148003251 pgn-404 rf wifibluetooth

1、RF TEST REPORTForMobile PhoneModel Number: PGN-404Report Number:WT148003251Test Laboratory:ShenzhenAcademyofMetrologyand InspectionQualityNational Digital Electronic Product Testing CenterSite Location:NETC Building, No.4 Tongfa Rd., Xili, Nanshan, Shenzhen, China0086-755-869289650086-755-86009898-3

2、1396 Tel Fax Web E-mail:Test report declarationSPA CONDOR ELECTRONICSZone dActivits Route de MSila Ilot 70 section 161 Bordj Bou Arreridj 34000SPA CONDOR ELECTRONICSZone dActivits Route de MSila Ilot 70 section 161 Bordj Bou Arreridj 34000-Mobile Phone PGN-404condor-Appl

3、icantAddress:ManufacturerAddress:Factory AddressEUT Description Model NoTrade markSerial Number:Test Standards:ETSI EN 300 328 V1.8.1 (2012-06)ETSI EN 300 440-1 V1.6.1 (2010-08)ETSI EN 300 440-2 V1.4.1 (2010-08)The EUT described above is tested by Shenzhen Academy of Metrology and Quality Inspection

4、 EMC Laboratory to determine the maximum emissions from the EUT and ensure the EUT to be compliance with the immunity requirements of the EUT. Shenzhen Academy of Metrology and Quality Inspection EMC Laboratory is assumed full responsibility for the accuracy of the test results. Also, this report sh

5、ows that the EUT technically complies with article 3.2 (RF) of the 1999/5/EC (R&TTE) directive and its amendment.The test report is valid for above tested sample only and shall not be reproduced in part without written approval of the laboratory.Project Engineer: Date: (Liu Zheng) Aug.08, 2014Checke

6、d by: Date: (Yang Dongping) Aug.08, 2014Approved by: Date: (Lin Bin) Aug.08, 2014Report No.:WT148003251Page 2 of 92TABLE OF CONTENTSTEST REPORT DECLARATION21.2.TEST RESULTS SUMMARY5GENERAL INFORMATION.2.3.Report information6Laboratory Accreditation and Relationship to Customer6Measurement Un

7、certainty73.PRODUCT DESCRIPTION...3.7.EUT Description8Block Diagram of EUT Configuration9Test System Configuration9Operating Condition of EUT9Support Equipment List10Test Conditions10Modifications104.5.TEST EQUIPMENT USED11RF OUTPUT POWER.5.3.Test Requirements12Test Pr

8、ocedure12Test Data126.POWER SPECTRAL DENSITY.6.3.Test Requirements20Test Procedure20Test Data207.DWELL TIME,MINIMUM FREQUENCY OCCUPATION &HOPPING SEQUENCE2.7.3.Test Requirements28Test Procedure28Test Data288.HOPPING FREQUENCY SEPARATION30.8.3.Test Requirements30Test Procedure

9、30Test Data309.DUTY CYCLE, TX-SEQUENCE, TX-GAP3.9.3.Test Requirements31Test Procedure31Test Data3110.MEDIUM UTILISATION (MU) FACTOR3.10.3.Test Requirements32Test Procedure32Test Data3211.ADAPTIVITY & RECEIVER BLOCKING33.11.3.Test Requirements33Test Procedure34Test Data35Re

10、port No.:WT148003251Page 3 of 9212.OCCUPIED CHANNEL BANDWIDTH37.12.3.Test Requirements37Test Procedure37Test Data3713.TRANSMITTER UNWANTED EMISSIONS IN THE OUT-OF-BAND DOMAIN40.13.3.Test Requirements40Test Procedure40Test Data4014.SPURIOUS EMISSIONS59.14.3.Test Requirement

11、s59Test Procedure59Test Data6015.16.17.ANNEX A PHOTOGRAPHS OF THE EUT79ANNEX B TEST SETUP PHOTOS88ANNEX E89Report No.:WT148003251Page 4 of 921.TEST RESULTS SUMMARYTable 1 Test Results SummaryNote:The EUT can operate in adaptive mode which is stated by the supplier. Remark: “N/A” means “Not applicabl

