RF Exp Appendix D Part 2 2 XT1925-6, XT1925-12, XT1925DL

FCC ID: IHDT56XD7

RF Exposure Info

Download: PDF
FCCID_3770822

exsove— snasee June 27, 2017 10303— 1EEE 02 16e WINAX (GT—15, Sme. x 4ss ssar ira6 «96 s00 s96% Ana 1ovie. G1OAMPUSC) y _ase s5sz i7oi soo 2z |_aso |_ssor 17e0 soo 10304 1EEE 80216e WiINAX (29.18, Sms. xX ase es4o irod 417 so0 £90% AAA 10NiHe. G4QAM PUSC) y |aa1 s5so imis soo 2| ass som 169 soo 10505— iEEE 80216e WiNAX (31.15, toms, xX a06 arn fe40 sor 350 r96% AMA 10uiiz. 640AM, PUSC, 15 symbols) y a0s orir se 350 z| a0s sror 1826 350 10506——| 1EEE 80216e WiNAX (29.18, 10ns, xX ass so21 ieze o0 sso i96% AMA 10vHe, G4OAM, PUSC, 18 symbois) y ass soz 194 ss0 2| ass sore 1821 350 T030r——| 12E80216e WINAX (29.18, 1oms, X| a2 se2s 1ei9 oor ss0 £96% AMA 10ViHe, OPSK, PUSC. 18 symbols) yI|_a2 sesr 1835 sso 2z |_a2| co21| 1811 360 10306— TEEE 80216e WiNAX (29.18, tome, x 42z coas isas o0 sso z96% AnA 10vie. 160AM; PUSC) y 42z sesr 1850 sso 2| 420| sose 182 o 10308——| iE€E a0216e WiNAX (29.18, tome, xX 435 tm iess 602 ss0 z96% AA 10ViHe. 160AM, AMC 250. 18 symbols) y ase sear es seo 2| 4ss coz f2r sso T0310—— 12EE 602toe WiNAX (29.18, tome, x 430 com fe2e 602 sso z86% AAA 10ViHe. OPSK, AMC 25, 18 symbols) y «31| soss faa sso zJ _a2 |_c62s fa21 o Toart— Lrerpo (GCromn. 100% RB, 15 xX 2ee sase 1620 ooo 1800 196% Ang Mie.opsio y 20e so0r foas 1500 2| 2er esss te21 is00 Tosrs wenis X 27 sass 1437 sse yoo zs6% Ana y zm oa mot Too 2| 248 ced rise 7oo Toats— wents x ase reas ress 1000 soo 190% AMA y|an omm zon soo 2| 402| Tess zon 300 Toars— iE€ea021b wini 24 onz Dass, 1 xX i0s ease 480 oi7 1800 196% ans Mops. 96pe duty cycle) y |_i10 ease 1523 1500 2| _i0e easr 1a8o 1500 Toate— ieee 02 11e win 24 one (Enp— x a3 sass feos oir 1500 96 % Ans OFDNM; 6 Mbps, 96pe duty cycle) y |_aar sare Tez0 1500 2z |_ass sese 1611 1500 Toarr. 12€E802112 Wini 5 Giiz (OFDW, 6 x |~a3~| sass re00 oi7 1500 196% Ana Mps. 96pe duty cycle) v 437| care 1620 1500 2| 435| cass Te 1500 Tosto— iE€ESDZTecWFiGOMz GeoRM, x 442 erot iote ono iso0 £96% Anc 99pe duty cycle) y 446 orme 1630 1500 2| a40 er0s 1620 1500 Toin1— iE€€BOZTecWii iWnz ©eGAM x 50o cose i6z0 O00 is00 £96% anc 99pe duty cycle) v |_si1 saso 1630 1500 2| sor sare fo21 1500 Certficate No: EX3—3008Junt7 Page 24 of 38

exsov— sngeos June 27. 2017 Tomz |EEEWZTecWF(GoinzGtGAM, X sas aras fear o00 1500 296% Anc SGpe duty cxcte) y se oras 1eso iseo 2 |_sas ora2 toad 100 10103 COMAZIDN (xeV.D0. Rev 0) x oar |essi toss on mso +s0% ang y |_tor seee mys nso 2 |oss [ss is 1070 150 10504 CDWMAZOON [xEV—D0. Rev. A) x ~osr ~|"essi tose ooo mao +85% ans y 1or mss y tso 2| oss |_seis 1070 150 Toaoe: conzonn; Res, 052. sond, Ful x Tooo0 mare rea2 on 1000 +95% And Rate Y woaud mesr 2700 on 2 10000 11547 2ess 100 Torro: LTE—To(GC:rown. 1 Ro. 10 Niz xX «10 ~|sans wao 325 san +06% ns GPSK. UL Subtrame=2.347.8.9) y |_ans arst woar sao 2z s« _7est 1920 soo Tons |EEESiimwnziGhzipsss1 x ins sars i4se 00 1500 296% Anm Mops. Sope duy cycle) y |_1os ssas msz 1500 Z |_1os |_ea18 1100 1s00 Torte: ieEB02 113 wini 23 Gnz (EnP— x 433| seas | 18 aoo is00 268 % AMA OFDM 6 Maps 90pe duty cycle) ¥ 436 se9e 1627 1500 2| is2 ces te19 100 Tosr |iEEESiZTanWERSGHIOPDMe x 445 sems i6is O0o 1500 296% AnA Maps, 99pe duty eycie) y #30 sase 1ear 1500 2 |_ase _|_sass toi9 1500 Toste— ie€eso2 v1j win 24 nz sss: xX |ass~|~ar0s ie2s on5 is00 z98 % Ana oFoM, 6 Mips, ¥pe duty cyole, Long preambuta) y «35| orie fesa 1500 2| _as2|sror teze 1500 Tore: ie€E ao2 11o wini 24 onz (pess— x 43« cee0 teze ono is00 295% Ama OFOM; 6 Mbps, B9pe duty cyele, Short preambule} y |_a3r oree 1ese 1soo 2| _a33 |_orco ioz 1500 Tod22: iEEE 80211n iT Greenfald.r2Mops, X 444| 6696 ez3 000 1500 290% AmA arsiq y |—<ar oros es 1oo 2 44e ~|_caor 1625 1500 T0123— 1EEE 602 11n (iT Greentald, 433 x ass arao m6a1 ons ts00 z96% Ana Mops, 16.0AM) y |_aso arze fear isoo 2 |_ase |_erzo 1ess 1500 10424——| 1EEE 8021(NT Greentld, 722 x 449 |"aris 1620 on0 1500 z06 % AMA Mbpe, 6t.OAM) y |_as2 aras tese 100 2 |aa8 eris tes0 1500 10125 IEEEBOZ1in{HT GreentaidfoMope, X 512 a72e todr 00 1500 296% AmA sesky y 5is or3e esr 1500 2 |_sn1 orar Tess 1500 10426— IEEE 802 11n (HT Greentals. B0 Mbps, X .14 6737 iest 000 1500 256% Anh 16—000) yO _sir sras mese 1sod 2 |_sis or3e fass 1800 Certfcate No: EX3—3808_Junt? Page 25 of 38

