2BUYBMULTINAVMultiNav Pro+ BLE Module

RFOXiA: Premium Design © All copyrights are reserved to RFOXiA, Inc MultiNav Pro+ BLE Module Overview MultiNav Pro+ BLE Module is a high-performance long-range wireless communication module designed for advanced robotics, drones, and autonomous systems. It combines powerful processing, high-speed BLE communication, and seamless ecosystem integration into a compact and programmable platform. Key Features • Long-Range Connectivity: Up to 50KM (Drone-to-Drone), 15KM (Man-to-Drone), 5KM (Man-to-Man) • High-Speed Data Transmission: Up to 2 Mbps • Powerful Processing Core: STM32WB07CCV6 (ARM Cortex-M0, 64MHz) • Compact Design: 57mm x 47mm module size, 140mm antenna • Seamless Integration with GNSS, Sensors, and Motor/Battery modules • RFOXiA Connect App support (iOS & Android) • BLE Chat (text, voice, calls without internet) • Open Source & Programmable via SWD • Integrated high-accuracy RTC RFOXiA: Premium Design © All copyrights are reserved to RFOXiA, Inc Long-Range Connectivity Up to 50KM communication range. 5KM Man-to-Man 15KM Man-to-Drone 50KM Drone-to-Drone Ideal for drones, robotics, and remote systems. RFOXiA: Premium Design © All copyrights are reserved to RFOXiA, Inc High-Speed Data Transmission Supports up to 2 Mbps data rate ensuring low latency and reliable communication. RFOXiA: Premium Design © All copyrights are reserved to RFOXiA, Inc Powerful Processing Core STM32WB07CCV6 (ARM Cortex-M0 @64MHz) 256KB Flash, 64KB SRAM Rich peripherals: GPIO, ADC, SPI, I2C, UART, PWM. RFOXiA: Premium Design © All copyrights are reserved to RFOXiA, Inc Compact Design Module size: 57mm x 47mm Antenna: 140mm Mounting: 51mm x 39mm frame. RFOXiA: Premium Design © All copyrights are reserved to RFOXiA, Inc Ecosystem Integration Compatible with GNSS, Sensors, Motor/Battery modules forming a unified system. RFOXiA: Premium Design © All copyrights are reserved to RFOXiA, Inc RFOXiA Connect App Map view, sensor monitoring, control interface, automation center. Available on iOS and Android. RFOXiA: Premium Design © All copyrights are reserved to RFOXiA, Inc BLE Chat Text, voice, and call communication without internet. RFOXiA: Premium Design © All copyrights are reserved to RFOXiA, Inc Open Source & Programmable Fully programmable via SWD with open-source firmware support. RFOXiA: Premium Design © All copyrights are reserved to RFOXiA, Inc Accurate RTC Integrated RTC crystal for precise timing and synchronization. RFOXiA: Premium Design © All copyrights are reserved to RFOXiA, Inc Technical Specifications MCU: STM32WB07CCV6 CPU: Cortex-M0 64MHz Flash: 256KB SRAM: 64KB GPIO: 32 ADC: 4 Single, 2 Differential Interfaces: 3x SPI, 2x I2C, , 2x I2S, UART, USART, LPUART PWM: 6 channels Sensitivity: -104 dBm Receiver LNA Gain: 12 dB ESD Protection: up to 30KV on all exposed pins. Certifications: FCC, CE RFOXiA: Premium Design © All copyrights are reserved to RFOXiA, Inc RF Performance TX Power: 12.52 dBm @ 2402MHz Condition Mode Frequency(MHz) Peak Power(dBm) Limit (dBm) Results NVNT 1M,PHY 2402 12.52 30 Pass NVNT 1M,PHY 2440 11.94 30 Pass NVNT 1M,PHY 2480 14.06 30 Pass RFOXiA: Premium Design © All copyrights are reserved to RFOXiA, Inc RFOXiA: Premium Design © All copyrights are reserved to RFOXiA, Inc Power Consumption Insert measurement screenshots for each case below: - BLE initialization RFOXiA: Premium Design © All copyrights are reserved to RFOXiA, Inc - BLE + GNSS + Sensors initialization RFOXiA: Premium Design © All copyrights are reserved to RFOXiA, Inc - Map View operation RFOXiA: Premium Design © All copyrights are reserved to RFOXiA, Inc - 3D View operation RFOXiA: Premium Design © All copyrights are reserved to RFOXiA, Inc - Dual BLE Mesh communication FCC ID: 2BUYBMULTINAV RFOXiA: Premium Design Quick Start Guide Pre-requirements: 1- 2 BLE Modules, GNSS Module, Sensors Module 2- Power/Program Kit 3- STM32CubeProgrammer software 4- BLE Module latest firmware Hex file from RFOXiA Club Resources 5- RFOXiA Connect APP, Android or IOS Version - Update the BLE Module Firmware: 1- Open BLE Module package, connect the antenna to the BLE Module 2- User the Power/Program Kit to install the latest firmware to the BLE Module, Connect the BLE Module with STLink Programmer using the flat ribbon cable, then plug it to the computer 3- Open STM32CubeProgrammer software, drag and drop the hex file to it, press connect and download to install the latest firmware in couple of seconds - Start pairing with the APP in Control View: 4- Mount the GNSS Module and Sensors Module on the BLE Module 5- Connect the BLE Module to the Power kit instead of the programmer using the same cable to power it 6- Open RFOXiA Connect APP on your phone, Scan and pair with the BLE Module, open Control Screen to see live location from the GNSS Module, real time Temperature, Humidity, Air pressure and Air quality from the Sensors Module 7- Press on the 3D view to see the interactive 3D view with real time data from the Accelerometer, Gyroscope, Magnetometer from the Sensors Module 8- Press on the Camera view to get Live camera view when you connect the Wifi/Camera Module - Use the Module in Dual Bluetooth Module to relay sensors data over the long range: 9- Install the latest firmware on the 2nd BLE Module as well 10- Power the 2nd BLE Module using 2nd Power kit 11- Use the APP to scan and connect for the 2nd BLE Module (the module without GNSS nor Sensors Modules) 12- Open Chat window, press "Scan for BLE Modules" which let's your BLE Module scan for other BLE Module to find the BLE Module with the GNSS and Sensors Modules, once found press connect 13- Go back to the Control Screen, you will find the same GNSS and Sensors Data but this time they are not directly coming from the paired module, instead they are coming from the peer module, the connection between the 2 BLE Modules can work in exceptionally long range © All copyrights are reserved to RFOXiA, Inc IntegrationinstructionsforhostproductmanufacturersaccordingtoKDB996369D03OEMManualv…