12、e.”mode,andcantoperateinanon-adaptiveReport No.:WT148003251Page 5 of 92SettingValueModulationotherAdaptiveYesNumber Of Transmission Chains1Antenna Gain Port 1-3.32 dBiBeamforming Gain0 dBNominal Channel Bandwidth20 MHzMaximum EIRP20 dBmAttenuation / Pathloss File Port 1DUT cableSourious Tx Receiver

13、reference level below power20 dBpower measurement for radiatedNoDUT Port Occupied Channel Bandwidth1LBT BasedYesDual ModeNoShort SignalingNoFrame BasedNoLoad BasedYesCCA20 usDUT Port Adaptivity1Channel Occupation Time15 msTest ItemsTest ResultsRF Output PowerPassPower Spectral DensityPassDwell time,

14、Minimum Frequency Occupation &Hopping SequencePassHopping Frequency SeparationPassDuty cycle, Tx-Sequence, Tx-gapN/AMedium Utilisation (MU) factorN/AAdaptivity & Receiver BlockingPassOccupied Channel BandwidthPassTransmitter unwanted emissions in the out-of-band domainPassspurious emissionsPass2.GEN

15、ERAL INFORMATION2.1. Report information2.1.1.This report is not a certificate of quality; it only applies to the sample of the specific product/equipment given at the time of its testing. The results are not used to indicate or imply that they are application to the similar items. In addition, such

16、results must not be used to indicate or imply that SMQ approves recommends or endorses the manufacture, supplier or use of such product/equipment, or that SMQ in any way guarantees the later performance of the product/equipment.2.1.2.The sample/s mentioned in this report is/are supplied by Applicant

17、, SMQ therefore assumes no responsibility for the accuracy of information on the brand name, model number, origin of manufacture or any information supplied.2.1.3.Additional copies of the report are available to the Applicant at an additional fee. No third part can obtain a copy of this report throu

18、gh SMQ, unless the applicant has authorized SMQ in writing to do so.2.2. Laboratory Accreditation and Relationship to CustomerThe testing report were performed by the Shenzhen Academy of Metrology and quality Inspection EMC Laboratory (Guangdong EMC compliance testing center), in their facilities lo

19、cated at Bldg. of Metrology & Quality Inspection, Longzhu Road, Nanshan District, Shenzhen, Guangdong, China. At the time of testing, Laboratory is accredited by the following organizations:Report No.:WT148003251Page 6 of 92SettingValueModulationFHSSAdaptiveYesNumber Of Transmission Chains1Antenna G

20、ain Port 10 dBiBeamforming Gain0 dBNominal Channel Bandwidth1 MHzMaximum EIRP20 dBmAttenuation / Pathloss File Port 1DUT cableSourious Tx Receiver reference level below power20 dBpower measurement for radiatedNoDUT Port Occupied Channel Bandwidth1LBT BasedYesDual ModeNoShort SignalingNoCCA20 usDUT P

21、ort Adaptivity1China National Accreditation Service for Conformity Assessment (CNAS) accredits the Laboratory for conformance to FCC standards, EMC international standards and EN standards. The Registration Number is CNAS L0579.The Laboratory is listed in the United States of American Federal Commun

22、ications Commission (FCC), and the registration number are 97379(open area test site) and 274801(semi anechoic chamber).The Laboratory is registered to perform emission tests with Industry Canada (IC), and the registration number is IC4174.TUV Rhineland accredits the Laboratory for conformance to IE

23、C and EN standards, the registration number is E2024086Z02.2.3. Measurement UncertaintyTable 2 Measurement UncertaintyReport No.:WT148003251Page 7 of 92Test Items Frequency errorAdjacent channel powerMeasurement Uncertainty8.710-81,48 dBCarrier powerRadiated spurious emissions5,48 dB5,48 dBSensitivi

