s1 to0 so0 Tod85—— LTE—TOD (GCFDMA, SO% RB, S MiHz, X 738 Boss maze 223 so0 £96% nc OPSK, UL Subtrame=2.347.8.9) Y 186 erze 431 so0 2 245 ToAr 16.06 80.0 Tod86— LTE—TDD (SC—FDNMA, SO% RG, S Miiz. x 5.05 Tess fes4 223 soo 196% AnC 16—QA, UL Subtrams=2.34,7,8.0) Y 193 63.77 1198 80.0 2 |_22 ésas 1321 so0 Toda7. LTE—To(GC—FDMA, So% RB S MHz, x 487 Teor w24 »7a sn +38% AnG 64—0AM, UL Subtrame=2.34.7.8.0) y ts éass tss 800 2 22 eoas 1300 so0 Toake— LTE—ToD (SC—FDMA, 50% RB, 10 Miz, X 6.16 soes mor 223 soo 196% Ac GPSK, UL Subtrame=2.847.8.9) y |_2e1 saro 1650 so0 2 201 Tosr 1756 so0 1oaso. LrE—ToD (GC—FDMA, S0% R&, 10 MHz, X 4.57 Tasr 30 223 soo 196% AAC 16—0AM UL Subtrame=2.34,7.8.9) Y 2.75 66.79 15.40 80.0 2| 297 sais 167 soo 10490— LTE—TOD (BG—FDMA, 50% RB, 10 Mriz, xX 459 1245 19.10 223 80.0 190 % AG 64—OAVM, UL Subtrame=2.347.8.0) Y |_253 seri 536 so0 £ 304 6798 1611 800 Toag1— LTE—Too (GC—FDMA 50% Re, 16 MHz, X 551 Tess meo 223 soo £98% Arc QPSK, UL Subtrame=2.347.8.9) Y 296 6e.43 1657 80.0 z 319 sorr 73 200 10482 LTE—TDD (SC—FDMA, 50% RB, 18 Miiz, X 4.67 71.20 18.76 223 80.0 +9. % AG 16—QAM, UL Subrame=2.34,7.8.9) Y 317 6663 16.90 80.0 2| 38 srse 1644 20.0 Corificate No: EX3—3806_May 18 Page 28 of 39 hm n rowerpuup ue w vosimns se vupyiny eniecaoue w uns repurs manoue un oy appruve 1 ayes. ivurere

W Dt&C exsovs— shtsess May 31, 2018 Tois: |Lre—toD(Gcrona sokRe. ioMnz, x 471 roso isea 225 800 196% ArC 64—OAM. UL Subtrame=2.34.7.8.9) Y |_sze sass 1987 200 _ 2| s30°|sraa ross soo Toags— LTE—TOD (GCFONMA, So% Re,zoMnz, x ees rear 2155 223 s00 298 % Mc GPSK, UL Subtrame=2.3.4,7.8.9) y |_si2 seze fear so0 2z |_sar 7i0e 1776 so0 10495— LTE—TOD (SC—FDMA, 50% RB, 20 Mriz, X 4.80 71.95 18.05 223 80.0 £9.6 % Anc 16—OAM, UL Subtrame=2.3.4.7.8.9) Y |sz0 sase fei2 200 2 |_ase sre2 1665 200 Toige: trE—ToD (Gcrowasom RE.2oNn, x 480 ids iss3 225 so0 96 % mo 64—QAM, UL Subtrame=2.34.7.8.9) y 32e sez fen 200 2z |_saa srea 1680 800 Toagr—| LTE—ToD (SC—FoMA, T00% Re, 14 xX 76e ssor 2165 223 800 £98% AMA MHz, OPSK, UL Subtrame=2.3.4,7.8.0) Y o9r 60.00 163 80.0 2z |_ose |_so00 824 800 Toass: LTE—TOD (SC:roma, 100% RB, 14 x 401 7ass 1622 225 800 £90% AAA MHz, 16—QAM, UL Subtreme=23.4.7.8.9) y 116 sn 6 so0 Z 1.14 60.00 7.03 80.0 Torss: LTE—ToD (6C—Fowa, 100% RB, 14 x s80 ride ises 223 so0 296 % AAA MHz, 64—0AM, UL Subtreme=2.3.4.7.8.9) y 118 som se so0 z |_i16|_sone |_sas so0 Tosop: LTE—TOD(GCFDMATook Re,sNHz, x as2 sa09 2208 225 800 96 % AAA OPSK, UL Subtrame=2.3,4.7,8.9) y 22| sans 1526 so0 _ 2z |_2ea |_fori 1660 so0 foso1— tTE—ToD (GcromaTook Re.aNnz, X 476 Tase 