Test Report_Part 22H 24E GSM17

FCC ID: 2ABGH-RC555L

Test Report

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FCCID_3611864

@l Report Number: 1709FR28—01 RF Test Report Applicant : Reliance Communications LLC Product Type : GSM/CDMA/AWCDMA/LTE mobile phone Trade Name : Orbic Model Number : RC555L Test Specification : FCC 47 CFR PART 22H FCC 47 CFR PART 24E ANSI/TIA—603—D 2010 Receive Date : Sep. 07, 2017 Test Period : Sep. 20 ~ Sep. 26, 2017 Issue Date : Oct. 16, 2017 Issue by A Test Lab Techno Corp. s & No. 140—1, Changan Street, Bade District, iia%éé (I’A\F ) Tacyuan City 33465, Taiwan (R.0.C) icS resiams Tel : +886—3—2710188 / Fax : +886—3—2710190 Taiwan Accreditation Foundation accreditation number: 1330 Test Firm MRA designation number: TWO010 Note: This report shall not be reproduced except in full, without the written approval of A Test Lab Techno Corp.—This document may be altered or revised by A Test—Lab Techno Corp: personnel only, and shall be noted in the revision section of the document. The client should not use it to claim product endorsement by TAF, or any government agencies. The test results in the report.only apply to the tested sample. 1 of 28

Report Number: 1709FR28-01 Revision History Rev. Issue Date Revisions Revised By 00 Sep. 29, 2017 Initial Issue Nina Lin 01 Oct. 16, 2017 Revised report information Nina Lin 2 of 28

@l Report Number: 1709FR28—01 Verification of Compliance Issued Date: Oct. 16, 2017 Applicant : Reliance Communications LLC Product Type : GSM/CDMAMCDMA/LTE mobile phone Trade Name : Orbic Model Number : RC555L FCC ID : 2ABGH—RC555L EUT Rated Voltage : DC 5V, 2A or DC 9V, 2A Test Voltage : 120 Vac /60 Hz Applicable Standard _: FCC 47 CFR PART 22H FCC 47 CFR PART 24E ANSI/TIA—603—D 2010 Test Result : Complied \“"\:U”’"/, a Performing Lab. : _A Test Lab Techno Corp. $yzA @F ) No. 140—1, Changan Street, Bade District, i{law/:fi\fig — Tacyuan City 33465, Taiwan (R.O0.C) Tel : +886—3—2710188 / Fax : +886—3—2710190 Taiwan Accreditation Foundation accreditation number: 1330 http :/Avww.atl—lab.com.tw/e—index.htm A Test Lab Techno Corp. tested the above equipment in accordance with the requirements set forth in the above standards. All indications of Pass/Fail in this report are opinions expressed by A Test Lab Techno Corp. based on interpretations and/or observations of test results. Measurement Uncertainties were not taken into account and are published for informational purposes only. The test results show that the equipment tested is capable of demonstrating compliance with the requirements as documented in this report. Approved By j [ : _»% Reviewed By : Efl’(’[/ Ou %/ (Manager) (Fly Lu) (Testing Engineer) (Eric Ou Yang) 3 of 28

Report Number: 1709FR28-01 TABLE OF CONTENTS 1 General Information ......................................................................................................... 5 1.1. EUT Description ......................................................................................................... 5 1.2. Mode of Operation ...................................................................................................... 6 1.3. EUT Exercise Software .............................................................................................. 6 1.4. Configuration of Test System Details .......................................................................... 7 1.5. Test Instruments ......................................................................................................... 8 1.6. Test Site Environment................................................................................................. 9 1.7. Summary of Test Result ............................................................................................. 9 2 Test Results .................................................................................................................... 10 2.1. Effective Radiated Power / Equivalent Isotropic Radiated Power Test ..................... 10 2.2. Field Strength of Spurious Radiation Test ................................................................. 13 3 Test Results .................................................................................................................... 16 Appendix A: Effective Radiated Power / Equivalent Isotropic Radiated Power ................. 16 Appendix B: Field Strength of Spurious Radiation ............................................................ 17 4 of 28

