RF Exposure Report 3

FCC ID: JOYCA02

RF Exposure Info

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FCCID_3888737

TD Dt&C Ex3DV4— SNreeso July 26, 2017 T0te8— |LTEFDD(GCFDMASOXRE, 14Mz X 4ss Teés P41 aoi is0 290% cap se—onm y |_a40 |_7a1s zoms 1500 2z |_sas Tse Pio1 1500 To1es— LTEFDD (GC—rDMA, 1 RB, 20 Mz xX 2as eao1 mas sor is00 296% cac arsi y |_27 orse fa10 1500 2| ais fozs 1948 1500 To1ro— LTEFDD (GC—FDNA1 R&, 20 MHz, x ao1 Tess mies 301 1500 #86% cac 16:a00) y |_ase 7ees Pose 1500 z |_ass _|_Tere 2265 1500 Toi7i— LrEFoD (GCFONA, 1 RB, 20 vinz, x arm 7our 1856 301 is00 #56% Mc 64.0A\) y |_2se sass irse 1500 2 |are Tai 1023 1500 Toi72— LTE—Too (Gc—rona,1 RB, 20 Mz, X ies saro aiso 602 650 £98% cac arsiy v |_sar sozs 2r05 sso z 1000 foa21 si2s sso Torrs— Lre—ToD (GCFDNMA, 1 RB, 20 MHz, x sies 1ss1 sr9r so2 s5o £865% cac 16.aam) Y |_tais so2n 2oir sso 2z 10000 13205 3790 eso Toira— Lre—Too (GCFONA1 R&, 20 MiHz, X ssa1 tase se00 602 se0 206% cac s4.oam) y ose o245 zomm seo 2z |_Tear i2tes 3553 Eoo Torrs: LTEFDD (GCFDVA, 1 R&, 10 MHz, xX 2e2 sses iss s01 1500 £95% can arsiy y |_27 srar irse 1500 & 300 so os 19.16 1500 Tot7é— LTEFDD (GC—FDMA, 1 RB, 10 Miz, xX acr oi riee 301 1500 298% can 16.anm) Y |_sso 7ass 2080 1500 2z |_a94 |_7e.r0 2260 1500 Totr— LTEFDD (GC—FOMA. 1 R&, 5 Mz xX 2ee seme 1877 s01 1500 £95% car orsk) y 272 erao is 1500 2z |_s42 |_Toi0 1925 1500 Tolrs. |LTEFDD(GCFDNMA. Tha,sMz, 16— x a%e 7sde 2ise 301 1500 +90% can can) Y |_sso 7270 2oze 1500 2z |_ase |_7eso 225e 1500 Totrg— LTEFDD (GC—FDVA, 1 RB, 10 Miz, x sar oi 1996 301 is00 298% cao s4oau) y 323 yore maso 1500 2z |_aze |_Tora 2oms 1500 Toteo— LTEFDD(GCFDVA.ThB,sNz.o4— x s20 7080 fasi 301 1500 290% can oan) y |_2es ~|_saso irso 1500 2z s7e 7eoe 1928 1500 1018t——| LTE—FDD (SC—FDNMA, 1 R&, 15 Miz, x 20 sear teir 301 ts00 £86% cac arsiy) y 272| arses irse 1500 z |si1 Yoos 1925 1500 Totez— LTEFDD (GC—FDVA, 1 RB, 16 Mz, x aor feas rmoi so1 is00 296% crc 16.onm) y [ss Taro o2 1500 2| asr Tear 22s> 1500 Totes: LTEFDD (GC—FONA, 1 R&, 16 Mz, x 319 yoar 850 301 800 295% Ae s4—oam) y 205 sess rao 1500 2z |_are 7ame 1927 1500 Certficate No: EX3—3030_Jul17 Page 18 of 38

TD Dt&C Ex3DVA— SN:3080 July 26, 2017 1018¢— LTE—FDD (GC—FDNMA, 1 RB, 3 Miiz, X 285 65.06 16.79 301 1500 206 % can crsi) Y 275 |_aras irse T00 z |ai2 Tors 1927 1500 Tois: |trEFob(GGrpMA TRe.amnz to| x ase Tss PiSs 301 1500 196% can cam Y 357 7283 20.26 1500 2z 490 |_Tese 2250 1500 Toiss LrEFDD(Scrowa tRe,sNHz i. x sar 7004 iss 301 1500 290% And can) y |_2se sese 752 1500 2z |s7e Tan i9371 1500 Toter— LTEFDD (Scrova, 1 Re, 12 Ne X 28e eses fess so1 msa0 285% can arsi) Y 2.74 6749 18.08 1500 2z ais 7ozo r9s 1500 Totes: LTEFDD (GC—FOVA, 1 Re, 14 Ne x Ais rems riss sor iso0 +90% can 18.oam) y |_ser _|_7oas 2005 1500 2z |s10 7ous 2a01 1500 10188— LTE—FOD (GC—FDMA, 1 RB, 1.4 WMriz, x 320 TiA 18.84 5.01 150.0 296 % Ano stoam y |saz soar irze 1500 2z ase raes 1963 1500 10198— 1EEE 802.11n (HT Greenfold, 6 Wops, X 451 87.12 1643 000 1500 296% cas spsiq Y 441 66.65 16.08 1500 2z |_aar |_ée7o 644 1500 10190 IEEEBOZ.11n (HT Greentald, soMops, x 467 6740 1685 000 1500 299% cas 18—0a0) y |ase seeo exe 2 ass er0r 627 1500 10195 IEEEBOZ1in(HT Greenteld, GsMops, X 471 6748 1687 000 1500 296% cas Bt—0AM) y |aso cesz fexe T500 2z |a6e |_er10 1620 1500 10196 T22E 802.11n (HT Mxed, 6.5 Mops, x ~as1 arie 1eas ono is00 208% cas spsiq y 440| seee 1602 1500 2z |_a4s seas 1615 1500 10197— IEEEBOZ1in(T Mwad, a9Wops, 16— x 468 6742 fe6 000 1500 296% cas ann) y |_ase |_sear fear T500 2 464 67.09 16.28 1500 10198——| TEEE 802.11n (HT Mxed, 6s Wops, 66— x 471 ar44 tese 000 1500 296% cas ann) Y 450 6598 16.18 1500 2 |_aee |_ar11_| 1630 1500 T0218——| 1EEE 802.11n (HT Mxad, 7.2 Wops, xX a48 er20 1642 000 is00 290% cas spsiq y |_ass sess isse 1500 z[ a41 eoss 612 1500 10220— IEEE8OZ.tin(HTMwed,dBaWops, 16— x 467 78 1685 000 1500 £90% cas ca) y |ase sear feas 1500 2z |ass |_eros 1627 1800 Toz21— 1EEE 802.11n (HT Mnad, 722 Wbps6a—| x 472 ar36 f686 000 1500 256 % cas aan) y |aso |_sear 1647 1500 2z |_aer |_oros 1628 1600 10222—— 1EEE 802.11n (HT Mxed, 15 Mops, xX soe oras 1662 000 tso0 290% cas spsiq y ase _seso 1630 T500 2 sor erie 1638 1500 Corticate No: EX3—3030_Jut7 Page 19 of 38

TD Dt&C Exsove— sh:s0s0 July 26, 2017 10228— IREE802.1im (iit Muad,oMbps, 16. X 535 6763 t679 000 1500 255 % cas cau) Y 524 67.10 16.42 1500 z_ 630| _sr3r_| 16.50 1500 10224 IEEE 802.11m (it Mied. o0 Mops, 64— x 500 6786 661 000 1500 205% cas can) y_|_soo |_sri0_| 1628 T500 2z |s06 |_sr2r_| 1636 100 es iurero5 merks X 2as sras 1581 o00 ts00 255% 8 y zes saee mar T500 2z |_276 se40| 1530 1500 Tozze— LTE—TDD (GC:FDNA1 RB, 14 WMiiz, xX foowo isa04 30.04 602 ca0 £65% can 16—0a0) y |_isso saso 2oo sso 2| 100.00 18231 |_se.10 ss0 Toz27— LTE—TOD (GC—FONA, 1 R&, 1. Wiz, X sose izas1 3707 602 sao 195% can s4—oA) y 1957 saes Pare sso Z 10000 iree1 30.00 650 Toz25—— LTE—TDD (GC—FONMA1 RB, 14 Miiz, xX 2276 mssr sor2 602 sao £85% M arsiy y |a10 orss zomo sso 2| 3150 12043 |_a7.z0 sso Tozzo— |LTe—ton(GorpNaAthe,amnz 16. x s2e2 isost seos G02 sa0 s85% cas can) y—| laso sass Porn se z ooo 15204 |_37.55 650 10280— tTe—Too (Gc—roNA. 1 RB, aMHz 64— x 7467 12607 3600 602 sa0 £95% cas oau) y Naza sass Pave sso 2 100.00 1290 44 30.58 $5.0 Toza1— LTE—ToD (GG—FDNA1 R6, a wiz, xX 2o7i imse so44 G02 sao £95% cas arsy ym soar sase sso z|_soss i1805 3607 s50 Torge. Lre—ToD (GGFDNATRE, SMHz 16— x bze4 tsost s.03 602 650 195% CAC o) y fazs sam Pori sso 2z too.00| 13208 |_sr.0e s50 Torss— Lre—Tob (Gcrona1he, sMiHz. 64 x 7ea0 12600 s607 G02 c50 295% cac oan) y faie _|_soso 2608 se0 2| too.00"| 12045 s6.6e 650 Tozsa— LTE—ToD (GCFoNA, 1 R&, 5 ¥iiz, X ie21 foars se G02 tao 295% cac apsiq y |_7a2 sase 2642 ss0 2| 2esr m6se s627 650 Toras— LTE—ToD (GGFDNA. 1 RB, 10 Mz, x ssos fsoss seor G0r 50 296% cac 16.an0) y faze sase Porr 650 & 100.00 19207 37.90 650 Toz86— LTE—ToD (GCFDVA1 R&, 10 MHz, X Toar 12045 s6.17 602 t50 205% cac sc—oam) y fase or0s 2620 50 2| 100.00"| 120 40| 3656 ts0 10237— LTE—TOD (SC—FOMA, 1 RB, 10 MHiz, x 20.04 111.78 30.49 602 65.0 +9.0 % cac arsiy y |~Tn sost 2ase sso 2z 3121 maze 3703 sso Torse: LtETDb (GG—FOVA1 Ro, 15 NiHz, xX |s249 18082 s6.08 602 50 290% cac 16—aam) y faze saso 2020 sso 2| 1oo.00 i3207 s785 sso Certficate No: EX3—3030_Jult? Page 20 of 38

