SAR Test report 3

FCC ID: SS4RFR900S

Test Report

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FCCID_4283689

TD Dt&C Ex3OV— sNi:3800 May 31, 2018 10427— IEEE 802.1in (HT Greentld, 1soMops, X 550 767 1674 000 1510 296 % And ct.onm y |_soz sros 1629 1500 2z |_sor sr3s 1642 1500 )1&%30- LTE—FDD (OFDMA, 5 Vz E—TM3.1) X ass rier 1898 000 1500 296 % y asr Toar fe7s 1500 2| 45e |_7aar 1924 1500 :\%31- LTEFDD (OFDMA, 10Mz E—TMa1) x 443 sree ieer 000 1800 96% Y |_ses orz» 1580 1500 2z se er77 1820 1500 10432 |LTEFDD{OFDMAisMHz ETMan) x a7i 6r49 i66s 000 1500 296% Me y 447 sros fe06 1500 z aze srse 1632 1500 10438 |LTEFDD(OFDMAZOMHzE—TM31) x ase r46 1668 000 1500 205% ans y |_a4s sroo 1819 1500 2z |_as1 6r42 teso 1500 10i34— WCDMA(GSTestModel1,G4DFCN) x 475 7261 1913 000 1500 296% AA y iss 7as es T500 2z 480 7are 1928 1500 ToiBs: LTE—TDD (SC—FOMA, 7 RG, 20 Miz. x foono iz0se soso 25 800 £96% Arc GPSK, UL Subtrame=2.3.4.7.8.9) y |_sor 7aor is so0 z toss foore 2a31 soo Todd7— |LTEFDD{OFDVASMHzE—TM31, x a7o sree i63s 000 1500 296% Ms Clipping 44%) Y sor sase moz 1500 z |_a2e |_or78 1517 1500 Tosis— |LTEFDD{OFDMA. i0MfzE—TMa1, X a2s sr4s 1655 000 1500 296 % Ans Clippin 44%) y 372 sror i8277 1500 2z se> sr58 1609 1500 fodds. |LTEFDD(OFDMAisMHz E—TM31, X 4so srgs 1657 o00 is00 £96% ans Clipng 44%) y |ao1 sese tsse 1500 2 [an srse 1624 1500 fois0— |LTEFDD{OFDMA.Z0MHz E—TM31, X aor er2s fese 000 1500 296 % And Clipping 44%) y |_i2 ser feor 1500 z 131| 6722 1626 1500 Tod5t— W—CDNMA(BS TestModel1, 64 DFCH, X 375 se42 1622 000 150 296% AAA Clipping 44%) y zes sisz fo7r 1500 z soe orse 142 1500 Todse. |EEEBOZTacWiri(IGOMHz Gi—GAM, x e32 sazi isme 000 1500 296% Ans 99pe duty cycle) y ses sres 5o T500 2z soe sres fose 1500 Toasr— UMTS—FOD (DC—HSDrA) x ses seer fezs 000 1500 £96% AAA y seo sasr fo7e T500 2z ser sast 1600 1500 Toass— GDMAZO0® (TEV—D0, Rev. 8, 2 xX 420 riss iss ou0 1800 £96% AAA carers) Y s72 Tise 1670 1500 z |_a10 7331 i761 1500 Todss— CDMAZOOD (TxEV—D0, Rev. 8, 5 x 531 sass iss2 on 1800 196% AM. cariers) y |_sor Toar fese 1500 2 602 Toss isso 1500 Certficate No: EX3—3806_May18 Page 28 of 39

TD Dt&C Exsove— sNsess May 91, 2018 10460—_ UMTE—FDD (WGDVA, AviR) x 140 Trea r127 000 1500 £96% Aan _ __ y o7 sea0 1827 o0 z |_io1 7228 is0 1500 Tosst— LTE—ToD (GCFONMA, 1 R&, 1.4 Mz, x 10000 1230 s20e 320 soo £96% AAA PSK, UL Subtrame=23.4.7.8.9) y| 235 7azo feze soo 2| seee toazs Pase oo Toses— LTE—TDD (GCFDMA 1 RB, 14 Miiz. xX to000 fost0 2446 325 §00 296% AMA 15—0AV, UL Subtramo=2.34.7.8.9) y |oss sond Tis so0 2z |_ore son0 653 soo Tosss— LTE—ToD (GCFDNMA, 1 R&, 14 Miz, x 10000 10448 2276 323 oo +96% AAA 61—OAM, UL Subtrame=2.3.4.7.8.9) y |_oss sone 650 soo 2z |_o40 |_seor |_sa7 soo Tosse: TTE—ToD (GC—FDVA, 1 RS, a MHz. x fooos i2408 3177 325 §00 £96% AM GPSH, UL Subtrame=2.3.4,7.8.9) y is1 saz0 s soo 2z 976 |_oi36 2118 so0 Torss— |tre—toD (GCrpMA. TRB, Mnz 16. x foo0d for4s 2415 323 o0 296% AMA CAM, UL Subtrame=2.3.4.7.8.0) y |oss |_son0 |_Yor soo 2z |_ozs |_6000_| 647 soo Toiss LTE—TOD (GC:FONA, TRE, aMHz60— x fooo0 10380 2249 325 800 296% AAA CAM, UL Subtrame 789) y_|_ose _|_sous o%6 sop 2z |o4o saes 370 s00 Tossr——| TTE—T0D (GCFDNA 1 RB, 5 ¥iiz. x i0000 1220 sims 325 s00 £96% Mc GPSK, UL Subrame=23.4.7.8.9) y 1so sass maz so0 2z 1219 |_siee 227 so0 Toabs— LTE—TOD (GC—FOMA, 1 RB, 5 MHz, 16— x 100.00 10763 2425 323 80. 196 % Anc CAM, UL Subtrame=2.3.4,7.8.) y |ogs 000| 705 so z |_ore 000| 649 200 Toiss— LTe—ToD (GCrpMA, 1hB, Mnz 64— x i0000 10391 2240 325 so0 256% mc CAM, UL Subtrame=2.9.4.7.8.9) y |_oss |_son0 650 so0 2z |_ose sees 378 soo Toaro— LTE—ToD (GCFONMA, 1 RS, 10 NHz, x foo0s i2433 s180 323 so0 £96% Arc GPSK, UL Subtrame=2.3.4.7.8.9) y iss sess 1350 o 2| 1338 |_ssis 2220 so0 Toari— Lre—ToD (Gcrona, 1Re, tomnz 16. x 10000 10756 2410 325 00 256 % arc CAM, UL Subtrame 789) y |_oss ~|_son0|_yor o 2z |_o7s |_so00| 647 oo Toarz— tre—toD (GCrowa, 1Re, tomnz. 64— x 10000 10385 2245 325 so0 £265% m GAM, UL Subtame=23,4,7,8,9) y |_oss sone 654 mo 2z |_ose |_seeo 375 soo Toars— LTE—TOD (GC—FONA, 1 RS, 15 MHz, x foono 12420 st87 325 so0 £56% Mc GPSK, UL Subtrame=23.4.7.8.9) y |_1se sesr fa7s soo 2z fais sez Pars so0 Toara— LTE—TOD (GCFDMA, TRB, 16Mz 16— x foono forar 2410 323 s00 £56% Anc CAM, UL Subtrame=2.3.4,7.8.0) y |_oss |_son0 Tor so0 2z |_ors 6000 647 s Toars— LTe—ToD (GCFDMA, 1Re, is Mnz 61— x 10000 fosss 2246 325 800 296% Mc GAM, UL Subtrame=2.3.4,7.8.9) y oss sono as so0 2 ose soeo 374 so0 Certficate No: EX3—3866_May18 Page 27 of 30