Exsov«— SNanse June 27, 2017 10427— IEEEBOZtin(HT Greenteld, 150NMops, X 10 Gri7 1641 Do0 1800 296% AMA st—oAM_ y ais sra 1649 1500 2| _si0 oris r6as 1500 wo- LTE—FDD (OFDMA, 5 MiHz, E—TM 3 1) x 445 7389 1883 0.00 1500 £98% Y 436 Taor 1866 1500 2| is Tass inar 1500 wl» LTEFDD(OFDNMA foMzE—mM31) x sos oras 802 o6 isoo r96% 39e arss 1014 is xfnl< se eraa 1601 Eoo w& LTEFDD (OFDNMA, 15 Ninz, ETM 37 425 erze 1621 aco isoo £96% 4z aras 1632 is00 oxfnf<]. 42 erze 1622 1500 mn LTEFDD (OFDNMA 20 Ninz. E—TM 31) 451 erie iesz ooo i0 196% asi orze 1647 100 odnl<]. aso ari9 1653 1800 mu- W—CDMA (BS Tost Model 1, 64 DPCH) 461 7453 1861 000 1500 298% asi 7ass fear iE onl <].olnl<]. a6e yams 1871 Tsoo Toa35— LTE—TOD (SCFomn, 1 RB. 20 Mez, 391 Tess wai 325 800 196% Ans GPSK. UL Subtrame=23.4.7.8.9) 625 teas 2026 s00 s3 Teme io se Tor— Lrero0 (orou®s iz Emai, 312| srie 1a7s 005 is00 296% AMA Cloging 44%) sz sr36 fass 1500 oinfee]. 312| arou faor 1500 Tois: LrerDo (OroN® 10 hnz E—TMa1, 300| erzs 1000 oo0 is00 296% Aah Gippin—t4%) s1 |_ar3e 1oos 1500 odnl<] 7e srae 1580 1500 Tosis— LTEFOD (OrDMA, 15 Mz, E—Tii3 1. a40 sri0 1612 ons is00 295% Anh Cliping 44%) a1| sme 622 T500 ofnl<]. «08| sri0 fods 1500 Toso— LTE—FDD (OFDWMA, 20 MHz. E—TM 31, «32 seor 1618 on6 is00 r96% AAA Cipping44%) 435 sr05 1627 1500 xInf<]. 451 sesr te 19 1500 10251— W.CDNMA (BS Test Model 1, 64 DPCH, 201 sara 130 ono 1600 196% Ana Cipping 44%) 2or aror 1115 1500 xinf<] 2ar |_saes 1377 1500 Toase.— iEEE 602t tac Wisi (1oomiz. 61—OA0, sos ar7e meez oce s00 r96% AMA 9Gpe duty exce) v sor araa 1ese 1s00 2z sns orss fear 1500 Torsr— uits—FDD (DC—HebrA) Xx| a72 css iez ono 1500 +96% AnA y a74 éar feor 1500 2| are éose tss 1500 10196 CDMAZIOO (1xE¥—00, Rev. 8. 2 x 256 6508 1248 000 1500 296% AMA camers) Y 2es sosr i2ke iso0 z| iso oi 1220 1500 Tose—— CDMAZOOS (TiEV.D0. Rev 8. 3 X| ass |ean 1406 ons fs00 s86% AMA cartiers) Y 372 64 as 1432 1500 2 set ei0r 150 1500 Certficate No: EX3—3008.Junt7 Page 26 of 38

exsove— sNagon June 27, 2017 Tosgo. uits—Fp (webuX Av®) X| nar arse iess ano 100 s45% AmA Y os som 1674 io Z| oar arei fose 1500 Tolst: LTe—Too (GCFONA, 1 RS, 12 hke, x ufs maz te7e 326 soo 166% AMA GPSK, UL Subtrame=2.3.4.7.8.9) Y Pis yous es oo 2 160 Tiz\ 1616 soo Tose2. LrE—TDo (GCFDMA1 RB, 14 Mz. Xx| ore cose Tos 325 soo £96% Anh 16—OAMUL Subtrame=2.3.4.7.8.9) Y o7 som Ti9 wo 2z on eano 722 so0 1063 LTE—TOD (SC—FDMA, 1 RB, 1. Mz, x 078 6a.00 647 323 so0 296 % AMA 64:0AM, UL Subtrame=2.3.4,7.8.9) y o7s som as soo z on caso ear too Toise. LTE—TDD (SC—Fowh, 1 RB, 3 hiz x 13 caz fsee 32 too +98% AMA GPSK UL Subtrame=2.347 8.9) y se Tass 1620 800 Z| _1z saso 1437 oo Toes. |LTETDD(GCFDNMAthe.3MHz 16— x a76 sand Toz 323 so0 £98% AMA GAM, UL Subitame=2.34,7,89) Y ar 60.00 712 o0 2 o7 60 00 716 soo Toics. |LTETDD(GCFDNA1RS. 3NHz 6i x ors eome es 323 600 :96% AMA QAM, UL Subtrame=2.34,7,89) Y] o7 sono 650 soo 2 on som oss soo 10407— UTE—TDD (SG—FDMA, 1 R, S Mz, X 141 6072 1420 323 o0 +96% Ans GPSK, UL Subtrame=2.347.89) v| is mm mss oo 2| is2 sese fhss so0 foiss. |LrETDD(GCrOMA Th&.SMHz 16— x o7e some roe 325 s00 :96% ns GAM, Ut Subttame=2.3.4.7.8.91 y o7z sono T4 oo 7| on so oo 7is soo fows. |LTETobiGCFDMAimesmmz se x ore sond 646 s25 s00 296% ans QAM, UL Subttame=234,7,8.9) y o7 son sso mo 7 ors sans 65 soo Toaro: LTE—TDD (SC—FONMA.1 R6, 10 z. x 1a1 sare mig a2s soo +06% Ans GPSK UL Suntrame=2.3.4.7.89) y )7 Ta7e 1ese s00 2| is2 sure es 200 foim. |tTETob(GCFDMAtma ioume 16| x ore cooo 702 323 s00 £90% ans OAM, UL Subtramee2.34,7.8.9) y o7z same Tis soo 2| on e000 _|_7i7 soo Toarz. |LTETDD(GcroMA. TRB. roMiced x are es 64z 32s s00 r96% Ans OAM, UL Subtrame=234,7.89) y o7 sone |_sis soo 2| on sasd ase soo Tor— LTE—TDD (GC—FONMA 1 Re. 15 Miz. x iaf éaes 118 azs soo r95% ane GPSK. UL Subtame=2.3.17,8.0) y tss fan s so z1 is1 css mt soo 10474 LTE—TDD (GC—FOMA, 1 RB, 16 MHHz,16— x 076 ©0.00 702 323 to0 £9.6 % Ann QAM, UL Subtrame=2.3.4,7.8.9) y o7z sone Ts so0 z) an eo0e |_7i7 soo Torrs. |tre—mo (Gcromn. tmisWnz 64 X ors cons 64z a2s soo zs5% Ans GAM. UL Subttame=2.3.4.7.89) y o7 so sas so0 2 o7s ©0.00 652 o Certficate No: EX3—3808Junt7 Page 27 of38

