SAR Report II

FCC ID: JOYKB46

RF Exposure Info

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FCCID_4373792

D Dit&C exsove— snissss May 28, 2010 Toros orG_| Lreroo (6C—roun, 1oo% Rs, To uz. 16:—0a0 treroo sas co6% Tori0_| cas LrE—Fo (GC—rov. 100% RB, 5 Miz, arsiq LrEfoD 515| 200% Torr1 cae LTEFOD (GC—FDMA, 100% RB, 5 Miz, 16—0M) LTefod 644| +06% Tor12_| cas LTE—FD(6c—roun, 100% RB, 10 wiz, 6£.0AV) trefoo aso »o0% 10113 CAG_| LTE—FDD (GC—FDMA, 100% RB, 5 Mz 64—0AV) LTE—FOD 682| 206% 10114 CAG IEEE 8021 n (hT Greentild,13.5 Mbps, BPSH) wian a10_| +00% 10115 GAG_| IEEE 80211n (HT Greeneld, 81 Mops, 16—QAV)_ wian ado +06% T116 GAG_| IEEE 80211n (HT Greentfeld, 135 Mops, 6t—OAl) wian a15_| »06% 10117 GAG_| IEEE 802.1n (HT Mwod19.5 Mops, BPSH) wean aor +00% 10118 CAG IEEE 802.11n (HT Mod, 81 Mops, 16—GAM) waas aso 190% Torig CaG iEEE 0211n (H‘T Mxed, 135 Mops, 63—0A) wim a15 196% Torao cae LTE—FD (GC—FOMA, 100% RB, 15 lkz, 16—GAM Lrefod 640| +06% ioiai ore LTE—Fo (6c—roun, 10o% Ra, ts Niie, S6—aRLh trefod ass +00% Tore2 cae Lre—Foo (sc—rovm, foow Ro. 5 Nz, aPSi Lrefod 573| +e0% Tores CRE CEOb (GC—Foum, 100% RG, 3 Miz, 16—00) LrEfoD 635 ceo% Tores oae LTE—FOD (GC—FOM, 100% RS, 3 Mz 64—GAM LrEfoo se zo0% Tores car LTe—Fo (Gc—FOM, 100% R&, 1. Mrz. GpSiQ trefoo s7e_| »a6% Tores car LTE—FOp (6C—Fou, 100% RB, 1.4 Miz. 16—GAM) LreFoD 641| 200% Torar Car Lre—Foo (sc—rovn, 1o0% Ro. 1.4 iz ©r—GRm) LrefoD 672 200% To49 oae Lre—Foo (GC—rovA, S0% Re, 20 Miz. To—oat) Lrefon 642 z06% Totso cae LTe—Foo (6c—roun, S0% Ro, 20 Miiz, St—0A) treFoo 650| +06% toret ChG LTe—Too (Gc—rovn. so% R6, 20 ike. GrSi) LTe—ToD aze +50% 1012 ca6 re—ToD (sc—FOVn. 50% RG, 20 hiz, 16—9A0 Lre—too as2 +90% Totss GaG LTE—ToD (GC—FDMA. 50% Re. 20 Mnz, s4—GAM) LTe—Tod 1oos z95 % Torsd cre LE—FOb (sc—romn, so% Re, to Mzz. apsi) LTeFon s7s +06% Toiss CaG_| LtE—Fp (GC—FDMA, 50% Ro, 10 Miiz. 10—oMM) LrEfoD 645| 290% Toise Ca@_| LTE—FD (GCFoM, 50% ho. 5 Miz. aPSi LTEod 579| zo0% Tors? crg LTE—FDD (GC—FOMA, 50% RB, 5 Miz, 16.OA LTEfoD 640 106% T0iss CaG_| LTe—Foo (ec—rou. s0% Re, 10 Miz. st—o) trefoo ss2 +06% Toise ca@ LTE—FDp (GCroMn, 50% ho. 5 Miz. G—oA) Lrefod ase z00% Toreo| oae LrE—FOD (GC—oNA. S0% Re, 15 Mz arsi) LreoD sa2 zo0% 1oter GaE LTE—FDD (GC—FOM, 50% RG, 15 Miz. 160M trefoo 645 z06% Toie? oae LTe—Fo (6c—Foun, so% Re. 16 Miz. St—o) trefoo ase +o0% Totes car LTE—FD (GC—FOMA, 50% Re, 1.4 Niz arei) LreFod s40_| 200% Toter CA LTE—FOD (GCFOM, 50% RG. 14 Miiz. 16—9AM) LrefoD 621| +00% Tores car LTEFDD (GC—FDM\, 50% RG, 1.4Mz, er—oat) trerod 679| ze6% Tores cae LEon (Gcroun, 1 R, 20 Mz apa) teroo a7s +96% 10170 CAE Lre—Fon (GC—roVn, 1 Re. 20 NiHz, 16—0A0) trefod as2 zo6% Torri Ae Lre—rop (GC—FOVn,1 Re, 20 NiHz, GtoA) trefod 649| 290% 10172 onG Lre—top (Gc—rovn1 Re. 20 mHz, arsi) Lre—roo o2 +06% 1orrs on6 Lre—Top (Gc—FoVn, 1 RG, 20 Mikz, 16@A tretoo ads +a6% Tiz CaG Lre—roo (Gc—rovn 1 Re, 20 H, GtoAM) tetoo Tozs za0% Toi7s ChG Lre—Fon (Gc—rovn.1 Re, 10 n». areg) LrefoD 572 206% To17e CaG Lre—Fon (Gc—rovn1 Ro, 10 hinz, 16A treoD 652 ze0% Toz Cal_| LreFop (Gc—rovn 1 Re. 5 Vizz. apsi) trefoo 573 zo6% Toize CAG LrE—Foo (Gc—roMn, 1 Re. 5 Miiz, 16—00M trefoo 652 zo6% T017 CaG Lre—Fon (GC—rovn1 Re, 10 Minz. 6tom) LreroD 650| 2a0% Toreo CaG Lre—rop (GC—rovn, 1 Rs. 5 Miiz. Gt—Ga) LrEFOD 5o 296% Torei one Lre—roo (Gc—rovn.1 Re. 1 Miz, arsio Lreb0 s72—| £90% To1e2_| onE Lre—rbo (Gc—rovn 1 Re. ts hinz, 16A trefod 652 zoo% Tores AAD LTEFDo (GCFOVA,1 RB, 16 lkz. GLOA LTefod 650 z35% Tores CaE Lre—rbo (GCroM.1 Re. 3 Miz. argiq Lrefoo s79 190% Tores ons Lre—roo (Gc—roma, 1 Re, 3 ViHz, 16—0000 Lerod 651 +96% Tores ME Lre—rbo (Gc—roMa,1 Re, 3 ViHz, 64—00M) LreroD a50 +06% Torar Car Lre—Foo (GCFoMn,1 Rs, 1.4 Miiz. arai Lrero s13 100% Tores oar LrE—rDo (GC—rOMa,1 Re. 14 Viiz. 16000 teroo as2_| 00% To1gs—| Ar LTEFDD (SC—FDMA,1 ho. 1 Mnz. 64aain trerop ss0| +s6% 10198 CAG_| 1EEE 802.1 in (HT Greenteld, 65 Mps. BPS) wian a00 +00% Toras CAG 1EEE 802.1 i (HT Greenteld, 30 Mops, 16—GAM) woan a12_| +90% 10195 CAG 1EEE 802.1 n (HT Greenfils, 86 Mips, 64—GAV) wirm a21 +o6% Toras GAG_| IEEE 802.1 in (HT Mxed. 65 Mbps. BPSK) wian 810| +06% Totar GAG_| 1EEE 802.1 n (HT Mixed. 30 Mops, 10—0AM) wean a13_| +s0% Tores GaG 1EEE 802.1 n (HT Mixed. 65 Mops, GA—OAV) wian a2r +06% Toi9 GaG iEEE 802.1 n (HT Mixed. 7.2 Mops, BPSK) wian a0s +s0% Certficate No: EX3—3006_May19 Page 12 of 20