TD Dt&C EX3DV4— SN:38ss May 31, 2018 Toarr— LTE—TOD (GCFOMA, TRB, Z0MHiz, o. X 100.00 forse 2410 325 800 256% Anc OAU, UL Subtrame=2.34.7,8.9) Y 0.83 $0.00 705 800 z |_ozs soc0 644 soo 1047B— LTE—TDD (GC—FDMA, 1 Re, 20 MHz, 64— X 100.00 fosso 2243 325 800 296% Mc GAM, UL Subtrame=2.3.4.7.8.9) Y 085 60.00 653 800 z |_ose sees 372 soo 10479. LTE—TDD (GCFDMA.SO%RE, 14Mz X 2505 foase 2ood 325 800 296% AnA GFSK, UL Subtrame=2.3.4,7.8.9) y |_aso Tear 1885 800 2 i2se ssas Parr 200 10480— LTE—TDD(GCFOMASo%RBfaMnz X 3223 forsi 2646 323 so0 £96% AAA 16—0AM, UL Subtrame=2.34,7.8.9) Y 207 65.46 11.71 800 Z |_ase Tiaz 1408 s00 Tod8t— LTE—TDD(GCFDMA, SO%RE, 14Mz X 2iad sess 270 a2s s00 290% AAA 64—OAM, UL Subframe=2.3.4.7.8.9) y |_tes sr06 10.18 800 2| 213 seis 1182 so0 Todgz— LTE—TDD (GC—FDMA, S0% R&, SMHz, x 869 sras mars 220 soo 196% AMA GPSH, UL Subtrame=2.34,7.8.9) Y 128 8237 10.50 800 2 is1 ssso 1252 so0 10d88— |LTE—TDD(GCFDMA.SO%RB, 3MHz, X f2a1 sea1 2a2s 22 soo £96% AMA 16—0AV, UL Subtrame=234,7.8.9) y |_tsi o1is 950 so0 2 izs erse ios¢ soo Toiss— LTE—TDD(GCrowA. sox Rb.3uiHz X 1102 sess 2250 223 so0 £96% AAA 64—OAM, UL Subtrame=2.3.4.7.8.9) y ts coss _9 i7 800 Z |_teo sas1 10.10 so0 Toa8s LTE—TDD (GC—FDMA, S0% RB. S MHz. x 7.as sas maze 223 soo +96% Arc GPSK,UL Subtrame=2.34,7.8.9) y 198 erze 1431 so0 2 245 Toar 1606 so0 T086 LTE—TDD (GC—FDWMA, 50% R&, S MHz, x 5.08 Tome 1oss 223 s00 £96% Mc 16—00, UL Subtrame=2.34.7,8.9) Y iss éart mss so0 2z 223 ssas 1321 so0 10487— LTE—TOD (SG—FOMA, 50% RB, 5 MHz, x 491 75.07 1924 223 800 £90% Anc 64—0AV. UL Subtrame=2.3.4,7.8.9) y |_tse éass feo 800 7z 22 bsas 1300 so0 Toass— LtE—ToD (GC—FoA, So% R&, toMHz, X 615 soes 2207 223 soo 196% Arc GPSK, UL Sublrame=2.34.7.8.) Y zs1 saro 1650 800 2 291 Toor 17.96 800 Toaso. LtE—Too (GC—FoA, So% RB, 1O MHz, x 457 Taar 1930 223 so0 £96% Arc 16—0AM, UL Subtrame=2.34,7.8.9) Y zs seo 1540 so0 2 297 68.13 16.17 800 Tosgo. LTE—TOD (GC—FDWMA, 50% RB, 1O MHz, x 459 Tess 1910 223 so0 £96% Mc 64—0AM, UL Subrame=2.3.4,7.8.9) Y 283 seri 1538 so0 2 304 6798 16.11 800 Toagt— LTE—TDD (GC—FoA, So% Re, to MHz, X 551 Tess 2060 223 soo £96% Arc GPSK, UL Subtrame=2.3.4.7.8.9)_ Y 296 6643 16.57 800 z s19 sorr i73s 800 Tod2. LTE—TOD (GC—FOMA, S0% R6, ts MHz, X 47 Tizo 1875 223 so0 196% AAC 16—0MM, UL Subtrame=2.3.4.7.8.9) Y 317 6663 15.90 800 2| 333 srse i64¢ 200 Certficate No: EK3—3868_May18 Page 28 of 39