Ex3ove— shiseos June 27, 2017 107. |LIETDDGCFDMAThE zoWmzi6 X ore cano roo azs soo z56% AnB QAM, UL Sublrame=2.3.47.89) y o7 som 7i0 200 z on ea0 |_7ia 200 107. LTETODGCFDMATRe. ZoMHz.64 x o70 enoo sar 325 00 296% AnB QAV, UL Subame=2.347.8.9) Y o7 san0 647 800 2z ors soc0 ss1 soo Toarg. LTE—TOD (GC—FDNMA S0% RB14 Mz x 351 Teer 812| 323 so0 +06% AMA OPSK. UL Subrame=2.3.4,7.8.9) y des soar zon 800 2z 336 7ers w1 so0 Tossd. |LTE—TDD{SCFDMA sox RB.faMHz x 206 éan f201 325 s00 296% AMA 10—QAM1,UL Subtrame=2.3.4.7.8.9) y 24 seso foir so0 Z 200| seae 1223 soo Toset— LTE—ToD (GC—FOVAso% RB, ta Wz x 164 esas foat 325 soo +90% AMA 640A UL Subtrame=2.3.4.7.8.9) y iss sase 126 soo ... 2 157 6182 1052 soo Tosez. LTE—TDD (GC—FDMA So% RB. 3Mz x 134 trz0 toss 225 soo 196% AnA GPSK. UL Subrame=2.3.4,7.8.9) Y 145 siar mge oo 2| i2 sam tose soo Tosss. |LTETDDGCFDMASOKRE. 3Mz X 146 care see 225 800 £96% AMA 16—QAM, UL Subtrame=2.3.4,7.8.9) y is siss se so0 2| iss soat a74 so0 foigi. |UTE—TDDSCFDMA SO%RE.3MHz, x 145 coss sas 225 so0 r96% AMA 64—0AM, UL Subtrame=2.347.8.9) vI iss sizr o%e so0 2| iss sone sso so0 Tors. |UTETOD(GCFDWASo%RB sWnz x iss cars 1ser 225 so0 206% Ann GPSK, UL Subtrame=2.34.7.8.9) Y |_2os arer fa7s so0 Z\ 18e sens tass soo Toiss— |TTE—TDD(GCFDMAso%RB.SMHz, x 198 cads meo 228 s00 £96% ane 16—OAM, UL Subtrame=2.3.4.7.8.9) y 2o a» ns soo 7| iss sz 1173 too fossr. |LTETODGCFDMASo%RB.SMHz, x 19e saze mes 228 s00 r96% s Gt—OAM. UL Subtrame=2.34,7.8.9) y| 2or sur 27 soo 2| i8r ssoe 1187 so0 fomms. |tTETDD(GCroma so%Re. ioMiz x ass eros feor 223 800 +96% And GPSK, UL Subtrame=2.3.4,7.8.9) y zes sase fose soo 2z 24z srei 1603 200 1089— LTE—TDD (SC—FOMA, 50% RB, 10 Miiz, X 277 66.35 1513 223 so0 190 % ETS 10—0AM, UL Subtrame=2.347.8.0) y 28 soos 1557 soo 2| 2er seis 1512 soo forso. |TTE—TDD(SCFOMASow . 10Mz x 285 seso isto 223 800 r96% Ang 6+—OAM, UL Subtame=2.3.4.7.8.9) vI zse soms 1633 so9 2| 27 éoos 1509 so0 Toisi— |UETOD(GCFOMASOXRE fsNnz x 205 crer iom 225 so0 £96% ns GPSK. UL Subtrame=2.34.7.6.0) y sos sase fors so0 z) ze orse 1023 so0 Tossa. LTE—TDD (GC—FDNMA, 50% R&, 19 Mz X 321 sese 1871 225 soo +96% Ang 16—OAM. UL Subtrame=2 347.8.0) v| sz saze tds so0 7| in se 10| 1568 so0 Certficate No: EX3—3898..Junt? Page 28 of 38