D Dit&C exzove— shrsoss May 28, 2010 10220 CAG 1EEE 802.1 n (il Mved, 45.3 Nops, 16—GRMY wow EXEMIIEECE] 10221 OAG 16EE 802.1 i (HT Maed. 72.2 Mops, 64—0AV) wian a2r x96% 10222 CAG 1EEE 802.1 n (HT Mixed, 16 Mops, SSR woay a05_| x96% 10223 GAG 12EE 802.1 n (HT Mxed. 80 Mops, 16—0AM) wiay a48 196% 10228 CAG 12E 802.1 n (HT Mixed150 Mbps, 6t—OA) wiay 805 £95% 10225 ons unso0 (HepAn webun sar r95% 1orze om_| Lre—Too (Gc—roM, 1 Re. 14 Miz. 1o—arm) Lre—rop 949| x96% Tozer oM Lre—ToD (GC—FOM1 RG. 14 Virie, 64—90M) tTetoo 1025 x96% 10228 GM_| LTe—ToD (GC—FOMA. 1 Ro. 1.4 Vire. GrS tretod 02| +06% 10220 CaG Lre—Too (Gc—rovia.1 Re. 3 Miiz. 10—Ga0 tre—too o4s x96% 1oz20_| oc Lre—toD (GC—FoM, 1 RG. 5 Miiz, S4—Gam) cretoo 1025 z96% 1oze1_| cac LTe—Top (Gc—Fovn1 Ra, Miiz, aral) LTetod o1e 195 % 10232 car Lre—TD (GC—FOMn. 1 RG. 5z. 16—0AM) Lretoo ads +o6% 10235 Car Lre—ToD (GC—FOMn. 1 RG. 5 Niz. 6t—0AM) Lre—too 1025 +98% 1ozai onr Lre—Top (Gcromn,1 ho. s ine. areip cretoo 21 roo% 1orss CAF_| UrE—Too (GC—FOMA,1 Ra, 10 Miiz. 10—040) Lre—too 948 £96% Torse oAF LTE—Too (GCFOM, 1 Re, 10 Viiz,ae—oAM) tretoo 1025 +96% Tozs? oF Lre—Too (GC—FoMh, 1 Re, 10 Viiz.arer) LTetoo a21 r06% 10238 oar LrE—Too (GC—FDMA.1 Re. 15 Viiz. 16—04M) treoD 945 196% Tozse car Lre—ro(Gc—roma, 1 Ra15 Miz, or—oan) treTcD 1025 196% Toaio oAF tre—Too (GCrovn, 1 Ra, 15 Viz, areq) LTeoD 21| 196% foait o Te—To(GCFOM, 50% RB. 1.4 Ninz. to—oAM) Lreoo a2_| +06% Toai2 on\ Lre—Too (sc—romm, so% ho. 1.¢ Mz. st—oa) LTe—ToD oss +06% Toras on Lre—ro(Gcrova, so% ho. 1 a inz arsr) tre—tod 945 196% Toais CAG re—Too (GCroVn, 50% RB, 3 Miiz,160010 tre—ton 1006 +96% Toais on LTe—Too (Gc—rovn, So% Re. 3 Miiz. Sr—onk) tetoo Toos +96% Toate oc Lre—Too (sc—rovn, 5o% Re. s Viiz. arsi) tre—too 930 £96% 10247 CAF_| LT—Tob(C—FOMA, 50% RG, 5 Miiz, 160410 LTE—ToD 9at 296% Toads oar Lre—Too (Gc—romn, 50% Ro. 5 Miiz, s—GAM) te—tod 1008 +96% Toaie oar tre—Too (sc—rovn, so% Re. 5 Miiz.arer) tTetod a2e r96% Torso Car Lre—top (Gc—rovn, 50% Rb. 10 Mz 10—0AM) tre—toD oa1 196% Tozst Car LTe—Tob (Gc—rovn, 50% Re, 10 higz, Gi—OAM) LTe—tod 1017 £96% Toze oar LTe—Tob (Gc—FoVn, so% R6, 10 tikz, ‘arer) tre—too a2 r96% Tozss car LTe—Tob (Gc—FOVn, so% Re, 15 kike, 16—0AM LTe—tod aso £96% Tozse Car Lre—TDD (GC—FoVn, 50% Rb. 15 Wike. 66—0AV) LTe—tod 1014 +96% Tozss onr Lre—too (@c—romn, som np, 15 hnz arei) tretod 920 x06% Tozse o LTe—ToD (Gc—Fovn, too% RS, 14 hkiz, 16.000) tretoo ass +96% 1ozer o LTe—Tob (Gc—Fomh, 100% RS, 1.4 hiz, 61:GAM) tTetoD 1oos +98% 1ozse om LTe—Top (sc—Fowh, too% Ra, .4 z. arer) tTetoo as +96% Tozse Chc LTE—ToD (sc—Fom, 100% RS, 3 Mkz. 16—0AV) LTE—TOD ass £96% 1ozo cac LTe—Tob (sc—Fovn, 100% Ra, 3 z. G—oaM) LTE—TD asr 296% Tozet oac Lre—Tob (scromn, toow R, 3 hke, arer) treToD a2i +96% 1ozes oar LTE—ToD (scfomn, toow Re 5 hike, 16—0A0) fusem ass +96% 1ozes oar LTe—Tob (sc—Fowh. 100% Rs. 5 hike, G1—onl isiem 1016 z08 % 1ozee oar LTE—ToD (sc—Fomn. 100% Rs. 5 hsz. apeiq LTe—OD ars ros% Tozes car Lre—on (Gc—roma, too% Re, 10 Miz: 1e—oal) com asr +96% Tozes car LTe—ToD (scFowh, foow Ro, 10 Miiz, Gt—oA) ETD Toor +96% Torer on LTe—Top (Gc—romn, 1oo% R6, 10 Miz. arei) teToo 930 +90% 1ozes car Lre—ToD (sc—Fowh. oo% Ro. 15 Miiz. 16—0A) fusiem 1006 x08% Tores CAF Lre—rop (Gc—roVin, 100% Ro, 15 hi. ei—aand tre—oo 1013 +95% Tozro caF LTe—Top (Gc—Fov, to0% R6, 15 uz. araiq LTe—oD ase +96% 1ozrs CAB UMTS—FOD (HSUPA. Suptest5, 3GPP e10) weoma 487| £96% Tozrs ons UMTS—FDD (HSUPA. Suptest5, SGPP ReB.4) weona EComIrECE3 1orrr on Phis (arsi Phis T181 296% Toare on Phis (apsr, SW saaiice, Rolorf 05) Phis Tigi £96% Torrs om_| Pris (aFSK, BW Bathine. Roloff 0.38) Phis 1218 £96% 10200 AnB comnao00, RG1, $05e, rul Rate comeno |_s01 06% Tozer MB ComMRz000, RG3, 0ss, Ful Rete comenn |_s45 +90% 1ore?