2BVOB-JA26Wireless Earphones

FCC Statement Changes or modifications not expressly approved by the party responsible for compliance could void the user's authority to operate the equipment. This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures: -- Reorient or relocate the receiving antenna. -- Increase the separation between the equipment and receiver. -- Connect the equipment into an outlet on a circuit different from that to which the receiver is connected. -- Consult the dealer or an experienced radio/TV technician for help This device complies with part 15 of the FCC rules. Operation is subject to the following two conditions (1)this device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation. This equipment complies with FCC radiation exposure limits set forth for an uncontrolled environment.

(MONSTERA SRL) (2026/8/18) Eurofins Electrical and Electronic Testing NA, Inc. 914 West Patapsco Avenue Baltimore, MD 21230 RE: Attestation Statements Part 2.911(d)(5)(i) request for (FCC ID: 2BVOB-JA26) [MONSTERA SRL] (“the applicant”) certifies that the equipment for which authorization is sought is not “covered” equipment prohibited from receiving an equipment authorization pursuant to section 2.903 of the FCC rules. We also certify that, as of the 2026/8/4 of the filing of the application, the equipment does not utilize cyber-security or anti-virus software from Kaspersky Lab, Inc, or any of its successors and assignees, which is also on the “covered list”. Sincerely, (Applicant signature) (Applicant printed name) HU SHUJIE (MONSTERA SRL) (2026/8/18) Eurofins Electrical and Electronic Testing NA, Inc. 914 West Patapsco Avenue Baltimore, MD 21230 RE: Attestation Statements Part 2.911(d)(5)(ii) request for (FCC ID: 2BVOB-JA26) [MONSTERA SRL] (“the applicant”) certifies that, as of the 2026/8/4 of the filing of the application, the applicant is not identified on the Covered List as an entity producing “covered” equipment. Sincerely, (Applicant signature) (Applicant printed name) HU SHUJIE

MONSTERA SRL VIA APPIA NUOVA 669-00179 ROMA ITALY 2026/8/18 Eurofins Electrical and Electronic Testing NA, Inc. 914 W. Patapsco Avenue Baltimore, MD 21230 USA RE: LETTER OF AGENT AUTHORIZATION EUT NAME: Wireless Earphones Trademark: JIC MODEL: JA26, JA26-WHITE, JA26-BLACK, JA26-LILAC FCC ID: 2BVOB-JA26 To Whom It May Concern: We, the undersigned, hereby authorize Shenzhen BCTC Technology Co., Ltd. to act on our behalf in all matters relating to application for equipment authorization, including the signing of all documents relating to these matters. We also hereby certify that no party to the application authorized hereunder is subject to the denial of benefits, including FCC benefits, pursuant to Section 5301 of the Anti-Drug Abuse Act of 1988, 21 U.S.C.853(a). This agreement expires one year from the current date. Sincerely, Client’s signature: Client’s name / title: HU SHUJIE / Manager Contact information / address: VIA APPIA NUOVA 669-00179 ROMA ITALY

MONSTERA SRL VIA APPIA NUOVA 669-00179 ROMA ITALY 2026/8/18 Eurofins Electrical and Electronic Testing NA, Inc. 914 W. Patapsco Avenue Baltimore, MD 21230 USA RE: CONFIDENTIALITY REQUEST FOR EUT NAME: Wireless Earphones Trademark: JIC MODEL: JA26, JA26-WHITE, JA26-BLACK, JA26-LILAC FCC ID: 2BVOB-JA26 To Whom It May Concern: This letter serves as an official request for confidentiality under sections 0.457 and 0.459 of CFR 47. We have requested that the - Block Diagram - Schematics - Operational Description required to be submitted with this application be permanently withheld from public review. The above materials contain trade secrets and proprietary information not customarily released to the public. The public disclosure of these materials may be harmful to the applicant and provide unjustified benefits to its competitors. Please contact me if there is any information you may need. Sincerely, Client’s signature: Client’s name / title: HU SHUJIE / Manager Contact information / address: VIA APPIA NUOVA 669-00179 ROMA ITALY

MONSTERA SRL VIA APPIA NUOVA 669-00179 ROMA ITALY 2026/8/18 EUT NAME: Wireless Earphones Trademark: JIC MODEL: JA26, JA26-WHITE, JA26-BLACK, JA26-LILAC FCC ID: 2BVOB-JA26 All the models have the same circuitry and radio frequency modules, only the model names are different. Client’s signature: Client’s name / title: HU SHUJIE / Manager Contact information / address: VIA APPIA NUOVA 669-00179 ROMA ITALY