24、ty (SINAD) Sensitivity2,07 dB1,71dBCo-channel rejection (SINAD) Co-channel rejection (message)2,72 dB2,56 dBAdjacent channel selectivity (SINAD) Adjacent channel selectivity (message)2,72 dB2,56 dBSpurious response immunity in band (SINAD) Spurious response immunity in band (message)2,72 dB4,06 dBSp

25、urious response immunity out band (SINAD) Spurious response immunity out band (message)2,56 dB3.94 dBBlocking immunity in band (SINAD)2,72 dBBlocking immunity in band (message)4,06 dBBlocking immunity out band (SINAD)2,56 dBBlocking immunity out band (message)3.94 dB3.PRODUCT DESCRIPTION3.1.EUT Desc

26、riptionDescription:Mobile PhoneManufacturer:SPA CONDOR ELECTRONICSModel Number:PGN-404Operate Frequency:Wi-Fi: 2.412GHz2.472GHzBluetooth: 2.402GHz2.480GHz GPS:1.5GHzIFA antennaAntenna Designation:ModulationWi-Fi (DSSS: BPSK/QPSK/CCK OFDM:BPSK/QPSK/16QAM/64QAM),Bluetooth(GFSK, pi/4-DQPSK, 8DPSK) Wi-F

27、i:-3.32 dBi；Bluetooth: -3.32 dBiModel No.: GGN-404Input: 100-240V, 50/60Hz, 0.2AOutput: 5VDC,1.0AAntenna Gain:AC adaptor:Remark: The model PGN-404 has two kinds color of enclosure ,Black and white.WLAN :Table 3 Working Frequency ListTable 4 The working Frequency List(802.11n HT40)Bluetooth:f=2402+k

28、MHz (k=0,1,2,78)Bluetooth(LE)Report No.:WT148003251Page 8 of 92channelFrequencychannelFrequency32422MHz82447MHz42427MHz92452MHz52432MHz102457MHz62437MHz112462MHz72442MHz-ChannelCenter Frequency(MHz)ChannelCenter Frequency(MHz)124128244722417924523242210245742427112462524321224676243713247272442-f=24

29、02+k MHz (k=0,2,4,78)3.2. Block Diagram of EUT ConfigurationPowersupply3.3. Test System ConfiguraR&S OSP-B157EMC32softwareR&S ESU SpectrumAnalyzerEUTData SamplingR&SSMBSignalPower DectectorRFSwitch and combiner unitgeneratorPower DectectorPower DectectorR&S SMU200generatorSignalPower DectectorCompan

30、ionDevice(Router/Mobile Phone)3.4. Operating Condition of EUTTest mode 1: 802.11b Test mode 2: 802.11gTest mode 3: 802.11n HT20 Test mode 4: 802.11n HT40 Test mode 5: Bluetooth(GFSK) Test mode 6: Bluetooth(8DPSK) Test mode 7: Bluetooth(LE) Test mode 8: Bluetooth(RX) Test mode 9: GPSPreliminary tests

31、 were performed in different data rate and the worst case is decided as below,802.11bPre-scan was performed with 802.11b (the speed are 1 Mbit/s, 2 Mbit/s, 5.5 Mbit/s, 11 Mbit/s).The worst case is 802.11b 1Mbit/s.802.11gPre-scan was performed with 802.11g(the speed are 6 Mbit/s, 9 Mbit/s, 12 Mbit/s,

32、Report No.:WT148003251Page 9 of 92EUTion18Mbit/s, 24 Mbit/s, 36 Mbit/s, 48 Mbit/s, 54 Mbit/s). The worst case is 802.11g 6Mbit/s802.11n HT20Pre-scan of output power was performed with 802.11n HT20 on middle channel(the speed are 6.5 Mbit/s,13 Mbit/s,19.5 Mbit/s,26 Mbit/s, 39 Mbit/s, 52 Mbit/s, 58.5