TD Dt&C Exsov— shissse May 91, 2018 Toags: Lre—Too (GC—FDNMA, So% RE, is Mz x 471 yoso isea 223 so0 205% Ac 61—0AM, UL Subtrame=2.34,7,8.9) Y |_szs soss 1687 soo _ 2z |_aso eraa fose s00 Toigs— |LTE—TDD(SCFDNMA. SOkRB.20MHz, x Ges 7987 2i8s 223 $00 206% Ac PSK, UL Subtrame=2.3.4.7.8.9)_ [ 5iz soad esn so0 z [s1 7iee i77e 200 Torss: LTE—ToD (GC—FDNMA, SO% RE, 20Mz x 480 ies f90s 225 s00 £96% anc 18—OAV, UL Subtrame=2.3.4,7,8.9) y sz sase fer2 oo 2z s3 are2 1665 o Torse: |trE—Top (GerpNA.sokRE 2omiz x 480 7iss is3 223 o0 £90% Mc 61—OAM, UL Subtrame=2.3.4.7.8.9) y 52e se en so 2| ase |_orea 1000 so0 Toagr— tTe—Tob (GCFDNA, 1o0% RB, 14 xX Tez sso2 riee 223 too £90% AAA NiHz, OPSK, UL Subrame=2.8.4,7,8.9) y |_osr son0 Tss soo z |_ose |_son0| 824 so0 Toass LTE—ToD (GC—FDNA, 100%RB, 1.4 x «01 7ase 1622 223 soo £96% AmA NiHz,16—aAM, UL Subtrame=2.3.4.7.8.0) y 116| sou0| 677 Eoo 2| i.4 |e000_| 703 s0.0 Tor9g. LTE—ToD (GC—FONMA, 100% RS, 1.4 x sso m49 1865 225 soo £90% AMA NiHz, 64—aAM, UL Subtrame=2.34,7.8.9) y 118 _|_sond 6e3 wo z[ i116 |_e000|_s.c0 o Toso0— |UTE—TDD(GCFDNMATO0kRE.3NMNz. x 632 sade maas 2250 M00 £96% AMA CPSK, UL Subtrame=2.3.4,7.8.9) Y 224 6813 15.26 800 2z |_2ee |_7ori_| 1669 soo fosor— tTe—Too (Gcronn Tobk RE.aNNz, x 470 yass feas 225 so0 £96% AMA 15—QAM, UL Subframe=2.3.4,7.8.9) y 230| 532 foar soo Z |_26o er2i_| 1ase so0 Tosor: Lre—too (GcroNA. fopk Re. aNNz, x 478 7300 fei2 223 so0 296% AMA 6+—OAM, UL Subframe=2.3.4.7.8.9) y 236| saie esz so0 2| 2e> sese tass so0 Tosns— |LTE—TOD(SCFDMA. foo%RB,SMHz, x o03 sose 2194 223 #00 206% ac GPSK, UL Subtrame=23.4.7,8.9) y 257 saso fose Eou 2z |_2er |_7ore 1745 so0 Tosns— LrE—ToD (GCFDMA, 1o0% RB.SMiz. x 454 7286 1024 225 600 £96% anc 15—QAM, UL Subirame=23.4,7.8.9) y |_27s saer 1533 sn 2| 2s saot 1610 so0 Tosns: LTE—Tob (GCrDMA foowRB,SMNz, x 456 7283 1004 225 s00 £90% Ac 6t—QAM, UL Subframe=2.3.4.7.8.9) y |_2ez saor fosn soo 2z |_s02 erar 1608 so0 Tosos: LTE—ToD (GC—FDMA, 100% RS, 10 x ose 7oas mds 225 so0 £96% me NiHlz. OPSK, UL Subtiame=23.4.7.8.9) y |_si1 sas fess Eoo 2z ass ross 1768 son Tosor— LTE—TDD (GC—FDMA, 100% R&, 10 X 47e mar for 223 soo £96% arc NiHz, 16—aAM, UL Subtrame=234.7.8.0) y |_sis |_soss f608 so0 z am r70 1661 so0 Cortfcate No: EX3—3866_May18 Page 20 of 39

TD Dt&C EX3DV4~ SN:3056 May 31, 2018 Tosns— LTE—ToD (GC:Fowa, 100% RS, 10 x ar mar me70 22 sio :96% AAG NMHz, 64—QAM, UL Subtrame=2.9.4,7.8.9) L Y 327 66.69 16.06 800 2 342 67.55 16.55 80. 10800 LTE—TDD (SC—FDNMA, 100% RB, 15 xX 6.15 76.10 20.18 223 80.0 £9.0 % AAG MHz, OPSK, UL Subtrame=23.4,7.8.9) Y 356 65.76 16.70 800 £ 3.00 6090 17.57 800 10510 LTE—TOD (SC—FDMA, T00% RB, 15 X sir mos m8es 223 soo 196% AAC NMHz, 16—0AM, UL Subtramo=2,3.4,7.8.9) y see sore to30 so z |_sa1 erse fori soo 10811 LTE—TDD (SC—FDMA, 100% RB, 15 x 5.15 7057 18.53 223 800 £9.6% AACG MHz, 64—OAM, UL Subtramo=2.3.4,7.8.9) y |_s7o sess eze ato 2 366 6736 16.68 800 10512 LTE—TDD (SC—FDMA, 100% RB, 20 X 721 Tosk 2126 223 800 £9.6 % AnC MHz, QPSK, UL Subtrame=23.4.7.0.9) Y 359 6a.cs 162 sto z seo rire 1772 aco 10513 LTE—TDD (SC—FOMA, 100% R&, 20 X 5.14 TM 10.95 223 8t.0 £9.0 % AAG NMHe, 10—OAM, UL Subrame=2.34.7.8.9) Y 356 6687 1634 80.0 z|_a10 sres 1627 so0 10514— LTE—TDD (GC—FDMA, 100% RB, 20 X 5.05 70.95 18.60 223 80.0 £9.0 % AG NHz, 64—0AM, UL Subtrame=2.34,7.8.9) y sez seer 1629 sco 2 3.76 6734 16.69 800 10515 IEEE 80211b WiFi 24 GHz (DSSS, 2 x 1.01 65.06 1643 0.00 1500 £90% AAA Mbps, 99pe duty eycle) Y 083 6296 1425 1500 2 085 6420 1532 1500 fosie. |iEEEMOZTibWFzZIGHz(DSGS, 55 X a0s i0e2d si2s on0 isn0 296% AAA Mbps, 99pe duty oycle) Y 055 7201 1681 1500 z os2 Tess 2125 1500 10517 IEEE 802116 Wii 24 GHz (DSSS, 11 X 0.96 60.40 18.30 0.00 1500 29.6% AAA Nbps, 99pc uty cycle) y |_oer sisr ia7 1500 z css seer 1639 1500 fosis. |iEEESO2tianWimSGHz(OFDM,9 x 4er sr0r 1651 000 1900 206% And Mbps, 90pc duty cycie) y |_azs sere 1604 1500 2 431 6718 16.26 1500 10518— IEEE 802.110h WiFi 6 GHz (OFDM, 12 X 489 6735 16.04 0.00 150.0 19.6 % ESS Mbps, 99e duty cycie) y |_asr seer fore 1500 2z |_a4s or3s foss 1500 1osz0— |iEECAOZTIaNWirSGHz(OFDM. is X 474 ar36 1689 o0o 150 296 % ams Nbps, 99e duty cycle) Y 423 Sose 16.04 1500 z |_a31 6728 1620 1500 10821— TE 02.1tam WiFi 5 GHz (OFDM, 24 X 468 6730 16.59 0.00 1500 £9.6% AnB Mbss, 99e duty cycle) y |_a10 seei foor 1500 Z 4.25 67.25 16.25 150.0 10522« IEEE 802. 110h WiFi 5 GHz (OFDM, 36 x 4.72 6734 16.61 0.00 1500 £86% And NMbps, 99pc duty cycle) Y 421 6693 16.17 150.0 2 429 67.3 16.33 1500 Certficate No: EX3—3866_May18 Page 30 of 39