Report No.: BCTC2606247712E External Photos Report No.: BCTC2606247712E Report No.: BCTC2606247712E Report No.: BCTC2606247712E

FCC ID: 2BVOB-JA26 Size: 8*0.7mm Label location

Report No.: BCTC2606247712E Internal Photos Report No.: BCTC2606247712E Antenna

FCC ID: 2BVOB-JA26 RF exposure evaluation §2.1093 Radiofrequency radiation exposure evaluation: Portable Devices. According to§15.247(i) and§1.1307b(1), systems operating under the provisions of this section shall be operated in a manner that ensures that the public is not exposed to radio frequency energy level in excess of the commission’s guidance. The 1-g SAR test exclusion thresholds for 100 MHz to 6 GHz at test separation distances ≤ 50 mm are determined by: [(max. power of channel, including tune-up tolerance, mW) / (min. test separation distance, mm)] · [√f(GHz)] ≤ 3.0 for 1-g SAR, where  f(GHz) is the RF channel transmit frequency in GHz  Power and distance are rounded to the nearest mW and mm before calculation  When the minimum test separation distance is < 5 mm, a distance of 5 mm according is applied to determine SAR test exclusion.  The result is rounded to one decimal place for comparison Mode Modulation Frequency (MHz) Max. Power (dBm) Tune-up Power (dBm) Tune-up Power (mW) Test Distance (mm) Result Exclusion Thresholds for 1-g SAR Bluetooth 8DPSK 2402 3.06 3.5 2.24 5 0.69 3.0

No.：BCTC/KJ-RF-ICT-001Page 1 of 89 Edition：B.1 TESTREPORT ShenzhenBCTCTechnologyCo.,Ltd. ReportNo.:BCTC2606247712E Applicant:MONSTERASRL ProductName:WirelessEarphones TestModel:JA26 TestedDate:2026-06-29to2026-07-01 IssuedDate:2026-07-01 ReportNo.:BCTC2606247712E No.：BCTC/KJ-RF-ICT-001Page 2 of 89 Edition：B.1 FCCID:2BVOB-JA26 Thetestreportiseffectiveonlywithbothsignatureandspecializedstamp.Thisresult(s)showninthisreport referonlytothesample(s)tested.WithoutwrittenapprovalofShenzhenBCTCTechnologyCo.,Ltd,thisreport can’tbereproducedexceptinfull.Thetestedsample(s)andthesampleinformationareprovidedbytheclient. ProductName:WirelessEarphones Trademark:JIC Model/TypeReference: JA26 JA26-WHITE,JA26-BLACK,JA26-LILAC PreparedFor:MONSTERASRL Address:VIAAPPIANUOVA669-00179ROMAITALY Manufacturer:MONSTERASRL Address:VIAAPPIANUOVA669-00179ROMAITALY PreparedBy:ShenzhenBCTCTechnologyCo.,Ltd. Address: Room101M,Unit1,Building1,Pengyuan,No.18,LilangRoad,Shanglilang, NanwanSubdistrict,LonggangDistrict,Shenzhen,Guangdong,China. SampleReceivedDate:2026-06-29 SampleTestedDate:2026-06-29to2026-07-01 ReportNo.:BCTC2606247712E TestStandards FCCPart15.247 ANSIC63.10-2020 TestResultsPASS Remark:ThisisBluetoothClassicradiotestreport. Preparedby:Reviewerby:Approvedby: LouisZeng/Editor MikeZheng/ Supervisor SewenGuo/Manager ReportNo.:BCTC2606247712E No.：BCTC/KJ-RF-ICT-001Page 3 of 89 Edition：B.1 TableofContent TestReportDeclarationPage 1.Version..................................................................................................................5 2.TestSummary.......................................................................................................6 3.MeasurementUncertainty.....................................................................................7 4.ProductInformationandTestSetup......................................................................8 4.1ProductInformation...............................................................................................8 4.2TestSetupConfiguration......................................................................................9 4.3SupportEquipment...............................................................................................9 4.4ChannelList........................................................................................................10 4.5TestMode...........................................................................................................10 4.6TableOfParametersOfTextSoftwareSetting...................................................11 5.TestFacilityAndTestInstrumentUsed...............................................................12 5.1TestFacility.........................................................................................................12 5.2TestInstrumentUsed..........................................................................................12 6.ConductedEmissions..........................................................................................14 6.1BlockDiagramOfTestSetup..............................................................................14 6.2Limit....................................................................................................................14 6.3Testprocedure....................................................................................................14 6.4EUToperatingConditions...................................................................................14 6.5TestResult..........................................................................................................15 7.Radiatedemissions.............................................................................................18 7.1BlockDiagramOfTestSetup..............................................................................18 7.2Limit....................................................................................................................19 7.3Testprocedure....................................................................................................20 7.4EUToperatingConditions...................................................................................21 7.5TestResult..........................................................................................................22 8.RadiatedBandEmissionMeasurementandRestrictedBandsofOperation......28 8.1BlockDiagramOfTestSetup..............................................................................28 8.2Limit....................................................................................................................28 8.3Testprocedure....................................................................................................29 8.4EUToperatingConditions...................................................................................29 8.5TestResult..........................................................................................................30 9.SpuriousRFConductedEmissions.....................................................................31 9.1BlockDiagramOfTestSetup..............................................................................31 9.2Limit....................................................................................................................31 9.3Testprocedure....................................................................................................31 9.4TestResult..........................................................................................................32 10.20dBBandwidth.................................................................................................53 10.1BlockDiagramOfTestSetup............................................................................53 10.2Limit..................................................................................................................53 10.3Testprocedure.............................................................................................…