@l Report Number: 1709FR28—01 1 General Information 1.1. EUT Description Apoicant Relance Communications LLG o 585 Wreless Bivd, Hauppauge, New York, 11788, United States Unimaxcomm Manutacturer Room 602, Buildng—B, Shenzhen Software Park T3, Hi—Tech Park South, Nan Shan Distict, Shenzhen, Ghina Product Type GSM/CDMAWCDMATLTE moble prone "Trade Neme Orbic Model Number mossst rce in premem MEI No. ssee2s0s0001 a02 Mode Eand |_UL Frequency (MHz)_|_ DL Frequency (MHz) Modulation aso s2u2— sn.a sea2 — soo.8 cusiarsk cswarnsEcrrs 1900 1ss02~ 19008 18302 ~ tosea cusiarsk Chennel Control Auto Te Max. Gain (dB) Antenna information comernsrEcrns aso 4 LDS Antemna comernsrEcrns 1900 1 Operate Temp. Range 10 ~ 40 °C Frequency Band ERB/EIRR (m) csmsso o.189 CcB Ecrns aso 0.127 CcB sn 1900 0.166 Elrp) Ecrns 1900 o.055 Elrp) 5 of 28

Report Number: 1709FR28-01 1.2. Mode of Operation ATL has verified the construction and function in typical operation. All the test modes were carried out with the EUT in normal operation, which was shown in this test report and defined as: Test Mode Mode 1: GSM 850 Link Mode Mode 2: GSM 1900 Link Mode Mode 3: EGPRS 850 Link Mode Mode 4: EGPRS 1900 Link Mode Note: Regards to the frequency band operation: the lowest, middle and highest frequency of channel were selected to perform the test, then shown on this report. By preliminary testing and verifying three axis (X, Y and Z) position of EUT transmitted status, it was found that “X axis” position was the worst, then the final test was executed the worst condition and test data were recorded in this report. Tested System Details The types for all equipments, plus descriptions of all cables used in the tested system (including inserted cards) are: Product Manufacturer Model Number Serial Number Power Cord Universal Radio 1. R&S CMU200 112387 NA Communication Tester 1.3. EUT Exercise Software 1 Setup the EUT and Base Station (CMU200) as shown on 1.4. 2 Turn on the power of all equipment. 6 of 28

Report Number: 1709FR28-01 1.4. Configuration of Test System Details AC Input AC Adapter EUT Earphone & Microphone 7 of 28

@l Report Number: 1709FR28—01 1.5. Test Instruments For Spurious Redietion Equipment Manifacturer Mode! Number |_Serial Number Gal. Date Gal. Oycle RF Pre—selector Aglent weosoa MY48520056 04/24/2017 _1 year Spectum Analyzer Aglent Ecssn MY48180678 04/24/2017 _1 year Pre Amplfier Aglent seagn 2008402237 10/11/2018 _1 year Pre Amplfier Aglent se47p 20d4AtT®__| OH/12R017 _1 year Pre Amplfier (26.5—400H2) EMcl EMC2es4045 osooze 08202017 1 year Pre Amplifier messore) EMcl Emcorssasse osoase 01/182017 1 year Broadband Antenna Schwarzbeck vursorss «18 10132018 _1 year Hom Antenna misons somanzBEck ucsselsctronne| B244°1200 9120D—580 08202017 1 year Hom Antenna (8—00t2) Ets ans 0008487 0911/2017 1 year Mcrowave Cable evo! EMC‘?fi;gs"'KM' 15101 021202017 1 year Microwave Cable emcl EMC'V“%DSDM'SM 140202 0212072017 1 year Microwave Cable emcl eme1 DQA'DSM'SM' 140301 0212072017 1 year Sagnal Generator Aglent EsesrD MY44220425 0310212017 _1 year Test Ste anl Teo1 ssaoo1 08202017 _1 year Note: N.C.R. — No Calbration Request 8 of 28