TD Dt&C exsovs— snisoss NMay 31, 2018 tos2s— |ice€SOZTiamwinsGHz(orow,as X 46o sr2r i649 o00 600 £90% asd Nops, 89pc duty cycle) vJ_an soas foos Too z|_a2s |_ora1_| 1028 1500 fos24— iEEESOZtTanWinsGHz(OroM, 56 x aer era0 16e0 o00 is00 £90% ans Nps, 99pe duty cycle) Y 417 ESEH 16.11 1600 2 a2 sr3s 1639 150.0 10526— 1EEE 802.1 tac WiFi (20MHz, MCSO, x 4853 66.35 16.20 0.00 1600 £96% Ans $3pe duty cyele) Y 420 66.00 15.74 150.0 2 420 seas tsar 1500 10526—— IEEE 802.1ac Wiri (2OVNz, MCST, xX ass ser 634 o0o 1500 296% Ang 99pe duty cycle) y 452| soze 1685 1500 2z |_a41 se.ra |_16.08 1500 1o52r——| 1EEE 602.1ac Wim (2VNz, MCSZ, x a76 sare e3 ano imo £96% As 99pe duty cycle) y 425 sozs 1579 1500 z ase sors 1608 150.0 10528——| 1EEE 802. ac Win (2oViNz, MCSS, x ars sore 1634 ono isoo £96% ans 99pe duty oycle) y 427 62e isa2 T500 T 436 66.74 16.06 1600 10520— 12EE 802.ttaWin (2oVirz, MCS4, X are sare 1634 000 to00 £96% ass 99pe duty oycle) y |_42r |_soze 1982 T00 2z |_a36_|_6o.74| 1606 1500 10531— 1EEE 802.1 tac WiFi (20MHz, MCBG, x 479 65.98 16.37 0.00 1500 £96% me 99pe duty oycle) y |_42s coze 1500 1500 2 432 66.76 16.04 150.0 Tosap—— iEEE 802.—11awini @ouinz, MCS7, xX ase ces 1633 ono 900 206 % AaB $9pe duty cycle) — Y 412| s6is 1673 1500 zJ _a2 coor 1599 1500 10538— IEEE 602.1 fac Wiri (ZOMHz, MCSS, X a79 seso iesz ono 1500 £96% AnB 99pe duty cycle) Y 427 6634 15.83 1500 z |_ase |_coas 1607 150.0 1o53¢— IEEE 802.1 fac Wii (doVHz, NCSO, xX sar sees fess on is0 £96% me 99pc duty cycle) y aes sezs 1590 1500 2z |_aso soed foor 1500 105ss— 12BE 802. tac Wim (doVMinz, NCS1, xX 53e sees 1e3s o0o isnnd £96% ans 99pe duly oycle) Y 487 66.3 15.96 150.0 2 ass sors toi2 150.0 105s6— IEEE 802.tTac Win (doVHz, MGSZ, x s22 sro0 163e o0o iso0 296% me 9pe duty oyle) y 47e sose 1504 1500 2 |_ass |_core 1012 1500 10597— 122E 802. Tac Wim (dOVMiz, MGSS, xX S2e case fese ono ts00 £96% As 99pe duty oycle) y |_ass sose 1504 1500 Z|_aso |_sere T61 1500 10536— 122E 802.ttac Win (dViz, MCSA, x sas sroo 1ea1 ono on 296% Ae 99pduty oycle) Y 4.89 6634 15.96 1500 2 4.95 66.70 16.12 150.0 To5éo— 12eE 802.tTac Wiri (doVirz, MGSe, x sz sese 1641 o00 feon 298% MB 99pe duty cycle) Y 4.82 6630 15.96 150.0 Z aso ser 16.12 1500 Certffcate No: EX3—3866_May18 Page 31 or 30