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ReportNo.:BCTC2606247712E No.：BCTC/KJ-RF-ICT-001Page 43 of 89 Edition：B.1 BandEdgeNVNT2-DH52402MHzNo-HoppingRef BandEdgeNVNT2-DH52402MHzNo-HoppingEmission ReportNo.:BCTC2606247712E No.：BCTC/KJ-RF-ICT-001Page 44 of 89 Edition：B.1 BandEdgeNVNT2-DH52480MHzNo-HoppingRef BandEdgeNVNT2-DH52480MHzNo-HoppingEmission ReportNo.:BCTC2606247712E No.：BCTC/KJ-RF-ICT-001Page 45 of 89 Edition：B.1 BandEdgeNVNT3-DH52402MHzNo-HoppingRef BandEdgeNVNT3-DH52402MHzNo-HoppingEmission ReportNo.:BCTC2606247712E No.：BCTC/KJ-RF-ICT-001Page 46 of 89 Edition：B.1 BandEdgeNVNT3-DH52480MHzNo-HoppingRef BandEdgeNVNT3-DH52480MHzNo-HoppingEmission ReportNo.:BCTC2606247712E No.：BCTC/KJ-RF-ICT-001Page 47 of 89 Edition：B.1 TestGraphs BandEdge(Hopping)NVNT1-DH52402MHzHoppingRef BandEdge(Hopping)NVNT1-DH52402MHzHoppingEmission ReportNo.:BCTC2606247712E No.：BCTC/KJ-RF-ICT-001Page 48 of 89 Edition：B.1 BandEdge(Hopping)NVNT1-DH52480MHzHoppingRef BandEdge(Hopping)NVNT1-DH52480MHzHoppingEmission ReportNo.:BCTC2606247712E No.：BCTC/KJ-RF-ICT-001Page 49 of 89 Edition：B.1 BandEdge(Hopping)NVNT2-DH52402MHzHoppingRef BandEdge(Hopping)NVNT2-DH52402MHzHoppingEmission ReportNo.:BCTC2606247712E No.：BCTC/KJ-RF-ICT-001Page 50 of 89 Edition：B.1 BandEdge(Hopping)NVNT2-DH52480MHzHoppingRef BandEdge(Hopping)NVNT2-DH52480MHzHoppingEmission ReportNo.:BCTC2606247712E No.：BCTC/KJ-RF-ICT-001Page 51 of 89 Edition：B.1 BandEdge(Hopping)NVNT3-DH52402MHzHoppingRef BandEdge(Hopping)NVNT3-DH52402MHzHoppingEmission ReportNo.:BCTC2606247712E No.：BCTC/KJ-RF-ICT-001Page 52 of 89 Edition：B.1 BandEdge(Hopping)NVNT3-DH52480MHzHoppingRef BandEdge(Hopping)NVNT3-DH52480MHzHoppingEmission ReportNo.:BCTC2606247712E No.：BCTC/KJ-RF-ICT-001Page 53 of 89 Edition：B.1 10.20dBBandwidth 10.1BlockDiagramOfTestSetup 10.2Limit N/A 10.3Testprocedure 1.SetRBW=30kHz. 2.Setthevideobandwidth(VBW)≥3xRBW. 3.Detector=Peak. 4.Tracemode=maxhold. 5.Sweep=autocouple. 6.Allowthetracetostabilize. 