Exipwi— sNcees June 27, 2017 Tosss: |LiETDDISCrDMASo%hEiohz x a2 ée30 ises 22 s00 s96% ans 61—0MM, UL Subtrame=2.347.80) y 332| sess 160 oo 2z air seos ises so0 Tise |LTE—TDD(GCrOMASoxR@20Mz x sor sesr iesd 223 800 £96% aan aPSK, UL Subtame=2.34.7.8.9) y |_si8 sas iror s00 2 20¢ 66 19 1654 Ew 10sd5— UTE—TOD (SC—FOMA, 50% RB, 20 Miz. x 32¢ 6e58 15.93 223 so0 98 % Ans 16—OAM, UL Subtrame=2.3.478.9) y 32e sose 1eze oo 2| a1 sese 1590 500 10896— LTE—TDD (SG—FDMA, 50% RB. 20 Nikz, X 333 6e50 1509 223 s +96% Ang 51—OAM, UL Subtrame=2.34,7.8.0) Y 336 6687 1625 soo 2 32 6624 159 so0 Toser——| LTE—To (6C—rowa. 1oo% Re. 14 xX i0z eame rea 2ms soo +86% AMA Miz. GPSK, UL Subtrame=2.34,7.8.9) y| 1or som sir soo 2| oss som zes soo Tosse: LrE—To(SCrown, 1oo% RB14 x 118 son sa1 2z soo r96% Ann Mbtz, 16—0AM, UL Subtrame=2.34.7.8.9) y |_1i7 |_sone |_sss soo 2 114 60.00 672 00 Tosss— Lre—TD(6C—Fon. 1o0% e 14 x 120 soco se 225 son £98% AMA Atiz, 64—OAM, UL Subtrame=234.7.89) y i8 sane 7e o 2z 116| soc0 ss5 s0 T0500— LTE—DD(scroua. roomRR.aMz x 218 arar 170 22 so0 r96% AnA GPSK. UL Suptrame=2.3.4.78 9) Y 237 6h2e 1555 so0 2 20e wos0 1682 soo 10501— UTE—TDD (SC—FOMA, 100% Ra. 3 MHz, X 231 6190 1320 223 soo +986 % Ana 16—0AM, UL Subtrame=2.347.8.9) y 241| sses ma7a soo Z 222 6172 IERH soo Tsnz: tre—tbO(sCroma iomRa. aNnz x 2a ear fa0e 22 800 290% ann 640M UL Subtame=234,7.80) y z4s s5as 1ase so 2 220 6459 1302 C 10503 LTE—TOD (GC:FDMA, 100% RB, 5 MiHz, x 251 6770 1092 223 soo £90% AnB GPSK.UL Subtrame=2347.8.0) y 2es sere fesr Eo 2z 236| oras 1585 s00 Tosni— |LiETDD(GCFDNA. 10o%nB.sMHz, X 275 care isos 225 s00 296% AaB 16—OA UL Subtrame=2.3.4.7 8.9) y 2ss sem 1551 soo Z|_2ee saos 1505 too Tosns |LIETDDISCFDNA 100%me. sWz x zes cor 1904 225 s00 196% Ant 64—GMM, UL Subtrame=234.7.8.9) . ¥I_2or sa7e ts47 soo 2|273 esse is0e soo Tosns— Lre—Too (SCroua. too% RB, 10 X| aos esdb 1847 225 so0 z96% ans Niz. OPSK, UL Subttame=23.4.7.8.9) Y 316 622 1700 so0 2 292 Geor 1647 200 Tosar. Cre—Too (GCrowa, tooRB, 10 xX aze sesr 1e | 225 moo £96% AB Mite. 16—QAM, UL Subtrame=23.4,7.89) Y 327 des2 1622 200 2| a12"| seze isse oo Certficate No: EX3—3808_Junt7 Page 29 of 38

Exspvs— S3808 June 27, 2017 Tosos— LTE—TOD (GCrOMA. too% RB. 10 X| saz tods fsse 225 so0 190% ans NHiz, 64—0AM, UL y |_sar seso 1620 so0 2z |_sar seie se so0 Toste— LTE—TOD (SCrou®. took R6, is x ass saie fodg 225 soo £99% ans Mitiz. OPSK, UL Subtame=234,7.8.0) v| se |_sare 1eso 200 2 342| ereo ioas so0 to510——| LTE—ToD(SC—roma, Too% Re, 15 x am soso isis 225 soo £86% Ans NHz: 16—0AM, UL Sublrame=2.3.4.7.8.0) y 377| sese eas so0 Z|_aes seso 115 s00 Toari— LTE—TOD (SCFDN® 1oo% RB, 15 x se sost fers 225 soo 9a% mna Nhz, 64—0AM, UL Subtrame=2.34.7.8.9) y se sore foar 200 2| 371 seas ieas so0 Toste— Le—ToD (SCFOW, 100% RB, 20 x sse seer iss: 223 800 r95% ma Niz. OPSK, UL Subtreme=234.7.8.9) y |~ses sam inn soo 2| 350| sase toss 800 Tosrs. LTE—ToD (SC—FOWA, 1oos Ro, 20 xX se2 cosr fe20 225 soo z96% Ans Miz,16—0AM, UL Subtrame=2.347.8.9) y |_See soer Toas soo 2z |_se1 ses o7 200 Tosra— LTE—TOD (SCFOMA1o0% RB, 20 x see seas iei6 223 soo z96% ans NHz. 64—0AM, UL Sublrame=2.3.4.7.8.0) y 372 son 1642 soo 2| _sse |_cons_| foi8 so0 10515— IEEE 80» 11 Wiei 2 4 Gh(DsS5, 2 x 009 6a31 1164 0.00 1500 £08% AMA Mops, 99pc duty cycle) y |or saee rase 1500 z |ose ess1 es 1500 fosie. |iE€ESOZTWFziGHzIDSSS.s5 x osr sari i6es 000 1500 z90% Ana Mops, 9Bpe duty cycie) y oss tm fans 1500 2z |osr sass tess 1500 Tostr— |iEEEGO2TWR24GHz\DSSS T1 x os2 sase isi6 000 1500 96% AaA Mops, 99pe duty cycle) y oss ssar 1672 1500 2| oss cass tsi6 1500 foss. |iEeE@OZTamWnsGHz(OrDM.© x 432 sese ieir ono 1500 £96% AAA Mops, 99pe duty cycle) v| as sror fear 1500 2z |_as1 |_soor 1619 1500 Tosts iEEESOZanwmSGHz(OFDM 12 x 445 ari1 ioze 600 1500 £95% AAA Mops, 99pe duty eycie) y 44e arie fese 1500 2| a4s ori2 1ear 1500 Tosso— |ieeEBOZTanWFRSGR:IOFDM 16 x 432 ar04 f6ir 000 isoo £90% Ana Mops. 99pe duty cycle) y |_ass o2 1o2r 1500 2 431| sroi 1619 1500 Tsri— ieEE@OzmamwnsGhz(OrDM.24 X 425 sess ieis 000 1500 £90% AMA Mps, 99e duty cxcle) y |aze sros fezs 1500 2 |_a2 |_sose 1ei6 1500 Tos|EeEso2TanwRsGnz(orb. 36 x 420 eros fe22 o00 1500 295% Ana Mps. 99pe duty cxcie) y i2 arir mx 1500 2 427 oror 1622 1500 Certficate No: EX3—3808_.Junt7 Page 30 of 38

