SAR Report Part 2

FCC ID: JOYJA53

RF Exposure Info

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FCCID_4183023

TD Dit&C | EX3OV4~ SN:3866 May 31, 2018 T0112; LTE—FOD (GC—FOVA, 100% R&, 10 x 32 sase 1670 ooo isoo 196% cae MHz, 64—0At) Y 2.74 67.25 1557 1500 z[ 280| ca13| 163 1500 To115— LTe—FDD (GC—FDVA100% RB, 5 Wiz, X aco sane 14e 600 1500 25% cae st—oAm) Y 252| saro_| isss 1500 2| 275 Tois i67s 1500 10114 IEEE 802.11n (T Greentald, 13.5 X |s23~| sras fees 000 1500 £96% cac Mops, BPSK) Y 484 67.00 16.28 1500 2 450| sr3e ies 1500 10118 IEEE 8021 n (HT Greonfiold, 81 Mope, xX 5.50 67.72 16.77 0.00 150.0 20.6% cac 16—0M) Y 5.08 6708 1632 1500 2 513 6737 1644 150.0 10116 IEEESOZ1in(HT Greenfeld, tosMops, X 536 Gr.r4 1670 600 1500 #56% cac 64—0AM) Y 492 6720 1631 150.0 2 498 6782 1645 1500 10117 1E802.1in (HT Mvad, 13.5 Mops, x 526| sras iess ooo is00 95% cac sesiq Y 483 6695 16.28 150.0 2 489 6720 16.43 1500 T011 |IEEESOZTin(HTMed,BiMops, 16. X 565 Grer f68s 000 1500 56% cac cam) Y 5.16 6727 16.43 150. 2 520 6752 16.53 1500 10119— 1EEE 802.11n (T Mxed, 136 Mops,64— X ass aree fe69 000 1800 255% cac oaAM) Y 492 67.19 1631 1500 2z aer ors1| T646 1800 Tora0— LTEFDD (GG—FDMA, 100% RB, 16 X a66 sars for2 000 1500 £90% can MHz, 16—0AV) y 310| sr2s iss T500 2|323 sres f6d2 1500 Tordi— LTEFDD (GC:FDN®, 100% RB, 1 xX |~ars sars eae 000 1800 £56% cap MHz, 64.0AU) Y 323 6743 15.88 1500 2 336| saie 1632 1500 10142 LTE—FDD (SG—FDMA, 100% RB, 3 MHz, xX 250 7212 17.94 0.00 150. £96% cap arsiy y tss saio faer 1500 2 184 7053 1623 1500 Toras. LtEFDD (GCFDMA too% RB. 3Mz x 245 mi4e 177 o00 1500 296% cap 16—0am) y 212| seas mss 1500 2 252 Ti 16.09 1500 1ora4— LTE—FDD (SC—FDMA, 100% RB, 3 Miz, x 262 68.06 1591 0.00 150.0 £9.6 % cap s4—aam) y 17e sa2s 1236 1so0 2z |_200—| sear 1349 1500 10145— LTE—FDD(GG—FDMA, 100% RB, 1.4 x 208 7258 16.71 0.00 150.0 196 % cas vbe, orsiq y |os>| sons 6 1500 2 0.76 61.85 827 150.0 Tords— LTE—FOD (GC—FONMA, 100% RB, 14 x 474| Te es ono is00 #96% cae NHz, 16—0AM) Y 0.91 5o.01 6.14 150.0 zi03 soss |_a7s 1500 Tora7— LTEFOD (GC—FOVA, 100% RB, 1.4 X &a2 seso 2079 00 1500 £96% cas MHz, 64—0AY) y—|ass sore| 630 1500 2 100 61.38 7.09 150.0 Certficate No: EX3—3866_May18 Page 16 of 30 w e rewe ns ce ovmimema sire peiny uis ie raumes wse ropors amninan w rone uppmveres

D Dt&C exgove— sn:saee May 31, 2018 Tors: LTeFoD (GCFoNA. SokRE.romiz x si8 saer iess 000 150 286 % can 16—0a0) y—|_2es |_sr2 1532 1600 2z |_27e sate 1612 150. Toiso: LTeoD (Gc:roun, So% Re.2o Mnz x a20 sard fess o00 fsnd 296 % cap st—aam) y |_275 sras issz 1500 2z |_280 sez 169 150.0 Tois1— LTe—oD (Gcroun. somRB.2oMiz x a2s s2es rase 395 650 266 % can arsiq y |~s36 Tess fass so 2z |_s77 Tess se s50 Tois2: LTe—Tob (Sc—roun, So% R&, roMiiz x 738 70e 2i6s 395 650 s95% can 16—0a0) y |aa1 Tiie 1820 sso 2z |_a98 |_720s_| 188 s50 Toiss: LTe—rod (Gc:roma, So% Re, 20 h X Tr2 thee 2237 395 s5o z96 % can s4—oam Y 521| 72« ress so 2z |_sso 7eso 1082 sso Torse— LTE—FoD (Gcroum, sox Re toMiiz, x 270 7240 1827 o00 1500 206 % cae arsiq y se seso_| is86 1s0 z 220| 7oss 1699 1500 Toigs— LTEFDD (GC—rowa. SOKR& foNinz, X 204 Tooo 1744 00 1500 295 % cae is—oam) y 237 saso 1572 1506 z260| oor 1666 1500 Totse: LTEFDD (GCFDNMA, So% RB S Miiz X 245 7aus 1825 000 1500 256 % cae arsiq y 1ds arss isas 1500 2 170 ros is1 1500 Totsr— LTEFDD (GCFDMA.SO% RE.S MAz x 25e 7our 1644 000 ts00 £96% cae 16.oAl) y 1se saos tizs 1500 2 es orse mai 1500 Toise— LTE—FOD (Gc—ronk, so% Rerowiia x si0 roor 1751 600 1500 #95% cae st—oam) Y—| 253| sas1_| 1sss 1500 2z 276| _rozs 1683 1500 Toiss: LTEFDD(GCFOMA.SO%RE.SNHz, x 272 ross is1 000 1500 95% cae .oam y 16s ssao 1207 1500 2z 194 orse fase 1500 Toreo— LTE—FOD (Gc—roun, So% RB, ie Miz, x 308 ross 1746 600 iso0 295 % cap arsiq y 248| sast 1602 T500 z 2e« sari 1674 1500 Toig1— LTEFDD(GCFDNA.SOkRE. sMiz X ai9 case fe82 600 isoo z95% can 16—0A0) y 2es arze 1548 T500 z| 280| saze_| 1609 1500 Torez: LTe—FoD (GCroMA. so% Re. toMiiz. x 20 sass f68s 000 fsn0 295 % cao seaam y 27e srss 1564 Teoo 2z |_2o1 saas 1624 1500 Tolss: LTE—FOD (GCFONMA, So% Re, 14 NNz x 404| 71.00 1990 301 is00 295 % cae arsiy y si6—| se err 1500 z 330 yore 1966 1500 Toter— LTEFDD (GCFDNMA. So% RB, 12 NNz X 536 7a7s 2005 301 is00 296 % cas 16—0aw) y s70 mier fasr 1500 2| ase 7564 2076 1500 Certficate No: EX3—3866_May18 Page 17 of 30 en e wwenwa se w £o ie se sagtny ww n raws w se reprs esw oo upprene cugse vviwr