33、Mbit/s, 65Mbit/s, 78 Mbit/s, 104 Mbit/s, 117 Mbit/s, 130 Mbit/s).The worst case is 802.11n 6.5Mbit/s.802.11n HT40Pre-scan of output power was performed with 802.11n HT40 on middle channel(the speed are 13.5 Mbit/s,27 Mbit/s,40.5 Mbit/s,54 Mbit/s, 81 Mbit/s, 108 Mbit/s, 121.5 Mbit/s,135 Mbit/s, 162 M

34、bit/s, 216 Mbit/s, 243 Mbit/s, 270 Mbit/s).The worst case is 802.11n 13.5Mbit/s.BluetoothPre-scan of output power was performed with 1MbpsGFSK, 2Mbps pi/4-DQPSK, 3Mbps 8DPSK.The worst case is 1Mbps GFSK and 3Mbps 8DPSK. Test item emission is performed with GFSK modulation for worst performed with GF

35、SK and 8DPSK modulation.transmitterspuriouscase,othertestitemsis3.5. Support Equipment ListTable 5 Support Equipment List3.6. Test ConditionsDate of test：Jul 15, 2014-Aug.07, 2014Date of EUT Receive：Jul 15, 2014Temperature: -20-55 Relative Humidity: 47-64%3.7. ModificationsNo modification was made.R

36、eport No.:WT148003251Page 10 of 92NameModel NoS/NManufacturerAdaptor for EUTGGN-404-SPA CONDOR ELECTRONICS4.TEST EQUIPMENT USEDTable 6 Test Equipment ListReport No.:WT148003251Page 11 of 92No.EquipmentModel No.ManufacturerLAST CALIBPeriodSB8501/08Vector Signal GeneratorSMU 200AR&SAug.19, 20131 Year-

37、Signal GeneratorSMB 100AR&SAug.4, 20141 YearSB3732Temperature & Humidity ChamberTHS-C7C 100KSON.-Power sensorOSP120R&SAug.4, 20141 Year-Power MeterOSP120R&SAug.4, 20141 Year-RouterTL-WR881NTP-LINKSB2668BoosterTDGC2-5KV ARenmin Electric Apparatus Group-SB8501/09EMI Test ReceiverESU40R&SMay.16, 20141

38、YearSB8501/04Bilog AntennaSchwarzbeckVULB9163Jan.20, 20141 YearSB3435Horn AntennaHF906R&SJan.20, 20141 YearSB3435/01Amplifier(1-18GHz)-R&SJan.20, 20141 YearSB3435/02Amplifier(18-40GH z)-R&SMay.16, 20141 YearSB5392/02Horn AntennaAT4560Amplifier ResearchMay.16, 20141 YearSB3450/013m Semi-anechoic cham

39、ber9X6X6Albatross ProjectsOct.12, 20122 Years5.RF OUTPUT POWER5.1.Test Requirements5.1.1.Test StandardETSI EN 300 328 V1.8.1 (2012-06)5.1.2.Test LimitFor non-adaptive frequency hopping systemsThe maximum RF output power for non-adaptive Frequency Hopping equipment, shall be declared by the supplier.

40、 The maximum RF output power for this equipment shall be equal to or less than the value declared by the supplier. This declared value shall be equal to or less than20dBm.For adaptive frequency hopping systemsThe maximum RF output power for adaptive Frequency Hopping equipment shall be equal to or l

41、ess than 20dBm.5.2. Test ProcedureRefer to ETSI EN 300 328 V1.8.1 (2012-06) Clause 5.3.2R&SOSP120 module is used for power measurement, and it supports High sampling rate greater than 1 M sample/s and measurement time of up to 32 s at 1 M sample/s. EMC32 software is used to control the power detecto

42、r and the sampling unit.5.3. Test DataReport No.:WT148003251Page 12 of 92Table 7 Equivalent isotropic radiated powerNote: Max EIRP= Max Burst RMS Power + Antenna Gain Antenna Gain=-3.32 dBiThe data was shown the worst case 802.11b 1Mbit/s.Report No.:WT148003251Page 13 of 92Test conditionsFrequency (