TD Dt&C Ex3DV4— S2030 July 26, 2017 1o236—~| tre—Tod (Gc—FouA, 1 RB, 15 NiHz, X Tess imss se0e 602 w0 290% cac ctou y 112 |_soss zeie o 2| 10000 12048 se.s9 Cou Toz40— LTe—ToD (GG—roMA, 1 RB, 15 Mz, X zomm ies ss47 602 to0 290% cac crsiy y |_770 soas zase o 2z on maa sro1 ts Toasi— |LTETOD (GC—FoNA. Sok RE 12Mz x Ser seo2 2ras 698 to0 £96% can 15.aam) y [ss sa7e zce sso 2 1145 ESEH 26.40 65.0 Tori2. |LTETOD(GCFoNA. SokRE taMnz x ame mzei ze0r 696 650 £96% CAA st—oam) y zse |_sor mi7 sso 2z Sss s5ee 2720 t0 Tozis— |UETOD(GGFoWASOkRE. 1aMHz x a30 Tree 2505 698 o £96% cA arery y |_ses yese 2i3 io 2z 719| sost 201 ts 0 Torea |tTeTOb(GGronA.SokRE.3MNz x 863 miss 20s0 sos so0 296% cas 1800 y |see yasr 1720 sso 2| o9 s1e8 2037 ss0 Tores |UETOD(GoFoMA.SOkRG.3MNz. x aoo anir inat se set £96% cas st.oan) y s30 Tare 1ea2 sso 2z ase sost fose s0 Tozis: |LTetob(Goroun sokne.awiz x fees ar78 2ese sos to0 £90% cas arsiq y|sar sose zocs so § 11.05 $0.50 25.61 660 Torer— |tTetbb(GoFoNA. SokRE SWMiz, x 74s sore riss s9e 650 £90% cac 16.aam) y [ss 7azo f6a2 sso 2 7.01 T&.79 2041 850 fozis— |LTETOD(GGFONA. SokRE. SWNz x aes yeis 207| a0e tod £90% cac ecoam) y 5is yaz2 feoo wo 2z se |_7ar 1080 se0 Torss |UETOD(GGFoNA.SOkRE. SWnz x 2irs i0212 2em4 590 ss0 £96% cac arsio y s40 |_ssso Peor sso z[ fass sa32°| 2oi7 550 Torso— |treTob(sorpNn. sokRE. fonne. x sos sa0e 2ase 98 550 £90% cac 18.qAm) y |sa2 rea 2176 se 2z |_Tes s142_| 2223 se0 forsi— |treTob(GCFoNASoxRe, fownz x 700 7eso 2204 398 s60 190% cac sroam) y se Yous ons se0 z 714| 7eos ziss Eo Tors. Eon (Gcroun sokRE fowhe, x 1390 s4se 2r70 398 ss0 £90% cac arsr) y |_si7 sase Pase ss0 2z t20s |_sorr 2ear se Torss. LTE—TD (GC—FONMA, s0% RB, 15 MHz, X 6 Tioo 2. 308 s50 206% cac ‘s.oam y( ses yais Porr sso 2z 6e Tess 2180 se0 Torss. |trE—TOD(GGFDNMA.SoRE fswHz x 72e 7ei0 z2ar s98 so0 £95% cac st.oam) y( es Toz 2ico sso 2| 7a Tr7a t2m sa0 Certficate No: EX3—3080_Jult? Page 21 of 38

TD Dt&C Exsove— SN:3080 July 26, 2017 10266— LTE—TDD (SC—FOMA, 50% R&, 15 MHz, xX 931 85.32 2481 398 650 +9.0 % cac arsi) Y_|_Tos 7oms 50 sso 2 902 ESval 2396 650 10256— LTE—TDD (SC—FDNMA, 100% R&, 1.4 x 569 74.67 16.55 398 650 296 % CA MHz, 16—QAV) Y 380 60.11 1366 60 2 622 75.16 16.73 650 10257— LTE—TOD (GC—FDMA, 100% R&, 1.4 x 522 7812 15.81 398 650 196 % c NHz, 6t—0AMY Y 372 66.22 1318 650. z/573 Tase 1608 sso 10256— LTE—TDD (GC—FDMA, 100% R&, 14 x 9.96 8048 21.68 398 50 196 % CaAA Mz, OPSK) ¥ 4.13 7303 16.06 $50 2 728 so.82 1952 650 10258— LTE—TDD (SC—EDMA100% RB, 3 MHz, x A4 B1.48 22.3 398 650 296 % cas 16—aAm) Y 5.78 76.03 19.59 650 Z 742 To.ss 2144 650 10260— LTE—TOD (GC—FDNMAfoomns, aMihz, X Tss 8ori 2202 395 650 £90% cas se—oam) ¥ 5.76 T559 19.50 650 2 7.30 7020 21.20 650 10201— LTE—TDD (GC—FDMA, 100% RB, 3 MHz, x 1547 95.18 27.57 398 650 196 % cas arsq __| Y 1.78 ESEA 2501 650 f 1221 91.04 2560 650 10262— LTE—TDD (SC—FDMA, 100% RB, 5 MHz, x 8.05 82.5¢ 2300 398 650 £96% cac 16.0a0) Y 639 Thee 21.60 650 £ 79 81.3 2517 650 10263— LTE—TDD (GC—FDMA, 100% RB, 5 MHz, x 7.07 7877 22.03 398 650 206 % cac seoam) Y 585 75.01 20.12 650 2 712 78.06 2152 650 Tozsa— LTE—TDD (GCFDNA. 100% RE.SMHz, x fée2 sa2s 2260 396 60 285% cac arsiq ¥ 8.06 84.25 2385 650 2 11.85 9044 2603 650 10265— LTE—TOD (SC—FDMA, 100% RB, 10 x 6.99 7767 2202 398 650 £9.6 % cac MHz, 16—0AV) Y 603 7458 2048 650 & LA 7728 21.66 650 10266— LTE—TOD (GC—FDMA, 100% RB, 10 x 749 78.05 2287 398 650 29. % cac MiHz, 64—0A) ¥ 648 7501 21.37 650 2 |_7es Tead 2249 Exq Toze7. LtE—Ton (GG—FowA, 100% RB, 10 x 1015 sass 2604 395 650 ©96% cac Mess ¥ 743 80.58 2263 650. 2 963 8462 24.09 650 Torse— LTE—ToD (GC:FoMA, 100% RB, 15 xX 740| Terr 2205 05 soo £96% cac NiHz, 16—0AV) ¥ 6.63 T41 2087 650. £ 7.60 7662 21.80 650. Tore9— LTE—ToD (GC:FOWA, 100% RB, 16 X 730 Teis 2iea 30e c60 £06% cac MHlz, 64—0AV) Y 661 7398 20.72 650. & T5 76.08 2162 650 10270— LTE—TDD (GG—FDMA, 100% RB, 16 X 835 80.69 2298 398 650 £9.6 % cac me, arsiq y ass vrir Pras sso & 831 Tome 2044 650 Certficate No: EX3—3030_Jul17 Page 22 of 38

TD Dt&C Exabvs— SN:se80 July 26, 2017 10274— UMTS—FDD (HSUPA, Subtest 5, 3GPP x 269 87.95 16.04 0.00 150.0 £00% Cas RelB.10) Y 250 so.ae 14.86 1500 2 256 66.90 15.30 1500 1027%— UMTS—FDD (HSUPA, Subtest 5, 3GPP x 189 7154 17.50 0.00 150.0 200 % cas ReB.4) x 150 67.06 14.93 1500 2 162 6a41 15.79 1500 10277— PHS (aPSK) x 220 61.99 7.39 9.03 50.0 06 % CA x¥ 225 62.04 7.58 50.0 z|_2s6 o2s0 |_a21 500 10278— PHS (QPSK, BW BBAMHz, Roloff0.5) x 1172 85.08 20.59 9.03 50.0 296 % cam C 521 Tass 15.97 50.0 2 9.14 81.76 19.46 50.0 Tosrs mis(orSK. BWesivinz.Rolofoad) x 1g9 seso 2073 903 500 56 % CA y |_s30 es ren soo 2z |oze a1se 1959 soo 10200— CDMA2Z0D0, RC1, 085, Full Rate x 255 T51 1757 0.00 180.0 290 % AnB Y 1. 6e.19 11.9¢ 150.0 & 143 6923 13.91 1500 10201— CDMA2000, RC3, 5095, Full Rate x 139 74.07 16.28 0.00 150.0 296 % AnB ¥ 0.70 64.23 10.87 1500 z |_oss s642 1253 1500 10202— GDMA200O, RG3, 5032, Full Rate: x 9.02 10220 25.87 0.00 1500 £9.6% me Y o.89 6a.01 13.15 1500 3 124 Taer 15.00 1500 10203— CDMA2000, RC3, S03, Full Rate x 100.00 13823 3617 0.00 150.0 280 % AnB Y 151 75.08 16.60 1500 2 284 84.41 20.67 1500 Tozes GDMAZOON.RG1.503, ilBnRate e‘ x 2739 10584 s6e1 905 500 £90% AMB y dede sear 2r2e 500 & 19.90 $o.06 25.00 50.0 10207— LTE—FDD (GC—FDMA, 50% RB, 20 Milz, xX 299 7199 17.93 0.00 1500 £9.6% An8 arsiq Y 255 6687 16.22 1500 2z |_272|_soss forr 1500 Torss— |LTEFDD GeFOMA.Son Re,sMiHz X 201 72dd 1626 G00 t500 86 % AG arsi) X 127 6563 1231 150.0 2 151 67.87 1591 1500 10208— LTE—FOD (GC—FDNMA, 50% RB, 3 Miz, x 287 60.98 13.97 0.00 150.0 +9.0 % Anc 1.aa0) Y 186 65.75 11.46 1500 2 276 70.20 13.96 1500 10300— LTE—FDD (SC—FDMA, 50% RB, 3 Miiz, x 173 64.40 10.5 0.00 150.0 £0.6 % Arc rom) ¥ 147 6259 9.11 1500 2 187 64.77 10.68 1500 10301— 1EEE 802.16¢ WIMAX (20:18, Sms. X 492 66.72 18.02 447 §0.0 206 % AMA 10Viiz. aPSK, PUSC) y ass sa7o_| irss oo z |_sor_| css 1803 500 10302— 1EEE 802.16¢ WIMPX (20:18, Sms, X 5.30 66.87 1848 496 50.0 296% AAA 10Miiz. GPSK, PUSC, 3 GTRL symbols) C 516 6633 18.00 5o0 2 535 66.90 18.40 50.0 Certfcate No: EX3—3030_Jult7 Page 23 of 38