T Dt&C | Ex3OV4— sh:s8es May 31, 2018 10t68— LTE—FDD (GC—FDVA, 50% R&, 1.4WHe, 603 Trae Z20s so1 1500 £96% x cae 64—0AM) 443 T505 2080 1500 xInf<] 562 80.10 23.00 1500 10169 LTE—FDD (SC—FDMA, 1 RB, 20 MHz, 382 7312 20.79 301 1500 £96% cap orsiq 261 6768 18.06 1500 xInf<] 201 Toso 1954 1500 10170— LTE—FDD (SC—FDMA, 1 RB, 20 MHz, 654 8237 24.08 301 1500 +96% caD 16—0Aw) 353 Tssi 2oas 1500 xfnf<] 520 218 poor 1500 10171— LTE—FDD (SC—FDMA, 1 RB, 20 Miiz, 484 T597 20.60 301 1500 296% AnD 64—0AM) 280 teer iris 1500 xInf<] 350 Tai2 i063 1500 10172— LTE—TDD (SC—FOMA, 1 RB, 20 Mriz, 3051 11343 3495 602 65.0 296 % Can arsiq EEA Tezi zies sso xinl<] 481 8205 2.11 650 10173 LTE—TDD (SC—FDMA, 1 RB, 20 Mriz, 81.01 12421 35.55 602 650 196 % Ccap 16—9Au) 6.10 8201 2252 650 xfnl<]. 1521 soz0 2002 sso 10174 LTE—TDD (SC—FDMA, 1 RB, 20 Mriz, 4222 ose mss 602 s5o +95% cap sc—orm 536 T3z o8 650 xjnl<l 770 8716 2277 650 10175— LTE—FDD (SC—FDOMA, 1 RB, 10 MHz, 376 7264 2047 301 1500 296% cae orsiq Y 257 erss in7s 1500 T 266 Toor 1923 1500 10176— LTE—FDD (SC—FDMA, 1 RB, 10 MHz, xX 8.55 82.40 24.00 3.01 1500 86% cae 16:0A) Y 354 Tss 20.47 1500 h sa1 8225 2103 1500 10177— LTE—FDD (SC—FDMA, 1 RB, 5 Miiz, X 370 Tess zoeo s01 1800 £96% caG orsi)_ Y 250 6748 1787 1500 2 289 T025 1933 1500 10178— LTE—FDD (SC—FOMA 1 RB, 5 Miiz, 16— X 640 8192 23.08 301 1500 296% cae CAM) Y 351 7332 20 36 1500 2 sz sise Poar 1500 Torre. LTEFDD (GC—FOMA 1 R&, 10 MHz, X S57 Tess 221 s01 iso0 196% cae 6t—0Am) Y 3.10 Toso 1861 1500 z 230 Tr7s Pise 1500 Tora0.— LTE—FDD (GC—FoMA 1 R&, 5 MHz64— x 481 Teai zost so1 1500 196% cae OAM) Y 270 6a61 1714 1500 2z Sss Taos foss 1500 10181— LTE—FDD (SC—FDMA, 1 RB, 16 MHz, X 3.70 T285 2080 301 1800 £96% cap arsi) Y 250 6746 1786 150.0 2 28e Tops 932 1500 10182 LTE—FDD (SC—FDMA1 RB, 15 MHz, X 630 81.09 2387 301 1500 29.6% cap 16—0AM) Y 5o Taze 2ose 1500 2 s2 sres ass 1500 10183 LTE—FDD (SC—FDOMA, 1 RB, 19 MHz, X 400 75.78 20.50 3.01 1500 £86% AG 4—0AM) Y 279 6a.59 17.13 1500 2| ssr T00 io56 1500 Cartficate No: EX3—3006_May18 Page 18 of 30 w nrewenwog se w smm sire sogpyiiny uin n ce wsing ropors amninan o rone uppneeres

D Dt&C | | EX3DV4— SN:3806 May 31, 2018 Torsd— LTE—FOD (SC—FONMA, 1 Ro, 3 MHz, X smo yeoi mmz so1 is0 £96% cao arsiq y |_2se orso i7so 1500 2z |_200 rozs 1935 1500 Toigs. LTEFDD(GGFDMAThe.3MHz 16. x o43 sise raoi 301 1500 196% cao oan) Y 352 eE3 2030 1500 2z sze a1er 2ae1 1500 Toiss: LTEFDD(GCFDMA, 1RB.3MHz 64— x «42 7ear 20s4 301 1500 £26% AnD ED Y 280| aaes is 1500 2 360 7409 1961 1500 Torer treoo (Goroun,1 Ro, 14 vnz, x sa1 Tss roor sor is00 z30% cae orsiq Y 261 6750 17.98 1500 2 |_201 Toso |_19.45 1500 Toige— LTE—FDD (GCFDMA, 1 RB, 1.4 NMHz, x ere sais 244s a01 is00 £96% cae 16—0A0) y ses Tais moss 1500 2 558 85.26 2451 1500 Toies LTE—FOD (GC—FDMA, 1 RB, 1.4 MHz, x ase Tess z080 aoi isoo £96% Me ct—oam) y 205| _soor 1745 1500 z ars zare 2000 1500 10198 IEEE 802.11n (HT Greentels, 6.5 Mops, x 467 66.95 1648 0.00 1500 296% cac srsiq y aze saod 1997 1500 z 433 _|_6r09 1019 1500 10194— TEEE 802.11n (HT Greenfiad, 39 Mps, ® a8r ers2 1689 On0 ts00 +98% cac 16—0a0) y 436 sass fen 1500 T a47 ors2 1032 1500 10196— IEEE 802.11n (HT Greenfold, 65 Mops, X 4.91 67.33 16.59 0.00 1500 206% cac 64—0AM) y |_aa2 |_soar fers T500 2z |_aso or33 1633 1500 10196 T2EE 802.11n (HT Mixed, 6.5 Mops, x ase sros is2 o00 iso0 £96% cac apsiq y |azs soes 1556 T500 2z |_asi |_er09 1618 1500 10197 1EEE 802.11n (hT Mied, 39 Mops, 16— X 489 6r.44 1660 000 1500 £85% cac oam y |_ase sose 1672 1500 2z |_a4r or32 1632 1500 To19s— 1EEE 802.11n (hT Med, es Mops, 68— X 492| 7.34 1660 000 1500 £95% cac oan) y |aar saar 1618 1500 2z |_a4s ors2 toss 1500 T0219— TEEE 802.1 n (HT Mixed. 7.2 Wops, x 40e sros 1649 o0o 1500 £96% cac sroiq y |_ais sose iss3 1500 2z |_a2r aria 1616 1500 Tozz0— iEEEBOZ1in(HT Mxed, ds.sMbps, 16. X 489 a7.43 1680 000 1500 £86% cac cam) y |ase sess 1610 1500 2z |_a4s orzs 1631 1500 Tozz1— IEEEBOZ1in iT Mxed, r22Mbps, 64—| X 492 6727 f6se 000 1500 £96% cac oan y |_aas seas fei2 1500 z &s1 or2e 1632 1500 10222 1EEE 802.11n (iT Mixed, 15 Mops, x sz ors2 isee o00 1500 £90% cac srsiy y |_aso coss faze 1500 2z ase er2s 1641 1500 Cortiicate No: EX3—3866_May18 Page 19 of 39 bavme wwwapive ies 1smm sine wopgiiy uie e raunes w sn nmss uon aprprevan cugse w hi