__| MB CDMAZ000, RC3, 092. FullRate comento 330 +26% Tores MB COWMAZ000, RC3, $03, Full Rete com2000 350 196% Tozes ns cbMA2000, RGt, S03,tm Rate 25 it com200 1249 +96% Torer AD_| LTe—FOb (GC—FoV, 50% RB, 20 Wikz. G2SK) teroo sa1 +96% 1orse Ap LrE—FOb (sc—rovn, 50% ho. s Miiz. arsi) LrefoD 572| s96% Tozee aap Lr—roD (SC:Foma, So%e Ro, 3 Miz. 160A Lrerbd CE—mIIEECE3 Ceriicate No: EX3—4006_May19 Page 13 of 20

D Dit&C exsove— snisses May 28, 2019 Tob anp Lre—roD (Gc—roun. so%e Ro, 3 hnz 1OA trerod seo ze5% 10301 AMA 1EEE 802.16e WiMAX (29:10, Sms, 1OVie: GPSK, PUSC) wiwio 1205_| 296% 10302"| AA 1EEE 802.160 WiINAX (20:18, Sme, 10Vire, GPSR, PUSC, 3 GTRL WiVRX T257 £06% symbols) Toss AMA iE802.16e WRX (r.15. Sme. Tovine. seoai, PUSC) winak 1252 £96% 10304 AMA ECE802.16e WiNAX (20—18, Sme, TMire, G40ANM, PUSC) ww ii8e +96% 10305 AAA IEEE 802.16e WiIMAX (31:15, toms, 10MMz, BdQAV, PUSC, 15 wiwo Ts2i £90% symbots) T0305 ARA 12E 802.16e WiNAX (25—15, toms, touinz, BdGANPUSG, 16 wandk Tasr £90% symbols) Tosor ARA| 12E 802.16e WiNPX (25:10, 1oms, 10hiiz, GPSK, PUSG, 16 wiirk T449 £95% symbols) Toss AAA iE602.160 WiNAX (20:18. tome, tonlz. T6CAV PUSC) wiwk fa6 £90% 10309 AAA 1EEE 802.16e WiMAX (29:10, 10ms, 10Miie, 16OAN., AMG 2x8, 1 WiVAX Ta.58 29.0% symbots) Tosto AAA EEE 802.162 WiNPX (26:18, 10ms, 10NiRe, GPSK, AWC 258, 18— WiVRX Tasr £95% symbots) Tot1 aip_| Lre—rob (Go—romn. Tob‘ Ro. 15 Miz. GrSr) trerod eos zea% Tosts aaa oen ts ipen 1ost +90% fosre w oen to ipen 1240 x90% Toars ane i2E so2.tto win24 Gliz (DSSS, 1 Movs, Sbpe auly exoe) wow 11| 290% 10516 ane E6E 802.119 Wiri 24 Gite(ERP—OFDM, 6 Maps. dbpe duty oyeie)_| WLAN ass r06% T517 AG 1€€E 802—1a Wir5 Ghiz (OFDM, 6 Mope, d6po duty eycle) mm ass +06% 10352 AMA Puise Wavefom (200H2. 10%) Genenc 1o00°| £96% 10353 AAA Puise Wavefom (200Hz 20%) Generc 659| £96% 1035¢ AAA Puise Waveform (200H2, 40%) Generic ase £06% 10355 AMA Pulse Wavefom (2004z, 60%) Generc 220| s08% 10356 AAA_| Pulse Waveform (200riz, 60%) Generc 997 £96% T037 AAA aoK Wavelom, 1 Miz Genenc 510| £96% 10388 AM aFSK Wavetom, 10 Nic Generc 522| £06% 10508 AAA 64—GAM Waverorm; 100 kiz Generc 621| £96% 10988 AAA 64—GAM Waverorm, 40 Mz Geneic ear £96% 10500 Ano @omiz. sr—omm. Sope cuy coe) wian sar £96% 10i01_[ mo (d0vinz. 6t—aA, Sbpe duty cyie) wian 260| £06% 1002_| Ao (@Ovire. 64—OAM, Stpe duty oycie) wian a5s_| £96% 16508 ana Coma2000 (1EV—00. Rev. 0) comenso 270| 66% Torps Ana Coma2000 (Rew—Oo, Rev. A) comzoot |_377 £96% T0i0s_| Aa conn2000. RC3, S032, SCHO, Ful Rate comeon|_522_| +56% T6et0 ar LTe—Tob (Gc—romh,1 Re, 10 NHz, GFSR, UL LTe—toD Tez £90% Subrame=2.3.4.7.8, Subtrame Cont=d) Toris AAA wLan Ccor. 6t— on20Mz Genere asi r06% Toe15~| aaA Ee 802—110 Wii 24 Ghz (0SSS,1 Moos, 90pe duly cyde) wian 1st za9% T016 AM 1€€€ 802—119 Win 24 GHiz (ERP—OFDM, 6 Mops. 90pe duty oyele)_| WEAN 225| £00% Toa17 Ana iE802.t1ahWin 5 Ghiz (OFDM, 6 Meps, 99pe duty cyce) wean e2s £06% Toate AA 12E 802.119 Wis 24 GHiz (SS5—OFDNM, 6 Mops, $gpe duty cyele, WLAN a14 £96% Long preembule) Torid AMA ieE802.113 Win 24 Gz (SSS—OFDNM, 6 Mops, Sope duly syole, WLAN a1s see% Short preembule) Toz 1EEE 802.1 in (HT Greenfels, 72 Wops, BESH) wiws a52 zes% 1025 1EEE 802 1 1n (HT Greenfeld, 43.3 Mops, 10—AM) wian aar z08% 10424 1EEE 802.11n (HT Greenfelo, 72.2 Mops, 6t—aAN) wean a4o r98% 1oszs iEEE 802.11n (HT Greeneld, 15 Mops, BPSK) wies aa1_| +95% 10420 1EEE 802.11n (HT Greenfeld, 90 Mops, 15—0A wian a45 +95% ioser 1EEE 802.1in (HT Greeneld, 190 Mbos. 54—0AV) woww aa1 r95% 10530 LTE—FDD (OFOMA5 Meiz, E—TM a.1 LTeod a2e 290% 1ssn LTE—FOD (OFONMA, 10 NMiz. E—TM3.0 LTE—FOD ase r96% Torss LTE—Fo0 (orouais vse. E—TMa1) LTefod aai~| 290% 1osss LTEFOD (OFDMA.20 Niie, E—TM3.1) tTefod aa £98% 10434 AM W—CDMA (BS Test Model 1, 64 DPCH) weoua aco| +96% Torss AAF TTE—ToD (sc—FOMn, 1 RB, 20 MiHe, aFSR, UL tTe—tod Tar z06% Subtreme=23.4.7.8.9) Tosar_| AAD_| LTE—FDD (OFDNMA. 5 Wiz, E—TM 3.1, Glpping 44%) trerod Tss z08% Tosi8~| AD LTE—FOD (FDNMA. 10 Nie. E—TM 3.1, Cippin 44%) Lre—rod Tss z00% Toi9 MG LTE—FDD (OFDNMA. 15 Niic, E—TM 3.1, Giping 44%) LTEfod Ts1 196% 10450 MAG LTE—FDD (OFDNMA. 20 Miie. E—TM 5.1, Cipping 44%) LTefod 74s £95% Gertfcate No: EXG—3868_Mayt9 Page 14 of 20