exove— sygess June 27, 2017 Tars |icfEBOZTanWmnsGhe(OroM ds x «2t aris fein ono 1500 +95% AnA Maps. 99pe duty cycle} y |_a27 arzs 1eso 1500 2| a2s eris 1621 1500 Tosat: |EE€SUZTanWinSGHz(OrDM 54 x 42 sros feas ono is00 +96% Ana Mbos, 98pc duty cycie) y iz oru es isoo z|_a2 sros 1625 1500 Tosas: TEEE602 tac wini (oovine, MGS0, xX «30 seas ises ooo is00 £90% Ana 99pe duty eycle) y a32 cese 1550 1500 2| 42e soa 150 1500 Tosze: 1EEE 802. Tacwini (2ovinz, MGST X 440| sear isee ooo iso0 £95% AMA 99pe duty cxcle) v| 445 sase 1eos 1500 2 aso soar 1988 1500 Toszr— 1E€E 802thmc Wini (2ovinc. MGSe, xX 434| soas tss ooo 500 196% Ana $9pe duty cyele) v |_#ar sese 1608 1500 z| 133 coas 19 1500 Toszn: iE€E a02vacWini (20ViRz, MCS3, X 435 se«s ts0e Go0 is00 £96% Ana 99pe duty cxcte) y a3e| sase 1ens 10 2 |_ase ~|_soas foor 1500 To5re: T€EE 602 Thac win: rovmz Mose, X «35 toms is9s ooo is00 196% ana 99pe duty excie) y «36| sose fove 1500 z 13| soe 1sar 1500 Tosa1— iEEE 6021ec win (cohinz. MCSG, x a31 |aade ts92 oo0 1500 z56% AMA 9Gpe duty cxcle)_ v| 430| sase 1ens 1500 2 |_a30 _|_s6as toos 1500 Tosaz: iEEE 802vac Win (covine, MST. x «20| cass tsse ono is00 z96% Ana 9upe duty cycle) y 122| soas fsse T500 2| a10 s6as 1sa7 1500 Tosas: 12EE 802 rac Win (2oMnz MCSG, X| 435 sass isse ooo isn0 #96% Ama 99pe dutycyce) y 430| soer tene 1500 2z |_a31_|_coss "|_t58 1500 10534— (EEE 6021 tae Win (aoniez. Mcso, x «92| codr teos ooo 1900 296% Ana 99pe duty eyle) y ass seas en 1500 2 |_aor soar foos 1500 Tosds— 12EE 602 Tec Wini (doMiz. MGST x ass sese fear o00 is00 195% ana 90pe dity cycle)_ Y 490| sese 1670 1500 2z «94| sear 1608 1500 Tosse: iEEE 602Hac Win (oomine. MCSZ, x 405 o 1605 oo0 ts00 z56% AMA 99pe duty cyle) y |_«ar soer en 1500 2z 18« sose teor 1500 Tosar— 12eE a02riac win (abWine, MCSS, xX «92 sese ieor ooo isa0 s96% AnA 99pe duty cxcie) y |_ass sees fere 1500 2 |_as2—|_sose 16 10 1500 Tosan— EeE o2vee Win onz Mose, xX 497 seas teor uoo iso0 £95% Ana S9pe duty eycle) yO soo sose Teis 1500 2z |_ase soar fene 1500 Tosid— iEeE B0ztec im (downz. MGSe, x 490 sait 1007 o0 is00 z95% AmA 59pe duty exce) y _ass sese fase 1500 2z +9o soas feos 1500 Certficate No: EX3—3808.Junt7 Page 31 of 36

exsove— shczses June 27, 2017 Tosin— iE€E a02.ree win doNz, MGST, xX 480 sea0 sns ooo io9 295% Ama 99pe duty eycie) y as2 soas tm 1500 2| aso sese 1606 1500 Tosiz: 1EEE 602.tree Wi (doNz, MGSG, X sos seas toos ons 1500 196% AAA 99pe duty cycie) Y _sor soss 1our 1500 2z |_sor soas 16 10 1500 To5i3— 1EEE 80ztiee wiri (doNiz, MGSo, x siz sese 1ai7 600 1500 z90% AMA 9pe duty cycie) y 515| soes fezs 1500 2| _siz sese 1819 1500 Tosea— 1EEE 602Te Wii (soNiz, MCSO, x sar seas feor o0o 1500 190% AMA 99pe duty cxcle) v |_sao sess teos 1500 2z sar sear 1603 1500 To5is— 1EEE 802 Tiae Wiri (@oNiz, MCS1, x s4s seas feis ono 1500 £96% AMA 99pe duty cycle) y |_Sas |_soor Toz6 1500 2z |_sas so89 1620 1500 Tosis— iE€E 02 trac w(oomie, MCS2, xX s30 sese fe0d ooo 1500 196% Ama 99pe duty cycle) y sas soss fore 1500 Z| ss0 sesr ons 1500 ToiT— 1EEE 802. Tree wini (BONMiz, MCS3, x s3 sere 611 one 1500 196% AnA S9pe duty cycie) v sar sear Tess 1500 2| s3 sore 1ei4 1500 Tosts: 1EEE 802 11e Wini (BoWWiz, MGSA, xX s4s srze i63s ooo 1500 196% Ana 99pe duty cycie) y se ors2 1642 100 2| _sas or21 1634 1500 Tos5o— 1EEE 802.trae wiri (BoViriz, MGSe, x sar soss isi6 on0 1800 196% AMA 99pe duty cycie) v |_s3o sase 1625 1500 z) sar comt 1620 1500 Tosst— 12E 602 ie Wini (BoNniz, mGsr, xX sze sess ise0 ons is00 z86% Ana $9pe duty cycle) y sar sosr Teor 1500 2 sz sosr 1601 1500 Tossa— iEEE 602 Tiac wini (@oWiz. MGSs. x sz sez 603 ooo is00 286 % AMA 99pe duty excie) y sar se on 1500 2| sze ceei 1605 1500 Tosss— 1EEE 802Te wiri (@OWiz,MCSo x s3s eass 1602 on0 1500 z96% Lo 99pe duty cxcie) y 535 sesr 1610 1500 2| ss2 cass 1604 1500 Toss— ieEE feo®thecwim(iooime,moso, x 570 Gemi t60e 000 1500 £90% AMA 99pe duty cycle) y s7s somr Tore 1500 2z |_sro s67e 1610 1500 Tosss ieeEdevztiecWin(fooMizMost, x 578 cess fei" 000 1500 296% Ana 99pe duty cycie) Y sao erce 1ez 1500 2 srs coor 1610 1500 Tosse— iEEE feortiecWim(ioonine Mosr. x se2 eriz foz2 000 1500 £96% AnA 90pe duty cxcie) y sas oris 1630 1500 2z |_sas eris fo2¢ 1500 Toser— ieEE feazteewim(ioovineMCsa, x 578 er00 iei8 00 1500 £96% Ana 99pe duty cycle) v sao orce 1625 1500 2z s7e soss fei9 1500 Certficate No: EX3—3808_Junt? Page 32 of 38