1932 225 sa0 96 % AAA 16—OA. UL Subtrame=2.3.4.7.8.9) y 230 se3z 927 200 z 260| sr21 1456 so0 Toso2: LTE—TOD (GCroma. Took Re.aNnz, x 478 Tase 1912 223 so0 296 % AAh 64—0AM, UL Subtrame=234.7.8.9) y( 232| saie 1532 so0 z 262 |_sese 1238 so0 Tosos: LTE—TOD(GCFDVA 100%Re.shiHz, X 603 Boa2 2104 225 soo +985 % mc GPSK,UL Subtrame=2.3.4,7.8.) v |_257 ces 1ese soo 2z 287| _Yors 745 soo fosnd— |LTE—TDD(GCFDNMA oo Re.shnz, x 454 r2se fer 225 800 £95% Mc 16—0AM, UL Subtrame=2.3.4.7.8.0) y |_273 sear se soo z 2s |_sao1| 1610 so0 Tosos: LTE—TOD(SCFDVA t0o%RE.suNz, x ase r2ss food 225 soo z55 % Mc 64—QAM, UL Subtrame=2.3.4.7.8.9) Y 282 66.61 1531 80.0 2z so2 |_orer 1604 so0 Tosos— LTE—ToD (GC—FDMA,100% RS, 10 x ose 7oae r45 225 so0 290 % Mc MHz. OPSK, UL Subframe=2.9.4.7.8.9) _ _ y an sase 1683 so0 2| ass yose 1768 800 Tosor— LTE—TOD (GC—FDVA, 100% RS, 10 X aze mar 1901 22 800 z90 % nc MHz, 16—0A0, UL Sublrame=2.3.4.7.8.9) y |_si8 |_sess 1608 so0 z ase sr7s 1661 soo Cortficate No: EX3—3886_May18 Page 20 of 30 en n rvwrrguazpiwrr w vovmna uis vupyiny aiy ie—iaaus ui uns repurs muruue ut oy appruve 1 ayes iverere

_D Dt&C _ mm m Exsovs— sh:3066 May 31, 2018 10508— LTE—TDD (GC—FOMA, 100% R&, 10 x a7o mar 870 22s son £96% AAC MHz, 64—OAM, UL Sublfame=234.7.8.9) L Y s27 6669 16.06 80.0 Z s42 srss 1655 800 10508— LTE—TDD (SC—FDMA, 100% RB, 15 x 6.15 76.10 20.18 223 80.0 +9.0 % AC Miiz. QPSK, UL Subtrame=2.3.4,7.8.9) Y ske sars 1670 s00 2 300 6090 17.37 80.0 106 10— LTE—TOD (SC—FDNMA. 100% RB, 15 X s4r mos 86e 223 o0 £96% mc MHz, 16—QAM, UL Subtramo=2.3.4,7.8.9) Y 360 6678 16.30 800 2 381 6752 1671 80.0 10511— LTE—TOD (GC—FDMA, 100% RB, 16 x sis Tosr 183 225 800 196% AC MHz, 64—QAM, UL Subtramo=2.3,7.8.9) Y 376 6665 16.29 800 2 358 67 36 16.68 800 10512— LTE—TDD (C—FDMA, 100% RB, 20 xX 72 7944 2125 223 80.0 £9.6 % AnC Miiz. QPSK, UL Subtrame=2.3.4.7.8.9) Y 359 65.00 16.92 800 2 389 T1.16 17.72 800 10513— LTE—TOD (SC—FDMA, 100% RB, 20 x 5.14 m 10.95 223 80.0 £9.6 % AAG NMHz, 10—QAM, UL Subtrame=2.3.4.7.8.9) Y 35e sear 16.34 800 z|_sr0 sres 1627 800 10514— LTE—TDD (GCFDM®, 100% R6, 20 x sos foss ies 225 800 £96% C Mriz, 64—0AM, UL Subtrame=2.3.4.7.8.9) Y 362 6661 16.29 80.0 2 36 67.34 16.69 80.0 10516— IEEE 802.11b WiFi2.4 GHiz (DSSS, 2 x 1.01 65.06 1643 0.00 1500 296% AAA Mops, 99pe duty cycie) Y 083 6296 14.25 150.0 2 085 6126 1532 150.0 Tosts: |iEEEBDZTTbWiriz4GHz(DSSS,55 X s0s ie2| si2s ono isno £96% AAA Mbps, 99pe duty cycle) Y |oss 7zei 81 1500 2 042 Ts63 21.25 1500 Tostr— |iEEESOZTDWrZ4GHzDSSS. i1 x ose oo 1830 ooo 1500 206% AAA Mops, 99pc duty cycle)_ Y 0.67 