TD Dt&C Exsove— sN:3080 May 31, 2018 Tost— iE€E 802.1tac Wini dovinz, Mosr, x szs sess ear ooo thao 196% And 99pe duty cycle) y is1 seai 1590 1500 2 |_ase sez 1607 1500 10542— IEEE 802.1 tac Wiri (d0VHz, MGSs, x s42 seso ie3s 000 1500 £96% An8 99pe duty oycle) y |_ass sese f6ar 1500 2z |_sos |_sees 1613 1500 Tosds— IEEE 802.1tac Wiri (dOVMiiz, MGS®, x sai soso 1640 000 is00 96% Ans 99pe duty cycle) Y |_soa seao foor 1500 2z 609 se7e f6i8 1500 ToSad— TEEE 8021 ac Wiri (@OMiz, MGS0, x sss sase ie30 000 1800 £96% me 99pe duty cycle) y sir sez is8e 1500 z sz sass 1604 1500 T05i5— TEEE 802.1tac Wiri (GOViiz, MGST, x s7s sr3o fe41 000 1800 £96% As 99ge duty cycle) y s3s ser o7 1500 2z sso sros 16.18 1500 T0546— IEEE 802. 1 ac Wiri (GOMHz, MGSz, xX ses srzs 1640 ono 1800 £96% Ans 99geduty cyclo) Y |_s20 seat fose 1800 z sar sesi 1607 1500 Tosé7— TEEE 8021 ac Wiri (GOMiiz, MCS3, x s7a srze feaz o00 1800 £56% ans 995e duty cycle) y sz sese isa7 1500 z [ss« soss ioi 1500 10548 TEEE 8021 ac Wiri (GoMz, MCSA, x s0s saio fare ono is00 £96% MB 99pe duty cycle) y |_sas sris_| 1625 1500 z sas or4z_| 1635 1500 10550—— TEEE 802.1ac Wiri (GoMz, McSo. x ser aris iess on5 1800 £96% Ans 99pe duty cycle) Y sar sese 1603 1500 2z sa1 saet 16.15 1500 10551—— TEEE 802.1ac Wiri (GoMz, MGST, xX ses sras fess ooo ts00 £96% Ans 99pe duty cycle) y |_s20 seat iss T500 2| s2e sare t603 1500 10552—— TEEE 802.1ac Wiri (GOMiiz, MCSS, x sse sros feze o0 1500 £56% Ans 99pe duty cycle) y sis seae se 1500 z |_sze soss 1600 1500 Tosss: IEEE 802.11ac Wiri (oMHz, MGS9, xX ses sros ies ooo is00 £96% Ans 99pe duty cycle) y sae sase 1590 1500 z sso sere 1605 1500 T0554— TEEE 8021 ac Wiri (160MHz, MCSO, x sos erze e3r ooo is00 £96% Ac 99pe duty cycle) y |_seo sees 1596 1500 2| ses sese 1610 1500 T0555— IEEE 802.tac WiFi (1ooMHz, MCS1, x soo srea feso o00 1800 £96% Mc S9pe dutycycle) y |_seo soss fe06 1500 2z sz si19 1618 1500 T0556— IEEE 8021 ac Wiri (1ooMnz, MoS2, xX s10 sres feso 000 fs00 £%.6% Anc 99pe duty eycle) Y sz3 sese ie 1500 2z |_s7r srzs 1622 1500 Tos57— TEEE 8021 ac Wiri (160MHz, MGS3, x sos sreo res1 o00 1800 £96% Anc 99pc duly eycle) y ses sass 1606 1500 Z s7a srzo t6.i9 1500 Certfcate No: EX3—3006_May18 Page 32 of 39

TD Dt&C Exsovs— sNisass May 91, 2018 Tosse: iEE ao2.ttac in (reovnz, Mosd, X ai4 ar7r i6ei 000 1500 296 % Ac 9pc duty oycle) y seo seer en Too 2z |_s7a |_or2zs 1624 1500 Toseo— TeE ao2.riae win(reonz, MGSe, x e45 srea fese 000 is00 290 % Mc 99pe duly cycle) y [_sn se fen T00 2z |sre |ori8 fe2 1500 Toser— iEEESOZecWim(teoMiz. MGer, x 605 erer fese 000 is00 298% Anc 99pe duty oyce) y see sass 1613 1200 2| _seo |_or14| t62s 100 Tose?: iEEEOZ—TacWii (reounz, MGSs, x ei9 arse fe8o 00 1500 296% Anc $9pe duty cycle) y se sase 1622 oo 2z |_s7e or31| 1634 100 Toses. EEE S02—tiacWii (foonz, MCSs, X 648| sase iess 600 1500 £95% Anc 99pe duty oycle) y |_seo seer foir T500 2| se |_erar 1628 1500 Toses: i€EE 802.119 Wini 2.4 Giiz (DSSS— x aso sri0 ises od6 is00 £96% AMA CFDM, 9 Mbps. 99pe duty cycle) y |_ase se72 feis oo 2z ao1 _|_ori1_| 1632 100 Toses: iEEE 802.119 Wini 24 Giiz (osss: x 52 srer 1606 046 1500 £96% AMA OFDM, 12 Mbps, 99pe duty cycle) y |_aze |_erar 1648 Too 2z |asi orsa 1665 1500 Tosse: TEEE 802.119 Wini 24 Giiz (psse: xX So0 sr4e feso 048 1500 £56% AAA OFDM, 18 Mbps, 99pe duty oycle) y |_asr _|_sess 1o2e Too 2 |_aee srss feas 1500 10567— IEEE 802.119 Wiri 24 Giiz (DSSS— xX §47 6793 1727 046 150.0 198 % AMA OFDM, 24 Mops, 99pe duty cycle) y 4ez sra 870 Too 2z |_aco sres ress 100 Toses— TEeE 02.11g wini 24 Gnz (psss— x |aso aris fes> od8 is00 296% AAA OFDM, 36 Mbps, 9pe duty cycle) y |a45 sez 1sss oo z |_ass |_sese 16.3 1500 Toses: ieE 802.119 Wiri 24 Ghiz (psss— xX Sar erar i2 o46 100 £90% AAA OFDM, 48 Mbps, 99pe duty cycle) y |_ae1 _|_sres 1e8 Too 2z |_aco |_saos 1705 100 Tosro: iEEE 802.119 wini 24 Gniz (psss— x sa1 6r77 iri2 oas 1900 £96% AMA OFDM, 54 Mops. 99pe duty cycle) y 200| sraa 1672 Too 2z |_ass sre2 1690 1s00 Tosri— ieE 80211b Wiri 2.4 Giiz (DSSS, 1 xX 130| aris trss od6 1900 £98% AMA Nops, 90pe duty cycle) y |ose sase fa70 oo 2z |_i10 _|_si7s 1861 1500 fosrz |EEEaOZiTWiRZ4GHz(DSSS.2 x 133 sans faos o48 mo0 256% AMA Nops, 8Ope duty cycle) y |_1oo saze fsor Too Z| 111| s54s foo2 1200 Tosrs: iEEEaOZTTbWirZ4GHz(DSSS.55 x toond 15595 «255 G48 iso0 296 % AMA Vops, 90pe duty cycle) y 176 saar P07 oo 2z 20e sie0 2ear 1200 Tosra— EeEsoZTWFiZ4GHz(DSSS.11 x 2or sose rass 045 feod 296% AMA Mops, 9Ope duty cycle) y |—iio yoss fez Too 2z 12e 72si f9ss 1300 Certiicate No: EX3—3008_May18 Page 33 or 30