D Dt&C Exsove— sN:seee May 31, 2018 10223 EEES02.1in(HTMixed, 90Mops, 16— X sse ar7e f682 000 1500 298% cac oan) Y |_sor orid fese 1500 2z |si ora2 1649 1500 10224— IEEE 802.17n (HIT Mixed, 150 Mops, 64— X 527 8784 1667 000 1500 296% cac caw) y 4s sr0s_| T624 1500 z 190 |_sr40_| 1640 1500 &2825- UMits—roo (Hepar) xX 28e er00 1621 000 1500 £96% y 251 soor 1404 1500 2 |_200 _|_coor 1522 1500 10226— LTE—TDD (GC—FDMA. 1 R8, 1.4 Miz, x 9443 12720 3630 602 65.0 1296 % CAA 16—0AM) y |_sas siz 22s1 650 2z |_irss i0176 2687 sa0 10227— LTE—TDD (GC—FDVA, 1 RB, 14 Miz, xX sees mieis ssot 602 se0 £95% caa s4—oam) y sio sine_| 2iae ss0 2z |_is0s arse 2079 650 10228— LTE—TDD (GC—FDVA, 1 RB, 14 Miiz, xX sose imod arei| 602 650 £95% Cha arsi) y sor s2a 2ias s50 2| oss seer 2rze 650 10220. LTE—TDOD(GCFDWMA. 1RB,awiiz 16— x 141 12430 sass 602 650 200% cas oau) y |_an sn 2227 s50 2| 1540 _|_sase 2e08 650 10230— LTE—TDD(SCFDNATRB, 3iz 64— x somd f1407 sass 602 60 £96% cas cam y sre sone 2107 ss0 2z 1924 _|_sez0 _|_2oo8 e50 10231— LTE—TDD (SC—FDNMA, 1 RB, 3 Mriz, X 4588 12177 3728 6.02 65.0 29. % cas arsiq y ass sisa 2ap1 s50 2 |_a18 _|_s7.70 2our ss0 10232 |LTE—TDD(SCFDNMA1RB, 6Mz 16— X 149 12432 sass 602 ta0 290% cap Em y ain s200 22se s50 2z i6ar sasr Reor 650 Tozse. LTE—ToD (GC—FDMA1R8, SMiiz64— x somr i09 sase 602 ca0 190% cap ED y |_s7s soir 2ror 650 2z 1319 |_soi8 2607 650 10234— LTE—TDD (GC—FDMA. 1 RG, 5 Miiz, xX 140 m94s saas 602 cao +90% cap arsi) y ies soss 2ise s50 z |_sei so.10 2029 650 Toz3s—— LTE—TDD (SC—FDVA, 1 RB, 10 Miiz, X mi9r izas ssoz 602 sa0 190% cap 10—0A) y |_an san &er 650 2z |_is40_|_sea2 2600 650 10236— LTE—TDD (GC—FDMA, 1 RB, 10 MHz, x 5179 11435 245 602 65.0 £96% cap s4—oam) Y 5.79 8026 21.09 650 2 1330 ssze 2e 650 1oz37— LTE—TDD (GC—FDNA. 1 RB, 10 Mz, xX dose izmos arai 602 sao £96% cap orsiy y 4ss sis0 2o2 sso z ais sr73 zore ss.0 Toz3e— LTE—TDD (GC—FOMA, 1 RB, 15 MiHz, x sie1 imss asse 602 c50 195% cao 16—00) y |_oi2 |_sa0e 2236 s50 z 1932 soss 2500 s5.0 Gertifcate No: EX3—300G_May18 Page 20 or 39 bavme wwwapive ies 1smm sine wopgiiy uie e raunes w sn nmss uon aprprevan cugse werve