43、MHz)Max Burst RMSPower(dB m)Max EIRP(dBm)Limit (dBm)Tnom(20 C)Vnom(3.8V)241216.0512.7320244216.3313.0120247216.7413.4220Tmax(55 C)Vmin(3.5V)241216.112.7820244216.2112.8920247216.5613.2420Vmax(4.2V)241216.2512.9320244216.4613.1420247216.5713.2520Tmin(-20 C)Vmin(3.5V)241216.3313.0120244216.3713.052024

44、7216.7713.4520Vmax(4.2V)241216.0612.7420244216.312.9820247216.8313.5120Uncertainty: 1.3dBTable 8 Equivalent isotropic radiated powerNote: Max EIRP= Max Burst RMS Power + Antenna Gain Antenna Gain=-3.32 dBiThe data was shown the worst case 802.11g 6Mbit/s.Report No.:WT148003251Page 14 of 92Test condi

45、tionsFrequency (MHz)Max Burst RMSPower(dB m)Max EIRP(dBm)Limit (dBm)Tnom(20 C)Vnom(3.8V)241212.989.6620244213.3710.0520247213.5310.2120Tmax(55 C)Vmin(3.5V)241212.879.5520244213.279.9520247213.4810.1620Vmax(4.2V)241212.879.5520244213.3410.0220247213.3710.0520Tmin(-20 C)Vmin(3.5V)241212.929.6020244213

46、.259.9320247213.3510.0320Vmax(4.2V)241212.889.5620244213.279.9520247213.4910.1720Uncertainty: 1.3dBTable 9 Equivalent isotropic radiated powerNote: Max EIRP= Max Burst RMS Power + Antenna Gain Antenna Gain=-3.32 dBiThe data was shown the worst case 802.11n HT20 6.5Mbit/s.Report No.:WT148003251Page 1

47、5 of 92Test conditionsFrequency (MHz)Max Burst RMSPower(dB m)Max EIRP(dBm)Limit (dBm)Tnom(20 C)Vnom(3.8V)241212.559.2320244212.99.5820247213.039.7120Tmax(55 C)Vmin(3.5V)241212.379.0520244212.739.4120247212.989.6620Vmax(4.2V)241212.549.2220244212.729.4020247212.949.6220Tmin(-20 C)Vmin(3.5V)241212.519

48、.1920244212.779.4520247213.029.7020Vmax(4.2V)241212.379.0520244212.879.5520247213.009.6820Uncertainty: 1.3dBTable 10 Equivalent isotropic radiated powerNote: Max EIRP= Max Burst RMS Power + Antenna Gain Antenna Gain=-3.32 dBiThe data was shown the worst case 802.11n HT40 13Mbit/s.Report No.:WT148003

49、251Page 16 of 92Test conditionsFrequency (MHz)Max Burst RMSPower(dB m)Max EIRP(dBm)Limit (dBm)Tnom(20 C)Vnom(3.8V)242210.827.5020244210.937.6120246210.997.6720Tmax(55 C)Vmin(3.5V)242210.727.4020244210.967.6420246211.167.8420Vmax(4.2V)242210.717.3920244210.847.5220246211.137.8120Tmin(-20 C)Vmin(3.5V)

50、242210.817.4920244210.937.6120246211.047.7220Vmax(4.2V)242210.767.4420244211.027.7020246211.007.6820Uncertainty: 1.3dBTable 11 Equivalent isotropic radiated powerNote: Max EIRP= Max Burst RMS Power + Antenna Gain Antenna Gain=-3.32 dBiThe test was performed with Bluetooth mode GFSK/1 Mbit/s.Report No.:WT148003251Page 17 of 92Test conditionsFrequency (MHz)Max Burst RMSPower(dB m)Max EIRP(dBm)Limit (dBm)Tnom(20 C)Vnom(3.8V)24022.12-1.202024412.27-1.052024802.78-0.5420Tmax(55 C)Vmin(3.5V)2