TD Dt&C EX3DV4— SN:3808 May 31, 2018 10575— IEEE 802.119 WiFi 24 GHz (©5S5— x 4.78 66.90 16.09 046 130.0 £0.6% AMA OFDM, 6 Mbps. S0pe duty cycle) y as1 s6aa 160 1300 2z ase sosi_| 1628 1300 Tosre— 02113 Wiri 24 onz (0SSS— xX ast sros 1677 046 1900 £96% AMA OFDM, 9 Mops, Ope duty cycle) y |_asi _|_sass 1620 1500 z_ |_as1 _|_sros i63 1300 Tosr7— iess 802.119 WFi24 GHz (DoSe: x so6 srai fose 048 1200 £96% AMA OFDM, 12 Mbps, 90pe duty eyelo) y 450 seso fess 1500 2z |_asr or2zr 1658 1300 Tosra— TEes 802.119 Wri 24 GHiz (Dose: x 4ss sres iror o4 1300 £96% AA OFDM. 18 Mbps, 90pe duty oycle) y aa2 sros 1629 Tsoo z |_a40 |_sras 1667 1300 Tosro: 12eE 602.119 Wiri2.2Gz (Dess— X| 470 seer ie30 046 1300 296% AAA OFDM, 24 Mps, 90pc duty cycle) v |_a1s ons 1aes 1300 2z |_a22 sess 1883 1300 10580— Ee802.119 Wiri24 GHiz (5SS— X ars seer is37 045 1300 £96% AAA OFDM, 36 Mbps, 90pc duty cycle) y |_a15 _|_seir 1e 1300 2z |azm so5t 1583 1300 Toset— TEeE 802119 wiri2.4 Griz (DSSS— X ass erm tos o46 tsn0 296% AAA OFDM; 48 Mbps, 90pe duty cycle) v ass sris 1645 Tsco 2z |_a40_| orse 1085 1300 1ose2— E€E 802.119 Wii24 onz (Dose: xX 485 sess fai6 o48 1300 £96% AMA OFDM, 54 Mbps, 90pc duty cycle) y |_«or ssse 1636 Teco z |_aie sez iss 1300 tosss. |iE€EaDZIiaNWirSGHz(OFDM.© x 478 600 iee9 ods isn0 296 % And Mbps, 90pe duty cycle) y |_as1 _|_seas 160 1300 2z |ase |_sesi_| 1628 1300 fose— |iEEE@OZTaNWiRSGHz(OFDM 9 x am1 6708 1677 046 is0 206% ane Mbps, 9Ope duty cycle) y as |_sose 1620 1300 2z |as1_|_sr0s 1639 1300 Toses. iEEEBOZTTahWirSGHz(OFDM. 12 x 504 or41 1694 046 1300 296% aas Mops, 90pe duty cycle) y aso seseo f636 1500 z aor |_or2r 1053 1300 Toses: |lEcEBOZTTamWi®SGHz(GFDM 15 x a9s ares iror o8 i3010 296% Ans Mbs, 9Ope duty cycle) y «42| sroo fea9 1300 z|_ado sras 1667 1300 Toser— iE€EOZTaNWiriSGHz(OFDM, 24 x 470 Ga%2 1630 o4s is00 296% me Mops, 90pe duty cycle) Y |_ais _|_sais 1663 1300 £ 4.22 6652 15.3 1300 fosss. |iEEESOZTaMWiFISGHz(OFDM. 36 x 476 comr 1637 046 1900 206% ans Mbps, 9Opc duty cycle) y i1 sair mt 1300 2| a2e sest tss3 1300 foses— |iEEEOZTTamWiFSGHz(OFDM. 48 x 4ss or71 1704 046 ts00 290% Ans Mbes, 90pe duty cycle) y |_ass sris 1645 1300 z |_a40 srse 1865 1300 Toseo— |iEEEBOZNaMWiFSGHz(OFDM. 54 x «es coos 1610 046 fs00 290 % As Mbps, 90pe duty oycie) y aor ssee 1638 1300 2z a14 so2t 1558 1300 Certficate No: EX3—3856_May18 Page 34 or 30

TD Dt&C exsove— shisses May 81, 2018 T050T— 1EEE 802.11n (FT Miced, 20Mz x ass sess 1678 ons foo 296% ans NGSO, 8Opc duty oycle) __ _1____ y |_aa7 sase 1625 o0 2z |_ase |_sear 1642 1300 T002 1EEE 802.11n (FT Mixed, 20MNz, x ~si1c|Carar 1601 o6 foo £95% aa8 NCS1, 9Ope duty oycle) y |_aso some 63e Too z ass |_er20| 1684 1200 T0593— TEEE 802.11n (HT Mixed, 20MHz, xX ~soe |aras 1ea1 od6 1800 £096% me MGS2, 90pe duty oycle) Y 4.50 66.70 1621 1300 2z |_asr |_er06_| 1638 1300 10592—— TEEE 802.11n (T Mixed, 20MNz, xX soo r42 ies od6 fs00 £96% Ans MCS3, $0pe duty cycle) y |_ass soso 1640 Too 2z |_ass |_er26 1657 1200 10595 TEEE 802.11n (T Mixcd, 20Mz X ~Sos aras| ea0 o6 fs00 +00% Ass MGS4, 90pc duty oycle) y |_as> sese 1630 oo 2| aso 6723 1647 100 10506 TEEE 802.11n (FT Mixed, 20MHz, x soo sras iss o%6 foo0 £96% Ae MCSS, SOpe duty cycle) y _a4s seat 1628 oo 2z |ass |_or18_| 1645 1200 10597— 1EEE 802.1 n (HT Mised, 20Mz, x 4.95 6732 16.77 046 130.0 £96% ass MCS6, 90pe uty cycle) y |_a40 _|_soor 1612 oo 2 447 6704 16.30 1900 To598—— TEEE 802.17n (FT Mxed. 20Mz x ase eret ior o%6 fe00 296% me MGS7, 90pe duty oycle) y |aa1 sear 16a3 100 2z a4s er3e 1661 1200 10508— 1EEE 802.1tn (HT Mived, AOMHz, x 558 67.50 16.92 046 130.0 196 % Ae MCSO, $0pe duty oycle) y—| ~s1s aros es oo 7z |_sie_|_orze 1660 1500 10600 TEEE 802.11n (FT Mixed, AOMNz, x s7s arse iis o46 fooo £96% Lro MGS1, 90pc duty oycle) y |_s25| arse iess oo 2z |_s2 |_sras 1668 1300 Toot—— T€EE 802.11n (HT Mixed, A0MHz, x ses er70 ioi o46 fe00 £96% Ae MGS2, 90pe duty oycle) y |_sis |_aris_| fesr oo 2z |_sio |_sr30 1665 1200 10602 TEEE 802.11n (FT Mixed, A0MHz, x sn orer 1600 oa6 fod £06% Ae MGS3, 80pe duty oyle) y 52e srir feas oo 2| 62e eres iess 1200 T0603—— TEEE 802.11n (HT Mixed, AOMNz, x sez same 1723 o%6 feno £96% ans MCS4, 90pc duty cycle) y 532| arso feso oo Z |_sss |_sree 1685 100 10604—— TEEE 802.11n (HT Mixed, AOMHz, xX sse aras 1ess o46 feno ©96% As NGSS, 80pc uty cycle) y 520| _ari2 fese Too z 521| arze iss3 1200 T0605—— TEEE 802.17n (FT Mxed, @0MNz, x ses |~arm ios od6 fooo £90% me MGSS, 90pc duty oycle) v |_sa ar22 1663 Too 2z s2s sr40_| 1669 100 T0606—— TEEE 802.11n (FT Mixed, AOMNz, x ~sarc| era2 iess od6 fo00 £96% Ans MGS7, 90pc duty cycle) y 502| saes 1618 Too z |_sos soms 1627 1200 Page 35 of 30