64.87 14.71 150.0 2 PEA ESEA 16.39 1500 Tosts— lee€@oztianWirsGnz(rDM,a x aer 6707 1651 000 1500 296% Ans Mops, 99pe duty cycie) y 425 sera 604 1500 2 431 6718 1626 1500 10510— IEEE 802. t1h WiFi 5 GHtz (OFDM, 12 x 489 6736 1664 0.00 1500 296% Ang Mops, 99pe duty cycle) Y 437 Soan 16.13 1500 2 445 6133 1633 150. Toszo. |iEEEBOZTTamWisGHz(proM, is X 474 or36 1650 ono 1500 296% mss Mops, 99pe duty cycle) Y 423 ESCH 16.04 1500 2 |_aa1 6728 1626 1500 10521— IEEE 802.11ah WiFi5 GHz (OFOM, 24 X 468 6730 16.50 0.00 150.0 £9.6 % AB Mops, 99pe duty cycle) y |_ai0 sesi feoz 1500 2z 425 srzs 1626 150.0 10522— 1EEE 802. 1tah WiFi 5 GHiz (OFDM, 36 X 472 6734 1661 0.00 150.0 206% Aas Mbps, 99e duty cycle) Y 421 6693 1611 150.0 2 429 67.35 1633 150.0 Certficate No: EX3—3866_May18 Page 30 of 30 inrnrovnvane wompng « nere ons wiaing repris im w roe mepnvnes

D Dt&C EXGDVI— SN:3800 May 31, 2018 Toszs— |iecEoozTianwrsGnz(roM.as X 46o sr2r 1649 000 1500 265% ae Mops, 99pe duty cycle) y a1e sass 1603 1500 2 423 6741 16.28 1500 Tosze— iecceortianwirsGnz(CrDM.54 x «67 er30 1660 000 1500 #85% wae Mops, 99pe duty cycle) vI_ai sase fen 1500 2z |_azs orss foss 1500 10525——| IEEE 602.1Tac Wiri (RoFiz, MGSo, xX ass sez fezo 000 is00 £96% Ana $9pe duty cycle) v |_az0 seso 1674 1500 2| _aze ces foor 1500 T0526——| 12E 802.iae Wini(OViz, MGS1, x 4s torr iess 000 is00 185% ane S9pe duty cycle) y «32| co2e 1589 1500 2| aan se.ra "|_16.08 1500 Tosar— 1EEE 802. ac Wiri @obMz, MoSZ, x a76 tare ies 000 isa0 #86% ans Sape duty cycle) y 42e se2e 1579 1500 2z |_ase |_co7s t603 1500 Tos28— i2EE 802.1TacWiri (2OMiz, MGS3, xX azs sare ies 000 is00 #96% Ang 99pe duty cycle) Y 427 $5.20 15.02 1900 2z |_ase cord 1000 1500 Tos2s. 12E 602. TacWini (PoMEz, MGSe, X azs tare ies 000 is00 296 % ane 99pe duty cycle) y |_a2r cez iss2 1500 z ase sare 1606 1500 Tosat— 12BE 802.TTac Wini (POMEz, MGSo, x azs tose f6ar on 1500 256 % m 89pe duty cycle) y 42 soze is80 1500 2z as care 1804 1500 10592— EEE 802. 1ac WiFi (20MHez, MCS7, x 4.64 66.85 16.3 0.00 1900 206% ans 99pe duty cycle) — y |a12 saie fs7s 1500 z|_a21| cast 1598 1500 Tosss— IEEE 602. Tac Wiri (RoVz, MGSs, xX 479 ssso ies2 on0 1500 295% And $9pe duty oyole) y |_azr ces 583 T500 z |_aso sass 1607 1500 To5sd— 12E 802.tTac Wini(oinz, MCSo, X sar ssas iess 000 iso0 #95% ans $9pe duty cycle) y |ass |_co2s 1580 1500 2z aso esei 1607 1500 T0535— 1EEE 802. tiac Wiri @oz, MGS1, X s3 ssse foss 000 isn0 £98% Ass 89pe duty cycle) y |_asr cose t58e 1500 2| ass core foi2 1500 10535 1EEE 802. MacWini (doMiz, MGSz, x sz er00 iess 000 is00 #96% ane 89pc duty cycle) y |_are soss 592 1500 2z ass sare foi2 1500 10537— IEEE 802. tac Wini (doMhiz, MGS3, X s28 sa9s ieas 000 1500 96% Ans 99pe duty cycle) y ass cose 1656 1500 z |_ass care f6.11 1500 Tosse— 1EEE 802. Tac Wini (€OMiiz, MGSe, x sas sr00 ieai o00 ts00 296 % Ans 99pe duty cycle) v aso sase 1686 1500 2z 4ss sero i6.i2 1500 Tosio——| 12E 802.TTacWini (oNz, MGSe, xX sze se%e 1641 000 is00 #85% Ass $9pe duty cycle) y as2 saso 1686 1500 2z aso sasr 16.i2 1500 Certficate No: EX3—3866_May18 Page 31 of39 bavme wwwapive ies 1smm sine wopgiiy uie e raunes w sn nmss uon aprprevan cugse uccrene

D Dt&C Exsove— sn:ssse May 31, 2018 T0sd1— iEEE 602.tiac in (doViz, MCST, X sz sess fear ono thed 206% as 99pe duty eycle) y |_is1 _|_sezi o 1500 2z |_ass |_see2_| 1607 1500 10542—— 1EEE 602. TacWini (doViz, MGS, x s4z seso tess 000 is0 £90% ans 89pe duty cycle) y iss ses2 1sar T500 2z sos |_seee 16.3 1500 106¢3— 12BE802.1ac Win (dOMz, MCS®, xX sa1 saso 1640 000 is00 £96% Ans 29pe duty cycle) Y |_sos seao feoe 1500 2z 609 sa7a io is 1500 1054— 12EE 602.tiac Wi(@OVNz, MGSO, X s5s sese feso 000 1500 £96% AnB 9pe duty cycle) y sir ses2 1sae 1500 z |_s2e |_sase ts04 1500 10845— IEEE 802. acWini (@OMiz, MGST, x s7s sr30 1641 000 1500 296 % aas 99pe duty eycle) Y |_s3s sezr teo7 1500 2 sso or04 16.18 1500 10846— IEEE 802.1 fac Wim (@OMHz, MGS2, X ses sras teao 000 1500 ©96% ans S9pe duty cycle) Y 520| sead 1692 1500 2| sar sasi 1607 1500 10847— 12BE802.1 tac Wih (@OVMiNz, MGSS, X s74 srae feaz 000 1500 £96% ans 99pe duty eycle) y 520| sase 1897 1500 z |_s3a« sase f6if 1500 10840— IEEE 602.1Tac W(GOVNz, MGST, xX 5es saio is79 o00 1500 £96% As 89pe duty cycle) y |sas sris_| fezs 1500 z |_sas sra2 163 1500 10550— I2EE 602. 1 Tac Wiri (BOViNz, MGSG, x ser eris fess ooo isoo £96% EVE 99pe duty cycle) y |_sar |_sese 1e08 1500 2z sar saed t6.1s 1500 1o5st— iEEE 802.TTac Wini (BoMz, MGST, xX ses sr2e fess o00 1500 296% me $9po duty cycle) y |_s20 |_seat iess Tso0 z s2e |_sere 1608 1500 1oss2— IEEE 802.tTac Wini (@OMiz, MGSS, x sse srod faze o00 1500 296 % Ans $9po duty oycle) y |_sis seaz isse 1500 2 526 66.83 16.06 1500 Tosss— 1EEE 802.trac Wini (GOMEz, MGSS X ses sros fese 000 1500 196% ans 99pe duty cycle) y 520| sese 1580 1500 z s30 |_sare 1605 1500 Tosse— iEEE B0z.ttacWi(1o0Miz. MGSo, X £94 arze fe37 000 is00 290 % Mc 99pe duty cycle) Y |_seo _|_sess 1596 1500 2z |_ses _|_sase t6.10 1500 fosss: iEEEBOzTacWiFi(iooMHz, MGS1, X a0e ere2 1650 o00 1800 208% Mc S9pe duty cycle) Y |_seo _|_sass teos 1500 2z o7a sri8_| rei8 1500 Tosse. iEEESozTecWiri(ioomnz, MosZ, x 610 erea 1680 000 1500 £85% Mc 99e duty cycle) Y [s73 sese ie 1500 z |_s77 |_srzs 1622 1500 Tossr— I2EE 802.1tac Wim (1o0Viz, MGSa, x a08 sreo iss1 o00 1500 £96% mc 99pe duty cycle) y see sass feos 1500 z 674| sr20 isi0 1500 Certficate No: EX3—3008_May18 Page 32 of 30 en e wwenwa se w £o ie se sagtny ww n raws w se reprs esw oo upprene cugee ce rave

