GPS Tracker Model No.: Yepzon Freedom FCC ID:
FCC PART PART 22/24 TEST REPORTforGPS TrackerModel No.: Yepzon FreedomFCC ID: 2AENAYPZN02ofYepzon OyAddress: Finlaysoninkuja 9, 33210 Tampere FinlandApplicant:Tested and PreparedbyWorldwide Testing Services (Taiwan) Co., Ltd.FCC Registration No.: 930600Industry Canada filed test laboratory Reg. No. IC 5679A-1, IC 5107A-1A2LA Accredited No.: 2732.01Report No.: W6M21611-16408-P-22446F, NO. 58, LANE 188, RUEY-KUANG RD., NEIHU TAIPEI 114, TAIWAN, R.O.C.TEL: 886-2-66068877FAX: 886-2-66068879E-mail: wts@wts-lab.com
Report Number: W6M21611-16408-P-2224FCC ID: 2AENAYPZN02Certification of Test ReportApplicant: Yepzon OyFinlaysoninkuja 9 33210 Tampere FinlandManufacturer: VVDN Technologies Pvt. LtdB-22,Infocity Sector-34, Gurgaon-122001, Haryana,IndiaTested Equipment:Type DescriptionModel NumberBrand NameOperation FrequencyRF Output Power:Power Supply::::GPS TrackerYepzon Freedom./.Band 850 MHz: 824.2-848.8 MHzBand 1900 MHz: 1850.2-1909.8 MHzBand II: 1852.4-1907.6 MHzBand V: 826.4-846.6 MHzBand 850 MHz: 29.38 dBm (ERP)Band 1900 MHz: 26.25 dBm (EIRP)Band II: 20.25 dBm (EIRP)Band V: 12.19 dBm (ERP): Adaptor (I/P: 100-240V 50/60Hz, 0.2A;O/P: 5V, 1000mA)Battery: 3.7V, 450mAhRegulation Applied: 47CFR Part 22 (2015-10) and Part 24 (2015-10)Test Method: 47CFR Part 2 (2015), TIA/EIA-603C (2010) andANSI C63.4 (2014)I HEREBY CERTIFY THAT: The test results written in this report were derived conscientiouslyin accordance with the requirements and procedures of 47CFR Part 2(2015), TIA/EIA-603C(2010), and it was found that the device described above is in compliance with the applicablelimits specified in 47CFR Part 22/24.Note:1. The result of this test report is valid only in connection to the sample has beentested at the laboratory of Worldwide Testing Services (Taiwan) Co. Ltd.2. This test report shall always be duplicated in full pages unless the written approvalof the testing laboratory is obtained.Test Engineer:January 04, 2017DateWTS-Lab.Mark ChengNameSignatureTechnical responsibility for area of testing:January 04, 2017DateWTSKevin WangNameSignature
Report Number: W6M21611-16408-P-2224FCC ID: 2AENAYPZN02TABLE OF CONTENTS1.SUMMARY .31.11.21.31.41.52.DESCRIPTION OF TESTED EQUIPMENT .3DATE OF TESTING PROCESSING .3MODIFICATION INFORMATION .3TEST STANDARDS .3SUMMARY OF TEST RESULT .4GENERAL INFORMATION .52.1TESTING LABORATORY .52.1.1Location .52.1.2Details of accreditation status .52.1.3Test location, where different from Worldwide Testing Services (Taiwan) Co., Ltd. .52.2DETAILS OF APPROVAL HOLDER .52.3DESCRIPTION OF TESTED SYSTEM.62.4TEST ENVIRONMENT .62.5GENERAL TEST REQUIREMENT .72.6TEST EQUIPMENT LIST .83.RF POWER OUTPUT .113.1TEST PROCEDURE .113.1.1Conducted Method .113.1.2Radiated Method .123.2TEST RESULTS .144.MODULATION CHARACTERISTICS .284.14.25.OCCUPIED BANDWIDTH.295.15.26.TEST PROCEDURE .42TEST RESULTS .42EXPLANATION OF TEST RESULT .90CALCULATION OF LIMIT FOR SPURIOUS AT ANTENNA TERMINALS .90FIELD STRENGTH OF SPURIOUS RADIATION .917.17.27.37.47.58.TEST PROCEDURE .29TEST RESULTS .29SPURIOUS EMISSIONS AT ANTENNA TERMINALS .426.16.26.36.47.TEST PROCEDURE .28TEST RESULTS .28TEST PROCEDURE .91TEST RESULTS .91EXPLANATION OF TEST RESULT .91CALCULATION OF LIMIT FOR FIELD STRENGTH OF SPURIOUS .91TEST RESULT OF BAND EDGE EMISSIONS .92FREQUENCY STABILITY .1088.1TEST PROCEDURE .108Worldwide Testing Services(Taiwan) Co., Ltd.Page 1 of 112