7.Measurethemaximumwidthoftheemissionthatisconstrainedbythefrequenciesassociatedwiththe twooutermostamplitudepoints(upperandlowerfrequencies)thatareattenuatedby6dBrelativetothe maximumlevelmeasuredinthefundamentalemission. ReportNo.:BCTC2606247712E No.：BCTC/KJ-RF-ICT-001Page 54 of 89 Edition：B.1 10.4TestResult ConditionModeFrequency(MHz)-20dBBandwidth(MHz)Verdict NVNT1-DH124020.936Pass NVNT1-DH124410.944Pass NVNT1-DH124800.929Pass NVNT2-DH124021.323Pass NVNT2-DH124411.264Pass NVNT2-DH124801.275Pass NVNT3-DH524021.298Pass NVNT3-DH524411.311Pass NVNT3-DH524801.283Pass ReportNo.:BCTC2606247712E No.：BCTC/KJ-RF-ICT-001Page 55 of 89 Edition：B.1 TestGraphs -20dBBandwidthNVNT1-DH52402MHz -20dBBandwidthNVNT1-DH52441MHz ReportNo.:BCTC2606247712E No.：BCTC/KJ-RF-ICT-001Page 56 of 89 Edition：B.1 -20dBBandwidthNVNT1-DH52480MHz -20dBBandwidthNVNT2-DH52402MHz ReportNo.:BCTC2606247712E No.：BCTC/KJ-RF-ICT-001Page 57 of 89 Edition：B.1 -20dBBandwidthNVNT2-DH52441MHz -20dBBandwidthNVNT2-DH52480MHz ReportNo.:BCTC2606247712E No.：BCTC/KJ-RF-ICT-001Page 58 of 89 Edition：B.1 -20dBBandwidthNVNT3-DH52402MHz -20dBBandwidthNVNT3-DH52441MHz ReportNo.:BCTC2606247712E No.：BCTC/KJ-RF-ICT-001Page 59 of 89 Edition：B.1 -20dBBandwidthNVNT3-DH52480MHz ReportNo.:BCTC2606247712E No.：BCTC/KJ-RF-ICT-001Page 60 of 89 Edition：B.1 11.MaximumPeakOutputPower 11.1BlockDiagramOfTestSetup 11.2Limit FCCPart15(15.247),SubpartC SectionTestItemLimitFrequencyRange(MHz)Result 15.247(b)(1) PeakOutput Power 0.125wattor21dBm2400-2483.5PASS 11.3Testprocedure 1.RemovetheantennafromtheEUTandthenconnectalowRFcablefromtheantennaporttothe spectrum. 2.Setthespectrumanalyzer:RBW=2MHz.VBW=6MHz.Sweep=auto;DetectorFunction=Peak. 3.KeeptheEUTintransmittingatlowest,mediumandhighestchannelindividually.Recordthemaxvalue. 11.4TestResult ConditionModeFrequency(MHz)ConductedPower(dBm)Limit(dBm)Verdict NVNT1-DH124021.8921Pass NVNT1-DH124411.3921Pass NVNT1-DH124800.9621Pass NVNT2-DH124022.5421Pass NVNT2-DH124412.2221Pass NVNT2-DH124801.7621Pass NVNT3-DH524023.0621Pass NVNT3-DH524412.6621Pass NVNT3-DH524802.1721Pass ReportNo.:BCTC2606247712E No.：BCTC/KJ-RF-ICT-001Page 61 of 89 Edition：B.1 TestGraphs PowerNVNT1-DH52402MHz PowerNVNT1-DH52441MHz