D Dt&C exsove— sNtsace May 31, 2018 Tos5e— IEEE 8021 ac Wir(1ooMMz, MGS4, xX aid arir eer ono fmo z96% Mc 99pe duty oycle) Y |_see saor fenl 1500 2z |_o7e |_or2zs 1624 1500 10560— TEEE 8021 1ac Wi(TooMrz, MGS, X 645 sres iess ooo 1500 £96% Anc 99pe duty cycle) Y |_sn sest fen 1500 2z sre sris to2 1500 Tosot— 1EEE 802.—1ae Wiri (1ooMHz, MGST, X 605 srsr fese o00 is00 296% AnC 99pe duly cycle) y |_ser sass 1e 1500 z |_see orid tozs 1500 10562— TEEE 802.1a Wiri (fooMHz, MCSB, x 649 srse feso 000 iso0 £96% AnC $9pe duty cycle) y seo sase 1622 1500 2z |_o7a or31 1e3 1500 Toses— IEEE 802.—1ac Wiri(1ooMHz, MGSo, x s4s sass iess ons is00 298 % Mc 90pe duty eycle) y seo saor foir T500 2z se« srar 1628 1500 Tossa— l€ee 802119 Wini 24 Ghiz (DSSS— x «90 sri0 iess o48 is00 £96% Ana OFDM, 9 Mbps. $9pe dutycycle) y |as sa7z fors Tso0 z |_ae1 ori1_| 1632 1600 10565— IEEE 802119 WiFi 2.4 GHz (DSSS— x 526 67.61 16.96 0.46 150. +9.0 % AMA OFDM. 12 Mps. 99pe duty cycle) y |_a7a |_orir 1648 1500 z |_asi erse 1685 1500 Tosss— i2E 802.119 Wiri 2.4 Giiz (psss— x 509 sras 1680 ons isa0 £96% AMA OFDM, 18 Mps, 99pe duty cycle) y asr |_sass foze T500 2z |_a0e |_or3s 1645 1500 1os67— lEEE 802.119 W2.4 GHz (Dess— X s13 sres i7ir uds imo £96% AMA OFDM, 24 Mbps, 99pc duty cycle) v 462| sras 1670 1500 2z |_aso sre2 foss 1500 Toses: iEEE 802.119 Wini 24 Giz (oSss— x aso erie is2 ods is00 296% AMA OFDM, 36 Mbps. 99pe duty cycie) y |_a45 sez to85 1500 2z |_ase |_6o.00_| 16.3 1500 Toses. ieE 802.119 Win 24 Giz (ooss— x sor srar w21 o46 im0 £96% AAA OFDM, 48 Mbps, 99pe duty cycie) y s1 sres 1st T500 2z |_a69 |_sans 1708 1500 Tosro— ieE 802119 Wini 24 Giz (oSSS— x si sr7r iri2 o4s 1500 196% AMA OFDM, 54 Mbps, 99pe duly cycle) y |_a00 oras forz 1500 2z |_a6s ore2 10.00 1500 Tosri— iE€E 802115 Wiri2.4 Griz (Doss, 1 x 130 sris iss 045 1300 £66% AmA Mops, 90pe duty cycle) y oss sass fazo 1500 z 110 647s 1661 1500 Tosrz— iEEE 802.11b Wiri 24 Giiz (DSSS, 2 x 133 saos feos o4s is00 £96% AMA Mops. 90pe duty cycle) y |_ioo |_saze 16or 1300 z[ im s54s 1602 1300 Tosrs |iEEEsOZTTbWiriZ4GHz(pssS, 55 x too0d 15595 4286 046 1800 295% AAA Mops, 90pe duty cycle) y |_i7s sasr 2r07 T300 z 250 siss zeai 1300 Tosra— iEEEaOzTTbWiriz4Ghz(psss, 11 x 201 sose Zass o46 1000 190% AMA Mops, $0pe duty oycle) y |_fi0 Toss fe2 1500 2 12e 7asi 1968 1300 Certficate No: EX3—3866_May18 Page 33 of 30 en e wwenwa se w £o ie se sagtny ww n raws w se reprs esw oo upprene cugsec vreve