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Rev1/26/2023 (RFOXiA(RegisteredinDelawareUSA)) FederalCommunicationsCommission AuthorizationandEvaluationDivision 7435OaklandMillsRoad Columbia,MD21046 USA Date:3/31/2026 Ref:AttestationStatementsPart2.911(d)(5)(i)Filing FCCID:2BUYBMULTINAV [RFOXiA(RegisteredinDelawareUSA)]certifiesthattheequipmentforwhichauthorizationissoughtis not“covered”equipmentprohibitedfromreceivinganequipmentauthorizationpursuanttosection 2.903oftheFCCrules. [RFOXiA(RegisteredinDelawareUSA)]certifiesthattheequipmentforwhichauthorizationissought doesnotincludecybersecurityoranti-virussoftwareproducedorprovidedbyKasperskyLab,Inc.orany ofitssuccessorsandassignees,includingequipmentwithintegratedKasperskyLab,Inc.(oranyofits successorsandassignees)cybersecurityoranti-virussoftwarepursuanttoDA-24-886andKDB986446 D01CoveredEquipmentGuidancesectionB(2a). Deviceisinherentlycompliantbasedonhardwarelimitationsorsoftwarecontrols. or ASoftwareBillofMaterials(SBOM)isprovidedtotheTCBforreview,and Theend-userorthirdpartiescannotinstalladditionalsoftwareonthisdevice. Sincerely, MoamenMohamed/Manager Rev1/26/2023 (RFOXiA(RegisteredinDelawareUSA)) FederalCommunicationsCommission AuthorizationandEvaluationDivision 7435OaklandMillsRoad Columbia,MD21046 USA Date:3/31/2026 Ref:AttestationStatementsPart2.911(d)(5)(ii)Filing FCCID:2BUYBMULTINAV [RFOXiA(RegisteredinDelawareUSA)]certifiesthat,asofthedateofthefilingoftheapplication,the applicantisnotidentifiedontheCoveredList(asaspecificallynamedentityoranyofitssubsidiariesor affiliates)asanentityproducing“covered”equipment. Sincerely, (Applicantsignature) (Applicantprintedname)MoamenMohamed/Manager