ReportNo.:BCTC2606247712E No.：BCTC/KJ-RF-ICT-001Page 62 of 89 Edition：B.1 PowerNVNT1-DH52480MHz PowerNVNT2-DH52402MHz ReportNo.:BCTC2606247712E No.：BCTC/KJ-RF-ICT-001Page 63 of 89 Edition：B.1 PowerNVNT2-DH52441MHz PowerNVNT2-DH52480MHz ReportNo.:BCTC2606247712E No.：BCTC/KJ-RF-ICT-001Page 64 of 89 Edition：B.1 PowerNVNT3-DH52402MHz PowerNVNT3-DH52441MHz ReportNo.:BCTC2606247712E No.：BCTC/KJ-RF-ICT-001Page 65 of 89 Edition：B.1 PowerNVNT3-DH52480MHz ReportNo.:BCTC2606247712E No.：BCTC/KJ-RF-ICT-001Page 66 of 89 Edition：B.1 12.HoppingChannelSeparation 12.1BlockDiagramOfTestSetup 12.2Limit Frequencyhoppingsystemsshallhavehoppingchannelcarrierfrequenciesseparatedbyaminimumof25 kHzorthe20dBbandwidthofthehoppingchannel,whicheverisgreater.Alternatively,frequencyhopping systemsoperatinginthe2400-2483.5MHzbandmayhavehoppingchannelcarrierfrequenciesthatare separatedby25kHzortwo-thirdsofthe20dBbandwidthofthehoppingchannel,whicheverisgreater, providedthesystemsoperatewithanoutputpowernogreaterthan0.125W. 12.3Testprocedure 1.RemovetheantennafromtheEUTandthenconnectalowRFcablefromtheantennaporttothe spectrum. 2.Setthespectrumanalyzer:RBW=30kHz.VBW=100kHz,Span=2.0MHz.Sweep=auto;Detector Function=Peak.Trace=Maxhold. 3.Allowthetracetostabilize.Usethemarker-deltafunctiontodeterminetheseparationbetweenthepeaks oftheadjacentchannels.ThelimitisspecifiedinoneofthesubparagraphsofthisSectionSubmitthisplot. 12.4TestResult ConditionMode HoppingFreq1 (MHz) HoppingFreq2 (MHz) HFS (MHz) Limit (MHz) Verdict NVNT1-DH12402.0172403.0221.0050.624Pass NVNT1-DH12441.0112442.0100.9990.625Pass NVNT1-DH12479.0142480.0070.9930.619Pass NVNT2-DH12402.0142403.0070.9930.879Pass NVNT2-DH12441.0262442.0100.9840.848Pass NVNT2-DH12479.0142480.0191.0050.850Pass NVNT3-DH52402.0022403.0041.0020.865Pass NVNT3-DH52441.0112442.0100.9990.878Pass NVNT3-DH52479.0112480.0131.0020.855Pass ReportNo.:BCTC2606247712E No.：BCTC/KJ-RF-ICT-001Page 67 of 89 Edition：B.1 TestGraphs CFSNVNT1-DH52402MHz CFSNVNT1-DH52441MHz ReportNo.:BCTC2606247712E No.：BCTC/KJ-RF-ICT-001Page 68 of 89 Edition：B.1 CFSNVNT1-DH52480MHz CFSNVNT2-DH52402MHz ReportNo.:BCTC2606247712E No.：BCTC/KJ-RF-ICT-001Page 69 of 89 Edition：B.1 CFSNVNT2-DH52441MHz CFSNVNT2-DH52480MHz ReportNo.:BCTC2606247712E No.：BCTC/KJ-RF-ICT-001Page 70 of 89 Edition：B.1 CFSNVNT3-DH52402MHz CFSNVNT3-DH52441MHz ReportNo.:BCTC2606247712E No.：BCTC/KJ-RF-ICT-001Page 71 of 89 Edition：B.1 CFSNVNT3-DH52480MHz ReportNo.:BCTC2606247712E No.：BCTC/KJ-RF-ICT-001Page 72 of 89 Edition：B.1 13.NumberofHoppingFrequency 13.1BlockDiagramOfTestSetup 13.2Limit Frequencyhoppingsystemsinthe2400-2483.5MHzbandshalluseatleast15channels. 13.3Testprocedure 1.RemovetheantennafromtheEUTandthenconnectalowRFcablefromtheantennaporttothe spectrum. 2.Setthespectrumanalyzer:RBW=100kHz.VBW=300kHz.Sweep=auto;DetectorFunction=Peak. Trace=Maxhold. 3.Allowthetracetostabilize.Itmayprovenecessarytobreakthespanuptosections.inordertoclearly showallofthehoppingfrequencies.ThelimitisspecifiedinoneofthesubparagraphsofthisSection. 