D Dt&C Exsovs— sN:sace May 31, 2018 10230—— LTE—TDD (GC—FDNMA1 R&, 15 NMz, x sose mair s230 o2 sso #86% cao s4—0am) y s7s sone 2i08 sso 2 |_19.13_|_9o.10_| 20.05 sa.0 10240—— LTE—TOD (SCFDVA1 R&, 15 Miz, x «630 12189 aras 602 sa0 £96% can arsiq y |as sim 201 se 2z |_o16 _|_sr71_| 2077 ss.0 Toast— |LTE—TOD(GGFDVASO%RE, 14Mz X foes sans re0s a9s 650 290% omm 16—0am) y or Tess 2203 s50 2z 77e s262°| 2048 650 Toriz: |LTETOD(GCFDVA.so%RB, famiz x 92e sa0e 2570 GS6 650 290% can s4—oam) y sai Tasr 2186 e50 z |_ose Toss 2100 650 Toais— LTE—TDD(GCrDNMA.SO% RE, 14Mz X 720 Tess 2618 695 t50 290% can arsi) y |_aes 7aor 2159 650 z |_sis Toos 2022 650 Toats— |LTe—TDD(GCFDVA.so%Re, sMnz, x fozs sa0s 2284 396 t50 290% cas 16—0am) y _3z |_sear 1270 650 2z |_sse saer i44 650 Toris |LTE—TDD(GCFDMA.So%Re.aMHz X 905 saze 2210 39e 650 290% cas st—oam) y sz seer 1248 s50 2z |_sar |_seor 914 ss0 forts: |LTE—TOD(GCFDMA.so%RB,aMHz, x i24s soss 2404 396 650 190% cas orsi) y |_zeo se70 1880 sso 2z |_aso |_7i0s_| 1515 sso forar— |LTe—TOb(GCFDNMA.So% R6,ShiHz, X 734 Taso r9r 395 050 190% can 16.oam) y |_s4s sase fa0e e50 z a7s sose 1543 650 Toris: |LTE—TDD(GCrDMA.So%RE.sMnz, X 710 rase rii8 396 650 £00% cao st—0m) y |_s4s sare 1248 650 z |_a6o 6030 15.15 650 Toats— LTE—TOD (GCFDNMA,S0% RB,SMiHz, x 1s15 9200 2604 395 650 £96% cap arsi) y |_ais 7azs inss s50 2z aso 7709 1897 650 Torso— |LTE—TDD(GCFDNMA.So% RB, tomHz, x 72 shes 2are s9o 50 £96% cap 16—0A0) y |_i7e Taze 1906 s50 2z sos 7aas 1968 650 Torst— |LTE—TOD(GCFDNMA.So% RB, toinz, x 2s rree 2172 395 650 £96% cap st—orm y |_a47 _|_yoso i7es s50 2z |_aor Tior 1818 650 Tors?— |LTE—TDD(GCFDVA.So%RB, foNHz, x foes sair 2s3s s08 c50 290% can orsi) y |_s21 Tros 2025 Eo z |_s77 Toz 2120 650 Tozss— |LTe—TOD(GCFDVA.so%RE, tsMHz, x 705 7e20 2i%6 a08 650 206% cao 1s—oam) y |_a7s Tost 1815 s50 Z ase 7ir0 1862 650 Tozsé— LTE—TOD (GCFDNMA,SO% RB, 15MHz, x 744 rros 2203 395 650 £96% cap s4—oam y |_sio 7ie0 1898 Em 2 s2r fare 1942 650 Certifcate No: EX3—3866_May18 Page 21 or 30 en e wwenwa se w £o ie se sagtny ww n raws w se reprs esw oo upprene cugse ve uy

_O Dt&C __— _ . m _ _ _—_— Ex3DV4— sNisess May 31, 2018 Tozss LTE—TDD(GGFDNA.SOKRE. isWz X aco mes 22e a06 650 290% cap apsiq Y |si5 yast fo7e s50 z |_sso Teso 2oss 650 T0256— LTE—TOD (GCFDNMA, 100%RB, 14 xX so4~| siss 2074 395 ss0 :96% omm MHe, 16—0) y 230| saas s70 ss0 z 246 |_6i13_| 1000 s50 Toze7— LTE—ToD (GCFDNMA, 100%RB, 14 xX sar sore 2020 395 650 £96% Cmm MHz. 64.0AM) y 230| sare |_sas s50 2|243 sa72 as0 c50 Torse— LTE—TDD (GGFDMA, 100% R&, 14 x toar 820 2a0s s95 650 £96% Caa MHiz, OrS) y |_zos siz0 toss s50 2z [221 |_seso 1141 650 Torso— LTE—TDD(GGFDNA fook Re.aMhz, x 764 79e 2211 a%e t50 290% cas 16—0am) y |_ser yoss f6ze sso 2z |_a» |_7in i70s s50 Toreo— LTETOD(GGFDMAfookRB. aMnz, x 7so ross ries a%e 650 200% cas sc.onm y |_aor Tois 1620 s50 2 |_a2e |_Tiae 1680 650 Torei— LTE—ToD (GCFDVAtook RB. awHz x 1109 saee resi a0s t50 290% cas arsiy y |a42 yasr 845 s5o z |Sos Ts« fose s50 Tores. |LTETOD(GGFDMA T00%RE. SWz x 790 sose 2aze ase 650 290% cap 16—0A0) y |a76 7air 88e s50 2z 500| 7is4 ro00 650 Torss. LTE—TDDSCFDVA foo%RE.SMHz, X 724 mres 2172 ane 650 196% cao s4—oam) y aar Tose 7ez ss0 2 |_ase 7ies 187 650 forse |LTETOD(GGFDMAiookRE.sWiiz x 1081 8ree 2eas a0e eso 290% cap arsiy y |_sis yess 2013 s50 z |_s70 Tess 2117 s50 Tores. LTE—To(GC—FDVA, 100% RB, 10 x 73e To: mies ste sso £96% cap MHz, 16—0A) y z8| it isan se0 z |_ass 7ave 889 sa0 Tore— LTE—TDD (GCFDVA. 100% RS, 10 X |—Tm es 2eae 30e 650 196% cap MHz, 64.0AM) y |_s2 2az 1937 s50 2z sso 7aze 1eat 650 Torer. LTE—ToD (SCFDVMA. 100% R&, 10 X o22 saar mase 95 cao 196% cap MHz, OPSK) y |_s3s yoar feat 650 z 675 7ess zes eso 10268 LTE—TDD (8C—FDMA, 100% RB, 15 X 174 76.26 2166 398 65.0 196 % cap MHz, 16.0a0) y |_sso Tise 1816 s50 2 |see 72z fose e50 102e5— LTE—TDD (GC—FDVA, 100% RB, 15 xX 7es 7ses mas s9s sso 96% cap Miz, 64—0AM) y ss2 Tizs feos s50 2z |_ser Tige 1942 sa0 Torro. LTE—ToD (GCFDMA, 100% RS, 15 X s10 7ars rieo s0o t0 £96% cap wie. apsig y |sar 7ass foze ss0 z s7a 7ass foss s50 Cortficate No: EX3—3000_May18 Page 22 of 39 ursren moviwayie riwi ©isnmens se upiny m e enw un epes m