TD Dt&C Ex3DV4— SN:39z0 Juy 26, 2017 10303 1E€E 802.16e WiNAX GT:—15, Sme, xX soe soss iess aso 500 290% Am. 10iMiz, G4QAM, PUSC) y |_4ss cons iss so9 2 |_ai2 sees taze soo 10304—— EEE 802. 16e WiNAX (29:18, Sme, X 4ss coas trse 417 soo 196% AMA 10NiHz, G4QAM, PUSC) y |_a7s ssso inss 500 2z |_ass |_c6as 1772 son 10305— 1EEE 802.16e WiNAX (GT:—15, toms, X 4ss boss moss 602 350 290% Ana 10Mz 64OAM. PUSC, 15 symbols) Y 486 so.1 19.71 350 2z |_as2—|_7ois_| 2ose Eo 10305 1EEE 802. 160 WiNAX (29:18, 1Oms, X ass erea fam 602 350 190% AAX 10Mz G4QAM, PUSC, 18 symbols) y |_asi ores 1o2s seo 2z 50s |_caze tess 350 10507—— 1E€E802.16e WINAX (29.18, Toms, X 470 sa0s fam so2 350 200% AMA 10Niz, OPSK, PUSC, 18 symbols) Y |_aza _|_sreo 1921 se 2 4ss essr rase 360 10308— 1EEE 802.160 WiNAX (29:18, t0ms, xX 470 coss fess 607 350 £00% Ana 1olMz, teaAM, PUSC) y a7a seor fose se 2z aso cs80_| 2004 350 10305— 1EEE 802.16e WiNAX (29:18, TOms, xX as? coor f8a4 602 350 1090% AMA 10Niz, 160AM, AMC 2x8, 18 symbols) y |_ass orre s 350 2z |_sor sear 1986 350 10310—— 1EEE 802.160 WiNAX (29:18, TOms, x |ass 6ras 1971 602 350 206% AMA 10Niz, PSK, AMC 2x3, 18 symbols) v_|_aso orrs 1e2e 350 2z |_ase ssas fose 350 Tost1— LTEFDD (GCFDVA, 100% RB, 15 xX 338| 7109 1745 000 1800 208 % ans Ne. arsk) y |~2or saa1 tssz T500 2z 30 on rean 1500 Tosts— en xX Rore 0217 re0 699 700 £90% AM y |_o7o sn z00e ol 2z 1351 |_sons 2253 Too fosia— ipen‘te x Tooo0 ra2i4 aro1 1000 so0 296% AMA y 1230 soar 20e 300 2z soor maze soas 300 Tosts. iE€E a02.17h wiri 24 Giiz(DSSS, 1 xX 1ir sseo feai oi7 isa0 290% ans Moos, S6pe duty cycle) y io sass tss 1500 2 113 64.47 1557 1500 fosie— iE€E 802.11 win24 Cz (ERP x asr er20 rea2 oi7 is00 200% Ans OFOM; 6 Mops. $Gpe duty cycle) y—| 245| _seeo fere 1500 2z |_asi _|_sos0 tost 1500 Toatr— 1EEE 802.t1a Win5 Gz (GFDM, 6 x asr |ara0 ree» oi7 is00 290% ans Moos, 96pe duty cycle) y |_a4s |_seeo 1670 1500 z[ _ase |_soso tos 1500 10400.—| IEEEBOZ.TNacWini (PoMiiz, Ge—GAM, X 465 6r44 1654 000 ts00 £96% Anc 9pe duty oycle) y 452| seso fors 1500 2z |aso |_erio| t6ze 1500 Toin— iEEEBOZTecWini(ominz G—GAM, X 531 ar36 1656 000 1500 196% Anc 99pe duty cycle) y sz |_soss foz 1500 2z s2s |orii 1634 1500 Certficate No: E3—3030_Jut7 Page 24 of 38

TD Dt&C Ex30va— Snseso July 26, 2017 Toaps. |lEEEBOZTacWini (GoNNz, GeaAm, X seo arz? iees ono isod 296% Mc $9pe duty oycle) Y sse oras fess 1500 & 557 6752 1641 1500 T0a03— CDMAZ000(IxEV—D0, Rev. 0) x 2ss mmo imsr 000 1150 198 % Ans y |_ii11 _|_sene insd tso 2z |_i4s so2s feor 1150 Toaps— CDMAZ000 (1xEV—D0, Rev. A) x ass ma mar ono t190 296 % ams y in sere mas 1180 2z (as 6925 fso1 1150 Toabs— CoMAZ0OD, RGs, S032, Sro, Full xX Toond i2i8a sois ono fo00 £86% me Rate y |_sior tmse arae 100 z 10000 |_tiz0i zen 1000 Toa10——| TTE—ToD (GC—FOMA, 1 RB, 10 Miiz, xX foand frsas sure 325 600 £96% ans QPSK, UL Subtrame=2.3.4,7.8.9) y foone i2530 s17e s00 z[ ioo0o i23.08_|_s0.99 s00 Toats— iEEE 802. Tib Wini 24 Ghz (0S6S, 1 X i06 eaes tedo on ts00 96% Ama Mbps, S9pe duty cyce) y Toz ezea 12e tsa0 l—an g s 2z 103 easo tas0 1500 Toare— ieE 602.119 Win24 onz (Ene— x ast orie feso ooo fs00 196 % AMA OFDIM; 6 Mbps, 99pe duty oycle) Y 440 6665 16.10 1500 2z |_a4r |_cosi 21 1500 Torw— |EccBZTiahWnsGHz(orpM.6 x aa1 ar14 16s0 O00 00 296 % AAA Mops, 99pe duty cycie) y 440 sses 1810 1500 Z 447 so m 1671 1500 Toaie— iEEE s02. 119 win24 onz (poss: x ast orse fess ooo fs00 196 % AMA OFDM, 6 Mbps, 89pe duty cycle, Long preambule) y |_a40 |_sons fon 1500 2z |_&40 6700 tozs 1500 Toais— iEEE a02.119 Win24 onz (Dsse— x ase srar fese 000 900 86 % AMA OFDM, 6 Mbps, 99pe duty cycle, Short preambule) y [_aaz |_sorr ies Too 2z |_aas cost fo2 100 T0d22: EEEBOZTin(HTGreenteld, 72Mbps, X A6s 6724 foss 000 1500 +986 % AnA sesi) v |_ass core f6i5 T00 2z aso co92 1625 1500 10423— EEE 802.11n (HT Greentold, 49.3 xX aze erss iess ooo fs00 26 % AMA Mbps, 16.QAV) y 4ss| oro2 foa oo 2z an er20 163 1500 Todzk— IEEE 802.1in (HT Greenfeld, 72.2 X ar1 era9 es oo0 isoo 186 % AA Mbps, 64—QANM) y |_aso cose 1022 1500 z |_ase |_or10 1033 1500 T0425— IEEE 802.11n (HT Greenteld, o Mbps, X 520 sre1 f6.70 000 1600 £96% AMA sesi) y |_sz or21 fean T00 2z |_aze |_or3s foas 1500 10426— IEEESOZtIn(HT Greenfald, 90 Mbps, X 530 orer fe72 000 1600 86 % AnA 16—aAm) y sz orar 1643 1500 z |_s2e or40 1649 1500 Cortifcate No: EX3—3030_Jult7 Page 25 of 38

TD Dt&C ExsOV4— sh:s9s0 July 25, 2017 10427—| IEEE@O211n (HT Greentald, isoMops, X 530| 8781 1669 600 1500 255% AMA s4.oAm) Y sz "|_sri2 1036 1500 2z |_sar eraa 1645 1500 10490— LTE—FDD (OFDVA, 5 ViHz, E—TM 31) x asr yais foze o0 1500 £55% AAA y O_azs Tise 1820 1500 z aso ire 1842 1500 10d81— |LTEFDD{OFDMAToMiz ETma1) x 419 sr8s i8sr o00 1500 295% AMA y |_aoz _|_srir 1oge 1o00 2z |_ais sra0_| 1619 1500 Tosg2. |LTeFDD(OrowA isWz E—Ma1) X 448 srez 1660 000 is00 286% AAM y |_ass sroc fere 1500 2| _a4s |_orzs 628 1500 toiss |LferDD(OroMAZoMmz E—Man x a72 arse 1663 000 1600 265% Aan Y |_a60 _|_sror oz Tsoo z |_a6s or19_| 1635 1500 10134 W—CDMABSTestModei1,64DPoF) x 485 7ite 1949 000 1500 295% AAA y |_aso 7am iaie 1500 2z |ass 7270 1842 1500 Tosgs— LTe—Top (GC:FOMA, 1 RB, 20 Mz, x Toooo 12520 a164 323 so0 £96% As OPSK, UL Subrame=23.4,7.8.9) y fooce i2611 srei 200 2| too.00 12285 s84 s00 Toaa7— LTE—FDD (OFDWA, 5 MiHz, E—TM 31 X ass saz2 iss on0 fs00 £95% AAA Clipping 44%) y |_s2r sese 1285 1500 2 341 67 4s 15.42 1500 fodds— |LTerDD(Orow®toMniz,E—tMa1, x 404 sres 1648 000 1500 208 % Ama Glippin 44%) y |seo sese 1585 1500 2z |_sos ~|_srie_| 1606 1500 Toddo— LTerpD (OrDNAisMHz. E—TM31, x 431 sr48 i6s2 000 fs00 208% AMA Clping 44%) y |_ai6 seer en Tson z_ |_A26 _|_sr08_|_16.19 1500 Todso— |LTEFDD(OFDMA. 20Mz E—TMa1, x 450 sras 1851 000 1500 +96% AMA Glpping 44%) ¥ 4.39 6o.70 16.00 1500 2z |_a46 |_sees 1621 1500 Tod51— W—OONMA (BS Test Model1, ADPON, X 242 sed8 1987 000 1500 200% AMA Clipping 44%) y soe sess 1432 1500 2z |_ams orss 1204 1500 fodse— E€EBOZ1TacWiri(ToDMiz, Gd—RM, x air sai6 18e3 000 1500 296% AAK 9ope duty eycle) y 612| sras fes2 1500 2z |e1s _erss 1664 1500 Toas7 UMiTS—FDD (DG:Hsopa) x a79 sse0 ie22 000 1500 £95% AAX y |_a7a ssar ism 1500 2z |_s77 |_soad 1583 1500 Toase— GOWAZOOO(xEV—DO, Rev. 8, 2 x a10 ersa 1476 o0 1800 £95% AMA cariers) y z8: |_ssao i333 1500 2z |_sos saes rea7 1500 Toi5s— GBWAZONO(xEV—DO, Rev. 83 x ase saos ism on0 is00 £86% AMA cariers) y sor saie 1a6e 1500 z[ an1 ea8r 1522 1500 Gerificate No: EX3—3930_Ju17 Page 26 o 38

TD Dt&C Exsove— shicazo July 26, 2017 Toasd—— UMTSFDD (WODNMA. AvR) X Tar Tess z022 one 1500 196% AMA y |‘oss _|_sese f5n 1500 2z oss esa2 16st 1500 Toast— LTE—ToD (GC—rowA, 1 RB, 14 Nz xX fonmo 3260 s503 320 soo £96% AAA PSK, UL Subtrame=2.3.4.7.8.9) Y toono ize.i2_| 3555 soo 2z 10000 12087| s4.06 200 —| Toasz. LTE—ToD (GC—FOVA, 1 Re, 1. z. xX 10000 fosos 2865 328 800 296% AmA 1—QAV, UL Subtrame=23.4,7.8.) X 350 T302 14.70 80.0 2 100.00 107.06 2042 £0.0 Toass. Lre—Tod (Sc—rowa, 1 Re. 12 nz X 2a45 sems iss 323 800 296% AAA 61—OAV, UL Sublrame=2.3.4.7.8.9) y 4s ~|oaa 1045 soo 2z 2ore soa1 1620 soo Toass: TTE—ToD (GC—Foun, 1 RS, 3z. x 10000 izs0 sseo 323 so0 £96% AMA GPSK, UL Subrame=2.3.4.7.8.9) y so7e i2sse s208 soo 2 100.00 12732 3271 80.0 Toass— tre—Too (GGFoNA. TRB, 3Nz 16— x foooe foris 2325 323 soo 196% AAA GAM, UL Subtrame=2.3.4,7.8.) y 240 yoss 1936 soo 2z fooo0 10632 2507 800 Toase. tre—ToD (GGrowa. TRB. snz 64. x s3r 7640 fa60 323 soo 195% Ama GAM, UL Subtrame=2.34,7.8.9) Y 1.29 63.36 998 80.0 2z |_720 7eas 1520 800 10d87. LTE—TOD (SC—FOMA, 1 RB, 5 Miz, x foood tsa2r aaze 325 soo £96% Aas GPSK, UL Subtrame=23.4.7.8.9) y 1oo00 12a74 s22r soo 2 100.00 127.05 32.00 so.0 Toase. |tTetob(GGrona iRe.sMNz 16. x fooce foras 2827 323 800 95% aas GAM, UL Subtrame: 180) y |_an 7iso m3z soo 2z foono i0ose 23.18 so0 Todss— |LTETDD(GCFDNATRB, SWMHz60— x sso 7e77 da/1 323 soo 195% mas CAM, UL Subtrame=2.3.4,7,8.9) y iz mar| o9 so0 2z |_7ar |_7e.79_| 1540 s00 1oaro— Lre—ToD (SC:—FOWA, 1 RB, 10 Miiz. x foons tsoss sarr 325 so0 £96% And PSK, UL Subtrame=2.3.4.7.8.9) y toono 12677 saze soo z 1oon0 t2rse s2ar so0 Toari— tre—toD (GGronA. 1RB, tomnz. 10— x fooue forar 2239 323 s00 196% AmB QAM, UL Subtrame=2.3.4.7.8.9) y [_2ss O|_yine 1g60 so0 2z too00 fos4s 2a14 so0 Toar. |tTe—ToD(GCFoNA. TRB, foMiz. 64— x sae yeds 1480 323 800 195% me QAM, UL Subtrame=2.347,8.9) y ze sase o5 so0 z 72e 7ass 1530 soo Toars. tre—Tod (SC:—Fon, 1 RB, 15 Miiz. x foomo isors sere 325 so0 £96% Me PSK, UL Subtrame=2.34,7.8.9) y Toono 12574 s2ze soo z i0000 tarss 285 soo Toara— LTe—ToD (GGFDMA1Re. fo nz 16. x foond forse 2838 323 800 196% Ans QAVM, UL Subtrame=2.3.4.7.8.9) y 2e fin foso soo z 10000 fosas 2314 200 Tods. |UTETDD(GCFDMATRE foMnzen x mas yeze 1494 325 800 95% AnB QAVM, UL Subtrame=2.34.7.8.9) y _1z smm oo soo 2 HAT 18.36 15.26 80.0 Certifcate No: EX3—3030_Jult7 Page 27 of 38