Report Number: W6M21611-16408-P-2224FCC ID: 2AENAYPZN028.2TEST RESULTS .1098.2.1Frequency Stability vs. Temperature .1099MAXIMUM PERMISSIBLE EXPOSURE .1119.19.2APPLICABLE STANDARD .111MPE CALCULATION METHOD .111AppendixWorldwide Testing Services(Taiwan) Co., Ltd.Page 2 of 112
Report Number: W6M21611-16408-P-2224FCC ID: 2AENAYPZN021.Summary1.1Description of tested equipmentThis equipment under tested, Yepzon Freedom, is a GPS Tracker.The operation frequency bands and rated RF output power are listed as follows:824.2-848.8 MHz (Cellular, Part 22), 29.38 dBm / 0.8670 W (ERP)1850.2-1909.8 MHz (Cellular, Part 24), 26.25 dBm / 0.4217 W (EIRP)Band II (Cellular, Part 24), 20.25 dBm / 0.1059 W (EIRP)Band V (Cellular, Part 22), 12.19 dBm / 0.0166 W (ERP)This test report only contains test requirements specified in 47CFR Part 22 and Part 24 for GSMfunction; please refer to separate test report with respect to the relevant test standard andspecification.1.21.3Date of testing processingTest sample received:November 22, 2016Test finished:January 04, 2017Other Information:NoneModification InformationNo modification was made during the all test items been performed.1.4Test standardsTechnical standard:FCC Part 2(2015), TIA/EIA-603C (2010), ANSI C63.4 (2014)47CFR Part 22 (2015-10), and Part 24 (2015-10)Deviation from test standard: NoneWorldwide Testing Services(Taiwan) Co., Ltd.Page 3 of 112
Report Number: W6M21611-16408-P-2224FCC ID: 2AENAYPZN021.5Summary of test resultBand: 850 MHzSection in thisReportTest Item3.2RF Power Output(Effective radiated lation characteristics2.1047Not Required5.2Occupied bandwidth2.1049(h)PassSpurious emissions atantenna terminalsField strength of .5Band Edge emissions22.917(a)Pass8.2Frequency stability2.105522.355PassSection in thisReportTest ItemFCCRelevantSectionVerdict3.2RF Power Output(Equivalent isotropicallyradiated power)2.1046(a),24.232Pass4.2Modulation characteristics2.1047Not Required5.2Occupied bandwidth6.27.2VerdictPassPassPassBand: 1900 MHzSpurious emissions at antennaterminalsField strength of 124.238(a),2.10537.5Band Edge emissions24.238(b)8.2Frequency stability6.27.2Worldwide Testing Services(Taiwan) Co., Ltd.2.105524.235PassPassPassPassPassPage 4 of 112
Report Number: W6M21611-16408-P-2224FCC ID: 2AENAYPZN022.General Information2.1Testing laboratory2.1.1 LocationOATSNo.5-1, Shuang Sing Village,LiShuei Rd., Wanli Township,Taipei County 207, Taiwan (R.O.C.)CompanyWorldwide Testing Services (Taiwan) Co., Ltd.6F, NO. 58, LANE 188, RUEY-KUANG RD.NEIHU, TAIPEI 114, TAIWAN R.O.C.Tel : 886-2-66068877Fax : 886-2-660688792.1.2 Details of accreditation statusAccredited testing laboratoryA2LA-registration number: 2732.01FCC filed test laboratory Reg. No. 930600Industry Canada filed test laboratory Reg. No. IC 5679A-1, IC 5107A-12.1.3 Test location, where different from Worldwide Testing Services (Taiwan) Co., Ltd.Name:Accredited ././././.Details of approval n OyFinlaysoninkuja 933210 TampereFinland 35850486917./.Worldwide Testing Services(Taiwan) Co., Ltd.Page 5 of 112