exsove—sNasos June 27, 2017 Tosse: —|iEEE room macwin (fooume mMose, x s77 aroo isie ono iso0 290% Ama $Gpe duty excie) Y sao sror Tear 1500 2| s7e sess 1620 1500 Toseo: |iEEE ooz Tecwmi(ieoMnz mGse,. x 580 seor fezi 000 is00 299% Ama Stpe duty cycie) y s arm fozs 1508 2z sso |_cost 1628 1500 Tosei— iE€E foda tacvin reouirmosr, x 573 sesi fezs Goo isoo £50% Ana 9pe duty cxcle) y s7e sror dean oo z sn se toz 1500 Tosea: ieeE 1eor trecwim(reomnz.moss. X 577 sror feso one isoo £90% AMA 99pe duly cxcle) y sao aris fese 109 2| s77 sroa tesn 100 Toses: iEeE teo2 trae w reoMnzMose. x ses aros 627 o0 is00 z56% Aha 99pe duty cyeie) y—|ser arie fese 1500 2| see sros 1o2e 1500 Toses: iEEE 80219 win 24 Gnz (boss— x «e2 sea1 feze ods isa0 z96% Ana OFDM; 9 Maps. B9pe duty cyele) y |_kes or00 fear 1500 2|_aes sou fear 1s00 Toses: ieE s02 1y win 2« onz (bsss— xX a82 er3s 1660 o46 iso0 256% Ana OFDM12 Mips. 99pe duty cycle) y «en arat eso msoo 2 461 6r3 1662 1500 Tosse: i€EE anz 1o wiri 22 onz (osss: x «es aris iess o4s isoo <55% Ana OFONM18 Mbas: Spe duty cycle) y ass ors2 1oas 1509 2 aee oris 1640 1500 Toser. iege aozmg win24 onz psse: x «70| arse iea0"| o46 iso zesn Aan orom, 24 Mops, Spe diuty cyole) y|_a72 arss fese Too 2| iss orso 1683 1500 Toses: ieE So2ty win 24 one oses: X| as2 sar en o46 1500 z95% Em OFDM, 36 Mops. 99pc duty cycle) y |ase sose fear 105 2| as1 sore foos 1500 Tosse— ie€E s0z11g w2 4 one (osss: X «69 aree iess o6 1500 295% Ana OFDM; 48 Mops, S9pe duty eycie) y—|a72|_arsa i7os T500 2 |_asa _|_srea 1700 1500 Tosro: TeE so2119 in 24 onz (ose: x «65| areo iess nas is00 £00% AMA OFDM 54 Mops, S9pe dity cycle) y|_ar| ares mean 1500 Z|_aer srer fess 1500 Tsm |Eecsirmewnzicnziess1 x 114 ssaz ie8e o46 mson 195% Ana Mops, 9Ope duty cycle) y is oan fsan To 2| i1z sier mas 1500 Ts |icEairmbWnziGheiass.2 x 114 eise fs2i O46 1900 295% AMA Mps. $0pe duty cycle) y 116| siss is3e Too 2|113 _|_soe 15i7 1500 tosrs |Ec€aortbwin2zaGhe(bsss.55 x i0r rare isar O46 1300 190% Ama Maps, $0pe duty cycle) y |_ize oz zore 1soo 2 |_ose 7aar iess 1200 Tosrs |iEe€ar2mbwnzdchz(bess. i1 x 118 sase 1773 o8 1s00 r95% Ama Maps, 80pe duty cxcle) y 121| sons 1ear 100 z1 _iis sase ires 1300 Certficate No: £3—3098_Junt? Page 33 of38

exsove— sN:3s9s June 27, 2017 Tosrs— ieeE ao2t1g Wiri24 Gnz (SS$— x 430 sess ieir o4s oo s90% AmA OFDM; 6 Mops, SOpe duty cycle) y i4 sear foze foo 2| ase "|_ceso 1619 1300 1osre— ieE 802.119 Wiri24 oiz (5Ss— X| a42 somr ioz ons 1300 £96% AMA OFDNM, 9 Mps. $Ope duty cycle) Y 445 66.90 1639 1300 2 ian sess 1631 1300 Torr— leEE 602t1g Wiri 24 Giz (06SS— X| asr sros feas o4s 1soo 196% AMA OFDNM; 12 Mops. 90pe duty cyle) y is siz mss foo Z| iss sros ieas 1300 Tosrs— ieeE ao2 i wiri 24 Gnz (DSSS— x «40 erzr iese oas 1300 196% AAA OFDNM; 18 Mbps. 90pe duty oycle) y| @81 erze 1665 1300 2| a«s ar2 se 1500 To5rd— iEEE 602 119 Win24 GHz (DSSS— x 422 sers 1071 o46 f900 196 % AMA OFDM, 24 Mops, GOpe duty cycle) y 425 sese 168 1oo & 421 sez 1571 1300 10500— iEEE 602 19 Win24 GHz (DsSS— x 428 cezr tm70 oe 1so0 £96% AMA OFDM, 36 Mops. 9Ope duty oycle) 42 seai is8s oo xinl< 42s sez 1570 100 Tose1— iEEE 802 tig win24 onz oess— 440 srao 1654 o46 is00 298% AMA OFDM, 48 Mops, SOpc duty cycle) a4s ar3e 1651 100 oInf<] 430 srae 1657 1soo Tosez. iEEE 602. 1g win 24 one pess a14~| 65090 1546 046 iso0 206 % AmA OFDM, 54 Mbps, 9Ope duty cyole) a1s sens 1602 1oo xfnl<] 412| ses6 1646 1300 10583— iEEE 802 tiam W5 GHz (OFDM, 6 430 sese 1617 o4 iso0 £96% AMA Mops, 80pc dity cycle) 442| seer 1624 100 xInl<] a3e sese es 1300 T08 1EEE 802ttam Win 5 GHz (OFOM, 9 442| toss roze o46 100 296% AmA Mops, 90pe duly cxcle) 445 seeo 1630 1500 xinl<] 441 éess tean 1300 1o8s— iEEE 802 tian W 5 GHz (OFOM, 12 457 sros 16as o46 1309 £96% AMA Mbps. 90pe duty cxce) is sriz tss 1500 xfnf<] ase |_sros 1o4s 1300 Tosss— iEEE 802 tiam wi 5 Giz (OFDM, 16 «40 era1 iese o46 tsoo £96% AMA Mps, $0pe duty cycle) a51 orze 1665 100 xin<l 448 67z 1659 1300 Toser. 1EEE 802rian Win s GHz (OFOM, 24 422 se2e ism 046| 190 290% AM Mops, 80pc duty cyele) a2s sese 1585 100 xinf<] 421 éeza 1571 1200 Tosss— 12E 802 rian Wiri 5 Gne (OFOM, 36 424 cear 1870 oas 1sa0 £96% AMA Mps. $Ope duty cycle) 42| sear iss 1500 xInl<] a2s sez 1970 1300 1oses— IEEE 802tian Win 5 GHz (OFDM, 48 440 srao iess ode 1300 £96% AMA Mops. SOpe duty cxcle) a4s arse 16at 1300 xfnl<] ase or3z fosr 1300 1os90— iEEE 802tiam Win s oiz (OFOM, 54 a14 sseo is4s o46 1300 £90% AAA Mps, 90pe duty cxcle) a1e o1 1562 1200 nl<] a12 é5se tsa6 1300 Cortficate No: EX3—3898_Junt?. Page 34 of 38