TD Dt&C Ex3OVa— sNi:sase May 31, 2018 T0Gor— 1EEE 802 1ac Wini(2ovine, Moso, x a7r ses feas o45 1900 £06% Ans 9Ope duty cycle) y 432 ssse 1589 1300 [ 2z 130 6630 _|_16.00 1300 10608— TEEE 802. tac WiFi (20MHe, MGS1, xX 499 sars iseo 048 1300 £25% ans ©Ope duty cycle) Y |_i45 sez foor 1500 2z 153 sose to23 1300 10608— TEEE 802. ac Wiri (2DMHz, MGS2, xX A80 soss fods 0458 1300 £95% Ane SOpe duty cycle) y |_43s sn is 1500 z 442| sode 1604 1500 10610— TEEE 802—tac Wiri (2OMiz, MGSS, xX a94 seso esz o45 1300 £96% Ae SOpe duty cycle) y 440| sez2 feos 1500 z |_a4s |_sess 1623 1300 T011— TEEE 802.—1tac Wii Poviz, MoSe, xX a8s seez i648 046 1300 £96% Ass Ope duty cycle) v asi seee isas 1300 2z aso sear 1605 1300 10812—— T2E802. tac WiFi (2OVIiz, MGSS, X a8r sarr ies o48 1900 196% ans BOpe duty eycle) y 430 seio iss 1200 2| a3r sesi| 1608 1300 10613— EEE 802. ac Wiri (2DMIiz, MCSS. X 488 soss foaz 648 1900 £96% ans 9Ope duty cycle) y 420| ssso 187 1300 2z |_aso sesi fosi 1300 Toora— 02.1 tais (@OMNz, MGST, x 482 cesz iess 045 1300 196% Ae 9Ope duty cycle) Y 227| sez 1602 1300 2z |_ass soer fo22 1300 10815— IEEE 802. 1ac (2OVMiiz, MGSS. xX ass sean fe2i ods isn0 £96% And 90ps duty oycle) y |_as0 sarr isse 1300 2| asr sare 1570 1300 Toeie: TEEE 802. 1tac Wihi (dOViiz, MGSO, X s42 sess foss 048 1200 196% ans 90ps duty cycle) y |ase sezo 1610 1500 z |_so1 sasr to22 1300 Tost7— 1EEE 802.1 tac WiFi (@OMHz, MGS1, xX s40 tess fose 645 1300 196% ms 90ps duty cycle) Y |_soo sea ies 1300 2z |_sos sesr 1624 1300 Toots:—| 1EEE 802. tac Wisi €OMHz, MGS2, xX sse srod fser 048 1300 196% Ang 90ps duty cycle) y «o1 seao feds 1500 z |_aso |_se72 1632 1300 10819. IEEE 802. ac Wiri (d0Viiz, MCS3, x 540| sess fsso 045 1200 96% LES 90ps duty cycle) Y |_ase |_seze feor 1500 2 4.98 66.51 16.14 1300 10620—— EEE 802.ae Wini (d0Viz, MGS4, xX so1 sesz fese o4 1300 £96% Ane 90ps duty cycle) y |_soo sez0 1606 1300 2z |_sos see_| te.is 1300 Too2t— 1EEE 8021 ac Wiri (doMHz, MCSS, x s49 sros fe76 045 1300 196% Ane 90ps duty eycle) y |_sor sese 1628 T300 z |_sor sees i8 40 1300 Toozz— 1EEE 802.—tac Wiri (doVHz, MCSo, x sas sris fest o46 1300 £96% Ang 9Ops duty cycle) y |_soo seae fesi T300 2| sos se7s 1643 1300 Certfcate No: EX3—0866_May18 Page 36 o 30