4.Setthespectrumanalyzer:StartFrequency=2.4GHz,StopFrequency=2.4835GHz.Sweep=auto; 13.4TestResult ConditionModeHoppingNumberLimitVerdict NVNT1-DH17915Pass NVNT2-DH17915Pass NVNT3-DH57915Pass ReportNo.:BCTC2606247712E No.：BCTC/KJ-RF-ICT-001Page 73 of 89 Edition：B.1 TestGraphs HoppingNo.NVNT1-DH52402MHz HoppingNo.NVNT2-DH52402MHz ReportNo.:BCTC2606247712E No.：BCTC/KJ-RF-ICT-001Page 74 of 89 Edition：B.1 HoppingNo.NVNT3-DH52402MHz ReportNo.:BCTC2606247712E No.：BCTC/KJ-RF-ICT-001Page 75 of 89 Edition：B.1 14.DwellTime 14.1BlockDiagramOfTestSetup 14.2Limit Frequencyhoppingsystemsinthe2400-2483.5MHzbandshalluseatleast15channels.Theaverage timeofoccupancyonanychannelshallnotbegreaterthan0.4secondswithinaperiodof0.4seconds multipliedbythenumberofhoppingchannelsemployed.Frequencyhoppingsystemsmayavoidor suppresstransmissionsonaparticularhoppingfrequencyprovidedthataminimumof15channelsare used. 14.3Testprocedure 1.RemovetheantennafromtheEUTandthenconnectalowRFcablefromtheantennaporttothe spectrum. 2.Setspectrumanalyzerspan=0.Centredonahoppingchannel; 3.SetRBW=1MHzandVBW=3MHz.Sweep=asnecessarytocapturetheentiredwelltimeperhopping channel.SettheEUTforDH5,DH3andDH1packettransmitting. 4.Usethemarker-deltafunctiontodeterminethedwelltime.Ifthisvaluevarieswithdifferentmodesof operation(e.g..datarate.modulationformat.etc.).repeatthistestforeachvariation.Thelimitisspecified inoneofthesubparagraphsofthisSection.Submitthisplot(s). 14.4TestResult DH5Packetpermitmaximum1600/79/6hopspersecondineachchannel (5timeslotsRX,1timeslotTX). DH3Packetpermitmaximum1600/79/4hopspersecondineachchannel (3timeslotsRX,1timeslotTX). DH1Packetpermitmaximum1600/79/2hopspersecondineachchannel (1timeslotRX,1timeslotTX).So,theDwellTimecanbecalculatedasfollows: DH5:1600/79/6*0.4*79*(MkrDelta)/1000 DH3:1600/79/4*0.4*79*(MkrDelta)/1000 DH1:1600/79/2*0.4*79*(MkrDelta)/1000 Remark:MkrDeltaisoncepulsetime. ReportNo.:BCTC2606247712E No.：BCTC/KJ-RF-ICT-001Page 76 of 89 Edition：B.1 ConditionMode Frequency (MHz) PulseTime (ms) TotalDwellTime (ms) Limit (ms) Verdict NVNT1-DH124410.401127.117400Pass NVNT1-DH324411.659262.122400Pass NVNT1-DH524412.905331.170400Pass NVNT2-DH124410.413131.747400Pass NVNT2-DH324411.654267.948400Pass NVNT2-DH524412.889323.568400Pass NVNT3-DH124410.412130.192400Pass NVNT3-DH324411.662250.962400Pass NVNT3-DH524412.913326.256400Pass ReportNo.:BCTC2606247712E No.：BCTC/KJ-RF-ICT-001Page 77 of 89 Edition：B.1 TestGraphs DwellNVNT1-DH12441MHzOneBurst DwellNVNT1-DH12441MHzAccumulated ReportNo.:BCTC2606247712E No.：BCTC/KJ-RF-ICT-001Page 78 of 89 Edition：B.1 DwellNVNT1-DH32441MHzOneBurst DwellNVNT1-DH32441MHzAccumulated ReportNo.:BCTC2606247712E No.：BCTC/KJ-RF-ICT-001Page 79 of 89 Edition：B.1 DwellNVNT1-DH52441MHzOneBurst DwellNVNT1-DH52441MHzAccumulated ReportNo.:BCTC2606247712E No.：BCTC/KJ-RF-ICT-001Page 80 of 89 Edition：B.1 DwellNVNT2-DH12441MHzOneBurst DwellNVNT2-DH12441MHzAccumulated ReportNo.:BCTC2606247712E No.：BCTC/KJ-RF-ICT-001Page 81 of 89 Edition：B.1 DwellNVNT2-DH…