TD Dt&C Ex3DV— SN:3830 July 28, 2017 T0477—— LTE—TOD (GCFDNMA1 R&, 20 \ike, 16— x 10000 form 2227 525 800 295% Ans QAM, UL Subtrame=2.34,7.8,0) Y |_2as Tour tss 200 z |_100.00 |_tos2s 2303 s00 10478— LTETOD(GCFDNMA 1R6.20NMNiz 64— x 500 Teer faso 325 s00 295% ans OAV, UL Subframe=2.3.4,7.8.0) y 12e size sar so0 2 |_ear 7799 1513 _so0 To47g. LTE—TDD (GC—FONMASo% RB, 14 Mhz| x 10000 12643 sa02 325 so0 z50% AMA QPSK, UL Subtrame=2.3.4,7,8.9) y isse s5ar 2660 800 2| sans 12477 sase so0 1od80.— LTE—TDD (GC:FONA, So% Ra, 14 MHz, x 10000 115.10 2845 325 800 296% AM 16—QAN, UL Subtrame=2.3.4,7.8.9) y iost sser 2oa> so0 2 10000 11405 2508 so0 1odbt— |LTETDD(GCFDNA, SOKRBE, 14MHz, X rase 10000 2647 325 800 £90% Aan 64—0A, UL Subtrame=2.3.4.7.8.9) y oses yess irss soo _ Z sore ioa81 2508 soo 10482. |LTETDD(GCFDNA. SOKR®.3MHz, x 2eas fori1 2627 225 800 £90% AMA GPSK, UL Subfame=23..7.8.9) y sor 7250 is0 soo 2z _car _|_saso_| 2059 200 fores. |LTETOD(Gcroma soxme.amne x 1128 85e 2071 225 800 290% AMA 16:QAVM, UL Subframe=2.3.4,7.8.9) y sa Toos 1459 200 2| sar saoe 1978 800 Toisd— LTe—To(GC—FOMAso% Re. s NHz, X 8351 s20s 952 225 800 290% AAA 64—0AM, UL Subtrame=2.3.4.7.8.¢) y a1s saso t406 so0 z |_7eo |_soor 1880 200 fosgs. TE—TOD(GCroMA,SokRe.shne, x 152 se72 Pear 225 600 £90% Ans GPSK, UL Subrame=2.3.4.7.8.9) y |_see |_7oze is76 200 2z 62e s200 2185 200 Toi86— |LTE—TDD(GCFDNASO%RE,SMHz, X 605 7ose m2d 225 o0 +90% ans 16:QAV, UL Subframe=2.3.4.7.8.9) y 322| sore isso 200 2z |_ass |_7asr 810 200 Tossr— LTE—TDD(Sc—roMA.so% ho. shhz, x 565 Teio 1970 223 so0 208% ans 64.0AM1, UL Subtrame=2.3.4.7.8.9) y |_si7 soar iess 200 2z |aad 7are in7a soo Tois: |LTE—TDD(SCrDNMA.somRE, foMinz, x s2r S2e2 2306 225 600 296% e GPSK, UL Subtrame=2.34,7.8,9) y s70 Tase ien soo 2z _sos Tess 2100 800 Toigs: LTe—TDD (Gc—rDNMA.So%RE. foNiNz, x 460 r4so | 82 223 so0 298% as 16—QMM, UL Subtrame=2.3.47.8.9) |__ y |_as7 sase irae soo 2z |_azs |_7aso ts3 soo Tosbo. LTe—Too (Gc—ronia,sox RB, fomiHz, x 460 ya9> tss 223 o0 295% AjB 64—0AM, UL Sublrams=2.3.4,7.8.9) y ser sare 737 soo z |_ast 7aie es so0 foii— |LTETOD(GCFDMA.so%RE, foMHz, x sa1 749 221 225 800 298% ans GPSK, UL Subtrame=2.9.4.7.8.9) y sss yies iess s00 2| _aso |_7aso 908 soo Tosgz— |LTe—TDD(GCFDNMA,sox RB, foMHz, x ass ioi 907 225 800 z90% ass 16—0AV, UL Subframe=23.4.7.8.9) v ass samo 1742 so z ase Tore 1830 so0 Cortfcate No: EX3—3030_Jult7 Page 28 of 38

TD Dt&C exspve— sN:s030 July 26, 2017 Tois— |LrETDD(GCFDVASOKREfeMNz X 454 riss iess 22e o 290% Ans 64—OAM. UL Subtrame=2.9.4.7.0.9) y |_sso oore i73 mo 2z( a42 Toss 1828 w Tope |eopngoromnconnecomns x oa0 s0id 2246 22 so i95% ass aPSK, UL Subtame=2.34.7.8.9) Y 447 756 19.08 80.0 z sas _i mos o Toms: |tretooGerowasomRe. onz x aso 7241 1933 223 wo £98% ano 16—0AM, UL Subtrame=2.3.4.7.8.9) y sas sore i7ee wo 2z |_aai |_7izi_| iss oo Toigs. LTE—TDD(GCFDWASO%RE. Mnz x 460 ies ionn 229 o £90% me 64—OAit, UL Subtrame=2..4.7.8.9) y |_sss oosr ts wo 2z |a4s |_7ore 1845 s Toasr— tre—Top (Gc—roni\, 100% RB, 14 xX ieos |sans 2ras 22s mo 26% AMA MHz, QPSK, UL Subtrame=2.3.4.7.8.9) y is sn oz mo (~— z |_an Tess 1671 wo Toass: LTE—ToD (GC—roma, 100% RB, 14 xX 2oo esie m49 223 toao £96% AMA MHz, 16—0AM, UL Subtrame=2.3.4,7.8.9) [ 1ze con ai8 Eul & 1.80 6200 10.%6 800 Torss. LTE—ToD (GC—rOMA, 1o0% RB, 1.4 X iss esei fosi 22 too £96% AnA MHz, 64—0AM, UL Subtrame=2.3.4.7.8.9) y |_iso coun so2 Eo ztss s20r o73 t Tos00— LTE—TD (GC:roma, wo% Reawna x es ares mos 225 fo0 £956% AMA QPSK, UL Subtrame= 8.9) y 3ez yaso ies soo z |_s4e sos2 2130 s00 Tosor— tTe—Too (Gc—rowa 1ook RE. 3Nz x sas mrar 90e 225 woo £90% AAA 16—QAM, UL Subtrame=234.7.8.9) y |sas Tois fess o 2z |_a4e rore t63s too Tosos— LTE—Too (ec—rounfoox RB. 3Mz xX 526| Ters 1970 228 t00 +95% AMA 64—OAM. UL Subtrame=2.3.4,7.8.0) y sas aoss fesr wo 7|44 Yams i8 t4 so0 Tosns: |UTETObGcrowa fo0kRS.SMiz x ais sadd m290 220 s00 £90% Ans GPSK, UL Subrames 18.9) y 3as Tess fe0 soo z[ _so1|_7a0e 2086 soo Tosos. |tTE—TOD(GcronnfookRE.SWMiz K 4se 7ass 1974 228 #00 £98% ans 16—QAM, UL Subtram y 35e soss zse soo z |_az 7ear ises soo Tosos. LTE—TDD(GcFoNA. fookRE.SMiz X as? yaze m9a1 228 fo0 298% Ang 64—0AM, UL Subtrame=2.3.4.7.8.9) y sez ioz izso s00 2| 428 |_7200 i85o s0.0 Tosns— LTE—ToD (SC—FOMA, too% RB, 10 x a21 sor0 2a0s 225 too £96% ane Mtkiz. OPSK, UL Subtrame=2.3.4.7.8.9) y |ais |_yaso iess soo 2z |_s3r |_Tesi 2oss s00 Tosor— TTE—toD (SC:Fova, 1oo% RB, 10 x asr Tess fome 225 soo 196% me Wiz, 16—QAM, UL Subtrame=2.9.4.7.0.9) y |_sse so2 irse o z 442 Ti | 1854 soo Certficate No: EX3—3030_Jult7 Page 29 of 38

TD Dt&C Ex3DV4— SN:3000 July 26, 2017 1osos: LTE—ToD (GC—rowa, 100% RB, 10 X «se rirs fans 223 so0 s96% Ae MHz, 64—OAM, UL Susteme=2..4.7.8.9) y |_sor sast i7io sop z |_a46 Toss isse 200 Tosos— LTe—ToD (GCFDVA, 1o0% RB, is X 583 Teds mosi 225 s00 £96% Ans Miz. QPSK, UL Subframe=2.3.4, y i4 ies 1840 so0 2 s3r Tess 1957 s00 10810— LTE—TOD (GC—FDVaA, too% RB, 15 X «80 riis fess 223 soo 96% aas NMiiz, 16—0AM UL Subtame=234,7.0.9) y |_is1_| oaer iss s00 & 481 70.33 1830 800 Tos1— LTe—ToD (Gc—rova, To0% RB, 15 X 490 ross fa70 225 00 £96% ans Niiz, 64—OAM, UL Subteme=2.3.4.7.8.9) y 437 saas 77 Eon 2 484| case i8 i8 800 Tost2. LTe—ToD (GC—rowa, Too% RS. 20 X ars reer misr 223 soo £96% ans Miz. FSK, UL Subtrame=2.3.4.7.8.0) Y |_dss Ts 10 iess so0 2z 582| Terr mss 800 Tosts— LTE—TOD (GC—FONA, 100% RS, 20 X «83 miee fear 223 800 £96% ans Mz, 16—0A, UL Sutreme=2.3.4.7.8.9) y iz saer es so0 z a7s Torn fear 800 Tosia— LTE—ToD (GC:—rowa, T00% RB, 20 X azs ross ss2 223 too 296% Ans Mz, 64—OAM, UL Subtrame=2.34.7.0.9) y |_a2 |_ooas 178 200 2 471 70.15 1020 800 10515— IEEE 802.1ib Wiri 24 Ghiz (DSSS, 2 xX i03 sass feir on0 1800 #98% AMn Mape, $9pe duty oycie) v |_ose sz0e taze 1500 2z |_ose saa mmar 1500 fosis. |iEEESD2mbWiRZIGHz(DSSS.55 x 136 8770 2578 O00 1500 295% AAA Maps, 88pc duty cycle) x o53 66.95 15.48 1500 z_ |_ose_|_tose irss 1500 fosir— |iEEESOZNbDWiRZ4GHz(DSSS,11 x on4 sa«s ire O00 is00 +96% AMA Maps, 99pc duty oycle) y |_oso sit5 fasz 1500 z oss sa.42 toor 1500 Tosis— iEEE 802.tiamwims Ghz(OroM.9 X 450 67.24 1640 000 is00 208% AA Mops, 99pe duty oycle) y 440| sara fooe 1500 2 448 66.90 16.20 1500 fosto |iEEESOZManWinsGHz(OFDM, 12 x &er ard2 iess On0 500 #26% Am. Maps, 99pe duty oycle) y 4ss sase foi8 1500 z as2_|_6r.09_| 1030 1500 Tosz0— |iEEESOZTiamwinsGz(orom, 18 x 4s3 8740 1652 000 1500 250% AAA Mbps, 99pe duty oycle) y |_a40 sass feos 1500 2z a4s 6105 1622 1500 Tosrt— iEEESOZ.tranWin 5Gnz(Grom, 2s X 440 6740 1052 000 1500 290% mA Meps, 99pe duty oycle) y |_as snz feor 1500 2z |_aa1_| or0i_| fe21 1500 Toszz |lEeesO2tamWmsGHz(oroM,s6 x «52 ers2 ise1 000 1900 £95% AMA Mops, 99pc duty cycle) y ase saae foar 1500 & 447 67.15 1631 1500 Gertficate No: EX3—3030_Jul17 Page 30 of 38