Report Number: W6M21611-16408-P-2224FCC ID: 2AENAYPZN02Manufacturer: (if different from applicant)Name:VVDN Technologies Pvt. LtdStreet:B-22,Infocity Sector-34,Town:Gurgaon-122001, Haryana,Country:India2.3Description of Tested SystemThe EUT was tested alone without the Accessories or Peripherals.EquipmentModel No. Series No.SoftwareCable informationNoteNo accessories were used with this EUT.Frequencies Selected to be investigated:2.4Band: 850 MHzLow Frequency ( ch 128): 824.2 MHzMid Frequency ( ch 188): 836.2 MHzHigh Frequency ( ch 251): 848.8 MHzBand: 1900 MHzLow Frequency ( ch 512): 1850.2 MHzMid Frequency ( ch 661): 1880.0 MHzHigh Frequency ( ch 810): 1909.8 MHzWCDMA Band IILow Frequency ( ch 9262): 1852.4 MHzMid Frequency ( ch 9400): 1880.0 MHzHigh Frequency ( ch 9538): 1907.6 MHzWCDMA Band VLow Frequency ( ch 4132): 826.4 MHzMid Frequency ( ch 4183): 836.6 MHzHigh Frequency ( ch 4233): 846.6 MHzAntenna Type:Armata 3G FPC AntennaAntenna Gain:Band 850 MHz & Band V: 2.46 dBiBand 1900 MHz & Band II: 4.06 dBiPower supply:Adaptor (I/P: 100-240V 50/60Hz, 0.2A; O/P: 5V, 1000mA)Battery: 3.7V, 450mATest environmentTemperature:Relative humidity content:Air pressure:27 oC54 %86-103 KpaWorldwide Testing Services(Taiwan) Co., Ltd.Page 6 of 112
Report Number: W6M21611-16408-P-2224FCC ID: 2AENAYPZN022.5General Test RequirementRadiated Emission: For investigated frequency is equal to or below 1GHz, the RBW and VBWof the spectrum analyzer was 100 kHz and 100 kHz respectively with an appropriate sweepspeed.For investigated frequency is above 1GHz, both of RBW and VBW of the spectrum analyzerwere 1 MHz with an appropriate sweep speed. The analyzer was calibrated in dB above amicrovolt at the output of the antenna.The table used for radiated measurements is capable of continuous rotation. The spectrum wasscanned from 30 MHz to the frequency specified as follows:(1) If the intentional radiator operates below 10 GHz: to the tenth harmonic of the highestfundamental frequency or to 40 GHz, whichever is lower.(2) If the intentional radiator operates at or above 10 GHz and below 30 GHz: to the fifthharmonic of the highest fundamental frequency or to 100 GHz, whichever is lower.(3) If the intentional radiator operates at or above 30 GHz: to the fifth harmonic of the highestfundamental frequency or to 200 GHz, whichever is lower, unless specified otherwise elsewherein the rules.For hand-held devices, a exploratory test was performed with three (3) orthogonal planes todetermine the highest emissions.When an emission was found, the table was rotated to produce the maximum signal strength. Atthis point, the antenna was raised and lowered from 1m to 4m. The antenna was placed in boththe horizontal and vertical planes.Worldwide Testing Services(Taiwan) Co., Ltd.Page 7 of 112