exsove— snzo0 June 27, 2017 Toset: 1EEE 802 1m(hT Moed. 2ounr, x «se san tss ons 100 +s8% Ana MCSO 0pe duty cyae) y «50 sare 1eas oo 2| ase sare 1635 100 Tosnz: iEEE 8021 t Med. 20Mr, x &60 tasr 64 o%s 00 86% AMA MCS1, 90pe duty cycle) y «es |oros fese Too 2 |_aes |_cass tear To Tosns: iEEE 80211n (nt Maad. 2ownz, x asr sass 1620 046| 1300 198% ana MCS2. 90pe duty oycie) y «so cesz 1640 neo 2 |ase |case 1631 1200 Tosdt— 1E€E 802 11n (iT Maaa. 20Mve, x ds or0s 1ear o5 100 zs0% Ana MCS3, 90pe duty cycle) y «se ern 1ear oo 7 ae2~| oror 1649 1800 Toses— 1EEE 802.11n (iT Mued. 20Mriz, x «50 or0o fear o4s 00 +55% Ana MCSA, 90pe duty cycle) v |_a62 aros 1oas 1oo z_ ase |_orce 1630 1300 Tosde: 1EEE 802.11n (HT Mied, 20Mz, x ase ces iess ors 100 z96% Ama MCSS, 90pe duty cyclo) v |_as5 aroz moas 100 2| ast aees 1636 1oo Tosur— 1EEE 602Tn (hT Maca, 20Mz, x a4r ca7e 819 o4 1300 +55% Ama MCS690pe duty oye} Y 480 sose 1631 1500 2z |_a40 |_care 1620 100 To506: 12E8021n (HT Mied. souhe, x «4s sros feso ors ms0 z95% Ama MCS7. 90pe duty cycle) y «s1 oris esd 1808 2 |_aar |_oros 1652 100 10500 TEEE 802.11n (HT Moed. d0Miz: xX ~sa20 on1 1aae ~or6 fso0 298 % Aan MGSO. 90pe duty cycie) Y 5z sras fese oo 2| sa orir Tess 1300 Tosoo: iEEE 802 11n (nt Miea: somnz, x s31 era0 es o4 1100 206% Ana MGS1, 90pe duty cyele) y s3 orsi tom o 2| s31 oras 1e7s oo Tosot— 12E80211n hT Med. d0MRz: x ~s20|Carai 1667 046| 1300 288 % Aan MCS2, duty cycle) ¥|_sar| arse eze es 2 52s erse 1ore 1900 T0502: 12E802 1(nt imeed. aovine, xX s30 arz0 1652 o45 1300 z86% AAA MCS3, 90pe duty cyele) y |_sas arso 18e3 1oo 2 |_s2e—|or2i tose 1300 Tosos: IEEE 802. 1n (hT Mued. dolMnz. x 536| oras ies2 o4 1300 296% AMA MCS4. 90pe duty cycie) y|sse _arse tesz Too 2 |ose arae 185 oo 10504 12E 502 1n (hT Moed, aovz, x 52s erot i6se O46 1100 +86% AmA MCSS, 90pe duty cyole) y |_sze |oris 1600 Too 2z s22| oros fese 1300 Tosos— 1EEE 6021 n (hT Mied. a0me. xX s20 |~arzs 1605 o6 110 256 % AMA MCS6. 90pe duty oyole) y 832| orse fozs Too 2 |_sze~| arze reso 1300 Toone— 1EEE 502 11n (hTMisd. aoniee, xX s i1 care fo2r ons 100 zea% Ama MCST, 90pe duty oycle) y sia sase rese 1300 2 snn seso 1est ewo Centficate No: EX3—3800_Junt7 Page 35 of 38

EXGDV4— sN3e0s June 27, 2017 10607— IEEE 802.tiae Wis onz MCSO, 440 6605 1597 046 1300 298% > Ana 9Ope duty excie) a4s sond 1608 1500 xinkcl 450| seoe 1600 1500 10608 IEEE 802. tac WiFi (20Vitz. MCS1, 452 sess 1610 o%e oo 196% AMA $Ope duty eycle) 455 seas 1621 io xinl<l 451| sess 1613 100 10608— (EEE 802.1tac Witi (20NMite. MCS2, 441 seis i8e1 o4s 1200 +96% AMA S0pe duty excle) 445 6626 1603 oo xinl<! 440| tere 1695 100 10610——| (EEE 802. fac Wii (20WHz, MCS3, 447 smm 610 o5 100 298% AMA $Ope duty excie) 450 seas 1621 1sao xinf<| 446 se56 16.12 100 10611— IEEE 802.3 tac Witi (20Mriz, MCS, 438 6641 1502 046 1300 *96% AAA 9Ope duty excle) 447 ceze_| 1604 109 xinl<! 437 66 12 1594 100 Toote— iesE 8021tee win (ooviz, MGSS, 435 care ts0s ns tso0 +96% AMA 90pe duty cre} 4ss sear 1606 oo xinf<] 13 se m 1594 100 1013 12EE 80Z vac wini (2oNire, MGSo 435 66.00 1577 ca6 1300 196% AAM S0pe uty eycle) a% san tmeo 1oo wini<] 43| seoo 1579 1500 10614 12E 802 1e Win (2ovHz. MCST. a3e seso 1607 o6 tao0 108% AMA S0pe duty excie) 437| sean mon8 en oinie] 433| sear 1010 1900 T0515— EBE 802ttae Win (covine, MCSS. a3s sseo ises o4 fa00 £96% |ARA _ 9Ope duty exie) a40 sens 1579 msoo wini<! 435 65 90 1567 1300 10516 1EEE 802 1 tac Witi (dDWHz.. MGS0. sos seso 1618 oa6 1300 +986 % AMA $Ope duty cyce) sos sese 1aze oo xini<! sos sesr 1619 1oo 10617.—| 1E€E 8021 tac Wt (doWiz. MCS1, sos sear 1617 ons f00 £96% AnA $Ope duty cxe) a0 sear 1620 1300 winl<l sos sese 1620 100 10518— 1EEE 802 Tiec Win (domrz. MGSZ, «97 seas tozs oas 1300 298% AMA SOpe duty cxcie) soo sest 163 1oo xfnl<] Aor seas 1626 1300 10619.—| 1EBE 802.1 tac Win (a0Mz, MCS3, 500 sese 608 o46 is00 £96% AMA 90pe dutycycle) sor seas 1620 1so0 xini<] sor ses tois 1500 10620——| iEEE 8021c Yin caoliwe. MCSA, sos sear 1611 46 is00 £96% AMA 90pe duty cycle) soo sese fore Too x)nl<] Sos sear 6n 1oo 10621——| IEEE 8021ac Wini (d0MHz, MCSS, 5.08 ces 1034 046 1300 £96% AnA 90pe duty cxce) sn sast fear 1500 xinl<] sos seao 1637 tsoo Tosez. IEEE 802 vac W(dohinz, MCSs, sor sesi t6ar ons imad r96% AMA S0pe duty cycle) 509 6e56 1645 1300 n‘< sos sos? 1640 1300 Conticate No: ©X3—3898_Junt? Page 36 of 38