D Dt&C exsovi— sN:sses May 81, 2018 Tozre— |UMTSFDD HSUPASubtest5. SGPP X 275 sr4s fefo 000 1500 +96% cas ReB.10) y zes sost 162 1500 2z 2s sres 1536 1500 To2r5— UMTSFDD (HSUPA, Subtest5, 3GPP x 200 rise irse 000 1800 290 % cas ReB4) y iss srer 7 T600 2z ies sess 1631 1500 Torr—| phs (arS) x so6 sase s80 903 sao £86% cm y iso sozs seo soo 2z 182| sors_| 555 500 To2rs— PHS(GPSKBWSS4NNz,Roloras) x ie0s seas 2air a03 so0 290% can v_|_2or si4e 102e 500 z 280 saso 1048 500 Torro: PHS (GPSK,EWeSINNz.Rolofass) x fa2e soe0 2326 903 500 295 % caa y sos saes 1040 soo 2z 206 _|_sa0e 1088 500 10250 GOMAZ000, RG1, S055, Full Rate xX 275 7aco te0s 000 1800 £85% Ane y |_o7o s251 637 1500 2z 142| sres mar 1500 Tozot— GoMAZ000; RGS, 5055Full Rete xX 1ss Tais tmar 000 1500 £90% ane y |_oso sons 87 1500 2z |_oss |_sase 1081 1500 T0252——| GDMAZ000; RG3, 5092Ful Rate xX an8 ons 2434 000 1500 295 % ase Y od6 s2a1 a2s 1500 z iss eos 1627 1800 10208— CDMA2000, RC3, 803, Full Rate x 23.75 120.76 33.02 0.00 1500 206 % as y |_or srm mss T500 2| to000 12003 2048 1800 To205— CDMAZO0D.RCT1, 503. tenRateasir. X 9e8 seso 2550 903 500 298 % wa y |—Tar yase 1885 500 2z _see sii2_| 2028 500 Toror— LTEFDOD(GCFOMASO%RE,20NMNz, X 30 rare i7 000 1500 290 % me arsiy y 245| seao 1626 T500 2z |2er Toss i7is 1500 Tors: LTEFDD(ScrowA somRE.suNz, x 2se rero ir8r 000 1800 200 % Mc arsiy y |oss ssae fone T500 z i2s sesi 1249 1500 Torso: |LTEFDD(GCFDVMA.So%RE. 3Mz X 497 ress ie%s 000 1500 299 % me 16.0a0) y 13e sans a2s 1500 Z 176 sare fose 1500 Tosod. LTEFDD (GGroMA So%RE.3NNz, x s02 roor far9 00 fso0 £98% Anc ez—aam) y 112| sosr Ts 1500 z ize sise Tss 1500 T0301— IEEE 802.16e WiMAX (20:18, Sms, x Si5 seds i816 417 sao £96% AMA 1oViiz, apsk, PUSC) y ze sns fesr soo 2z 430 sass 1723 so0 10302— TEEE 802. 16e WiMAX (29:186, Sms, xX 5se sess 804 490 soo 180% AMA 10Miiz, QPSK, PUSC, 3 CTRL symbols) y «se sez iree soo 2z as2 saos 17s1 so0 Cortficate No: EX3—3866_May18 Page 23 of 39 en e wwenwa se w £o ie se sagtny ww n raws w se reprs esw oo upprene cugse e ecwy

D Dt&C Exsove— sN:385s May 31, 2018 10303— IEEE 802.160 WiNAX (B1—15, Sme., xX s3z seds iss 405 500 £96% AMA Toue, e4GAM, PuSC) Y |_aes |_soar i7se so0 2z |_aso |_6a72 1762 so0 10304— IEEE 802. 16e WINAX (29:18, Sme, X si0 sea2 feo2 417 sao £95% AMA touse, eaam, Pusc) y |_a4a1 ssar 0s 500 2 |_a42 |_seri_| 1720 s00 10305— 12EE 802. 16e WiNAX (31:15, toms, xX ase sars mar 602 sa0 £90% AMA 10MHz, G4QAM, PUSC, 15 symbois) y |_a41 sese 1e2s 350 2z |_a13 or78 f8a7 300 T030— 1EEE 802.16¢ WVX (29:.18, 10ms, xX [s13 sret 210 G02 sso £95% AMA 10MHe, G40AM, PUSG, 18 symbols) y |aso srso fes1 350 2 _a3o |_seer 1880 360 10307— TEEE 802.16e WINAX (29:18, 1Oms, X soo saor z2i 602 30 £96% AAA 10MHz, QPSK, PUSC, 18 symbols) Y 447 or.4r 18.70 350 2 120 sere 1852 350 10308— 12BE 802. 160 WINAX (29:18, toms, x sos saar mss 602 350 £96% AMA 1ouk, 160A PUSC) y 447| orzs iess 350 2z |_a2r |_soss fass 350 10308— 1EEE 802.16e WiNX (20:18, 0ms, X si9 srzs fers 602 so0 £96% AnA 10MHz, 16QAM, AMG 253. 18 symbols) y |_ase orss 1a80 350 2 441| 667 iass Eam 10310— 1EEE 802.160 WiNAX (29:18, t0ms, xX soo ar74 2oio 602 s50 £96% AMA 10Miz, OPSK, AMC 23, 18 symbols) y |asa oras fes2 350 2 |_as5 sors fase 350 10311 LTE—FDD (SC—FDMA, 100% RB, 19 X 3.70 7189 17.72 0.00 1900 206 % mc mz apsiq) y 280 sase isss 1500 2z |_sos |_sass foze 1500 Tosrs: ipenis x a41 san fes2 699 700 £96% AMA y 211| seze—| f2i7 Too z 250 sasr 1406 7oo Tosta— ineN ts x zoze i0138 233 1000 s00 180% AM y |sor _|_7i0s 1678 300 2z |_a4a |_Tres zons 300 Tosts— 1EEE so2.tis wiri 24 on(psSS, 1 x 118 sa0s 104 617 is00 +96% aas Mops, 96pc duty cycle) y |oss saaz fase 1500 z ios sis1_| 1560 1500 Toste— tEEE So2 1g win24 onz (Enp. X a7s srot 1661 oi7 is00 196% as OFDM, 6 Mbps, 96po duty cycle) y |_aze |_sest 1602 1500 z ass sass 1620 150. 10317— IEEE 802.11a WiFi 5 GHtz (OFDM, 6 x 4.79 67.01 1661 017 1500 £06% Arc Mps, 96pc duty cyclo) Y 426 6654 16.02 1500 2 |_a3s saes 1620 1500 Tosno— iEEEBOZ acWinGoMiz, GeQAM, x 488 ar3r 67 000 1500 195% Arp 89pe duty cycle) y 436| sesr f6o7 1500 2z 242| srze 1628 1500 Toap1— iEEESOZ TacWindoMnz, GeQAM, x 547 ar30 i6s6 000 1500 196% AnD 99pe duty cycle) y |_sor _|_sess 1610 1500 z 506 sass 1622 1500 Cortficate No: EX3—3806_May18 Page 24 o30 en e wwenwa se w £o ie se sagtny ww n raws w se reprs esw oo upprene cugee se riuy