Report Number: W6M21611-16408-P-2224FCC ID: 2AENAYPZN022.6Test Equipment ListNo.Test equipmentTypeSerial No.ManufacturerCal. DateNext Cal.DateETSTW-CE 001EMI TEST -CE 003AC POWER SOURCEAPS-9102D161137GWFunction Test334.6010.02844581/024R&SFunction TestGTH-225-40-1P-UMAA0305-009GIANT FORCE2016/7/152017/7/14ETSTW-CE 008ETSTW-CE 009HF-EICHLEITUNG RFSTEP ATTENUATOR139dB DPSPTEMP.&HUMIDITYCHAMBERETSTW-CE 016TWO-LINE V-NETWORKENV216100050R&S2016/9/122017/9/11ETSTW-CE 028MXE EMI TSTW-RE 003EMI TEST RECEIVERESI 26831438/001R&S2016/5/202017/5/19ETSTW-RE 004EMI TEST RECEIVERESI 40832427/004R&S2016/5/252017/5/24EMI TEST RECEIVERESVS10843207/020R&S2016/7/42017/7/3D.C 0309146K&LFunction TestD.C 0336397K&LFunction TestAT456027212AR2016/6/242017/6/23ETSTW-RE 005ETSTW-RE 012ETSTW-RE 013ETSTW-RE 018TUNABLE BANDREJECTFILTERTUNABLE BANDREJECTFILTERMICROWAVE HORNANTENNAETSTW-RE 027Passive Loop TSTW-RE 030Double-Ridged Guide /22ETSTW-RE 042Biconical AntennaHK116100172R&S2016/1/252017/1/24ETSTW-RE 043Log-Periodic -RE 044Log-Periodic AntennaHL050100094R&S2016/4/142017/4/13ETSTW-RE 045ESA-E SERIESSPECTRUM ANALYZERE4404BMY45111242AgilentETSTW-RE 050Attenuator 10dB50HF-010-1NoneJFW2016/2/252017/2/24ETSTW-RE 051Attenuator 6dB50HF-006-1NoneJFW2016/2/252017/2/24ETSTW-RE 053Attenuator 3dB50HF-003-1NoneJFW2016/2/252017/2/24ETSTW-RE 055SPECTRUM ANALYZERFSU 26200074R&S2016/2/272017/2/26ETSTW-RE 060Attenuator E 062Amplifier ModuleCHC 2NoneKMIC2016/4/132017/4/12ETSTW-RE 064Bluetooth Test SetMT8852B-0426K00005709AnritsuFunction TestETSTW-RE 069Double-Ridged Guide HornAntenna311700069377ETS-LindgrenFunction TestETSTW-RE 072CELL SITE TEST SET8921A3339A00375HP2016/9/82017/9/7ETSTW-RE 088SOLID /19ETSTW-RE 099DC Block50DB-007-1NoneJFW2016/2/252017/2/24ETSTW-RE 112AC POWER SOURCETFC-1005T-0A023536T-PowerETSTW-RE 1152.4GHz Notch FilterN0124411473874MICROWAVECIRCUITSETSTW-RE 120RF PlayerMP9200MP9210-111022ADIVICETSTW-RE 122SIGNAL GENERATORSMF100A102149R&SWorldwide Testing Services(Taiwan) Co., Ltd.Pre-test UseFunction test2016/1/132017/1/12Function test2016/5/232017/5/22Page 8 of 112
Report Number: W6M21611-16408-P-2224FCC ID: 2AENAYPZN02ETSTW-RE 1255GHz Notch filterETSTW-RE 1265GHz Notch filterETSTW-RE 127RF Switch BoxETSTW-RE 1285NSL115200/E221.3-O/O5NSL125800/E221.3-O/O1K&L Microwave2016/8/102017/8/91K&L 17/2/245.3GHz Notch filterN0153001SN487233Microwave Circuits2016/8/102017/8/9ETSTW-RE 1295.5GHz Notch filterN0555984SN487234Microwave Circuits2016/8/102017/8/9ETSTW-RE 130Handheld RF SpectrumAnalyzerN9340ACN0147000204AgilentETSTW-RE 12ETSTW-RE 143Humidity 8/18ETSTW-RE 147Bi-log Hybrid AntennaMCTD 2786BBLB16M04005ETC2016/3/312017/3/30ETSTW-EMI 011USB Compact ModulatorSFC-U101689R&S2016/5/42017/5/3CMU 12ETSTW-GSM 002ETSTW-GSM 003Universal RadioCommunication TesterRadio CommunicationAnalyzerWRCTF824/849822/851-40 /12 -test UseETSTW-GSM 019Band Reject FilterETSTW-GSM 020Band Reject FilterETSTW-GSM 021Band Reject FilterETSTW-GSM 022Band Reject FilterETSTW-GSM 023Power Cable 010BNC le 011SMA to N type CableRGU-400NoneTHERMAXETSTW-Cable 012BNC le 016BNC CableSwitch BoxB Cable 1Schwarz beck2016/2/242017/2/23ETSTW-Cable 017BNC CableX CableB Cable 2Schwarz beck2016/2/242017/2/23ETSTW-Cable 018BNC CableY CableB Cable 3Schwarz beck2016/2/242017/2/23ETSTW-Cable 019BNC CableZ CableB Cable 4Schwarz beck2016/2/242017/2/23ETSTW-Cable 020N TYPE CableOATS Cable 1N30N30-L335-15MJYE BAO