RFOXiA(RegisteredinDelawareUSA) FederalCommunicationsCommission EquipmentAuthorizationDivision 7435OaklandMillsRoad Columbia,MD21046 USA Date:April13,2026 Subject;ModularTransmitterApplication Companyname:RFOXiA(RegisteredinDelawareUSA) FCCID:2BUYBMULTINAV DearSir/Madam, ThisletterincludestheFCCapplicationrequirementsforModularTransmitter ApprovalRequestfor;- FCCKDB996369D01‘ModuleCertificationGuidev02;and FCCKDB996369D03OEMManualv01 Inaccordancewith47CFR15.212ModularTransmittersandKDB996369D01 ‘ModuleEquipAuthGuidev02’.FCCID ： 2BUYBMULTINAVhasbeenexamined againstthefollowingrequirements. Requirementper15.212andKDB996369D01ExplanationfromGrantee (donotwriteyes/no,butexplainwhyproduct complies/howitisachieved) Theradioelementsmusthavetheradiofrequencycircuitry shielded.Physicalcomponentsandtuningcapacitor(s)maybe locatedexternaltotheshield,butmustbeonthemoduleassembly. Theradioelementsmusthavetheradio frequencycircuitryshielded,refertheEUT photosdocument. Themodulemusthavebufferedmodulation/datainputstoensure thatthedevicewillcomplywithPart15requirementswithanytype ofinputsignal. Themodulehavespecificallyincorporated bufferedmodulation/datainputsintothe moduledesign,ensuresthatsignalsare properlyprocessedandbufferedbefore enteringthedevice,therebyavoiding complianceissuescausedbyunstablesignals orinterference. Themodulemustcontainpowersupplyregulationonthemodule. Powerregulationintegratedinsidethemodule Themodulemustcontainapermanentlyattachedantenna,or containauniqueantennaconnector,andbemarketedandoperated onlywithspecificantenna(s),per§§15.203,15.204(b),15.204(c), 15.212(a),2.929(b). Themodulemustcontainapermanently attachedantenna,refertheEUTphotos document. Themodulemustdemonstratecomplianceinastand-alone configuration. referthetestreport:MAX26010175P01-R01. ThemodulemustbelabeledwithitspermanentlyaffixedFCCID label,oruseanelectronicdisplay(seeKDBPublication784748). ThemodulelabeledFCC ID:2BUYBMULTINAVonitsshield.Seelabel document. Themodulemustcomplywithallspecificrulesapplicabletothe transmitter,includingalltheconditionsprovidedintheintegration instructionsbythegrantee. Themodulecomplywithallspecificrules, suchastransmitterpower,frequency, modulationmethodandsignalquality. ThemodulemustcomplywithRFexposurerequirements Accreditingthetest report:MAX26010175P01-R01.Themodule complywithRFexposure. IntegrationInstructionsforhostproductmanufacturers ThefollowingitemsaresubmittedinsupportofapplicationforModularTransmitter FCCIDasnotedaboveasrequiredbytheFCCKDB996369D03OEMManualv01. Theseitemsareprovidedasintegrationinstructionsforhostproductmanufacturers (e.g.,OEMinstructionmanual)tousewhenintegratingamoduleinahostproduct. AnyrequirementsthatarenotapplicabletotheModuleareasindicatedbelow. SummaryofrequirementsandChecklist. RefertotheKDBfordescriptionofthecomplete requirements; KDB Ref Sect RequirementsofKDB996369D03UserManualPage Numberreference 2.2ListofapplicableFCCrulesPage20 2.3SummarizethespecificoperationaluseconditionsPage20 2.4LimitedmoduleproceduresPage20 2.5TraceantennadesignsPage20 2.6RFexposureconsiderationsPage20 2.7AntennasPage20 2.8LabelandcomplianceinformationPage20 2.9Informationontestmodesandadditionaltesting requirements Page21 2.10Additionaltesting,Part15SubpartBdisclaimerPage21 Name:MoamenMohamedDate:April13,2026 Title:CEO Signatureofapplicant：