D Dt&C Exsov— sh3ace May 31 2018 Toanz— iEEE B0zTracwin onz GroAn, X 579 ar80 1670 600 1500 296 % And 99pc duty cycle) Y 5.35 67.20 16.28 1500 z[s1 _|oreo_| 1642 1500 Todos— CDMAZ000 (xEV—D0, Rev. 0) x 275 7eoo 1803 ono 1150 £90% aa8 y on se sa7 Tso 2| i2 sres 1197 1150 Toaps——| CDWAZ0OO (xEV—D0, Rev. A) x ars Teoo i80s ono tis0 £96% Ae y |ozo s251 637 1150 2z ii2 eres te7 1150 Toans: Gowazoo0, ReS, So32, SoH0, Ful xX foo0d fraos a1s? o00 1000 296% Eo Rete Y foono 1izi0 2ree 1000 2 100.00 109.91 24.19 1000 Tosto. LTE—ToD (GC—FDMA, 1 Re, 10 Miz, x foose izare anse a25 so0 £90% Aap GPSK, UL Subtrame=2,3.4,7.8.0. Subframe Gonf=d) y |sis Toz Gem soo z Tess i1sss 2630 200 Toats: iEEE 802.11h Wiri 24 GHz (DSss, 1 X 105 saee ie2s 000 1500 208% AMA Mops, 99pe duty cycie) y |_oar 270 da2i 1500 z |_ose |_s400| 1522 1500 Toate: i€EE 802.119 Wini 24 Gnz (ERP: X «er coss fese 000 1500 208% LE OFDM, 6 Mbps, 99pc duty cycle) Y 424 so04 16.05 1500 2 |_as2 |_or06_| 1620 1500 Tostr— |iEe€BoZtiamWirSGHz(OFDM,6 x 4er sess es2 000 1500 296 % me Mps, 9pe duty cycle) y |_az _|_soee t6n5 1500 2 4s or0s 1620 1500 Toats: 1eE 802.119 win 24 onz (DoSe: xX ass ari4 ies« ono iso0 £90% AAA OFDM, 6 Mps, 99pe duty cycle, Long preambule) y 425 sose 1610 T500 2z 4ss arzo 1632 1500 Toars: iEEE 802. 119 wini 24 onz (Dose: xX ase or09 iose 000 1500 £88% AmA OFDM, 6 Mps, 9pe duty cycle, Short preambule) v |_azs co7r 1609 1500 2 4ss ar21 1630 1500 T0422—| IEEE802.1in(HT Greenfeld, 72Wbps, X 481 6707 1654 000 1500 £96% Aas spsiq y 4ss |_sers ied0 1500 z |_a4s |_ori7 1630 1500 10423— IEEE 802.11n (HT Greentela, 48.3 x so1 sras 1887 000 1500 £96% Lro Mops, 16—0AM) y a4s oro1 1619 1500 2z ase or42 1630 1600 10424— IEEE 802.11n (HT Greontolo,722 X ase er40 iess 000 1500 £90% Ae Mops, 64:0AU) v_[_aa1 _|_sose fear 1500 2z 449 or38 1637 1500 10425— IEEEGOZ1in(HT Greenfald, 15 Mops, X s40 ereo fo71 000 1500 95 % mae spsiq y |_sor _|_ori6_| 1636 T500 Z |_soo 6745 1648 1500 T0d26— IEEE 8OZ.1in iT Greenfeld, S0 Mbps, X 548 6764 1673 000 1500 196 % me 16—0am) Y |_soo arzs 1640 1500 2 si0 erso 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 cugse vviwr

TD Di&C | EX3DV4~ SN:3866 May 31, 2018 10427— IEEE 802.11n (HT Greentield, 150 Mbps, X 5.50 6767 16.74 0.00 150.0 1206 % And 64—0AM) Y 502 67.03 16.29 1500 2 507 6733 1642 1500 104330- LTE—FDD (OFDMA, 5 MHz, E—TM 3.1) x 4.58 7157 18.08 0.00 1500 £96% An Y 437 T337 16.78 150.0 2| ase 7a2r 1924 1500 3431- LTE—FDD (OFDMA, 10 Meiz, E—TM 3.1) x 443 67.66 16.67 0.00 1500 £96% a Y |_ass 6722 1580 1500 2 305 6777 16.20 150.0 10432——| LTe—roo (oroNAis inz EMan x a7 era9 1665 ons is00 206% AAB Y 417 67.06 16.08 1500 2 426 6752 1632 150.0 10433— LTE—FDD (OFDMA, 20 Mriz, E—TM 3.1) X 4.94 6748 16.68 0.00 1500 £96% AAB Y 443 sroo 1619 1500 z |_as1 6742 1630 1500 1043¢— W—CDMA (B8 Test Model 1, 64 DPCH) X 475 7261 19.13 0.00 1500 £96% AAA y iss 7as 1256 1500 2 400 Tore 1926 1500 10436 LTE—TDD (SC—FDMA, 1 RB, 20 Mriz, x 10000 12088 3030 323 80.0 296 % AAG GPSK, UL Subtrame=2.3.4,7,8.9) Y 304 7561 1584 80.0 2 seas mare 2ear 800 10447— LTE—FDD (OFDMA, 6 Miz, E—TM 3.1, xX 3.70 67.99 16.38 0.00 1500 290% AnB Clipping 44%) y sor seee fa62 150.0 z am sr7e 1817 150.0 10448 LTE—FDD (OFDMA, 10 Mriz, E—TM 3.1, x 425 67.46 16.55 0.00 1500 £86% ms Glppin 44%) _ y s7 sroi 1677 1500 Z 362 6758 16.09 1500 10449 LTE—FDD (OFDMA, 16 Miz, E—TM 3.1, x 450 67.35 1657 0.00 1500 290% Ans Glping 44%) y o cone 1558 1500 2z |_ai er3e 1624 150.0 10450— LTE—FDD (OFDMA, 20 Mriz, E—TM 3.1, x 4.67 6724 1656 0.00 1500 +906% AnB Cliping 44%) y |_iz sorr food 1500 & 431 6122 1626 1500 10451— WCDVMA(GS TestModel1,64DPoH, X ars sed2 1622 000 1500 1965% AAA Glpping 44%) Y 285 6652 13.77 1500 2 302 6754 1642 1500 10456— IEEE 802.1 tac WiFi (160MHz, 64—QAM, X 632 6821 16.86 0.00 1500 296% me 99pe duty oycle) Y es sres 1650 1500 2 5.98 cres 16.58 150.0 10457— UMTS—FDD (DC—HSDPA) x 385 6562 1628 0.00 1500 296% AMA Y 350 6537 15.78 1500 2 ser 6581 16.00 1500 10458— CDMAZO00 (1xEV—D0, Rev. 5, 2 x 420 iss isst o0 1800 296% AMA carers) |_ Y 3.72 Tiso 16.70 1500 z|_aio |_7asi 1761 1500 10459— CDMA2000(1EV—DO, Rev. 8, 3 X 531 68.36 1852 0.00 1500 £96% AMA carers) Y sor 7041 1852 150.0 2 5.02 T25 18.39 150.0 Certficate No: EX3—3066_May18 Page 26 of 30 w e rewe ns ce ovmimema sire peiny uis ie raumes wse ropors amninan w rone uppmveres