D Dt&C Exsovi— shiasss May 31, 2018 1057s— iEEE 802119 WiFi24 Griz (oose— X are saso fee0 os 1300 195% AMA OFDM6 Mbps. 90pe duty cycie) y |aa1 seas 1610 T300 2z |_ass _|_sesi_| 1628 1300 Tosré— Eea02.119 W24 onz (osss— x «81 sros 1677 ods 1300 £96% AM OFDM, 9 Mops, 9Opc duty cycie) y |_ase sese 1620 Tson 2 |_a41 or.05 _|_16.30 1300 Tosr?— Ee802.119 Wri 24 Gnz (Dess— x sos sra1 1604 od6 1300 200% AMA OFDM, 12 Mps, 90pe duty oycle) Y 450 _|_seso 1636 Teon 2| _asr sr27 1653 1300 1osre— Ese802.119 Wiri 24 Giiz (Dsss— x ass sres 107 o6 1300 £85% AMA OFDM. 18 Mbps, 9Ope duty oycle) Y «42| sroe 1649 1200 2z a4o |_sras 1667 1300 Tosrs— 12EE 802119 Wri 2. Giiz (DSSS— X| a7o sasz i6390 046 1800 £86% AMA OFDM, 24 Mps, 80pe duty cycle) y |_ais san 1563 T300 z|_a22 ses2 1583 1300 1osed— EeE 802.119 wiri 2.4 Ghiz (DsSS— x ars sear 1637 od6 1300 z90% AmA OFDM, 36 Mbps, 90pe duty cycle) y |_ais seir faar T00 2| i2 sest 1983 1300 Tosa— te€E 802119 We 2Gnz poss— xX ass on 1704 od6 1300 £05% AMA OFDM, 48 Mbps, 9Ope duty cycle) y |_ass sris_| feas 1300 2z |_140 |_orse 1665 1300 Tosez. EEE 802119 wini 2. Gniz (Dsss— x 405 sess 1610 O48 1200 £85% AMA OFDM, 54 Mbps, S0pe duty cycie) v dor sase 1938 Teo0 2z |_a1e com 1558 1300 tosss. |iEEEGOZIiaNWimsGHz(oroM.6 x 478 se00 iseo o46 1300 96% Aas Mops, 90pc duty cycle) y |_a31 sead 1610 Em 2z |ase |_sast 1628 1300 Tossa— EEE @0ztiamWin s Grz(OFOM.9 X 481 sros 1677 o6 1300 +95% aas Mops, 9Ope duty cyclo) y( ase sass 1620 Too z[ i4 sr.05 1630 1300 ioses. iEEEBOZtTamWiFiGGHz(DFDM.12 x 504 sr41 is9e 046 1300 £96% AnB Mops, 90pe duty cycle) y |_aso seso 1636 1500 z «57 |_srar 1683 1300 fosss— |iE€ESO2TanWimsGHz(OromM, is x 495 ores 1707 046 1900 £05% Ans Mops, 9Ope duty cycle) y |_a4z |_sros 1649 1500 2| a40 sras 1687 1300 foser— |EEESO2TanWiRsGiz(orom,a1 x 470 ses2 1030 046 1900 £90% ans Mops, 90pe duty cycie) y |_a1s sere foss 1500 & 422 66.52 1583 1300 Tosss iEEEODZtianWimSGnz(OroM,so x 475 coar 1637 048 1900 195% ans Mps, SOpe duty cycle) y |a18 sair e Em 2 |_a20 sast 1983 Ema 1oss0— iEEE@OZITamWinSGrz(OrDM,48 x 4ss or.71 1704 040 1900 196% ans Mops, 9Ope duty cycle) y ass orie foas T00 2z |_a40 orse 1665 1300 Tosan. |iE€E@ODZTaNWinSGrHz(OrDM,54 X 405 o63 1616 040 1900 196% aas Mops, 90pe duty cycle) y |«or css 1536 T500 2z aie sazt 1558 1300 Cartficate No: EX3—3866_May18 Page 34 of 30 en e wwenwa se w £o ie se sagtny ww n raws w se reprs esw oo upprene cugeec ccveae