CO.,LTD.2016/4/222017/4/21ETSTW-Cable 022N TYPE Cable50060002JYE BAO CO.,LTD.2016/4/72017/4/6ETSTW-Cable 026Microwave CableSUCOFLEX 104279075HUBER SUHNER2016/2/252017/2/24ETSTW-Cable 027Microwave CableSUCOFLEX 104279083HUBER SUHNER2016/5/132017/5/12ETSTW-Cable 028Microwave 19ETSTW-Cable 029Microwave 19279067HUBER SUHNER2016/2/252017/2/24238092HUBER SUHNER2016/4/132017/4/12SUCOFLEX 104（S Cable 9）SUCOFLEX 104（S Cable 10）Pre-test Use NCRETSTW-Cable 030Microwave CableETSTW-Cable 031Microwave CableETSTW-Cable 043Microwave CableSUCOFLEX 104317576HUBER SUHNER2016/4/132017/4/12ETSTW-Cable 048Microwave CableSUCOFLEX 104325518HUBER SUHNER2016/4/132017/4/12ETSTW-Cable 058Microwave CableSUCOFLEX 104noneHUBER SUHNER2016/4/72017/4/6ETSTW-Cable 064Microwave CableSUCOFLEX 104MY28891HUBER SUHNER2016/4/132017/4/12Worldwide Testing Services(Taiwan) Co., Ltd.Page 9 of 112
Report Number: W6M21611-16408-P-2224FCC ID: 2AENAYPZN02ETSTW-Cable 066SMA type cable32022NoneASTROLABWTSTW-SW 002EMI TEST SOFTWAREEZ EMCNoneFaradVersion ETS-03A1WTSTW-SW 006EMI TEST SOFTWAREe3NoneAUDIXVersion 9.161014WTSTW-SW 008Signal studioAgilentNoneAUDIXVersion 2.0.0.1Worldwide Testing Services(Taiwan) Co., Ltd.2016/9/122017/9/11Page 10 of 112
Report Number: W6M21611-16408-P-2224FCC ID: 2AENAYPZN023.RF Power Output3.1Test procedure3.1.1Conducted MethodPer 47CFR Part 2.1046, the RF power output shall be measured at the RF output terminals andfollowing procedure is employed:The transmitter output was connected as the following 10dBSplitterBase-StationSimulatorThe whole connection system is calibrated with a standard signal generator. Power on and makea link form simulator to EUT and then set the EUT to maximum output power.Measure the RF power with the spectrum analyzer in accordance the following settings:RBW: 300 kHz for Frequency below 1GHz and 1MHz for Frequency equal toand above 1GHz.VBW: 300 kHz for Frequency below 1GHz and 1MHz for Frequency equal toand above 1GHz.Span: 2MHzSweep: 3sThe power output at the transmitter antenna terminal is then determined by assign the value ofthe corrected factor to the spectrum analyzer reading.Tests were performed at three frequencies (low, middle and high channels ) and operation modeselected.Worldwide Testing Services(Taiwan) Co., Ltd.Page 11 of 112
Report Number: W6M21611-16408-P-2224FCC ID: 2AENAYPZN023.1.2Radiated MethodIf the conducted measurement is not practical due to the integral antenna, the radiatedmeasurement will be performed in accordance the following procedure:The EUT was positioned on a non-conductive turntable, 0.8m above the ground on an open testsite.The radiated emission at the fundamental frequency was measured at 3m distance with a testantenna and spectrum analyzer.Worst case emission was recorded with the rotation of the turntable and the raising and loweringof the test antenna.Substitution RF power Measurement at WTS TaiwanGeneral:The applied substitution method follows ANSI/TIA/EIA-603,ANSI/TIA/EIA-102.CAAA or theappropriate ETSI rules respectively.The actual signal generated by the EUT can be determined by means of a substitutionmeasurement in which a known signal source replaces the device to be measured.3)2)1.5m1)1)2)3)4)Specifiedheight range1 to 4 mGround plane4)Signal generator;Substitution antenna;Test antenna;Spectrum analyzer or selective voltmeter.The substitution antenna replaces the transmitter antenna at the same position and in verticalpolarization. The frequency of the signal generator shall be adjusted to the measurementfrequency.Worldwide Testing Services(Taiwan) Co., Ltd.Page 12 of 112