TD Dt&C exanva— shraaso Juy 26. 2017 10523— 1EEE 802.1tah WiFi 5 GHz (OFDM, 48 X 442 6745 16.50 0.00 1500 £96% AAA Nops, 99pe duty cycle) y |_asi soar 1607 1500 2z |_ast |_or08 1018 1500 Tosz— EEEBOZTiahWRSGHz(OrDM.54 x 445 er44 fose On0 fs00 £96% AMA ‘Wops. 99pe duty cycle) y |_ase |_sose fois T00 2z |_asz |_or0s 1627 1500 Tos25— T2E802.1tao Wini(2oNz, MGSo, x a4s sese te20 ono fs00 £96% AmA 99pe duty cycle) y ase co00 forr 100 2| _ass |_coi7_| 1589 1500 To5ze— 1EEE 802.Tac Win (@OVMNz, MNGS1. x ass coar i6as 000 fsoo 56% AAA 99pe duty oycle) y a40 sore 1580 1500 2 4.57 66.49 16.02 1500 Tosar— 1EEE 802.1Tac Win (2oNNz, MCSZ, x ass sass i628 000 1500 £56% Ana 99pe duty cycie) y [_aa> co2e 1583 T500 2 |_aso |_c645 1580 1500 10s28— IEEE 802.1ac Wiri (20MHz, MCS3, x asr sese 1631 000 1800 +56% AM 99pe duty oycle) y |_a4s cor0 1586 1500 Z 451 66.47 15.99 150.0 10520— 1EEE 802. Tac Win (2ONMiz, NCS4, x asr es ies 000 1500 £86% AmA 99pe duty cycle) y |_a4s |_so20 1580 T00 z |_as1 soar 1589 1500 Tosat— IEEE 802. To Win (PoMz, MCS6, x 4ss tage fear 000 ts0 £%6% Ama 9Bpo duty cyce) y 440| so2e 1551 1500 2| _a4o |_cose 1599 1500 Tossz— 1EEE 802. Tac Win (@ovinz, MGST, x 442 coe2 1626 000 1500 £96% AMA 9Bpe duty oycie) y 42e _|_s6i5_| 1677 1500 2z |_ase coan 1599 1500 Tosss— 1EEE 802. t ac Win (ZoVNz, MCSS, xX ass seai feai 000 t600 £26% AMA 99pe duty oycie) Y 444 66.33 15.86 1500 z |_ass cose 1599 1500 Tossa— IEEE 802.1 tac Wiri (4OMHz, MCSO, xX sio ésar ie20 000 ts00 £96% AMA $9pe duty cycle) y aso |_dear 15aa T00 2 5.05 6651 16.03 150.0 10535— 1EEE 002.1 fas Wim (doViiz, NGS1, xX s1s ces i63 on0 ts00 £96% Ama £pe duty oycle) x 5.04 66.45 16.01 150.0 Fal mExn sear _|_16.10 1500 Tosse— 1EEE 802.Tac win(dOMNz, NCSZ, x s04 sser i63 000 ‘s00 £96% AmA 2Ope duty oycie) Y 493 6644 10.08 100 2 ase co05| 1608 100 Tosar— 1EEE 802. Tac Win (doVNz, MGS3, x sos cogr fea2 000 ‘so0 196% AMA 88pc duty cycle) Y 498 66.42 15.97 1500 2z |_soe _|_soe0_| 1606 1500 10538— 1EEE 802.1 tac WiFi (dOMHZ, MCSA, xX 5.16 66.00 16.36 0.00 1600 £9.6% AMA $pe duty oycle) Y 505 66.40 16.00 150.0 z si2 cose 1608 1500 T0sa0—— iE€E 802.tiaeWin (doViz, NGSo, X s40 sese fese on0 ts00 £86% AMA 99pe duty cycle) y |_ass sese teoo 1500 2 505 6658 16.10 150.0 Certfeate No: EX3—3930_Jult7 Page 31 of 38

TD Dt&C Exsov4— SN:39z0 Juy 26, 2017 Tosat— 12E 802.TTac Win (dVHe, NCST, x sos see0 ieso ono 1500 £85% AnA 29pe duty oycle) v |_a9r s6ze iss 1500 2z |_sos _|_sea9 1604 1500 Tosa2— 12E 802.tTac W(d0Viiz, MGSS, X sas some ie3a 000 1800 +55% AAA 99pe duty cycle) y s1z sese t601 1500 2 |_s10 |_sesr 160 1500 Toas— 12E 802. tTac Win (dOVMiz, MCSS, xX s2o seas isar ono 1800 £86% AAA S9pe duty oycle) Y |_sio soar ons 1s00 2z |_s2s sese i1612 1500 Tosad— 12EE 802.trac Win (BOViNz, MGSO, X s42 cess isze 000 1500 £85% anA 99pe duty cycle) y 5es soa2 tose 1s00 2z 5se |_see> 1603 1500 Tosds T2EE 802. Trac Win(@Miz, MGS1, X seo erze iese 000 1800 z86% AAA $ope duty cycle) y |sso sea> fem T500 z |_soe |_cose 10.10 1500 To5a6— 122E 802.trac WiFi(@VMiiz, MGSZ, X s4s sros 1831 000 1500 296% AAA 99pe duty oycle) v |_sar sose isse T500 2z |_s4z |_so7r 1607 150. Tosar— Tege a02.Trac in (BOViz, MCS3, x ses ari0 fea2 on0 1500 156% AMA 99pe duty oycle) v |_saz sees eo2 Ts00 2z |_s49 |_sos2 16.09 1500 105dB— 12EE 802. tiac Wini(@0NMiz, MCS4, X s70 srie 18e« on tso0 £96% AMA $9pe duty oycle) y |sso |_srzs feso T500 2 564 67 a7 1630 1500 T055d: T22E 802. iac Wini (GoNinz, MGSS, xX s4as sri0 ieas 000 1500 96 % AAK 9pe duty cycle) y 542| sess 1ane T500 2 |_s4s ses2 i6.n 1500 Toot— T2EE 802. Trac Wini (GOMiiz, MGST, x s49 sri0 1630 000| 1800 205% AAM Sope duty cycle) y sar sass t6as Tso8 2z |_sar |_sesi_| 1606 1500 10552—— 12eE 802.tTac Wiri(@OViiz, MCSS, xX s4s sees feze 000 1500 +95% AMA 99pe duty cycle) y |_ssn sess foar Tsoo 2z |_sse sari 1602 1500 Tosss— 1EEE 802. trac Win (@oVz, MGSG, xX 550| so8r 1828 00 1500 266 % AMA 99pe duty oycle) Y |_sao seas 158e 1500 2z |_sas |_se70 1605 1500 Tossa— IEEE foor facWiri(ioomnz, MGso, x sez er21 1632 000 1500 190% AMA 99pe duty cycle) y srs sare 1603 1500 2z |_s7s |_seas 1610 1500 Tosse. ieE ooz tacwiri(feomnz,MGon, x s0s erds ieas 000 1500 £95% AAA 99pe duty oycle) y—|_sas saao feds 1500 z |_see |_er20 1621 1500 fosse. IEEE feoz iTecwiri(ioomnz, MGor, x s0s r52 1645 000 1500 £95% AAA 99veduty oycie) y |_sas |_sros reze 1500 2z |_sor srze 1623 1500 Tossr— 1EEE 16021 tac wini (eouhz, Moss, K 592 ar4s i642 000 1500 £96% AAK 99pe duty eycle) y sei sose ons 1500 2| sas eri7 1620 is0.0 Certficate No: EX3—3030_Jult? Page 32 of 38

TD Dt&C exsovi— sn:2080 Juy 26, 2017 Tosss: leeE fé0Ztiecwim(tooNizMcsd, X a%0 srer 1651 ooo imo £90% AAA 99e duty cycle) y |_aeo sroe 1og 1500 z ooo srar 1629 1500 Toseo: ieEE 1602—ttac wim(1ooMiz, Mose, X 500 or44 f648 000 imo £90% AMA 99pe duty oyle) y ser sose fore Eo 2z |_see orie_| 1626 1200 Toset— TEEE 1602 1tac win(eovneMGsr, x se er40 ieso 000 is00 £90% AMA 99pe duty cycle) y |_seo sese 1620 T20 2z |_see |orie 1628 1200 Tose?— ieEE feoztracwini(ieoiz.Mcss, X s88 sr69 iesd 000 im0 £95% AnA 99pe duty cycle) y |_see sris 1630 1200 2| sos srat iea 1500 iEcE iooz iacWiri(1oomnz, Moso, X a0s ors4 esz 000 is00 £96% 99po duty oycle) y |_ses sr0s 1622 100 2z o00 srze 1630 1s00 Toses— ieEe 802119 Wini 24 Giiz (DsSs— xX 482 sr24 i8e0 048 imo £95% AAA OFDIM, 9 Mbps, 89pe duty cycle) y |_a72 sare 1028 Ew 2z _a76 |_case 1035 1500 Toses ieEE 802119 Wini 24 onz (Doss— xX sos eree i6a1 ods is00 £90% AMA FOM, 12 Mbps. 99pe duty cycle) y |_ase or2i 1656 1500 2| aso srer 16e0 1500 Tosss— ieee a02.119 Wiri2.4 Gnz (Dass— x aer srei 1674 od6 im| 296% AnA CFOM18 Mbps. 99pe duty cycle) v|_a7s oroz 1636 1500 2z |ass erar 1648 1500 Tosar— ieee 802119 Wiri 2.4 Giiz psss— x «91 srar iris od6 is0 £90% AmA OFDM, 24 Mops. 99pe duty cycle) y |_a70 |_6r4s 1675 1500 z asr ores 1685 1500 Toses— iEEE 802119 Wiri 2.4 Giiz (DsSS— X azr erar i6s0 046 iso0 £96% AMA OFDM, 36 Mops, 99pe duty cycle) y |_ass sare tons 1500 2z |_aza |_cose 1025 1500 Toseo— iEeE ao2119 Wiri2.4Griz (Doss— x aso caie tmze ons is00 £96% AMA OFDM, 48 Mops, 99e duty cycle) Y |_a7e orer 1680 1500 z |_asi srei 1697 1500 Tosro: 1eEE So2t1g Win 24 Gnz (DSSS— xX aso eree im14 ods 1500 £96% AMA OFDM, 54 Mops, 99e duty cycle) y |_a7s oras 1676 1500 2z ase oreo 1680 1500 Toari— ieee a02.tib wiri 24 onz (OSS, 1 X 120 saso |zs o6 fsoo £90% AMA Mops, 9Ope duty cycle) _ y 118 |_si2t 1920 100 2z 125 saas 1013 1200 Toarz— iesE 802110 Wiri2.4 Griz (DSSS, 2 X is2 or7r was od6 00 £96% AMA Mops, 90pe duty cycle) y 120| size 1500 oo 2 |_12r cais 1683 1300 fosrs— |iEEEAOZTbWFiZ4GHz(DSSS.a5 X foooo fsre0 do41 040 fso0 290% AAA Mops, SOpe duty cycle) Y tss Thez 2ome 100 2z a0r Sess 2700 1300 fosrt— |lecEeuztibWrizaGnz(bsss. 1 x 182 7636 2201 048 1300 200% AnA Mps, SOpe uty cycle) y 127 san 1821 1200 2 4s Teer 1981 1300 Certiicate No: EX3—3930_Jult7 Page 33 of 38