Exsovs— swasse June 27, 2017 10525— 1EEE 802. tiee win omne. MGsr. xX ass semr isse ol feoo sa0% Ama $Ope duty cycie) v |_ass sare feus Too 2z |_ase |_coor teor 1500 Tooks: iEEE o2 vac win (aokine. Mss xX Ssis sess teas ons fs0o 2%6% Ana 9Ope dutyeycle) y |_sis san 1ozo To 2 |_sis sam 1622 1300 Toors— ie€EB0z Nee Win mowne. MCSS, X| szs sast fess o4s fs00 2a5% Ani SOpe duty eycie) y |_sar sesr feas Too 2z |_s2ze _|_sase toa0 1200 Tosze— ieEE S02 viae win (oominz. MCS0, x sar| sear fei2 one 1300 #86% AnA $Ope duty eyle) y |_sao sean 1621 1oo z |_sar sase 1ei5 1200 Toszr— iEee #o2Nee Win (ooninz, MGSt X 55e bass fess o6 1300 z56% AMA SOpe dity cycle) Y Se1 ces 1646 1300 2z |_sse saso foar 1300 Tooze: iEEE 602 ts Win (Gowne, MGS2, X sse sere isse bx6 ts00 z96% Ana $Ope duty excle) Y 538 6835 1609 1100 2 536 6625 1601 100 Tosze— iEEE 8021 e We (oomine, Mess xX |~sar seso feii Of6 ts00 195% AMA $Ope duty cycle) y |_ss0 _|_sase fea1 1soo 2 |_sas |_sast 1e i5 1300 Tooan: ieEE S02 ts Win (GoMez. MGSt, xX se orir 1645 ons 1200 285% Ana $Ope duty eycle) y |_sar orso iear 100 2 sez oris tear 1200 Tossi— ieEE 802. 1ae win(oomez. MoSS. x ses aras to7e nds fo00 z50% Ana sope duty cycle) y |_see ora 1e iso0 2 |_ses orse 1679 1300 Toasz: iEEE B0z tre win onz: Mos6, xX se arir tear ons 1300 286 % Ana $Ope duty cyce) y se ores |iozs 1300 2z sez |_orz2 tors 1200 10533— iE€E 8021 1ac win (GoMhz, MoS, x s38 éase ons o4b fs00 z85% AmA 9ope duty oyele) y san sns fear 100 2 |_sar sast 1ea0 1300 Toesi: iEEE B0z ec win (ooninz: MOSs, x s42 case tezs ons 1300 235% AmA $Ope duty crle) y |_sas sase 1831 1200 2 |_sa2 case 1028 1300 Toss— 1EEE 802.1 tas win (oomez, Moso, x 525 eam is52 o0 ftoo 285% Ank $Ope duty cyce) vI_$2 iss m 1500 2| sz sare iss 1300 Toes— iEee feoz.tiee in (eomazMGso, x s1 baer te21 Oe 1900 255 % AMA SOpe dity eycte) y se care 1es0 1oo 2 sea coer oz 1300 10637— in€€ reor t1acWiri(roomnz.Mcsi, X 501 sase r6ar o6 1800 295 % AMA 90pe duty cyele) y |_sai sro0 1642 10 2 |_ss1 soss tess 1300 10538— EEE 1602TTecWiri(eomnz. Mosa, X so5 6705 1636 Of6 1300 255% AMA $Ope duty cycie) Y se oris 1eas 1200 2z |_sse |oros reao 1300 Certficate No: EX3—3098_Junt? Page 37 or38

exsove— saese June 27, 2017 10630— ECE TeozfracWiri(ieoniz Mcsa. x aso sems iess 46 1300 186% AMA 90pe duty eycie) y ses seer near oo Z| seo seee| 1630 1500 Tooto— iEEE foor tacWeittoommzMosa, X se3 coro 117 nd6 1300 196% AAA Sope duty cycle) y se sare 167 oo F4 563 6667 1619 100 10641— IEEE 1602.1 tac Wiri(160MHz. MGS5, x 599 6683 1626 046 1300 £96% Amn 90pe duty cycle) y sae seas iess man 2| ses som 1620 1500 Toi. iEEETeGRTTacWFi(rennme.McSe, x so8 ero6 655 O45 1300 +56% AMA 90pe duty cycie) Y 600 6713 1663 1300 2z see sros 165 100 10623 1EEE 1602 1 tae WiF(1o0Miz. MCST, X 58t ©6,70 1625 0.48 1300 +98% AMA S0pe duty cycle) Y 581 66 70 1636 1300 2| ser soee 1627 1300 Tosts. |iEEETv2imewiri(enmnzMose. x se ces ied D46 is00 £96% AMA S0pe duty excie) y _sas soss 1645 oo 2| sse comt 1637 1300 Tosts— iEEE feozifacwiri(1oomir, Mcso, X 599 ces i6se 46 1300 +56% AnA 9Ope duty cyclo) Y 602 6702 1645 1300 2| 600| 605| 1030 1300 Toeds— LTETDD (SCFDNMA1 Re. 5 Miiz, X| seo sem mar aso o0 +96% AnC GPSiCUL Subtrame=2.7) y 17 sise sose soo 2| sse mann arse soo 10647— LTE—TDD (GC—FOMA, 1 RB, 20 z. x 599 8497 2810 930 s00 196 % Ang PSR Subtame=2.7) Y Cha Bese s0i7 o 2| aso siae_| Zose so0 T064 COMAZ000 (tx Advanced) xX osi siss sas ooo 1500 +86% AMA Y 051 6246 a97 1500 z| oso sir a2zs 1500 " Uncemmintis determined using ts max, devaion fom Inear responseapglyg retangular itrbion and is exprossed for the sauareofthe fald vale Corificate No: EX3—3008.Junt? Page 38 of 38


Document Created: 2018-02-05 10:23:28
Document Modified: 2018-02-05 10:23:28
© 2024 FCC.report
This site is not affiliated with or endorsed by the FCC