@l Report Number: 1709FR28—01 1.6. Test Site Environment tems Required (IEC 60068—1) Actual Temperature (°C) 1535 2s Humidty (CRH) mss so Barometric pressure (mbar) aso—tos0 oso 1.7. Summary of Test Result FGG Rute Description Resut ga10e Conducted Output Power Na iNote) §20.013(0)0) Effectve Radiated Power Pass §24.230(0) Equivalent Isotropic Radiated Power Pass §2.1040 Passet)§92.017(6) Emission Bandwidh & Occupied Bandwidth Na iNote) §2.1051 §92.017(a) pmethn Band Edge Measurement Na iNote) §2.1051 Passe®)§92.017(a) Conducted Spurious Emission Na iNote) §2.1053 Passo®)§92.017(a) Field Strength of Spurious Rediation Pass §2.1055 wa gop.ass Frequency Stabiity for Temperature & Voltage (Note) §24.935 Note Refer report number 117261374—WMDO1 9 of 28

Report Number: 1709FR28-01 2 Test Results 2.1. Effective Radiated Power / Equivalent Isotropic Radiated Power Test  Limit For FCC Part 22.913(a)(2): The E.R.P. of mobile transmitters and auxiliary test transmitters must not exceed 7 Watts. For FCC Part 24.232(c): The E.I.R.P. of mobile transmitters and auxiliary test transmitters must not exceed 2 Watts.  Setup Below 1 GHz 10 of 28

Report Number: 1709FR28-01 Above 1 GHz For Substituted Method Test Set-UP Antenna Ground mast plane d: distance in meters 1-4 meter d = 3 meters 1m S.G. SPA Substituted Sleeve Dipole or Broadband (Bi-log) Horn Antenna Antenna or Horn Antenna 11 of 28

@l Report Number: 1709FR28—01 m Test Procedure For FCC a. The EUT was set up for the maximum power with wiian link data modulation. The power was me asured with Spectum Analyzer All measurements were done at 3 channels (ow, middle and high operational frequency range). E.LR.P power measurement. In the sermi—anechoio chamber, EUT placed on the 0.8m height of Turn Table, rotated the table around 360 degrees to search the maximum radiation power and receiver antenna shall be rotated vertical and horizontal polarization and moved height from tm to 4m to find the maximurn polar radiated power. The ‘Read Value" is the spectrum reading the meximum power value The substition antenna (Note:1 & 2)is substiuted for EUT at the same positon and signals generator export the GW signal to the substition anterna via a TX cable. Rotated the Turn Table and movedreceiving antenna to find the maximum rediation power. Adjust output powerlevel of S.G to get a Value of spectrum reaing equal to ‘Read Value" of step a. Record the power level of 8.G. E.LR.P. « Output powerleve! of 8.G — TX cable loss + Antenna gain of substtution hom ERP.~ELRP— 215 08 Note: 1. Below 1 GHz Substtuted Method Test Sieeve dipole antenna to Bi—Log Anterna 2. Above 1 GHe Subsifuted Method Test Hom antenna to Hom Anterna m Uncertainty The measurement uncertainty s defined as for Field Strength of Spurious Raciation measurementis + 3.072 dB. 12 of 28

Report Number: 1709FR28-01 2.2. Field Strength of Spurious Radiation Test  Limit The power of any emission outside of the authorized operating frequency ranges must be attenuated below the transmitting power (P) by a factor of at least 43 + 10log(P) dB. It is measured by means of a calibrated spectrum analyzer and scanned from 30 MHz up to a frequency including its 10th harmonic.  Setup Below 1GHz 13 of 28

@l Report Number: 1709FR28—01 Above 1GHz w———— ARAAAAARAAAAAAA > GroundPlane Measurement m Instrument E) Conmareg—— Control Reom For Substiuted Method Test Set—UP plane d: distance in motors 14 meter d =3 moters 1im P se | \ C spa Substituted Sleeve Dipole 0 groadband (BHog) Horn Antenna Antenna or Horn Antenna 14 of 28