TD Dt&C ExsDVI— SN:s080 July 26, 2017 1os75— iEeE 602.119 Wini 24 onz oses— X &s1 sros ie70 o%8 fs00 195% AAK OFDNM, 6 Mbps, 90pe duty o) y |_ast soet 1630 1300 Z ase sost f6as 1300 Tore— iesE 802.119 Wini 2. Gniz (bess— X ass srad 1670 046 1900 £86% AAA OFDNM, 9 Mbps. 90pe duty cycle) Y |_ase |_sest 1ea6 1500 z |_a61 _|_sr00 682 1300 1os7T— ieee a02.119 WiFi 24 Giz (oSse: x ass erss i693 046 1300 AAA OFDM; 12 Mbps, 90pe duty oycle) y |_art |_aros ress 1300 2 |_arzo orz« 167 1300 1o576— iEee enz119 w24 onz (psSe: X |_aze er7a iror ons is| 296% AMA OFDM; 18 Mbps. 80pe duty cycle) y |_aes |_sr2i 1665 1500 2z |_a7o or42 1670 T300 Tosro— tEeE 802.119 WiFi 24 Giiz (DSSS: xX a49 sees 1632 o6 fs00 £05% AMA OFDM, 2¢ Mbps, 9Ope duty cycle) y |_asr |_coar 1988 Tson z 445 |_soes 1607 1300 Toseo— iEee a02.119 Wiri 24 Giz psss: x ass soes 1635 od8 1300 £65% AnA OFOM, 36 Mbps. 8Ope duty oycie) y |aa1 _|_soas 1580 Em 2z |aso "|se70 1609 1300 Tosai— iE€ea02.119 win 24 onz psSs— x ass sres ir0s 048 1300 #85% AMA OFDM, 48 Mbps, 9Ope duty eycle) y |_ass _|_or2s fes2 T500 z[ &s1 or49 1676 1300 10582— iEEE 602.119 Wiei 24 GHz psss— x 442 sees 1609 046 1300 £96% AAA OFDM, 54 Mbps, $Ope dutycycle) y |_a2o en is6e 1300 & 450 6630 15 8¢ 1300 foses. |EEE@OZTTanWiRsGhz(OrDM6 x «01 sr0e 1670 045 1800 208% AAK Maps, 80pe duty cyele) y «s1 seet 1630 1300 2z |_aso |_sasi 1644 1300 foses— |iE€EaDZTTamWiRsGHz(OroMs x 465 sr20 1870 o4s fso0 200% AAK Maps, 9Ope duty cycle) y |_ase cost teso Too z |_ae1 |_or00_| 1652 1300 foses. |E€E@OZTTamWirSGHz(OFDM. 12 x 4e3 srss iess o46 tsn0 +96% AAA Maps. SOpe duty cycle) ¥ 4.71 67.05 16.59 1900 2z |_are |_eraa 1667 1300 Tosss— iE€EBOZTTamWimSGHz(OrDM 18 X 474 6774 1707 046 1900 290% AMA Maps, SOpe duty cycle) y as> sr21 1665 1300 2 4.70 6742 16.79 1300 Toser. iEEESOZmamWrSGH:(CFOM, 28 x 449 éaes ies2 Od8 fs00 295% AAA Maps, 90pe duty eyclo) y |_asr sear 1586 1500 z|_a40 _|_sess 1607 1300 Toses: iefESpZamWinSGHz(DrDM,s6 x 4ss o8 i63 046 1900 195% AAA Maps, 9Ope duty cycle) y |_as1 seas 1580 1300 2z |_aso _|_66.70_| 1609 Tso0 Toseo: iEEEBOZMaMWrSGHz(DFDM, 48 x A6s Gr8s ir0s 046 1300 295% AAA Mbps, 90pe duty eycle) y |_ass arzs 1682 Too 2z |_aai sra9 1676 1300 Toseo— iEEEBOZamWiisGHz(rDM, 54 x 442 Gaes 1600 o6 fs00 195% AAA Mops, 90pe duty cyclo) y [_a2e sn 1864 Teoo z aso ses0 iss 1300 Certficate No: EX3—3030_Ju17 Page 34 of 38

TD Dt&C Ex3OV«— SN:3080 July 26, 2017 Tose— 1EEE 802.1 n (HT Mved, 20MHz, X a76 aris fero on oo 290% AAA MGSO, 90pc duty cycle) y |_asr se70 1622 1300 2z |_a7a sear 1656 1500 10502— 1EEE 802.1 n (HT Mixed, 20MHz, x 481 67.46 1692 046 130.0 +296 % AMA MCS1, 80pe duty oycle) y |a7e |_aroo| toss To 2z |_a8r ori9 fear 1300 T0505— TEEE 802.11n (NT Miced, 20MHz, x assz eras 1a79 oi6 iso 290% AnA MGS2, S0pe duty cycle) y |_an sear feao 100 2z |a79 6708 tose 1300 Tosea— TEEE 8021 n (HT Mixed, 20MHz, x ass arse iess o46 iso 190% AMA MCS3, 90pe duty oycle) v a7 eros isse 1200 2z |_ass erze 167 1300 10505— 1€EE 802.11n (HT Micd. 20Mz. x 4ss ars0 issr o%6 130 299% AAA MCSA, 90po duty oyle) y |a7s or02 foas T00 2z |_ass erzs ise1 1200 10506— 1€EE 802.11n (HT Mixed. 20Mz. x aze ers0 is87 o%6 1300 290% AAA MGSS, S0pe duty cycle) y |_ase cose foar oo 2 4.75 6721 1661 1500 T057— TEEE 802.11n (HT Mea, 20Mvz. x a7s 6rae tora 046 td £96% AMA MCS6, 80pe duty oyle) C____ y |_«ser sose 1032 1500 2 a70 |_ar09 toas Eo 10598— 1EEE 002.11n (HT Mixed, 20MHz, x 473 67.65 17.03 046 130.0 +9.0 % AMA NGST, 80pe duty cycle) y «s1 rn1_| 1681 1200 2 469 6738 16.75 190.0 10560— TEEE 802.11n (I‘T Mice, a0NHz, xX s40 sras ies o48 is | 195% AM NGSD, 80pe duty oycle) y |_sse aris es Too 2z sas erze 1670 1200 T0600— TEEE 802.1in (HT Mxad, d0MiNz, xX 550| arai ir0s o46 1100 296% AMA NGS1, 80pc duty cycie) y sas arar foze Ew 2| sas erss 1683 1100 10601— 1EEE 802.1in (HT Mixed. A0Mz, xX s42 eree i69 O48 1300 £96% AMA NCS2, $Dpe duty oyce) y s3 |_arze e70 T300 2z |s3e ara2 ro7 1200 10602—— 1€EE 802.11n (HT Mixed, A0MNz x |sse ar7r 16e5 o6 f300 £96% AMA NGS3, SDpe duty cycle) Y 5.45 Grar 16.06 1300 2 |_sa1 orsa 1676 1300 10503— TEEE 802.1n (T Mixeo, <OMHz, x ser caos ir2s o%8 is0 290% AAA MCS4, 90pe duty oycle) _ y 552 arer 6ss Too 2z |_sse er82 1702 100 To60s— TEEE 802.1in (HT Mxed, d0Viiz, x sar eree iros o48 1900 £98% AMA MCSs, 90pe duty oycle) y |sar |_aras tw 100 2z |_sas |_ar4s 1682 100 10605— 1EEE 802.17n (HT Mixed, d0MHz, X ms1 ar7e tr0r ods tso0 £96% AmA MGSé. SOpe duty cycle) y |_sas arse fa7e 1300 z |_sas |_srs« 1680 1300 T0s06— TEEE 802.1in (HT Mxed, a0MiNz, x sze er11 isso 648 1800 290% AA MGS7, 80pe duty oyce) y s21 sere 1034 1200 2z s2« e690 1640 1200 Cortficate No: EX3—3030_Jult7 Page 35 or 38

TD Dt&C Ex3OVE— sh:3930 Juy 26, 2017 10607——| 12EE 802.Ttac Win (@oNMMz, MCSO, X «62 sass t647r ons sod 290% AAA SOpe duty cycle) y |_4s1 sns 1605 1300 z as5 sez 1020 1300 10608— EEE 802.—1ac Wiri 2OMHz, MGS1, X a70 sees rees nds fso0 290% AMA Sope duty eycle) Y |_fse |_sosr fo21 1300 2 |_ars sese 1635 1300 10600— 1EEE 802.fTac Win (2ONNz, MCSZ, X as8 serr 1647 ods 1300 208% AMA SOpe duty cycle) f 455 66.20 16.03 1500 2 |_ase soas 16.18 1300 10610— IEEE 802.—1iae Wii PoNMHz, MoSs, x a7a sees 1664 od6 fs00 +98% AMA S0pe duty cycle) y aso sese 1620 1500 2z |_aso soeo 1635 1300 10611— 1EEE 802—11ae Wiri (ZoMMz, MCSA, x ass sord 1648 ods fs00 +95% ETB S0pe duty cycle) v 4ss soir fooe 1500 2 4.60 6641 16.20 1300 10612— IEEE 802.1tae Wiri 2oiHz, MCSS, x ass seeo 1683 o46 1s00 +95% AA 9Ope duty cyele) y |_as1 seze 1607 1500 2z as1 sess 1624 1500 10613— lE€E 802.1tee Win (Zoz, MCSo, xX as5 sere 63e ons fs00 +95% AMA SOpe duty cycle) y aso san 1592 1500 2 |_aso |_seae _|_16.10 1300 10614 EEE 802.1 12c Wiri (20MHz, MCS7, x 461 66.90 16.66 046 1300 £98% AnA 9Ope duty oycle) y |_asr seae 1019 1500 2| ase ces 1635 1300 10615— 1EEE 802.tiae Wiri PoMinz, Mose, x «se sess 1624 ods 1800 +95% AAA SOpe duty cyele) y 4s 15.50 1500 z |_aso 15.97 1300 10616— IEEE 802.1ac Wiri (doMHz, MCSo, x s25 iess o4s tsn0 £90% AMA SOpe duty cyele) y |_sis soss 1625 1500 2z |_s21 sasr 16.3 1300 10617— 12E 802.1Tac Wim (dVNz, MGS1, xX san sro1 i6e4 046 fs00 290% AM SOpe duty cycle) Y 520 66 52 16.20 1300 2 527 6674 16.40 1300 10618— 12EE 802.1 fac Win (doVnz, NCSZ, x s21 sros fess o4 ooo 290% AnA $0pe duty eycle) y |_si sass 163 Teoo 2z sir se79_| 64 1300 T0st9— IEEE 802.1Tac Win (doVz, NGS3, x s21 sess reso o4 fsnd £90% Ana $Ope duty cycle) Y 512 66.3 16.16 1300 2z |_sis sase 1626 1300 10620——| IEEE 802. tTac Wii (d0ViHz, MGS, xX s20 sees 16e ods fs00 £06% AmA SOpe duty cycle) Y 519 ESE3 16.22 1300 2 s2e sese 1632 1300 10621— 1EEE 002.1ac Wini (doMnz, NCSS, x sa1 sroz tere o4 1000 £90% Ama SOpe duty cycle) y |_s21 sass 1642 1300 2 ser sore 1652 1300 10622—— 1EEE 002.1tac Wiri (do\nz, NCSG, x sa1 oris fesr o4 1900 £90% AMA 80pe duty cycle) y s20 saes 1646 1300 2z sar sess 1657 1300 Cortficate No: EX3—3080_Jult7 Page 36 of 38