D Dt&C Exsove— sN:sees May 31, 2018 10501 12EE 802.17n (T Mvd, 20Mz, x 4ss sess fors of6 1800 296 % As MGS, 80pe duty oycle) Y 447 66.55 1625 1300 2 454 66.91 1642 1300 10502——| 122E 802.11n (T Miced, 20Vz, x |~si1~| arar iear o48 1300 £90% ane MCS1. $Ope duty oycle) Y 4.59 so.s4 16.38 1300 2z |_ass |_r20_| 1654 1300 10598——| 1EEE 802.11n (HT Med, 20Viz, x s04 erze ies 048 1800 £96% Ane MCSP, 90pe duty oycle) Y 4.50 66.70 1621 130.0 2z |_asr ~|_sr06_| 1638 1500 T0592——| 1EEE 802.11n (HT Med, 20Viz, xX s08 sr42 iess O48 1300 £96% ame MCS3, 90pe duty cycle) y |_ass |_seso 1640 1500 2z |_ass |_sr2ze 1657 1200 10505— 12EE 802.11n (NT Miod, 20Miz, x S0s r3s iess 048 tso0 £96% me MCS4 80pe duty oycle) y as2 sese 1630 Teoo 2z |_aso 6r23 1647 1300 10506— 12EE 802.17n (HT Mixed, 20Vz, xX s0o sras 1686 048 1900 £96% ame MCSS, 90pe dutycycle) y 445 sesr 1026 Tson 2z |_ass |_ori8_| 1645 1300 10597 12EE 802.11n (AT Med, 20Viiz, x 495| ara2 1677 48 1300 £98% me MCSG, 90pe duty cycle) y |_a4o seer fo#2 Too 2 |_aar |_sr0a 1630 1200 10508 TEEE 802.11n (HT Mxed, 20Miiz, x 492| ~srei 1707 o46 1300 296% me MCST, 90pe duty cycle) y |_a41 sosr 1048 1500 2z |a4s sr34 661 1300 10590— IEEE 802.1tn (HT Mixed, 40MHz, X 5.58 67.50 16.92 0.46 1900 206% Ae MCS0, 80pe duty oycle) y |ais sro02 1651 T500 z |_sie |_sr26 1660 1300 10600— 1EEE 802.11n (T Mixed, 40Mz, x s76 sree iris 048 1300 £98% me MGS1, 9Ope duty oycle) y 52 sr3s 1665 1200 2z |_s2s |_sras 1668 1300 10601 126E 802.11n (HT Med, a0Viz, x ses er70 iroi o48 is00 £96% me MCS2, 9Ope duty oycle) y |_sis sris_| f6a7 Teoo 2z |sio |_srs0 1665 1300 10602—— 1EEE 802.11nT Mved, doiiz, x sn srer 1690 o48 1300 £96% ane MGS3, 80pe duty cycle) y 525 srir 1649 Tsoo 2z sze sr3s 1053 1300 10603— 1EEE 802.11n NT Mved, d0Viiz, x sez same ir2s 048 1900 +96% As MCS4, 9Ope duty cycie) y 532| srso 1680 T500 2z |63s |_sree 1685 T300 10604— 1EEE 802.11n (HT Mixed, 40Vz, X sso sras 1603 o4s ta00 296% me MGSS, 90pe duty cycle) y |_sz0 sriz 1eso T500 z |_s21 srze 1663 1300 10605 1EEE 802.11n (NT Mxed, aOiiz, x ses ermi iros o4s 1300 £96% ma MCSG, 9Ope duty oycle) y |_s2 srzz i6as Too z |_s2 sr40 1660 1300 10606— 1EEE 802.11n (HT Mixed, dOMHz, x 547 67.22 16.68 0.45 130.0 £9.6 % me MCST, 8Ope duty oycle) y |_soz sees 1618 1300 z sos sese 1627 1300 Certficate No: EX3—3866_May18 Page 35 of 39 en e wwenwa se w £o ie se sagtny ww n raws w se reprs esw oo upprene cugsec vreve


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Document Modified: 2019-10-01 12:47:30
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