D Dit&C exsove— ssses May 28, 2019 Toist AMR_| W—CDMA (BS Text Nodel 1 61 DFOn, Glopng 44%) weova 7se zo6% Torse AnB ieEE 021ee Wiri (160OMHz. 64—QAM, 9¥pe duty cicie) wew es ze0% Toisr M\_| uisrop (pcHsbrn) weour 662_| z05% 10858 AMA__| CDMAZIOO (IeEV—D0, Rev. .2 camens) comento |_es5 +06% Tosss AMA__| COMAZO0(1xEV—D0, Rev. 6.3 camiers) comento |_e25 £96% Toren Am_| uisro0 Wwebwa, Av) weova 290 res% Toret AMA LTe—To(GC—FDM, 1 Ra, 14 Nnz, ars®,UC ETe—tod 7ez 296% Suptame=2347.8.9) Tores AM\ Lre—roo (GC—FOMA, T RG, 14 Niiz, 16—GAW, UL tretoo aso s26% Supfeme=2347.8.0) Torss AM. Lre—Top (GC—FOMA,1 Re, 14 NMiz, 6r—0Aw, UL temo ase a5% Subfame=2.347.8.0) Todss AMG| Lre—top (GC—FOM, 1R5 Niiz, PSR UC tetoo 7ez 195% Subtame=2347..0) Toses AAB Lre—ToD (GC—FOMA.1 R&. a Nie, T6—0nM, U temoo as raa% Subtame 18 Toase AAB Lre—rop (GC—FDMA, 1 R&, Miz, 64—GRM, U tTetod a5r sas% Subtame=2347.89 Torer ARE Lre—rop (Gc—FDMA 1Re. s e arek, ut tretoo Tar ze6% Toiss ME tte—rop (S(‘/FDMA 1 R6, 5 Nine, 16—oM, UC tretod aar rs6% Torse ARe teto ase za5% 9 Toaro ME tre—t5D (scFDMA TRe, 10 Mnz arsk, UC tretoo Tez z95% Subrame 789) Tom A€ Lre—zoo (scFDMA 1Re, To vnz, 16—00m, ut tretod s3z z95% Subtrame 10872 MAE Lre—ToD G DMA 1RB, 10 Miiz, 62—G8W, U tTetoo s57 256% Subtrame=234.7.8. Toars AAE Lre—rop (Gc—FDMA TRe, 15 Niz oSX UC teTd Tez z8% Subtteme=2847.8.0) Toare AAE Lre—ToD (GC—FOM, 1 Re. ts Wine, 16—GA, UC tretod s5r zs6% Subfeme=2347.89) Toars A€| Lre—top (Go—rma, 1 Re, 15 hnz br—oA, UC teibo a5r sa0% Subteme=23.4.7.8.9) Toarr anF ure—rop (Gc—romn, 1 R, 20 hiz, 16—aim, UC tretbo s3 s95% Subtame=2347.8.9 Toars AAF Lre—roD (GC—FOMA, 1 RB, 20 Wnz, 6—onM, UL tretoo a57 z98% Subtame=2347.09) Toare tTE—Top (6C—FOMA, 50% Rb, 1. z. Cror, U tretoo T s98% Subtame=2347.80) Torso tTe—top (6C—FDMA so% Ro, 1. Vine, 1:GAM, U tTeod a1s z95% Subtrame 89 To tTe—ToD (6C—FDMA Sore Re, 14 Vine, 61—GM, U temo s4s ze5% Subfteme=2347.8.9) Todse AnB—| Lre—Top (Gc——OMA, 50% RB, 3 z. Grsn, U tretod T see% Subfame=23.47.8.0) Tores AAB| Lre—top (Gc—FDMA, 50% RB, 3 Wie, 16.0A, UC tretoo a30 o6% Subfeme=2347.89) Tores AB| Lre—top (Gc—rpMA,50% RG, 3 Mitz, br—oAnt, UC tretbo 47 £95% sutame=23.4.7.89) Toass ME Lre—top (Gc—Fom, 5o% R6, 5 Mz, aran, U tretbo Tss s90% Subtame=2347.09) home {ase NENCO GCooilhsec es snec megeniC tetod a3s so6% Subrame= a9 Toser are Lre—roo 1S(‘,FDMA so Re, s Mz, Gr—o0Am, UC tretoo aeo res% Subtame=2347.89) Toime ARE Lre—top (6C—Fohn, so% RB, 10 Mfe, ars®, UC teto T7o £96% Subtame=234.7.8.9) Toss ARE| LrE—T00 (GG—FDMA, 50% RG, 10 NMiz, 16—0AM, UC tretod as1 z95% Subtame=234,7,0.) Torso MAE LTe—Too (6G—roMA, S0% Re, to Nnz, s—oAM, UC tetbd asi ze6% Subfame=23.47.00) Tosst ARE LTE—TOD (GC—rDMA, 50% RG, 15 NMiz, arSn, U tetbd Tra se6% Subrame=2347.09) Conifcate No: EX3—3866_Mayto Page 15 of 20

D Di&C _ Exsove— snisses May 28, 2019 Torse ane Lre—o0 BcFDMA sos Ro: 15z. ‘6—onM, U tTetoo a41 :00% Subtame=234. Toiss ME Lre—toD (SC-FDMA sow Ro, 15 viz, se—onnt, UC treTo ass zs6% Subtame=234,7.80) 10494 AAF LTE—TD (SC—FDMA, 50% RB. 20 Mz, OPSK, UL LiE—TDD TTA £96% Supttame=2347.8.0) Tosss AAF LTe—Too (Gc—FOMA, 50% RB, 20 hire, 76—GRM, U tre1to asr zs0% Subame=2947.8.0) Toise AAF Lte—too (S(‘/FDMA.)50“/: Ro. zo wiz, se—anm. ut Ueto as za0% Tosar AAA LTe—Too (Gc—tFDMA Tco% Ro, 12 yz asr, Ut teto Ter 290% Subtrame=23.47, Toase AM Lre—ro (GcaFDMA Too% RB, 1.4Mz 16—GAM, U teto a40 296% Sutame=2347.89) Tore w ure—To (5c—Fohn, took R, 1t imz sr.on, UC td aos ssa% Subfame=2347.89) Tosoo