TD Dt&C exsove~ shraezo Juy 26, 2017 10628 1EEE 802.1 tac WiFi (4OMHz, MCST, X 619 6667 1645 046 1300 £96% AmA 90pe duty cycie) Y 508 66.15 16.08 1500 & 5.16 66.40 16.22 1500 T06za— IEEE 802—1ae Wiri(doMnz, MCSB, xX s3 come iseo o6 1800 £96% AMA 90pe duty cycle) y sz s6a1_| 1628 1300 2z sm eoer 1638 1300 Toez5— IEEE 802.1ac Wii(doMnz, MCS®, x ses eras i6es o46 1100 £96% AnA S0pe duty cycle) Y 5.40 665 16.46 1300 2 |aar |erie i6 1300 10626— 1EEE 802.—1ac i: (BoMnz, MCSO, xX sse sear i651 o46 ts00 £90% AnA $Ope duty cycle) Y 548 6642 16.21 1200 2z 552| coe3 t6.30 1300 Tos2r— 1EEE 802. Tac Win (ooVinz, MCS1, xX smm eras rers o46 180 290% AmA 90pe duty oycle) y |_see s6e0 1646 1300 2 5.73 67.13 16.52 1200 10628 1EEE 802.1 tac Wiri (@OMHz, MCS2, x sse esso fea2 o46 ts00 £96% AnA 90pe duty cycle) y |sar sean_| 1608 Too 2 553 66.64 1621 1200 10620— 1EEE 802.1 tac Wi i (8OMHz, MGS3, X 564 86.95 1644 046 1300 £96% Ama S0pe duty cycle) Y_|sse sese Tode oo z seo |_sori 1024 1300 Toe30— TEEE 802.—1ac win (ooMnz, MGS4, x ass sans iess 048 tsoo £90% AmA $0pe dulycycle) 3 581 6748 16.64 1200 2| ass |erza_| 1676 1200 Toast— 1EEE 802.1 tac wini (Goninz, MGSS, xX s92 sais ir2s O46 ts00 £96% Ama S0pe duty oycte) T 5.60 6756 16.87 150.0 2 587 6769 16.98 190.0 10632—— 1EEE 002. Tas Win (@OMNz, MGSb, xX s7s ers0 iss o8 ts0 290% AM S0pe duty cycle) y |_see oria focs Too FalmExa erza 1671 1300 10633— IEEE 802. ac Wii (BoMMHz, MCST, xX se arm 1655 o46 1300 £90% AMA $pe duty cycle) y |_sse sosr foz1 100 2z |seo |_coss 1634 100 10634— 1EEE 802.1 tac Wir (BOMHz, MCSB, X 563 67.16 16.65 0.46 1300 296% AmA SOpe duty oycle) Y 553 666 16.3 1900 2| sse eseo feaz 1300 Tood5— 1EEE 02.Miac Win (oonz, MGSo, x sas coas isse o4b tsod 290% AMA 9Ope duty cycte) y |_sso eoar fose Too 2z |_sas _|_coir 1679 100 10630— 1EEE 1002.1 tac WiFi (160Miiz, MCSO, x 597 6720 16.57 0.48 1900 £98% AMA $Ope duty cycle) y |_sso earr 1620 100 2z |_sor |_coar 1030 1300 10637— IEEE 1602.1 tac WiFI (160Mz, MCS1, x 6.10 $7.53 16.72 0.46 1900 £96% A 90pe duty cycle) y |_sos sros 1645 oo 2 607 67 30 16.52 1200 10638— IEEE 1602.ttas Wim (reominz, MGS2, x 611 sree te.70 nds 1900 £95% AAA $Ope duty cyele) Y |_sor ari> 1645 1500 2 608 67.31 16.50 130.0 Certifcate No: EX3—3030_Jult7 Page 37 of 38

L m_Dt &£ F F exsovi— sN:asso July 26, 2017 1oes0. |iEEE feoZ Tfacwiri(iooMnz. Moss, x so9 ar4r f671 45 1300 296 % AMA S0ge duty eycle) Y sor or0z f6a2 1200 z |_sos srz« 1651 1300 Tosao— iEEE oozTTaewini (TooMNz, MGS4, x 608 6745 t604 048 1300 296 % AAA SOpe duty eycle) y see sess 1633 1500 2z so6 sr22 1649 1200 Tosi1— iEEE 602tae wiri(160Nz. MGSs, x 643 6737 f8e2 048 1800 296% AAA 9Ope duty cycie) Y oo5 seer 1ese 1300 2| 610| ari6 1643 1300 Tosaz— iEEE feo2taewiri (TooMHz, MGSb, X 618 sres f69s 048 1900 £90% AAA $Ope duty cycle) y 600 sr2i fess 1300 z on sra2 1673 1300 Tosts icEE féO2TlacWimiooMiz, MGSr, X 601 6731 iess 045 1500 +90% AMA 905 duty cycle) y 5es sess 1oar 1300 2z |_see _|_or0e 16.46 1300 10844— IEEE 16021 tac Wii (160MHz, MCSB, x 612 67.67 16.86 046 1300 £96% AAA $ope duty cycle) y |sar arin Yesi 1300 2| o08 oras 1665 1300 Tosis. iEEE T602tiacWiri(iooMiiz, Mcsa, x a23 sre2 1679 o46 1910 296 % AMA 90pe duty oycle) y ais sris 1648 1500 2z 610 srse fese 1300 T0ei6— LTE—TDD (GC—FDMA, 1 RB, 5 Wiiz, X d406 isai7 das4 930 s00 £96% me GPSK, UL Subframe=2.7) y f23e orse s616 ©00 2z |_seeo isa52_|_i6.07 eo0 Toed7— LTE—TDD (GC—FOMA, 1 RB, 20 Miz, X |sare i2re7 aase 930 co0 £56% And GPSK, UL Subframe=2,7) y foss seos 3440 so0 2| sa60 18300 4482 co0 T08iB— GDHAZ000 (ix Advanced) x o82 sess izse o00 1500 +906 % AAA w |ose s2a | 9%% T500 2| oss sase 1051 1500 * Uncertainy is deternined using the max. devition from Inear rosponse agalying rectangular istbution and is expressed forthe sauare ofthe field value. Gertficate No: E3—3930_Jult7 Page 38 of 38

Report No.:DRRFCC1805-0059 FCC ID:JOYCA02 Attachment 2. – Dipole Calibration Data TRF-RF-601(03)161101 Prohibits the copying and re-issue of this report without DT&C approval. Pages: 72 /82

TD Dt&C Calibration Laboratory of s Schwelzerischer Kallbrierdionst Schmid & Partner Service suisso d‘étalonnage Engineering AG S sovinessiees atermure Zeughausstrasso 43, 8004 Zurich, Switzerland $ swiss Calioration Service Accredited by the Swiss Accrediation Sorvice (SAS) Accroditation No: SCS 0108 The Swiss Accreditation Service is one of the signatories to the EA Multateral Agreement for the recognition of callbration cortiicates Client DT&C (Dymstec) Certificate No: D2450V2—726_Sep17 CALIBRATION CERTIFICATE I Object D2450V2 — SN:726 Gattoration procedure(s) QA CAL—05.v9 Calibration procedure for dipole validation kits above 700 MHz Callbration date: September 19, 2017 This caltiation corticato documents the traceablity to natlonal standards, which realize t physical uns of measurements (61) The measurements and the uncerisities with confidence probabilly are given on the folowing pages and are part of the cortficate Allcallatons have been conducted in the closed laboratoryfacity: environment temperature (22 = 3)°C and humidty < 70%. Callbration Equipmont used (MBTE criicalfor cabration) Primary Standards D# Cal Date (Conticate No.) Scheduled Calbration Power meter NRP SN: toerrs Oé—Ap—17 (No. 217—02521/100507) Apers Powor sensor NRP—201 Sitrosass Oi—Ap7 (No. 217—00521) Apris Power sensor NRP—291 sit roseis Ot—Apr7 (No. 217—00522) Apers Reference 20 dB Attenuator SN: sose (204) O7—Apr—17 (No. 217—00508) Apers Type—N mismatch combination SN:8047.2/06827.... Or—Ape—t7 (No.217—02520) Apers Reference Probe EBDV4 st: roso 3t—May—17 (No. EXG—7340_Mayi7) May—18 oaee Sitcor 28—Mar—17 (No. DAE4—601_Mart7) Mari® Secondary Standards 10« Check Date (n house) Schedulad Check Power meter EPM—42A Sntaosraso704 07—0ct15 house check Oct—16) in house checic Oct18 Power sensor HP 8481A sn ussraseres 07—0ct—15 (i house chock Oct—16) in house checic Oct—18 Power sensor HP B4G1A shtMvetosat? 07—0ct—15 house check Oct—10) in house checic Oct—18 AF generator R8S SMT—05 sn rooure 15—Jun—15 (i houso chock Oct—16) in house check; Oct—18 Network Analyzer HP 8759E sn: ussrasoses 18:—Oct01 (in house chack Oct—16) in house checks Oct—17 Signatwe |— (Gz Neme Function Callorated by: Jeton Kestrat Laboratory Technician Approved by: Kat Pokovie Technical Manager ME Issued: September 19, 2017 "This caltation corticate shall not be reproduced exsept n full wihout writen approval of the laboretory. Cortficate No: D245OV2—726_Sep17 Page 1 of 8