Report Number: W6M21611-16408-P-2224FCC ID: 2AENAYPZN02The test antenna shall be raised or lowered, if necessary, to ensure that the maximum signal isstill received. The input signal to the substitution antenna shall be adjusted in level until an equalor a known related level to that detected from the transmitter is obtained in the measurementreceiver.If a fully anechoic chamber is used as test site in order to provide free space conditions there isno need to change the height of the antenna.The measurement will be repeated in horizontal position.Calibration:In order to make this kind of measurement more effective and to avoid subjective measurementfaults ETS has installed automatic computer controlled measurement procedures.With the above described substitution method a test site is calibrated over the full frequencyrange which is used in suitable frequency steps. For a certain power level on the substitutionantenna the received power over the whole frequency range is documented. All necessaryantenna gains, cable losses, filter losses and amplifications of preamplifiers are taken inconsideration. The summary of this calibration measurement performs a transducer factor that isrelated to the considered test site and a certain measurement distance. Differences of the radiatedpower levels of different test samples are determined by internal attenuation of measurementreceiver. The proper function of such test site will be maintained by short term plausibilitychecks and periodical re-calibration.Testing:The test sample will be putted on the table at the defined position and the radiated power will bereceiver and documented by the measurement receiver.On test sites with ground plane the measurement antenna will be lowered and raised tomaximum values at significant frequencies.For peak power measurements the sample is turned by the turntable over 360 degree in order tofind the direction with the maximum radiation or to document the max reading with theMAXHOLD function during the rotation.Worldwide Testing Services(Taiwan) Co., Ltd.Page 13 of 112
Report Number: W6M21611-16408-P-2224FCC ID: 2AENAYPZN023.2Test Results Conducted Measurement Radiated MeasurementBand 850 MHz4.07 VWorldwide Testing Services(Taiwan) Co., Ltd.Page 14 of 112
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Report Number: W6M21611-16408-P-2224FCC ID: 2AENAYPZN02Worldwide Testing Services(Taiwan) Co., Ltd.Page 16 of 112
Report Number: W6M21611-16408-P-2224FCC ID: 2AENAYPZN02Band 1900 MHz4.07 VWorldwide Testing Services(Taiwan) Co., Ltd.Page 17 of 112
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Report Number: W6M21611-16408-P-2224FCC ID: 2AENAYPZN02Worldwide Testing Services(Taiwan) Co., Ltd.Page 19 of 112