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ReportNo.:BCTC2606247712E No.：BCTC/KJ-RF-ICT-001Page 82 of 89 Edition：B.1 DwellNVNT2-DH52441MHzOneBurst DwellNVNT2-DH52441MHzAccumulated ReportNo.:BCTC2606247712E No.：BCTC/KJ-RF-ICT-001Page 83 of 89 Edition：B.1 DwellNVNT3-DH12441MHzOneBurst DwellNVNT3-DH12441MHzAccumulated ReportNo.:BCTC2606247712E No.：BCTC/KJ-RF-ICT-001Page 84 of 89 Edition：B.1 DwellNVNT3-DH32441MHzOneBurst DwellNVNT3-DH32441MHzAccumulated ReportNo.:BCTC2606247712E No.：BCTC/KJ-RF-ICT-001Page 85 of 89 Edition：B.1 DwellNVNT3-DH52441MHzOneBurst DwellNVNT3-DH52441MHzAccumulated ReportNo.:BCTC2606247712E No.：BCTC/KJ-RF-ICT-001Page 86 of 89 Edition：B.1 15.AntennaRequirement 15.1Limit Anintentionalradiatorshallbedesignedtoensurethatnoantennaotherthanthatfurnishedbythe responsiblepartyshallbeusedwiththedevice.Theuseofapermanentlyattachedantennaorofan antennathatusesauniquecouplingtotheintentionalradiatorshallbeconsideredsufficienttocomplywith theprovisionsofthissection.Themanufacturermaydesigntheunitsothatabrokenantennacanbe replacedbytheuser,buttheuseofastandardantennajackorelectricalconnectorisprohibited.This requirementdoesnotapplytocarriercurrentdevicesortodevicesoperatedundertheprovisionsof§§ 15.211,15.213,15.217,15.219,15.221,or§15.236.Further,thisrequirementdoesnotapplytointentional radiatorsthatmustbeprofessionallyinstalled,suchasperimeterprotectionsystemsandsomefield disturbancesensors,ortootherintentionalradiatorswhich,inaccordancewith§15.31(d),mustbe measuredattheinstallationsite.However,theinstallershallberesponsibleforensuringthattheproper antennaisemployedsothatthelimitsinthispartarenotexceeded. 15.2TestResult TheEUTantennaisInternalantenna,fulfilltherequirementofthissection. ReportNo.:BCTC2606247712E No.：BCTC/KJ-RF-ICT-001Page 87 of 89 Edition：B.1 16.EUTTestSetupPhotographs ConductedemissionsMeasurementPhotos ReportNo.:BCTC2606247712E No.：BCTC/KJ-RF-ICT-001Page 88 of 89 Edition：B.1 RadiatedemissionsMeasurementPhotos ReportNo.:BCTC2606247712E No.：BCTC/KJ-RF-ICT-001Page 89 of 89 Edition：B.1 STATEMENT 1.TheequipmentlistsaretraceabletotheInternationalSystemofUnits(Sl) 2.Thetestreportcannotbepartiallycopiedunlesspriorwrittenapprovalisissuedfromourlab. 3.Thetestreportisinvalidwithoutthe"specialsealforinspectionandtesting". 4.Thetestreportisinvalidwithoutthesignatureoftheapprover. 5.ThetestprocessandtestresultisonlyrelatedtotheUnitUnderTest. 6.Sampleinformationisprovidedbytheclientandthelaboratoryisnotresponsibleforits authenticity. 7.ThequalitysystemofourlaboratoryisinaccordancewithISO/IEC17025:2017. 8.Ifthereisanyobjectiontothistestreport,theclientshouldinformissuinglaboratorywithin15 daysfromthedateofreceivingtestreport. Address: Room101M,Unit1,Building1,Pengyuan,No.18,LilangRoad,Shanglilang,NanwanSubdistrict, LonggangDistrict,Shenzhen,Guangdong,China TEL:400-788-9558 C.:518116 FAX:0755-33229357 Website:http://www.chnbctc.com ConsultationE-mail:[email protected] Complaint/AdviceE-mail:[email protected] ※※※※※END※※※※※