TD Dt&C Calibration Laboratory of wl F77 «. Schweizerischer Kallbrierdienst Schmid & Partner Service sulsse d‘ételonnage Engineering AG © secisostremsuitmsme Zeughausstrasse 43, 8004 Zurich, Suitzeriand S swiss Calbration Service Accredited by the Swiss Accredittion Servic (SAS) Accreditation No.: SCS 0108 The Swiss Accreditation Service is one of the signatories to the EA Multateral Agreement for the recognition of calibration certificates Glossary: TSL tissue simulating liquid ConvF sensitivity in TSL / NORM xy,2 N/A not applicable or not measured Calibration is Performed According to the Following Standards: a) IEEE Std 1528—2013, "IEEE Recommended Practice for Determining the Peak Spatial— Averaged Specific Absorption Rate (SAR) in the Human Head from Wireless Communications Devices: Measurement Techniques", June 2013 b) IEC 62209—1, "Measurement procedure for the assessment of Specific Absorption Rate (SAR) from hand—held and body—mounted devices used next to the ear (frequency range of 300 MHz to 6 GHz)", July 2016 c) 1EC 62209—2, "Procedure to determine the Specific Absorption Rate (SAR) for wireless communication devices used in close proximity to the human body (frequency range of 30 MHz to 6 GHz)®, March 2010 d) KDB 865664, "SAR Measurement Requirements for 100 MHz to 6 GHz" Additional Documentation: e) DASY4/5 System Handbook Methods Applied and Interpretation of Parameters: * Measurement Conditions:Further details are available from the Validation Report at the end of the certificate. All figures stated in the certificate are valid at the frequency indicated. * Antenna Parameters with TSL: The dipole is mounted with the spacerto position its feed point exactly below the center marking of the flat phantom section, with the arms oriented parallel to the body axis. * Feed Point Impedance and Return Loss: These parameters are measured with the dipole positioned under the liquid filled phantom. The impedance stated is transformed from the measurement at the SMA connector to the feed point. The Return Loss ensures low reflected power. No uncertainty required. * Electrical Delay: One—way delay between the SMA connector and the antenna feed point. No uncertainty required. * SAR measured: SAR measured at the stated antenna input power. * SAR normalized: SAR as measured, normalized to an input power of 1 W at the antenna connector. * SAR for nominal TSL parameters: The measured TSL parameters are used to calculate the nominal SAR result. The reported uncertainty of measurement is stated as the standard uncertainty of measurement multiplied by the coverage factor k=2, which for a normal distribution corresponds to a coverage probability of approximately 95%. Certficate No: D24SOV2—726_Sap17 Page 2 of 8

TD Dt&C Measurement Conditions DASY system configuration, as far as not given on page 1. DASY Version pasys vse.10.0 Extrapolation Advanced Extrapolation Phantom Modular Flat Phantom Distance Dipole Center — TSL 10 mm with Spacer Zoom Scan Resolution dx, dy, dz =5 mm Frequency 2450 MHz z1 MHz Head TSL parameters The following carameters and calculations were applied. Temperature Conductivity Nominal Head TSL parameters 220 °C 1.80 mhoim Measured Head TSL parameters (r2.0:02)°C 37.8 26 % 1.86 mhoim =6 % Head TSL temperature change during test <05°C SAR result with Head TSL SAR averaged over 1 cm* (1 g) of Head TSL CGondition SAR measured 250 mW input power 183Whg SAR for nominal Head TSL parameters normalized to 1W 51.9 Wikg 2 17.0 % (k=2) SAR averaged over 10 cm‘ (10 g) of Head TSL condition SAR measured 250 mW input power 6.22 Wikg SAR for nominal Head TSL parameters normalized to 1W 24.5 Wikg 2 16.5 % (k=2) Body TSL parameters The following parameters and calculations were applied. Temperature Conductivity Nominal Body TSL parameters 220 °C 1.95 mhofm Measured Body TSL parameters (22.0=02) °C 51.026% 2.04 mhoim +6 % Body TSL temperature change during test <05°C — SAR result with Body TSL SAR averaged over 1 cm‘ (1 g) of Body TSL Condition SAR measured 250 mW input power 12.0 Whkg SAR for nominal Body TSL parameters normalized to 1W 50.3 Wikg #17.0 % (k=2) SAR averaged over 10 om® (10 g) of Body TSL condition SAR measured 250 mW input power 6.05 Wha SAR for nominal Body TSL parameters normalized to 1W 23.0 Wikg =16.5 % (k=2) Certficate No: D2450V2—726_Sep17 Page 3 of 8

TD Dt&C Appendix (Additional assessments outside the scope of SCS 0108) Antenna Parameters with Head TSL Impedance, transformed to feed point s26 0+ 40 jn Return Loss —20.0 0B Antenna Parameters with Body TSL Impedance, transtormed to feed point 494 0+ 65 jn Return Loss —23.7 08 General Antenna Parameters and Design Electrical Delay (one direction) 1.160 ns After long term use with 100W radiated power, only a sight warming of the dipole nearthe feedpoint can be measured. The dipole is made of standard semirigid coaxia! cable. The center conductor of the feeding line is directly connected to the second arm of the dipole. The antenna is therefore short—circuited for DC—signals. On some of the dipoles, small end caps are added to the dipole arms in order to improve matching when loaded according to the position as explained in the ‘Measurement Conditions* paragraph. The SAR data are not affected by this change. The overall dipole length is stil according to the Standard. No excessive force must be applied to the dipole arms, because they might bend or the soldered connections near the feedpoint may be damaged Additional EUT Data Manufactured by SPEAG Manufactured on January 09, 2008 Certficate No: D2450V2—726_Sop 17 Page 4 of 8

TD Dt&C DASY5 Validation Report for Head TSL Date: 19.09.2017 Test Laboratory: SPEAG, Zurich, Switzerland DUT: Dipole 2450 MHz; Type: D2450V2; Serial: D2450V2 — SN:726 Communication System: UID 0 — CW; Frequency: 2450 MHz Medium parameters used: £= 2450 MHz; 0 = 1.86 S/m; &¢= 37.8; p = 1000 kg/m3 Phantom section: Flat Section Measurement Standard: DASYS (IEEE/TEC/ANSI C63.19—2011) DASY52 Configuration: * Probe: EX3DV4 — SN7349; ConvF(8.12, 8.12, 8.12); Calibrated: 31.05.2017; * Sensor—Surface: 1.4mm (Mechanical Surface Detection) * Electronics: DAE4 Sn601; Calibrated: 28.03.2017 * Phantom: Flat Phantom 5.0 (fron); Type: QD 000 P50 AA; Serial: 1001 * DASY52 52.10.0(1446); SEMCAD X 14.6.10(7417) Dipole Calibration for Head Tissue/Pin=250 mW, d=10mm/Zoom Scan (7x7x7)/Cube 0: Measurementgrid: dx=5mm, dy=Smm, dz=5mm Reference Value=110.8 V/m; Power Drift =—0.06 dB Peak SAR (extrapolated) =26.9 W/kg SAR(L g) = 13.3 W/kg; SAR(IO g) = 6.22 Wikg Maximum value of SAR (measured) =21.0 W/kg ~4.00 —8.00 —12.00 +16.00 —20.00 0 dB = 21.0 Wikg = 13.22 dBWkg CertficatNo: D240V2—726_Sop17 Page 5 of 8

TD Dt&C Impedance Measurement Plot for Head TSL 19 sep 2017 osrazite Eh9 si i ucre «sassee mocne cemst pH 2 450.000 e00 tz hy 18° ina cne sir ios ____s as/rer ~20 08 M «25.591 a8 2 10.000 po0 mz ‘ ——£ p—— i Snb rmcoade hac udourmmtoasse ty ca £.ot nrufecss ==~~. for.— cce ccl.oo «o P Agnadeces. hy * |— +— mra |————t——i—— Start 2250.000 000 mz Certficate No: D245OV2—726_Sep17 Page 6 of 8

TD Dt&C DASY5 Validation Report for Body TSL Date: 19.09.2017 Test Laboratory: SPEAG, Zurich, Switzerland DUT: Dipole 2450 MHz; Type: D2450V2; Serial: D2450V2— SN:726 Communication System: UID 0 — CW; Frequency: 2450 MHz Medium parameters used: f= 2450 MHz; & = 2.04 $/m; ; = 51.9; p = 1000 kg/m3 Phantom section: Flat Section MeasurementStandard: DASY5 (IEEE/IEC/ANSI C63.19—2011) DASY52 Configuration: Probe: EX3DV4 — SN7349; ConvF(8.1, 8.1, 8.1); Calibrated: 31.05.2017; Sensor—Surface: 1.4mm (Mechanical Surface Detection) Electronics: DAE4 Sn601; Calibrated: 28.03.2017 Phantom: Flat Phantom 5.0 (back); Type: QD 000 PSO AA; Serial: 1002 DASY52 52.10.0(1446); SEMCAD X 14.6.10(7417) Dipole Calibration for Body Tissue/Pin=250 mW, d=10mm/Zoom Scan (7x7x7)/Cube 0: Measurementgrid: dx=3mm, dy=5mm, dz=Smm. Reference Value = 104.9 V/m; Power Drift = —0.08 dB Peak SAR (extrapolated) = 25.4 W/g SAR(I g) = 12.9 W/kg; SAR(1O g) = 6.05 W/kg Maximum valueof SAR (measured) = 20.3 W/kg —4.00 —12.00 —16.00 —20.00 0 dB = 20.3 W/kg = 13.07 dBW/kg Certficate No: D24SOV2—726_Sep17 Page 7 of 8

TD Dt&C Impedance Measurement Plot for Body TSL 19 sep zorr. osisora2 C sa i urs aas4020 nesere sonds pH 2 450.000 ooo n#z & — be1 ce s ty 15° f Hha ewa si os .5 de/rer ~20 ds _ q1=20,.604.00 2 «so.000 c00 mz ce iy W# |L—+—— . 4 : Hia Certiicate No: D2450V2—726_Sept7 Page 8 of 8

Report No.:DRRFCC1805-0059 FCC ID:JOYCA02 Attachment 3. – SAR SYSTEM VALIDATION TRF-RF-601(03)161101 Prohibits the copying and re-issue of this report without DT&C approval. Pages: 81 /82

Report No.:DRRFCC1805-0059 FCC ID:JOYCA02 SAR System Validation Per FCC KDB 865664 D02v01r02, SAR system validation status should be documented to confirm measurement accuracy. The SAR systems (including SAR probes, system components and software versions) used for this device were validated against its performance specifications prior to the SAR measurements. Reference dipoles were used with the required tissue- equivalent media for system validation, according to the procedures outlined in FCC KDB 865664 D01v01r04 and IEEE 1528-2013.Since SAR probe calibrations are frequency dependent, each probe calibration point was validated at a frequency within the valid frequency range of the probe calibration point, using the system that normally operates with the probe for routine SAR measurements and according to the required tissue-equivalent media. A tabulated summary of the system validation status including the validation date(s), measurement frequencies, SAR probes and tissue dielectric parameters has been included. Table Attachment 3.1 SAR System Validation Summary PERM. COND. CW Validation MOD. Validation SAR Freq. Probe Probe Date Probe CAL. Point System [MHz] SN Type Sensi- Probe Probe MOD. Duty (εr) (σ) PAR tivity Linearity Isortopy Type Factor D 2450 2017-08-09 3930 EX3DV4 2450 Body 51.554 1.976 PASS PASS PASS OFDM N/A PASS NOTE: While the probes have been calibrated for both a CW and modulated signals, all measurements were performed using communication systems calibrated for CW signals only. Modulations in the table above represent test configurations for which the measurement system has been validated per FCC KDB Publication 865664 D01v01r04 for scenarios when CW probe calibrations are used with other signal types. SAR systems were validated for modulated signals with a periodic duty cycle, such as GMSK, or with a high peak to average ratio (>5 dB), such as OFDM according to KDB 865664. TRF-RF-601(03)161101 Prohibits the copying and re-issue of this report without DT&C approval. Pages: 82 /82


Document Created: 2019-09-05 03:10:01
Document Modified: 2019-09-05 03:10:01
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