@l Report Number: 1709FR28—01 m Test Procedure For FCC a. The EUT was set up for the maximum power wih wwan ink data modulation. The power was measured with Spectur Analyzer. All measurements were done at 3 channels (ow, midle and high operationalfrequency range}. b. E.LRP power measurement, in the semi—anechoic chamber, EUT placed on the 0.8m height of Turn Table, rotated the table around 360 degrees to search the maximum radiation power and receiver antenna shall be rotated vertical and horizontal polarization and moved height from Im to 4m to find the maximum polar rediated power. The ‘Read Value is the spectrum reading the maximum powervalue. 6. The substiution antenna (Note:1 & 2) is substfuted for EUT at the same position and signals generator export the CW signal to the substiution antenna via a TX cable. Rotated the TurTable and moved receiving antenna to find the maximum rediation power. Adjust output powerleveof 5.G to get a Velue of spectum reeding equal to ‘Read Value" of step a. Record the power level of 8 G. d. ELRP Output power level of 8.G — TX cable loss + Antenna gain of substitution hom e. ERR—ELRR—21508 Note: 1. Below 1 GHz Substtuted Method Test Sieeve dipole antenna to Bi—Log Anterna 2. Above 1 GHe Subsifuted Method Test Hom antenna to Hom Anterna m Uncertainty The measurement uncertainty s defined as for Field Strength of Spurious Rediation measurementis + 3.072 dB. 15 of 28

Report Number: 1709FR28-01 3 Test Results Appendix A: Effective Radiated Power / Equivalent Isotropic Radiated Power Frequency Ant. Read Level Correction Factor E.R.P. Limit Band Modulation (MHz) Polar. (dBm) (dBm) (W) (dBm) (W) H 21.16 -0.10 21.06 0.128 <7 824.2 V 23.89 -0.09 23.80 0.240 <7 H 25.45 0.04 25.49 0.354 <7 GSM 850 GMSK 836.6 V 26.85 0.04 26.89 0.489 <7 H 24.68 0.03 24.71 0.296 <7 848.8 V 26.40 0.03 26.43 0.440 <7 Frequency Ant. Read Level Correction Factor E.I.R.P. Limit Band Modulation (MHz) Polar. (dBm) (dBm) (dBm) (W) (W) H 31.95 -10.70 21.25 0.133 <2 1850.2 V 31.96 -10.70 21.26 0.134 <2 H 31.95 -10.24 21.71 0.148 <2 GSM 1900 GMSK 1880.0 V 31.60 -10.24 21.36 0.137 <2 H 31.97 -9.78 22.19 0.166 <2 1909.8 V 31.64 -9.78 21.86 0.153 <2 Frequency Ant. Read Level Correction Factor E.R.P. Limit Band Modulation (MHz) Polar. (dBm) (dBm) (W) (dBm) (W) H 16.08 -0.09 15.99 0.040 <7 824.2 V 17.14 -0.09 17.05 0.051 <7 H 21.01 0.04 21.05 0.127 <7 EGPRS 850 8PSK 836.6 V 19.74 0.04 19.78 0.095 <7 H 18.86 0.03 18.89 0.077 <7 848.8 V 18.86 0.03 18.89 0.077 <7 Frequency Ant. Read Level Correction Factor E.I.R.P. Band Modulation (MHz) Polar. (dBm) (dBm) (dBm) (W) H 27.88 -10.70 17.18 0.052 <2 1850.2 V 27.63 -10.70 16.93 0.049 <2 H 27.97 -10.24 17.73 0.059 <2 EGPRS 1900 8PSK 1880.0 V 27.76 -10.24 17.52 0.056 <2 H 27.96 -9.78 18.18 0.066 <2 1909.8 V 26.65 -9.78 16.87 0.049 <2 16 of 28