TD Dt&C Exsovs— sNissss May 81, 2018 1os2s—— 12EE 802.11ac Wiri (OMHz, MCS7, x s3 se71 ies o4s 1200 296% ans S0peduty oycle) v 48e soee 1637 1200 2z ass |_seze 1605 1800 To52i— iEEE 802.tTac Wiri (doMiHz, MCSS, x 555 sees feso o4 isn0 296% ans Spe duty cycle) y |_sos sezs feir e z sis soss to2t 1800 To52s— ieE 802.tac Win (doMnz, MCSS, x sa1 srre 109 o48 1900 £86% Ang $Ope duty oycle) y |_sar |_sese 1e2r T200 2 |_s21 sec5 _|_16.36 1800 Tosre— 1EEE 802. Tac Win (@0NNz, MGSO, xX ses sear fest ods is00 £96% ans S0pe duty oycle) y |_szo seze 1608 oo 2z sae se5t To ir 1500 10627— 1EEE 802.1tac Wii (BOMHz, MCS1, x 591 67.3 16.70 046 130.0 296 % ans SOpe duty oyle) y |_sat soss 1632 oo z sse |_sr05 1640 1800 Tos25— 1EEE 802. t ac Wiri (Bonz, MCS2, x s7a er02 i648 ods ts00 £96% ang Sope duty cycle) v 52s soir 1697 100 2z s3z seas 160 1200 Tos25— IEEE 802.1 1e Wiri (@oMHz, MCS3, x se2 eros reas od6 ts00 £96% ans $0pe duty cycle) y |_see _|_sose foor 100 2 541 se62 16.10 1900 10630—— iEEE 802.1tac Wiri (BoMnz, MGSA, x c2r sase ir2s 046 1900 296% ane S0pe duty oycle) v see srzo 1647 1500 z |_seo |_sr3e 1648 1800 10631— 1EEE 802 1 tac Wi(BOMHz, MCSS, x 622 68 52 17 40 046 130.0 £96% And SOpe duty oycle) y |_seo _|_sra0 foza 1200 2z |_ses |_sres f6a1 Tsoo 10o32—— IEEE 802.ttac Wiri (ooMz, MGSo, x sot srsi fosz 045 1900 £95% Ang 30pe duty oycle) y |sss |_sros 1ese 1500 2z Sss |_sr2ze 1ess 1500 Tosss—— IEEE 802.ttac Wiri (BoMz, MCST, x se« srze ies3 o46 ts00 £96% Ae $0pe duty cycle) v |_ser soze 1eo2 oo 2z |_sso |_co60_| i6.14 1300 Tossa— 1EEE 802. tac Wi: (BoMnz, MCSs, xX sez sr2e 1670 046 1800 £96% MB $Ope duty cycle) v se |_coag foar Too 2z s40 sose 1631 1300 Tosss: IEEE 802.1iee Wiri(Bonnz, MCS9, X seo sesr t607 046 f800 £96% MB 9Ope duty cycie) y |_sis saes 1644 oo 2 52s |_caso 1558 100 Tob IEEE 802.1ac Wiri(TGOMinz, MCSO, x eos sr2s fess 046 f800 £96% Mc $ope duty cycle) v |_s7z |_sese 1618 oo z sre soss 1023 100 Tosar— 2E802.1iac Wiri (foonz, MGS1, xX om srei fers 046 tooo £96% Anc $ope duty eycie) y |_sao _|_sear 1627 Too Z |_see |_or10 1635 1200 10os6— EBE 802.1tac Wiri (TooHz, NCS2, x o2 erar 670 od6 100 £96% Anc $0pe duty cycle) y |_seo sos2 fe2r Too 2 see ori9 1030 100 Certficate No: EX3—3866_May18 Page 37 of 30

D Dt&C Exsova— sh:s8se May 31, 2018 T0635— iEEE 602.1 tac Wini (ieovinz, mCSs X a2 srei 1677 o46 i©0 196% Aac 9Ope duty cycle) v 5o2 seei 162 1200 2z |_see sr0s 1636 1300 10640— iEEE 8OiacWiri(ieo\ne, Mose, x .26 Gr04 1673 040 1%0 296% ErG SOpe duty cycle) y sir sess fons 10 2z |_ser soss fe2s 120 fosti— |iE€EsOzTecWir(IGDMN.McSS, x 626 6740 i63 046 150 296% Anc SOpe duty cycle) Y |_sar sare 1810 1300 2| s50 |_sase f627 1200 Tosa2: iEEEGOZiTacWiri(ioomnz, MoSe, X oas 6779 1699 ode is0 £96% ArC 90e duty eycle) y |_sso sror 1650 1300 z |_soo or2s fese 1300 Toeds— iEEEROZ1Tacri(iooMnz, MGBr, x 6.16 6742 16.70 O46 1000 296% Mc Oe uty cycle) Y |_sz sess 102 1300 2z |_s7r seot toze 1300 Tossa— |ie€EBOzTTacWiri(ioomnz,MGse, x 637 6804 1704 046 190 290% Ac SOpe duty cycle) y |_seo sase fes2 T500 2| see |_sri1 1641 1300 Tosis. |iEEEBOz1TacWri(iooMnz. MCS9, x 66e 6850 tr21 ods 190 296% Aac 9Ope duty cycio) y ses saer fose 10 2z |sai sroe 1636 1300 10ed5— LTE—TDD (SC:FOMA, 1 Re, 5 Mz x aa3s i2576 4142 930 so0 £96% And GPSK, UL Subtrame=2.7) y |_si2 soat_| zass son 2z |_sar |_soi0 s232 soo 106d7— LTE—TDD (GC:FOMA. 1 RB. 20 Viz. x soe0 i2ize a1i6 a30 san r96% Anc GFSK, UL Subtrame=2.7) y 7z saze ware e00 2| si2 sas si92 e00 10848— CDMAZ000 (1x Advanced) x 102 seor t71 000 1500 £96% AA y [oss so0e s00 1500 2z |oas 6206 |_630 1500 Toss2— LTE—TOD (OFDMA5 Mz, E—TM3.1, x a14 sass ir7s 225 sn £96% aas Clpping 44%) y 312 sa 18e 200 z s2e sore 1oss 200 Tosss: |LTETDD(OFDVAfonrzETMa1, X ass sre0 ise 223 800 £96% me Clipping 44%) y ~s71 ssas msai 200 z sei seve 1626 2oo fosss |LTETOD{OFDVAisMnz E—TM3.1, x 4ds sr20 i7so 223 800 296% ans Clipping 44%) y s7a sais fase so0 2z ses coss 1628 s00 Tosss: |LTETOD(OFOMA.ZoNMHz.ETMa1, x a8s er2s mss 223 800 186% Ans Clipping 44%) y se ssus Te so0 2 so1 c580 1632 800 10658— Pulse Waveform (200hz, 10%) X foo00 made Zase 1000 500 £96% AMA y ase srss 1183 so0 z |_aos |_sase 1278 soo 10659— Pulse Waveform (200hz, 20%) X foo05 iilés 2609 699 600 196% AMA y |_206 521| 985 s00 z[ sse yoss 1193 so0 Cortficate No: X3—4066_May18 Page 38 of 39


Document Created: 2019-05-20 09:12:43
Document Modified: 2019-05-20 09:12:43
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