Report Number: W6M21611-16408-P-2224FCC ID: 2AENAYPZN02Band II4.07 VWorldwide Testing Services(Taiwan) Co., Ltd.Page 20 of 112
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Report Number: W6M21611-16408-P-2224FCC ID: 2AENAYPZN02Band V4.07 VWorldwide Testing Services(Taiwan) Co., Ltd.Page 23 of 112
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Report Number: W6M21611-16408-P-2224FCC ID: 2AENAYPZN02Worldwide Testing Services(Taiwan) Co., Ltd.Page 25 of 112
Report Number: W6M21611-16408-P-2224FCC ID: 2AENAYPZN02Conducted Measurement Radiated MeasurementBand 850 MHz & 1900 MHz4.07 03.33 1Band II & Band V4.07 .2112847.15113.33 .4538.4538.45333333Worldwide Testing Services(Taiwan) Co., PassPassPassPassPassPassPage 26 of 112
Report Number: W6M21611-16408-P-2224FCC ID: 2AENAYPZN02Test equipment: ETSTW-RE 004, ETSTW-RE 030, ETSTW-RE 062, ETSTW-RE 142, ETSTW-RE 147,ETSTW-GSM 002Note: Please refer to appendix for plot data.Worldwide Testing Services(Taiwan) Co., Ltd.Page 27 of 112
Report Number: W6M21611-16408-P-2224FCC ID: 2AENAYPZN024.Modulation Characteristics4.1Test procedure A curve or equivalent data showing the frequency response of the audio modulatingcircuit over a range of 100 to 5000 Hz shall be submitted.The audio signal generator is connected to the audio input of the EUT with its full rating.The modulation response is measured at certain modulation frequencies, related to1000Hz reference signal. Tests are performed for positive and negative modulation. Equipment which employs modulation Limiting: A curve or family of curves showingthe percentage of modulation versus the modulation input voltage shall be supplied. Theaudio signal generator is connected to the audio input of the EUT with its full rating. Themodulation limiting is measured at certain modulation frequencies from 100Hz to estReceiverTest ResultsFor digital modulation employed, this test item is not applicable.Worldwide Testing Services(Taiwan) Co., Ltd.Page 28 of 112
Report Number: W6M21611-16408-P-2224FCC ID: 2AENAYPZN025.Occupied BandwidthThe occupied bandwidth, that is the frequency bandwidth such that, below its lower and aboveits upper frequency limits, the mean powers radiated are each equal to 0.5 percent of the totalmean power. Near the carrier an Emission Mask is defined by the standard.5.1Test procedureThe RF output of the transceiver was connected as the following figure.Occupied Bandwidth was measured with a occupied bandwidth function of the analyzer at 99%power was occupied. Then set the spectrum analyzer to cover the upper and lower band edges tomeasure emission UTBase-StationSimulatorSplitter5.2Test ResultsOccupied Channel BandwidthBand 850 MHz* RBW 30 kHz* VBW 30 kHzRef4040 dBmOffsetAtt30 dBSWT 5 ms17 dB1301 PKMAXHT2T120Marker 1 [T1 ]31.83 dBm824.273717949 MHzOBW246.794871795Temp 1 [T1 OBW]17.87824.076602564Temp 2 [T1 -20-30-40-50-60Center824.2 MHz100 kHz/Span1 MHzOCCUPIED BANDWIDTH GSM850 CH128Date: 7.DEC.201610:57:10Worldwide Testing Services(Taiwan) Co., Ltd.Page 29 of 112