@l Report Number: 1709FR28—01 Appendix B: Field Strength of Spurious Radiation Standard FCC Part 22H/ 24€ Test Distance: 3m Testtem Harmonic Power AC teovieoHe Frequency 824.2MHe Temp.{C)Hum.(@RH): 26(CystRH Mode 26_asM_seo_CH128_H Date: cor20r2017 Ant.Polar. Honzontal No. Frequercy Reading Correct Factor Resut umt Margin Remark (ule) (dom) «o) (dom) (Bm) @o) 1 1648400 2504 as40 cser 18.00 s2r peak Standard FCC Part 22H/ 24€ Test Distance: 3m Testtem Harmonic Power AC teovieoHe Frequency 824.2MHe Temp.{C)Hum.(@RH): 26(CystRH Mode 26_csMseo_Chi23_v Date: cor20r2017 Ant.Polar. Vertical No. Frequercy Reading Correct Factor Resut umt Margin Remark (ule) (dom) «o) (dom) (Bm) @o) 1 1648400 2aso as40 4008 18.00 2708 peak 17 of 28

@l Report Number: 1709FR28—01 Standerd FOC Part 22H/ 24€ Test Distance: 3m Testtem Hermonic Power A0 tovieoHe Frequency as6.00H2 Temp.(C)Hum.%.RH) 2e(cysonRH Mode 2a_asM_aso_CH190_H Date: ner20/2017 Ant.Polar. Horizontal No. Frequency Reading: ConectFactor Rosut Limk Margin Rematk (uei (dm) (08) (dm) (cBm) (8) 1 1873200 2a7 810 4189 1800 n 0o peak Standerd FOC Part 22H/ 24€ Test Distance: 3m Testtem Hermonic Power A0 tovieoHe Frequency as6.00H2 Temp.(C)Hum.%.RH) 2e(cysonRH Mode 2a_asM_aso_CH190_V Date: ner20/2017 Ant.Polar. vertical No. Frequency Reading: ConectFactor Resut Limk Margin Rematk (uei (dm) (08) (dm) (cBm) (8) 1 1873200 2320 810 4220 1800 200 peak 18 of 28

@l Report Number: 1709FR28—01 Standerd FOC Part 22H/ 24€ Test Distance: 3m Testtem Hermonic Power A0 tovieoHe Frequency a48.ovie Temp.(C)Hum.%.RH) 2e(cysonRH Mode 2a_esM_aso_CH251_H Date: ner20/2017 Ant.Polar. Horizontal No. Frequency Reading: ConectFactor Rosut Limk Margin Rematk (uei (dm) (08) (dm) (cBm) (8) 1 1ser.s00 2a7e 275 css 1800 s as peak Standerd FOC Part 22H/ 24€ Test Distance 3m Testtem Hermonic Power A0 tovieoHe Frequency a48.ovie Temp.(C)Hum.%.RH) 2e(cysonRH Mode 2a_esM_aso_CH251_V Date: ner20/2017 Ant.Polar. vertical No. Frequency Reading: ConectFactor Resut Limk Margin Rematk (uei (dm) (08) (dm) (cBm) (8) 1 1ser.s00 2a7a 275 a1as 1800 ns peak 19 of 28

@l Report Number: 1709FR28—01 Standerd FOC Part 22H/ 24€ Test Distence 3m Testtem Hermonic Power A0 tovieoHe Frequency 1850z Temp.(C)/Hum.RH) 2e(cysonRH Mode 2a_esM_1900_CHS12_H Date: ner20/2017 Ant.Polar. Horizontal No. Frequency Reading: ConectFactor Rosut Limk Margin Rematk (uei (dm) (08) (dm) (cBm) (8) 1 2700400 arie s13 sean 1800 ns1 peak Standerd FOC Part 22H/ 24€ Test Distence 3m Testtem Hermonic Power A0 tovieoHe Frequency 1850z Temp.(C)/Hum.RH) 2e(cysonRH Mode 2e_esM_1900_CHS12_V Date: ner20/2017 Ant.Polar. vertical No. Frequency Reading: ConectFactor Resut Limk Margin Rematk (uei (dm) (08) (dm) (cBm) (8) 1 2700400 an7e s13 sase 1800 anse peak 20 of 28