AB| LTE—Too (60—FDMA. 100% Ro, a Niz, GPS¢, UC tretco Tar z06% Subfame=2347.8.9) Toso1 MB re—Too (8C—FOMA, 100% Ra Niz, 16—aAM. UL tremo aa zse% Subtame=23.47.8.9) Tsz AAB| Lre—rbo (GC—FONMA, 100% RB., a MHz, 64—oAM. UL tretbd ase 200% Subrame=22.47.89) Tosos MAE Lre—ro (GC—FDMA, 100% RG, 5 MHe, GrSR, UC tretoo Tr2 z06% Subtame=29.47.8.0) Tosor ME Ure—to (scFDMA‘ Took Ro, 5 Mz 16—CAM, U tetod aar cse% Subtamen234 Tosos ME re—rbo (sc#DMA Too% Ra, 5 z. 64—GAM, U tTetod ast 200% Subtrame=234.7.0.9) Tosos ME Lre—rop (GC—FoMA, too% Re, 10 Ninz, GrSX, UL tTetod T7 256% Subtrame=234.7.8) Tosor An€ LTE—roo (sc—FDWMoo Ra, 10 iie, s—aai. UC tero ase ze6% 9 Tosos MAE Lre—Too (Gc—rbMA. 1oo%s R&, T0 iz sr—onl, UC tretod a5s re6% Subtrame=234.7.8. Tosos ME LTe—top (6C—FDMA, To% Re, 15 hiz, GrSR,UC tTetoo Too 200% Subtame=234,7.8.0) Tosi0 iE LTe—To0 (scFDMA Tok Ro, 15 z. 16—oaw, ut tetod san zo0% Subtame=23.4 Tost1 ie Lre—ro0 (Gc—tFDMA T00% Re, 15 hiz. 6r—oRw, U tretod a51 z06% Supttame=2347.8.0 Tost2 AAF LTE—Too (Sc—FOM. 100% R, 20 Ni arsr, U tretoo T7a 196% Subttame=23.47.8.9) Tosts AAF LrE—ro(GC—FOMA, 100% N. 20 inz 16—aAM, UC tretbd ai2 290% Suttame=22.4.7.8.0) Tosta AnF Lre—ro(GC—FDMA. 100% R, 20 Niriz 64—@A, UC tretoo a45 zae% Subtrame=2347,8.9) Tosis__| ¥A_| iEEE ao2.1 tb Wii 2 4 Ghiz (DGSS. 2 Mbps. $9pe duty cyeie) wow 138| 198% 10516 w iEEE 802.1 th Wiri2.4 Ghiz (DSS, 5.5 Mope, $gpe duty cyole) ww 157| £06% 10517 wA iEge 802.1 tb Wiri2.4 Ghiz (DGSS, 11 Mops. 99pe duy cyole) mm 150 £90% 10518 AnB iEEE a02.1 tah Wii 5 Gfiz (FOM9 Mops, OBpe duty oyeio) wewn a2s 200% 10519 MG 12E 802.ttam Wii 5 Grtz (OFOM, 12 Mbps, S9pe duly cycle) ww a30 200% 10520 AAB_| 12E 802.1 taih WiFI 5 GHz (OFDNM; 18 Mops, 99e duly oycle) WEAN 812_| 196% 10521 AAB ieE 802.1 tah Wii S Giiz (OFOM24 Mope. 99pe duty cycie) wias 7ar +06% 10522 AnB iEa02.tiam Wi5 Griz (OFONM, 36 bps, SOpe duly oyole) wias a45_| 200% 1os2s AG 12E 802.tiam WiF5 Grtz (FOM, 48 Mops, Stpc duly cyole) ww a0e 200% Tosaa wns iEEE 802.1 tai Witi 5 Giz (OFDM54 Mops. 99pe duty excie) wow a27—| +06% 10525 AAB ieE802.1ae Wiri (@OMHe, MCSO, S9pe duty cycle) ww as0 +00% Toses AnG 12EE 802—1 1e witi (20Miz, MGG1, B0pe duty eyce) wow a12 206% 10527 AnG 12BE 802.1tac Wiri (2OMz, MGSP, Save duty exde) wow a21_| +00% 10628 AAB iE802.1 1e wiri (ZOMiz. MGS3, gape duty eyde) wias a30 +06% 10520 MB iEEE ©02.1 tae Wiri 20Mz MGSA, S9pe duty cyele) win a30 200% 10531 AAB_| IEEE 802.1tae WiFi (20Miz, MGS, O0pe duty cycle) WiAn 843| +06% 10532 MAB_| iEEE 802.1 tas Wiri (@OMHz, MCS7, Sope duty cycie) en a20 00% 10588 AAB—| iEEE 602.1 tae Wiri (20Vz, MGSA, S9pe duly oyele) ww a30 200% 105se AnG 12E 802 1iac Wiri (dOhMMz, MCSO, 90ceduty excle) wian a4s~| +00% Cortficate No: EX3—3066_May1 Page 16 of20

D Dt&C _ : exsove— shis000 May 28, 2010 Tosss Ai6 12EE so2 Te winovnz, NCST, Sope duly cyoln) wow a45 ze5% 10536 MA 12EE 8021 fae WEFI (dOVHz, MCS2, SGpe duty cycie) ww 839| +06% 10537 AAB 1EEE 802.Hac Wim (A0NHc, MGS3, ope duty cyae) whew o4 206% Tosan AAB IEEE 802Tac Win (0NiHe, MCSA. 9Bpeduty oyde) wow e3 190% 10640 MB 12EE 802 1 tae Wii (d0Vz, MCSG, SBpeuty cycle)" wow 830| £96% Tost1 MB IEEE 802.Hiac Win (A0NMz, MGST, 99pe duly exce) wow 45| +065 10542 AAB IEEE 602ac Wim (OMiiz.MCSS. 9Spcduty cyde) woa ae5| £00% 10543 AnG i2E 802.1 tas Wiri 0Mz MCSS, SOpeuty oycie) wow ses zee% Tosee MB 16E 802.1ae Wii(BOMHz, MCSO, SBpcduly cycie) ww 847| zes% To5ts AAB_| iEEE 802 1tac WiFi(BoMiz, MCS1. 9Speduty oycle) wows a55_| £00% To5ie AAB iEEE 8021tac WiF(B0Miz, MGS2. 