D Dt&C Exsovs— sN—s066 May 31, 2018 10560— UMTS—FDD (WGDWA, Avir) x 140 Tre mr2r oco 1500 96% AM Y o7 és40 1527 1500 z 101 722 is0¢ 1500 10461 LTE—TOD (GC—FDMA1 R&, 1.4 Viz, x i0000 i2830 saes 20 soo +96% AmA GPSH, UL Subtrame=23.4,7.8.9) Y 235 7420 1626 200 2 35.60 10926 2658 80.0 10462—— LTE—TDD (GC—FONA, 1 RB, 1. Miz, x i0000 iosio 2as a23 s00 96% AMA 16—0AM, UL Subtrame=2.34,7.8.9) Y 083 €0.00 L13 80.0 2 |_o7s soco _53 800 10463 LTE—TDD (GC—FDMA, 1 RB, 1.4 MHz, x 10000 10448 2276 323 80.0 +968 % AMA 61—QAV, UL Subtrame=23.4,7.8.9) y |_o8s sono 659 800 2 0.40 5601 387 80.0 Toi6t— LTE—TDD (GC—FDNMA, 1 RB, 3 Viz, x foond iz¢os a177 323 so0 £96% AA GPSK, UL Subtrame=2.3.4.7.8.9) ¥ 151 65.70 1351 80.0 2 |_ore orse 2116 800 Toass. LTE—TOD (GCFONMA, 1RB, 3Mz 16— x 10000 10745 2415 325 so0 £95% AMA QAM, UL Subtrame=2.3.4.7.8.9) y oss sono o7 s00 & 0.75 60.00 647 80.0 Toiss— LTE—TOD (GC:—FDMA, TRB, 3Wz64— x ooo ioseo 2249 323 s00 296% AAA QAM, UL Subtrame=2.34,7.8.9) y o8s so00 656 500 z |_o40 seos 37e so0 Tossr——| LTE—TOD (GC—FDMA, 1 RB, 5 Wiiz, x oono i2a2e sigs 325 so0 96% Mc OPSK,UL Sublrame=23.4.7.8.9) y |_iso soss 1ez so0 2 ie si0e 227 soo 10468« LTE—TDD (BC—FDMA, 1 RB, 5 MHz, 16— x 100.00 1073 2422 323 80.0 £9.6 % Anc QAM, UL Subtrame=2.34,7.8.9) Y 083 $0.00 7.09 800 2 o7 son0 649 so0 foigs. LTE—TOD (GC—FDNA, 1RB,SMHz 64— x i0000 fos91 2249 323 soo 98% Mc aan, uL. Suptrame=2.3.4.7.8.9) y |_o85 coco |_656 500 2 o3 sess 370 200 10470— LTE—TDD (GC—FDMA, 1 RB, 10 Mriz, x 10000 12433 3189 323 80.0 £9.6 % AnC OPSK, UL Subame=23.4.7.8.9) y iss éa3s fs80 s00 2 tss sois 2220 800 Toari— LrE—ToD (GC—romA, 1 Re, 10Mz 16— X 10000 10786 2410 325 so0 £96% Anc QAM, UL Subtrame=2.3.4.7.8.) y |_o% coco |_7or 200 2 0.75 60.00 647 80.0 Torz— LTE—TOD (GC—FOMA, 1 R&, 10Mz 64— x 10000 1os8s 2249 323 s00 190% Mc QAM, UL Subtrame=2.3.4,7.8.9) y o8s eono 654 500 Z 0.39 55.90 375 80.0 1oa7s— LTE—TDD (SC—FDMA, 1 RB, 19 Miiz, x 10000 12420 317 323 80.0 29. % Ac OPSK, UL Subtrame=2.3.4.7.8.0) y iss sasr fa7s so0 & 13.13 9492 2213 800 Tod7a— LTE—TOD (GC—FDMA, 1 RB, 16 Miiz. 16— x 10000 10787 219 325 soo 198% Anc QAM, UL Subtramo=2.3.4,7.8.9) y o83 soc0 |_7o7 so0 z |_ors so0o |_6a7 so0 10475— LTE—TDD (GC—FDMA, 1 R&, 15 MHz, 64— x 100.00 10386 2246 323 80.0 £9.6 % Anc QAM, UL Subtrame=2.3.4.7.8.9) y |_o8s eoo0 654 so0 2 0.39 55.90 374 800 Certficate No: EX3—3866_May18 Page 27 of 30 en e wwenwa se w £o ie se sagtny ww n raws w se reprs esw oo upprene cugse se iiwr