@l Report Number: 1709FR28—01 Standerd FOC Part 22H/ 24€ Test Distance: 3m Testtem Hermonic Power A0 tovieoHe Frequency 1eeoutiz Temp.(C)/Hum.RH) 2e(cysonRH Mode 2a_esM_1900_CHss1 _ Date: ner20/2017 Ant.Polar. Horizontal No. Frequency Reading: ConectFactor Rosut Limk Margin Rematk (uei (dm) (08) (dm) (cBm) (8) 1 sre0000 asse ser sene 1800 ce10 peak Standerd FOC Part 22H/ 24€ Test Distence 3m Testtem Hermonic Power A0 tovieoHe Frequency 1eeoutiz Temp.(C)/Hum.RH) 2e(cysonRH Mode 2a_esM_1900_CHss1_v Date: ner20/2017 Ant.Polar. vertical No. Frequency Reading: ConectFactor Resut Limk Margin Rematk (uei (dm) (08) (dm) (cBm) (8) 1 sre0000 asss ser sise 1800 aase peak 21 of 28

@l Report Number: 1709FR28—01 Standerd FOC Part 22H/ 24€ Test Distence 3m Testtem Hermonic Power A0 tovieoHe Frequency 1eoo0ttHz Temp.(C)/Hum.RH) 2e(cysonRH Mode 2a_esM_1900_CHs10_H Date: ner20/2017 Ant.Polar. Horizontal No. Frequency Reading: ConectFactor Rosut Limk Margin Rematk (uei (dm) (08) (dm) (cBm) (8) 1 seresoo asos se sose 1800 area peak Standerd FOC Part 22H/ 24€ Test Distance: 3m Testtem Hermonic Power A0 tovieoHe Frequency 1eoo0ttHz Temp.(C)/Hum.RH) 2e(cysonRH Mode 2e_esM_1900_CHs10_v Date: ner20/2017 Ant.Polar. vertical No. Frequency Reading: ConectFactor Resut Limk Margin Rematk (uei (dm) (08) (dm) (cBm) (8) 1 seresoo ason se size 1800 aa7e peak 22 of 28

@l Report Number: 1709FR28—01 Standerd FC Part 22H / 24€ Test Distance: 3m Testtem Hermonic Power A0 tovieoHe Frequency soa. ue Temp.(C)Hum.:RH): 2e(cysonRH Mode 2e_Eerhs_aso_CH128_H Date: ner20/2017 Ant.Polar. Horizontal No. Frequency Reading: ConectFactor Rosut Limk Margin Rematk (uei (dm) (08) (dm) (cBm) (8) 1 188400 ca13 asas a1ss 1800 o se peak Standerd FC Part 22H / 24€ Test Distance: 3m Testtem Hermonic Power A0 tovieoHe Frequency soa. ue Temp.(C)Hum.:RH): 2e(cysonRH Mode 2e_Eerhs_aso_CH123_V Date: ner20/2017 Ant.Polar. vertical No. Frequency Reading: ConectFactor Resut Limk Margin Rematk (uei (dm) (08) (dm) (cBm) (8) 1 188400 ca0s asas «ns1 1800 «us peak 23 of 28

@l Report Number: 1709FR28—01 Standerd FC Part 22H / 24€ Test Distance: 3m Testtem Hermonic Power A0 tovieoHe Frequency ss.ouhe Temp.(C)Hum.:RH): 2e(cysonRH Mode 2e_Eerhs_aso_CH190_H Date: ner20/2017 Ant.Polar. Horizontal No. Frequency Reading: ConectFactor Rosut Limk Margin Rematk (uei (dm) (08) (dm) (cBm) (8) 1 1873200 cnss 810 «870 1800 o peak Standerd FC Part 22H / 24€ Test Distance: 3m Testtem Hermonic Power A0 tovieoHe Frequency ss.ouhe Temp.(C)Hum.:RH): 2e(cysonRH Mode 2e_Eerhs_aso_CH190_V Date: ner20/2017 Ant.Polar. vertical No. Frequency Reading: ConectFactor Resut Limk Margin Rematk (uei (dm) (08) (dm) (cBm) (8) 1 1873200 cnsr 810 4877 1800 «077 peak 24 of 28