99pe duty cy) wiew 835| £90% Tosar wA ieEE 002.1tac Wi(BONHz, MGS3, 99pe duty oydo) wow Eromirccr Tosan AAB IEEE 802tee Wii (B0Miz, MGSA. 9Bpe duty cydo) wiay asr x96% Tosso MB iEEE 602 11ac WiFI (OMiiz, MCS6, 9¥pe duty cycle) wea ase +00% 10551 AAB_| IEEE 802.1tae W(BOMiiz, MCS7, 90pe duty cyclo) wian aso 100 % 1o5se AnB iEEE 8021tac WiFi (B0MHiz: MGSS. 9pe duty cycie) wiay a42_| r06% Tosss MB 1EEE 80211ae WiFi (BOMiiz, MCSS. @Bpeduty cydle) wiaw 845 196% Tosss AAG iEEE 802tac WiFi (16DWRz, MGSO. SGpe outy cycle) wiay a4s +06% 1o5e5 ANG 1EEE 802.1tac W(16oMiz, MGS1, $9pe duty cxcle) waan aar z06% 10556 AG iEEE 802 T ac Wiri (160Mnz, MGS2. S9pe duty cxcle) wakw aso 196% Tossr AAG_| iEEE 80211ae W (160MRz. MCSS, $0pe duty cxcle) Wian 852 196% T05s8 MAG 1EEE 8021toc WiFi (160Me. MGSA. $Gpe duty cyole) woww so1_| z06% To5eo MG iEee 8021tac WiFi (1oomnz, MGSG, Sope uty cycle) wow s ras% Ts1 AG iEEE 8021ac Wiri (160MHz. MGST. S9pe duty cycle) ww a50 z0% 10502—| AAG_| iEEE 802.1fac Wiri (100MHe, MGSB, S9ve duty cxcl) wow sc0| 296% 10568 MMG_| 16eE 8021ae Wiri (1oOMz, MGS®, Saveduty cycle) wow Chamirccy3 10584 AMA IEEE 802. 119 Wiri 24 GHtz (DSSS—OFDM, 9 Mope, B¥pe duty WeA 825 £96% eyde) 10505 AMA IEEE 802.119 WiFi 24 GHtz (DSSS—OFOM; 12 Mops, S¥pc duty WiAn 845 298 % orde) Toss AM 1EEE 802—119 Wiri24 GHz (DBS—OFOM16 Mops, S¥pe auty waay s13 £95% srde) Toser AM iEEE 802119 wiri 24 Gnz (DBSS—OFDM 24 Mops, SBve duty win soo £90% orco Toses AM ieee 802119 Wiri 2. onz (DBSS—OFOM 36 Mops, S¥pe duty wow s3r 195% cycle) Toses AM ieee 802119 Wiri 2onz (DBSS—OFOM 28 Nops, S¥pe outy wow a10 £95% oidle) Tosro AMA ieE 802119 wiri2.4 Gnz (DSSS—OFOM 54 Mops, Bope cuty wow a30 £95% orcle) Tosri AAR_| iece 602.tie wini 24 Gnz (DSSS, 1 Mops S0pc duly excle) wow Tes +s6% 10572 AM\_| IEEE 802.11b WiFi 24 Griz (DSSS, 2 Mops. 90pc duty cyce) Wian 199 +908 % Toors m\ iEEE a02.tie Wii 24 Gie (DSSS, 55 Meps, S0pc duty cxia) w 190| +06% Tosra A\ iEEE 602.tie WiFi 24 Gite (DSSS, 11 Mbos, $0pe duty cyole) wow 196| +s6% Tosrs AMA iEEE 602.119 Wiri 24 Gite (DSSS—DFDNM, 6 Mops, BOpe duty www ase za6% cyde) Tosre AAX ieE 802.t19 Wiri 24 Gnz (DSSS—OFDNM; 9 Movs, Bope culy wom a0o z96% oyde) Tosrr MX iEeE 802.T1g Wiri 22 Gi(DSSS—OFDM, 12 Mops, Sope auty wow a70 £95% oycle) Tosra AAA itE 602.11g Wiri 24 Giz (DSSS—OFDNM, 18 Mops, SOpe duty ww s49 £98% oyde) Tosra AMA ie€E 602.tig Wiri 24 Giz (DSSS—OFOM, 28 Mops, S0pc auty wow 835| 190% oyde) Tosso MA IEEE 602.19 Wiri 24 Griz (DSSS—OFDNM; 30 Mops, S0pe cuty wow a7s z96% orde) Toser MX iE€E 602.t1g Wiri 24 Gite (DSSS—OFDNM, 48 Mops, S0pe duty wow a3s zas% oyce) Tosez AnA ie 802.19 Wiri 24 onz (DBSS—OFDNM; 5¢ Mops, S0pc cuty wow ser £95% orde) Tosss_| AA8 ieE 602.iam wirio Gnz (OFOM, 6 Moys. S0pe auly orcl) wow aso res% Tosea MB IEEE 802.Hah WiFi 5 GHz (OFOM, 0 Moys, 8Opc duty cyce) wia a.c0 +a8% Toses nB 1EEE 802.tiam 5 Giz (OFOM, 12 Meps, $0pe duty cycle} ww a.70_| 290% Tosee MB 1EEE 602.ttah Wiri 5 Gitz (OFOM; 18 Mbps, S0pe duly cyclo) wow a40—| r06% Toser An—| iEEE 602.tiam WiFi 5 Gie (OFDM; 24 Mops, $0pe duty cycle) ww a36 ras% Gerticate No: EX3—3086_Mayto Page 17 of 20

D Di&C _ Exsove— sNisscs May 28, 2019 Tosas MB iEEE ao2 1 tai Wl5 Gliz (FoM, 36 Nbps, SOpc duly excl) woky a7e se6% 10580 M 126E a02.ttam Wi 5 GHz (OFOM; 48 Mops, $0pe duty cyole) ww a3s z06% 105e0__| MB 16EE 6021 taWiri5 Gliz (OFDM, 54 hops, SOpc duty oye) wory aer +06% 10501 MAG_| 1EEE 802.1 in (H Mxed, 20MHe, MGSO, S0pe duty oyle) woay aes se6% 10592 AAB IEEE 802.11n (HT Mixed, 20Miz. MCS1. $0pe duty cycie) iA 879 :96% To5os w 16EE 802.1 n (HT Mxed 20Miz,MCS2, SOpe duty cyole) ww a6e z06% Tosod AG 16EE 802.1 n (HT Mixed, 20Miz, MGSS, S0pe duty cyole) wow are +06% 10505 MB 16E 802.1 n (HT Mixed, 20MHiz, MGSé, SOpe duty cyole) ww are +06% 10506 AAG 1EEE 802.1 n (HT Mixed, 20Mz, MCSS, $Ope duly cycle) wiay an_| 106% Tosor MB 12E 802.1 n (HT Mixed, 20Mz, MGSG, S0pe duty cycle) woay a72 296% 10508 AAG 12EE 802.1 n (HT Mixed, 20MHz, MGS7, S0pe duty cyolo) ww a50_| +06% To5ag w_| itE @02.1 n (HT Mixed, d0VHz, MGSO, $0pe duty oyole) wiay a79_| +06% 10600 MB IEEE 802.1 i (HT Mixed, 40MHz, MGS1, $Ope duty cyolo) Wws ase 206% Tosot MB 12BE 002.1 i (HT Mxed, dOMHiz, MCS2, $0pe duty cycie) Wew aa2 106% 10502 AMB i2E 8021 in (H‘ Maed, d0Miz, MGS3, S0pe duly cycle) wias ase zs0% 10503 AAG 1EEE 802.1 n (HT Mixed. dOMHz,MGS4, S0pe duty cycle) ww ons 2e6% Tosos MB 