D Dt&C | | Ex3DV4~ sNse8 May 31, 2018 10477. LTE—To(GCFOMA 1 RB, 20 Mz 16— X too0e for39 2410 325 810 195% Mc QAM, UL Subtrame=2.3.4.7,8.) y |_oss _|_sone |_Tos so0 z |_os |_60.00 |_644 so0 1047B. LTE—TOD (GC—FoA1e 20z 64— x foond fosso 2243 323 s00 £96% Ac QAM, UL Subireme=2.3.4.7.8.0) y oss sons ass soo 2 |_ose |_sose |_372 so0 fodra. LTe—ToD(ScrONA.so% Re. ramnz, x 2308 ios54 2004 325 so0 255% AAA QPSK, UL Subtrame=2.3.4.7.8.9) y |aso yaar iess 200 2z 1280 s946 2577 800 10480. |LTE—TDD(GCFOMA So% RB, 14MHz x saze forst 2648 325 800 £96% AAA 16—0AM, UL Subframe=2,3.4.7.8.9) Y |_2or ssas im 200 Z s36 idz 1a04 200 1od81— |LTE—TDD(SCFOMA.S0% RG 14MHz, x rase sess 2470 325 800 £95% AMA 64—OAM, UL Subtrame=2.3.4,7,8.9) y Tss ~|_s2se fode so0 2z |_21s |_cais_| 1152 so0 fode2. |LTE—TDD(SCFDMA.50% RB.3MHz. x aco ar44 22e 228 800 96% AAA GPSH,UL Subtrame=2.3.4,7.8.9) y 12e s2sr fose soo 2z ier esa0 1232 soo 10i88— |LTETDD(SCFDMA. So% ME sWz X 1201 see1 232s 225 800 £95% AAA 16—0AV, UL Subtrame=2.3.4,7.8.9) Y 1151 61.13 930 80.0 2| i7s 6200 <os soo Todd— |LTE—TOD(GGromA Su% RG.aMz. x 1102 630 2250 223 800 £96% AMA 61—QAM, UL Subtrame=2.3.4,7.8.0) y |_1s1 sose _|_ou7 200 z[ is s2si t0.10 so0 10485 |LTE—TDD(GCFDMA.S0% RB.SMiz, X 748 sass raze 228 su0 196% arc GPSH,UL Subtrame=2,3.4.7.8.9) y tss arze esn so0 2z 245| Toar 1606 so0 fodge— |LTE—TDD(SCFOMA. So% Re.SMNz. x S0e reed fesd 225 800 195% Anc 16—0AM, UL Subirame=2.3.4,7.8.9) y |_tes esn iss so0 z 22 esss 1821 so0 Tosar. LTE—ToD (GC.FOMASo% RB. 6MHz, x 481 7eur fe24 225 soo £96% Mc 64—OAM, UL Subtrame=2.3.4,7,8.0) y tea sass mss 200 2| 22| esaa 1500 so0 Toige: |LTE—TDD(GCrow® sox Re townz. x 616 so6s 2207 225 800 95% Ac GPSK, UL Subtrame=2.3.4.7.8.9) y |_2er so10 1650 so0 2z 201 7osr i7se so0 Tosso. Lre—ToD (Gcrowa sox Re fomhs, x asr 207 feso 225 so0 £95% Anc 16—0AM, UL Subframe=2.8.4,7,0.9) . v 275 se70 150 soo 2 |_2or éara fei7 soo Tosgo. LTE—TOD(GCFOMA,so% RB, foMHz, x ase T245 1910 223 800 £96% Ac 64—OAM, UL Subtrame=2.3.4.7.8.0) y |_2ss seri is3e so0 2 |_sos |_ors f6.i1 so0 Todgi— |LTE—TOD(GCrowa som Re iswnz, x ssi Tess 2060 223 800 £96% Ac OPSK, UL Subtrame=2.3.4.7,8.0)_ y zse saas fesr 200 2z |_sio sar iss ©0.0 Toigz. LTE—TOD(GCrom, So% RB, isnnz X 487 7120 1875 225 800 £96% Ac 16—0AM, UL Subtrame=2.9.4.7.8.9) y |_sir sess 1680 200 z ass srse fea¢ 200 Certfcate No: EX3—3866_May18 Page 28 of 30 bavme wwwapive ies 1smm sine wopgiiy uie e raunes w sn nmss uon aprprevan cugse wwrse

D Dt&C | | exsovs— shtseee May 31, 2018 Tois: |LTE—ToD(GCrDMA.somRa. foMnz, x ari Toso ised 225 800 196% Anc 640AUL Subtrame=2.3.4.7.8.9) y sz sess 1687 200 _ 2| ss0 aras 1638 soo Toags— |LTE—TOD(GCFDMA, SowRe,zoMHz, x ses reer 2iss 223 800 £98% Mc GPSK, UL Subtrame=2.3.4,7.8.0) y s1z seao fear so0 2 |_sa1 Tiz 770 so0 10495— LTE—TOD (SC—FDMA, 50% RB, 20 Mriz, X 480 71.95 18.05 223 80.0 196 % Anc 16—0AM, UL Subtrame=2.3,7.8.9) Y |sz0 saso fei2 200 2| ase sre2 1685 200 10480 LTE—TDD (SC—FDMA, 50% RB, 20 Mriz, x 400 7139 10.89 223 80.0 290 % mo 64—OAM. UL Subtrame=2.3.4.7.8.9) y 32e serr fen 200 2z sae srea 1680 800 Toasr tTe—ToD (GC—FONMA, 100% Re,14 xX 7e ss02 riee 223 800 £96% AMA Miiz. PSK, UL Subtrame=2.3.4,7.8.0) y |_osr sond |_Tes so0 2z |ose |_e000_|_824 800 Toass: LTE—ToD (GC—FONMA, 100% Re, 14 x ao1 Tase 1622 225 800 ©96% AAA Mriz, 16—0A\, UL Sublreme=2.8.4.7.8.9) y 116| sond 677 so0 z |_i14 |_so00 |_70s 800 Toass: LTe—Too (Gc—FoNia, 100% R, 14 x s80 140 ises 223 so0 £96% AAA Miiz, 64—0AM, UL Subtrame=2.3.4.7.8.9) y 118| son0 se3 so0 z |_i16 |_son0 686 so0 Tosoo— LTE—ToD (GCFpNA 100%RE. 3Nz x a32 aa0e Paas 225 so0 +58% AAA oPSi, UL Subrame=2.34,7.8.9) y 2z s13 1526 200 _ 2z |_2ee |_rori 1660 so0 foso1— tTe—Too (Gc—roun, roomRe.aNnz, X 475 ase foss 225 sa0 £96% AAA 16—0AV, UL Sublrame=23..7.8.9) y |_230 s532 fear 200 2z |_2eo ar2i 1ase so0 Tosoz: LTE—ToD (GCFDNMA. 1o0%RS.3NNz, x 478 7ase feir 223 so0 96% AAh 64—0AM, UL Subtrame=2.3.4.7,8.9) y _23 sore 1932 so0 2z |_2e2 |_eoso 1ase so0 Tosos. LTE—ToD (GCroMA. toomRe.suinz, x 603 sos> Pi94 223 soo +95% mc GPSK, UL Subtrame=2.3.4,7.8.) v 257 saso tese soo 2 287| Yors 1745 soo Toss— LTE—TOD(GCroNfoo%Re.sunz, x 456 T286 i92 223 soo £95% Mc 16—0AV, UL Subtrame=2.3.7.8.0) y |_z7 seer sss so0 2| _2es esor 1610 so0 Tosos— LTE—TOD (GCFohToo%Re.sunz, x ase 72ss food 225 soo z55% Mc 64—0AM, UL Subirame=2.3.4.7.8.9) Y 2ez seer 1631 200 2z so erer 1604 so0 Tosos— LTE—ToD (GC—Fonn, 1o0% RS, 10 x ose yoas 245 225 so0 £96% Mc MHz, OPSK, UL Subtrame=2.9.4,7.8.9) y in sase fess soo z| sse ross ir6e so0 Toso7— LTE—TOD (SC:FONMA, 100% Re, 10 x aze mar 1801 225 too £96% Mc NMHz, 16—0AM, UL Subtrame=23.4.7.8.9) Y |_sie |_coss T6us soo 2z ase or7 1661 soo Cortiicate No: EX3—3866_May18 Page 20 of 39 bavme wwwapive ies 1smm sine wopgiiy uie e raunes w sn nmss uon aprprevan cugse ce rive


Document Created: 2019-02-07 11:39:02
Document Modified: 2019-02-07 11:39:02
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