2.4GHz2012ChipAntenna:RANT2012F245D5 _ Application: WLAN,802.11b/g,Bluetooth,WLAN,etc... Features SMD,highreliability,ultraImpact,Omni-directional... PartnumberInformation RANT2012F245D5 (A)(B)(C)(D)(E)(F) ElectricalSpecification DimensionandTerminalConfiguration No.TerminalName 1Feeding/GNG 2GND/Feeding (A)ProductTypeChipAntenna (B)SizeCode 2.0x1.2mm( ± 0.1mm) (C)MaterialHighKmaterial (D)Frequency2.4~2.5GHz (E)FeedingmodePIFA&SingleFeeding (F)AntennatypeType=5 WorkingFrequencyRange2400~2500MHz Bandwidth120MHz(Min.) PeakGain2.7dBi(Typ.) Impedance50Ohm Returnloss10dB(Min) PolarizationLinear AzimuthBeamwidthOmni-directional OperationTemperature(°C)-40~85°C ResistancetoSolderingHeats 10sec.(@280°C) TerminationNi/Au(Leadless) Dimension(mm) L W T 2.00±0.10 1.20±0.10 0.45 ± 0.10 咏成國際科技有限公司 電話 :13530576606 RAINInternationalTechnologyCo.,Ltd. TEL:13530576606 2.4GHz2012ChipAntenna:RANT2012F245D5 _ 1 EvaluationBoardReference PCBDimensionUnit:mm ReturnLoss&Radiation 2.4GHz2012ChipAntenna:RANT2012F245D5 _ 2.4GHz2012ChipAntenna:RANT2012F245D5 _ TapingSpecifications ReelandTapingSpecification ReelSpecification TYPESIZEABCD 16087”4K/Reel 4.0±0.5 4.0±213.5±0.5178±2 TappingSpecification PackagingTypeABWEFGHTψDP PaperType1608 1.90±0.203.50±0.208.0±0.201.75±0.103.5±0.054.0±0.102.0±0.050.75±0.10 1.50±0.10 4.0±0.1 2.4GHz2012ChipAntenna:RANT2012F245D5 _ ReliabilityTable TestItemProcedure Requirements CeramicType Remark (Reference) Electrical Characterization Fulfilltheelectrical specification UserSpec. Thermal Shock 1.Preconditioning: 50±10°C/1hr,thenkeepfor24±1hrsatroomtemp. 2.Initialmeasure:Spec:referInitialspec. 3.Rapidchangeoftemperaturetest: -30°Cto+85°C;100cycles; 15minutesatLowercategorytemperature; 15minutesatUppercategorytemperature. NoVisibleDamage. Fulfilltheelectrical specification. MIL-STD-202 107 Temperature Cycling 1.Initialmeasure:Spec:referInitialspec. 2.100Cycles(-30°Cto+85°C),SoakMode=1(2Cycle/hours). 3.Measurementat24±2Hoursaftertestcondition. NoVisibleDamage. Fulfilltheelectrical specification. JESD22 JA104 HighTemperature Exposure 1.Initialmeasure:Spec:referInitialspec. 2.Unpowered;500hours@T=+85°C. 3.Measurementat24±2hoursaftertest. NoVisibleDamage. Fulfilltheelectrical specification. MIL-STD-202 108 LowTemperature Storage 1.Initialmeasure:Spec:referInitialspec. 2.Unpowered:500hours@T=-30°C. 3.Measurementat24±2hoursaftertest. NoVisibleDamage. Fulfilltheelectrical specification. MIL-STD-202 108 Solderability (SMDBottomSide) Dippingmethod: a.Temperature:235±5°C b.Dippingtime:3±0.5s Thesoldershouldcover over95%ofthecritical areaofbottomside. IEC60384-21/22 4.10 SolderingHeat Resistance (RSH) Preheatingtemperature:150±10°C. Preheatingtime:1~2min. Soldertemperature:260±5°C. Dippingtime:5±0.5s NoVisibleDamage.IEC60384-21/22 4.10 Vibration5g'sfor20min.,12cycleseachof3orientations Note:Use8"X5"PCB.031"thick7securepointson,onelong sideand2securepointsatcornersofoppositesides.Parts mountedwithin2"fromanysecurepoint.Testfrom10-2000 Hz. NoVisibleDamage.MIL-STD-202 Method204 Mechanical Shock Threeshocksineachdirectionshallbeappliedalongthethree mutuallyperpendicularaxesofthetestspecimen(18shocks) Peakvalue:1,500g’s Duration:0.5ms Velocitychange:15.4ft/s Waveform:Half-sine NoVisibleDamage.MIL-STD-202 Method213 Humidity Bias 1.Humidity:85%R.H.,Temperature:85±2°C. 2.Time:500±24hours. 3.Measurementat24±2hrsaftertestcondition. NoVisibleDamage. Fulfilltheelectrical specification. MIL-STD-202 Method106 2.4GHz1206ChipAntenna:RANT2012F245D5 _ Board Flex (SMD) 1.Mountingmethod: IR-Reflow.PCBSize(L:100×W:40×T:1.6mm) 2.Applytheloadindirectionofthearrowuntilbendingreaches 2mm. NoVisibleDamage.AEC-Q200 005 AdhesionForceof1.8Kgfor60seconds.NoVisibleDamage Magnificationof20Xor greatermaybeemployed forinspectionofthe mechanicalintegrityofthe devicebodyterminalsand body/terminaljunction. AEC-Q200 006 Physical Dimension Anyapplicablemethodusingx10magnification,micrometers, calipers,gauges,contourprojectors,orothermeasuring equipment,capableofdeterminingtheactualspecimen dimensions. Inaccordancewith specification. JESD22 JB100 RevisionHistory RevisionDateContent 12019/03/01NewDatasheet 22020/02/22Add2Dradiationcharacteristic

ReportNo.:BCTC2606247712E No.：BCTC/KJ-RF-ICT-001Page 87 of 89 Edition：B.1 16.EUTTestSetupPhotographs ConductedemissionsMeasurementPhotos ReportNo.:BCTC2606247712E N…

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