Report Number: W6M21611-16408-P-2224FCC ID: 2AENAYPZN02* RBW 30 kHz* VBW 30 kHzRef4040 dBmOffsetAtt30 dBSWT 5 ms17 dB1301 PKMAXHT2T120Marker 1 [T1 ]31.43 dBm836.273717949 MHzOBW246.794871795Temp 1 [T1 OBW]17.69836.076602564Temp 2 [T1 -20-30-40-50-60Center836.2 MHz100 kHz/Span1 MHzOCCUPIED BANDWIDTH GSM850 CH188Date: 7.DEC.201610:58:24* RBW 30 kHz* VBW 30 kHzRef4040 dBmOffsetAtt30 dBSWT 5 ms17 dB1301 PKMAXHT2T120Marker 1 [T1 ]32.16 dBm848.867307692 MHzOBW246.794871795Temp 1 [T1 OBW]17.80848.676602564Temp 2 [T1 -20-30-40-50-60Center848.8 MHz100 kHz/Span1 MHzOCCUPIED BANDWIDTH GSM850 CH251Date: 7.DEC.201610:58:56Worldwide Testing Services(Taiwan) Co., Ltd.Page 30 of 112
Report
Model No.: Yepzon Freedom FCC ID: 2AENAYPZN02 . Report Number: W6M21611-16408-P-2224 FCC ID: 2AENAYPZN02 Certification of Test Report Applicant : Yepzon Oy Finlaysoninkuja 9 33210 Tampere Finland Manufacturer : VVDN Technologies Pvt. Ltd B-22,Infocity Sector-34,
2. SETTING GPS TRACKER (GT06, GT06N ,TR06, GT07) Setelah kartu GSM dipasang pada GPS Tracker, lalu nyalakan GPS Tracker dg menggeser tombol switch ON/OFF disamping slot kartu GSM. Gunakan handphone anda untuk mengirimkan sms berisi perintah setting dikirim ke nomer gsm
GPS shut off, GSM works in low consumption mode. Vibration, SMS command, calling tracker can wake up the tracker to work 5 minutes.) 3. STANDBY-SMS or Call to tracker, it will work 5 minutes. (it can standby 12 days) Command: STANDBY0000 Reply: SET OK! (Standby mode, GPS shut
Huntron Workstation software Tutorial for Tracker 2800/2800S It is very helpful if you have a working knowledge of Microsoft Windows prior to using . For this tutorial, the Tracker 2800 will be referred to in general as "Tracker". Select the Hardware tab and set the type of Tracker hardware to Tracker 2800, the
Vehicle GPS tracker (GPS GSM SMS/GPRS) TK110 User Manual (Version 3.6) Thank you for purchasing the tracker. This manual shows how to operate the device smoothly and correctly. Make sure to read this manual carefully before using this product. Please note that specification and information ar
5.3.2. Text the tracker a SMS "APN123456 Space APN of your local GSM net operator" via a cell phone after obtaining your correct APN, and if succeeded in setup, the tracker will return the message "APN OK" e.g. send SMS command "apn123456 cmnet" to tracker device, If succeeded, "APN OK" is returned by the tracker in SMS.
Automotive GPS Tracking Device (MiCODUS MV720) Broken Authentication (API Server/GPS Tracker Protocol) The API server provides a way to directly send SMS commands to the GPS tracking device as if those messages were coming from the administrator's mobile device. In the image below, 123456 is the default GPS tracker password, which should be .
MANUAL GPS-TRACKER 11 WITH ONLINE LOCATING Thank you very much for purchasing our GPS Tracker 11. Before starting you should read the manual. Please keep the manual for reference
Genes Sequence of bases in a DNA molecule Carries information necessary for producing a functional product, usually a protein molecule or RNA Average gene is 3000 bases long 31 . 32 . Genes Instruction set for producing one particular molecule, usually a protein Examples fibroin, the chief component of silk triacylglyceride lipase (enzyme that breaks down dietary fat) 33 .