12E 802.1 n (HT Mxad, dOMiHe, NCSS, $0pe duty cycle) wias a76 296% 10605 MB 12E 802.1 n (HT Mxad, 40VHe, MGSG, S0pe duty cyole) wow a9r +06% 10606 AMb_| iEEE a02 11n (H‘T Mved. d0Niie: MGS7, 90pc duty oye) wow ass +00% 10607 AAB_| 1EEE 802 1 tae Wii (2OMz, MCSO, S0pe uty oycle) wea s51 +06% 10608 MB 12E802.1 tac WiEi (20MEiz, MCS1, 90pe duty excle) wiaw 817 296% 10509 MB i2E 802.1Tac WiFi (20Miz, MCS2, 0pe duty cycle) wian a5r +06% 10810 AAB 12E@02 1 c Witi (20Miz, MGS3, 90pe duty cyde) ww a76_| +06% Tobt1__| MAG_| 1EEE 8021 fae WiFi 20Wz MCSA, O0pe duly cyole) wian 870 166% 10612 MB 12Ea02.1 c Wt (20MEiz, MCSS, 90pe duty excle) wiaw 677 x96% 10813 M_| 12802.ttac Witi(20Miiz, MCS, $0pe duty exle) ww a94 +06% 10514 MB 12E 802.1Tae WiFi (2OMiz, MGST, 0ps duty cyle) ww a50_| +06% 10615 AAB IEEE 802.1 Te WiFi (20Miz, MGS, 0pc duty cyle) WLAN 882 +90% 10616 AAG 1EEE 802—1ae Wii (1OMiH, MCSO, $0pe duty cyole) waas CEomIEEEE3 T0st7 MB 12E 802.1tac Wt (d0Miz, MCS1, $0ps duty eycle) wow aa1_| +96% Tobt _| ANB_| 16E 602.1ae Wii (doMHz, MCS2, S0p duty cxcie) ww ase +96% T061 Mnb iEEE 802.1 tae Wiri (dWHe, MGS3, 50ps duty cycle) ww ans +e6% 10620 MAG 1EEE 802.1tae Wiri (i0MiHe, MCSA, $0pe duty cyol) win aar see% T06z1 MB 1€EE 802.1 ts Wii (40MEiz, MCSS, 90ps duty excle) win a77 +96% 10622 MB 1E802.ttae Wiri (d0Miz, MCS, $0pz duty cycle) waan a6s +98% Toszs Mnb isse 802.1 tac WFi (#0Mie, MGST, 60ps duty cyole) wean as2 106% Tosad MMG_| 1EEE 802.1 tac WiFi (d0MHz, MCSS, $0pduly cyole) wiem a9e zo6 % Tobzs MB 1EEE 6021 tac WiFi (dOWiz, MCSO, $Opduty cxcle) wian a96 +96% To5ze MB 16EE 602.1 tac WiFi (@OMHz, MGSO, S0p duty cxcie) wian ass »o6% 10627 AAB 126E 802.1tac W(BOMEtz, MGS1, 90ps duty oyole) wian ase +o6% Toozs Ant_| icEE 602.1 tac WiFi (@OMHz. MCSZ, 50pe duty cxcle) woan ar ree% T05z6 MB 1EEE 8021 tas Wiei (@MRz, MCSS, S0pe duty cxcle) wean aas z96% Tosso Mn iEEE 802.1 tas WiFi (@OMiHe, MCS4, $0pe duty oycl) wow a72 +96% Tosat AAB_| i6E802.1 tas WFi(@OMHz MCSS, 60pe duty cycle) wory ast ro6% 10632 AnB_| 1EEE 602.1 tac WiFi (@OMiHz, MGSG, 50pe duty cxcle) ww are ze6% 10653 MMG 1EEE 602.1 tas Wiri(@MRz, MCST, S0pe duty cxcle) wory aes zo6% Tossa MB 12EE 6021 tac Witi (@OMz, MGSS, $0pe duty excle) ww a8o +96% Toss6 Mb iEEE 802.1 tae WiFi (@oMHz, MGSD, S0pe duty cycl) waan aa1 +96% 10636 AAG_| 1EEE 602.1 ae WiFi (16oMHiz, MGS0, 0pe duly oyolo) waan ass x06% Tossr MAG iEEE 6021 tas WFi (16oMiz, MCS1, 90pe duty cycie) wian a79 106% 10638 AAG 1EEE 802 1 ae Wiri (160biHz. MGS2, S0pc duty cycle) WiAn 886 196% 10630 AAG iE€e 802.1ae WFI (TooMiiz, MGS3, S0pe duty cyole) wias ans +96% 10840 AAC 12E 802.ftac W(160MHe, MGSA, Stpe duty cyole) waan a90 100% Tostt AAG iEEE 802 1 tae WiFI (16oMiz. MGSS, 0pe duly cyle) waws 90e +96% Tosaz MAG_| 122E 802.1tac Wisi (160Me, MGSG, Stpe duty cycle) ww a0s +96% Tosis AAC 126E 802.ttae Wiri (160Mz, MGS7. Stpe duty cycle) ww ane +96% Togse AG_| 122E 802:1Tac W (100Miiz, MGSS, S0pe duty oycle) Wean 905 296 % Tosas MG_| 1EEE 802—1Tac Wt (160Miz, MGSS, S0pe duty cycle) warn an 106% Tosis MF LTE—TOD (SC—FOMA, 1 RG. 5 MHz, GPS. UL Subtrame=27) Le—T00 ti9s +56% Toser Anr Lre—rop (Sc—romn 1 RB, 20 MHz, GPSK, UL Subtrame=2.7) Lre—o0 tss +00% Tosa8 AA CDMA2O00 (1x Advanced) comrzo00 346| +06% Tssz AAD LTe—TOD (OFDNM5 Mz, E—TM3.1, Cipping a0%) Dusue s91_| +06% Toses AAD LTE—TOD (OFOMA 10 Miz, E—TM 3.1, Glipping 44%) LTe—oD 142| 100% Tosse MAD_| LTE—TOD (FDMA.18 Mis, E—TM3.1, Cipping 44%) LTerop 690| 206% Cortficate No: EX3—3856_May19 Page 18 of 20