@l Report Number: 1709FR28—01 Standerd FC Part 22H / 24€ Test Distance: 3m Testtem Hermonic Power A0 tovieoHe Frequency sss.auie Temp.(C)Hum.:RH): 2e(cysonRH Mode 2e_Eerhs_ss0_CH2s1_H Date: ner20/2017 Ant.Polar. Horizontal No. Frequency Reading: ConectFactor Rosut Limk Margin Rematk (uei (dm) (08) (dm) (cBm) (8) 1 1ser.s00 ca10 275 4104 1800 «nc peak Standerd FC Part 22H / 24€ Test Distance: 3m Testtem Hermonic Power A0 tovieoHe Frequency sss.auie Temp.(C)Hum.:RH): 2e(cysonRH Mode 2e_Eerhs_sso_CH2s1_V Date: ner20/2017 Ant.Polar. vertical No. Frequency Reading: ConectFactor Resut Limk Margin Rematk (uei (dm) (08) (dm) (cBm) (8) 1 1ser.s00 cars 275 assi 1800 «2s peak 25 of 28

@l Report Number: 1709FR28—01 Standerd FC Part 22H / 24€ Test Distence 3m Testtem Hermonic Power A0 tovieoHe Frequency 150.2z Temp.(C)/Hum.RH) 2e(cysonRH Mode 2e_EerRs_1900_CHS12_H Date: ner20/2017 Ant.Polar. Horizontal No. Frequency Reading: ConectFactor Rosut Limk Margin Rematk (uei (dm) (08) (dm) (cBm) (8) 1 2700400 4ss3 s13 sare 1800 a1gs peak Standerd FC Part 22H / 24€ Test Distance 3m Testtem Hermonic Power A0 tovieoHe Frequency 150.2z Temp(C)Hum,RH) 2e(cysonRH Mode 2e_EerRs_1900_CHS12_V Dete ner20/2017 Ant.Polar. vertical No. Frequency Reading: ConectFactor Resut Limk Margin Rematk (uei (dm) (08) (dm) (cBm) (8) 1 2700400 4830 s13 seas 1800 anas peak 26 of 28

@l Report Number: 1709FR28—01 Standerd FC Part 22H / 24€ Test Distence 3m Testtem Hermonic Power A0 tovieoHe Frequency 1esomtHiz Temp.(C)/Hum.RH) 2e(cysonRH Mode 2e_EerRs_1900_CH661_H Date: ner20/2017 Ant.Polar. Horizontal No. Frequency Reading: ConectFactor Rosut Limk Margin Rematk (uei (dm) (08) (dm) (cBm) (8) 1 sre0000 4710 ser seer 1800 casr peak Standerd FC Part 22H / 24€ Test Distance 3m Testtem Hermonic Power A0 tovieoHe Frequency 1esomtHiz Temp(C)Hum,RH) 2e(cysonRH Mode 2e_EerRs_1900_CH6s1_V Dete ner20/2017 Ant.Polar. vertical No. Frequency Reading: ConectFactor Resut Limk Margin Rematk (uei (dm) (08) (dm) (cBm) (8) 1 sre0000 «72e ser seis 1800 w015 peak 27 of 28

@l Report Number: 1709FR28—01 Standerd FC Part 22H / 24€ Test Distence 3m Testtem Hermonic Power A0 tovieoHe Frequency 1900.Hz Temp.(C)/Hum.RH) 2e(cysonRH Mode 2e_EerRs_1900_CH810_H Date: ner20/2017 Ant.Polar. Horizontal No. Frequency Reading: ConectFactor Rosut Limk Margin Rematk (uei (dm) (08) (dm) (cBm) (8) 1 seresoo asse se seas 1800 835 peak Standerd FC Part 22H / 24€ Test Distance 3m Testtem Hermonic Power A0 tovieoHe Frequency 1900.Hz Temp(C)Hum,RH) 2e(cysonRH Mode 2e_EerRs_1900_CH810_V Dete ner20/2017 Ant.Polar. vertical No. Frequency Reading: ConectFactor Resut Limk Margin Rematk (uei (dm) (08) (dm) (cBm) (8) 1 seresoo 4824 se saos 1800 anos peak 28 of 28


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