TD Dt&C | ; Exspve— sh3ese May 28, 2019 Toase ARE CTETDD (OFowX 20 hi. E—TM 3.1, Gippng a0%) tretoo T21 |zes% 10658 AAA Puisa Wavefom (200iz, 10%) Test 1000 +a0% 10650 AMA Puise Waveform (20011z, 20%) Tes 690| 206% 10660 AMA Puise Waveform (2001iz, 40%) Tes 390| re6% 10661 AM Puise Waveform (2001iz. 60%) Test 22 «95% 10662 AMA Puise Wavefom (2001iz, 80%) Test asr ze6% 10670 AAA Bluetooth Low Enorgy Em 218| ze0% Toer1 Ana ie802.1tax(20NH, MCSD, SOpe duty cyoo) ow ans ze0% 10672 AMA 12E 802. ax (20MHe. MCS1. SOpe duty cycle) ww ast ros% 10673 AM EEE 802.1tax (20Mie, MCSZ, SOpe duty oycie) waw are +30% Tooré AMA ie802.ax (20Miiz. MGS3, S0po duty cyole) www a1_| za5% Toers AAA i6E 802.ax (20MHz,MCSA, SOpe duty cycie) ww 850| £96% 10676 AMA 126E 802.Hax (2OMHz, MGSS, SOpe duty cyoie) www 877| £06% 1oer? AM iE802.iax (2OMire, MGSG, Stpe dut cycie) ww a73_| £06% 10878 AMA 12E 802—1tax (20MHz, MCST, G0pe duty cyole) wow a.70—| x00% Tosra wA ieE 8021 fax (20NMiz. MGSS. 90pe duty cycle) wean 800| £00% 10660 AAX_| 16e 802.1 tx (20Miz, MCS9, 90pe duty syde) ww 850| £96% 10581 AMA 126E a02—ttax (20Miz, MGS10, $0pe duty cycle) wow se2—| +06% 10682 AM 12BE 802—Tiax (20Miiz, MGS11, 9Ope duty excie) waw se3 100% 10683 AMA 12E 802 Hax (20Miz, MGSO, SGpe duty sycle) waw $42°] 190% To5e4 AM 1€EE 802.1 ax (20Niz. MGS1, 99pe uty syoe) wiw 820| 296% 10566 AAA_| i6E 802.1 tx (20Mie, MCS2, 9pe duty syol) ww 835| 206% Tosed NA 1EEE a02.1 x (20Miir, MGS3, 99pe duty sycle) wow 825| £00% T05er AM\ 12EE 802.1 fax (20NMiz. MGS4, 99pc uty cyce) ww 845| £06% Tosas AMA i6E 802.1 tax (20Niie, MCSS, 99pc duty cyoe) wow 620| 196% Tosea AM 1€EE 802.1tax (20Nie, MCSG, 9Bpe duty cxce) ww a55| +08% 10800 NA 12EE 802 1 tax (20Miiz. MGS7. 9¥pe uty cxce) ww 820| ro6% Tosot AM 12EE 802 1 tax (20Miz, MCSS, 9Gpe duty crce) wian a25 190% 10802 AM 1EEE 802.1 Tax (20Mite. MGSS, 9bpe duty exce) wiww 620| r96% Tossa w¥A iege 902.1 tax (20NiHe. MGS10, S¥pe duty cycie) wiew 625| reew To5o4 AMA 12EE 8021 ax (20Miiz. MGS11, Sope outy cycie) ww a57 s06% 10505 AM_| i6E 202.1 tax (d0Niie, MCSO, 9Ope duty eyde) ww a76 s06% 10508 AM 1EEE 802.1 Tax (d0Mie. MCS1, 90pe duty exoe) ww a91| r96% 10007 AMA ieE 802.1 tax (A0Nie. MCS2, 90pe duty eyoe) wow a01| z06% T058 AMA ieE 902.1tax (d0MiHe, MGSS, 90pc duty exce) ww a.00| za0% 10800 A/A 126E 80211 tax (0Miz: MGSA, Sope duty exce) wow a42—| roo% 10r00—| AMA 12E 8021 Tax (0Miz. MGSS, 90pe duty exce) wow Cremiccces Torot AM ie802.1 tax (d0Miie, MCS6, 9Opc duty exoe) ww a40 r06% 10r02_| AMA 1Ea02.1 tx (0Mie, MGS7, 90pc duty exce) ym a.70_| s96% Toros AM 12€E 8021 tax (0Miiz. MCSS. 90pe duty exce) ww a02_| 196% Toros AM 12EE 8021 tax (d0Niie, MCSS, 90pe duty exde) m s50 196% Toros AM 1EEE 802.1 Tax (A0Mite. MGS10. Sope duty cycie) wow a69| r96% 10706 AMA 1EEE 8021 Tax (d0Mite. MCS11, SOpe duty cycle) ww a65 r06% Toror AMA ies 802.1 ts (oNiz, MGSO. 9gpe duty exce) wow 632°| s00% Toros AMA 1EEE 802.1 ax (d0Miz, MGS1, 99pe duty eyoe) ww a55 s06% Toros AMA 1€€E 8021 tax (0Miz, MGS2, 9Gpe duty exce) wow 635| £90% Tort0_| AMA 1EEE 802.1ex (#0MRe. MGS3, $ope duty cycie) ww a20| £06% Tor _| MA 1EEE 002.1ex (#OMHz, MGS4, $ope duty cycle) ww 830| £00% Tori2 nA 1EEE 6021x (d0wnz, MGSS, 9ope duty cycle) ww s1 s00% Toris_| AMA 1EEE 802 .1ax (d0Mz, MGSG, Sope duty cycle) wow ass ree% Tortd M lEEE 002.1ex (dOMHe, MCST, 99pe duty oycie) wean 5.26 +96% Torts MA 1EEE 6021tax (MOMHz, MGS, Sope duty cycle) ww 845| £00% Torie MA iEEE 02tax (downz, MGSo, tope duty eycie) ww 630| s06% Tori_|AM\ 1EEE 02.1ex (d0Wz, MGS10. 9pc duty exce) wow a40 ro6% Toris AM 1EEE 0021 fax (#OMHe. MGS11, 99pe duty cyde) ww 620| £06% Toris MA iEEE 002.11ax (BOWHz. MGSD, $ope duty cxcie) www aa1 200% Horzo—| AAX IEEE 602ttax (@obiz: MCS1, O0pe duty cyein) waw aar—| zoe% Torz1 AM 1EEE 8021 tax (BOMH:. MGS2, Sope duty eycie) www a.r6 za6% Torze MA 1EEE 602.Tex (@OMHz, MGS3, Sope duty cycle) ww ass za6% Toras AAA iEEE 802.1 tax (BoMite. MGSA, 90pe duty eyce) ww a.r0| z96% Torzs AMA_| iEEE 802.1 x (BoMiiz. MCSS, 90pc duty cyoe) woan a.90 +96% Toras AMA i€Ee802.1 x (BoNIie. MGS0, 90pe duty exoe) ww a.r_| »a0% Torze AAX_| iEEE 802.1 es (BoNiiz: MGS7, 90pe duty eyoe) wow a.r2 z96% Torar MA i€ge 802.1 tex (BoNie: MGSS, 90pe duty exce) ww ace raa% Cenifcate No: EX3—3066_May1o Page 19 of 20


Document Created: 2019-07-23 08:47:33
Document Modified: 2019-07-23 08:47:33
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