RFOXiA(RegisteredinDelawareUSA) ‘Date：2026-3-31 ProductModelNumber:MultiNavPro+BLE,MultiNav_BLE FCCID:2BUYBMULTINAV Towhomitmayconcern, Re:ProductCertificationRepresentativeAuthorizationLetter WeauthorizeQAILaboratoriesLtd.3980NorthFraserWay,BurnabyB.C. CanadaV5J5K5toactonourbehalfonallmattersconcerningtheabove namedequipment. Thisshallincludethefollowing: Testing Approvalapplicationsandprocedures WedeclarethatQAILaboratoriesLtd.isallowedtoforwardallinformation relatedtotheapprovalprojecttotheappliedcertificationbodyandtothe notificationentitiesandtodiscussanyissuesconcerningtheapproval application.AnyandallactscarriedoutbyQAILaboratoriesLtd.onour behalfshallhavethesameeffectasactsofourown. By: ContactListedonFCCWesbite Title:MoamenMohamed/Manager Email:[email protected] Telephone:+18125529514 Onbehalfof:RFOXiA(RegisteredinDelawareUSA)

RFOXiA(RegisteredinDelawareUSA) OfficeofEngineeringTechnology FederalCommunicationsCommission 7435OaklandMillsRoad Columbia,MD21046 USA Date:April7,2026 Subject;RequestforConfidentiality FCCID:2BUYBMULTINAV ToWhomItMayConcern, PursuanttotheprovisionsoftheCommission’srulesTitle47Sections§0.457and§0.459,we arerequestingtheCommissiontowithholdthefollowingattachment(s)asconfidential documentsfrompublicdisclosureindefinitely. Thesedocumentscontaindetailedsystemandequipmentdescriptionsandareconsideredas proprietaryinformationinoperationoftheequipment.Thepublicdisclosureofthese documentsmightbeharmfultoourcompanyandwouldgivecompetitorsanunfairadvantage inthemarket. SchematicDiagram BlockDiagram PartsList OperationalDescription Tune-upProcedure SoftwareSecurityRequirementsforUNIIdevices Inadditionaltoabovementioneddocuments,inordertocomplywiththemarketingregulations inTitle47CFR§2.803andtheimportationrulesinTitle47CFR§2.1204,whileensuringthat businesssensitiveinformationremainsconfidentialuntiltheactualmarketingofnewly authorizeddevices,werequestShortTermConfidentialityofthefollowingattachment(s); ExternalPhotos TestSetupPhotos InternalPhotos UserManual For45days,pursuanttoPublicNoticeDA04-1705. OR For180dayspursuanttoKDB726920D01. Itisourunderstandingthatallmeasurementtestreports,FCCIDlabelformatand correspondenceduringthecertificationreviewprocesscannotbegrantedasconfidential documentsandthisinformationwillbeavailableforpublicreviewoncethegrantofequipment authorizationisissued. Sincerely, Signature: Name:MoamenMohamed Title:Manager

AnnexA ExternalPhotos TestModelNo.:MultiNavPro+BLE Page 1 of3 AnnexA ExternalPhotos TestModelNo.:MultiNavPro+BLE Page 2 of3 Hardwareantenna AnnexA ExternalPhotos TestModelNo.:MultiNavPro+BLE Page 3 of3

Size:0.5*0.2mm FCCID:2BUYBMULTINAV

AnnexB InternalPhotos TestModelNo.：MultiNavPro+BLE Page 1 of2

MAXLABTestingCo.,Ltd.ReportNo.:MAX26010175P01-R01RF RFTESTREPORT ReportReferenceNo. ....................... : MAX26010175P01-R01RF FCCID. ............................................... : 2BUYBMULTINAV Compiledby (position+printedname+signature)..: Engineer/CindyZheng Supervisedby (position+printedname+signature)..: Manager/HaleyWen Approvedby (position+printedname+signature) .. : RFManager/VivianJiang Dateofissue ......................................... :March25,2026 TestingLaboratoryName................:MAXLABTestingCo.,Ltd. Address.................................................: 1/F,BuildingB,XinshidaiGRPark,ShiyanStreet,Bao'anDistrict, Shenzhen,Guangdong,518052,People’sRepublicofChina Applicant’sname...............................:RFOXiA(RegisteredinDelawareUSA) Address ................................................. : 2Office712,7thfloor,SparkMall,MU23,NewCapitalCity,Cairo, Egypt Testspecification..............................: KDB447498D01GeneralRFExposureGuidancev06 Standard................................................: MAXLABTestingCo.,Ltd.Allrightsreserved. Thispublicationmaybereproducedinwholeorinpartfornon-commercialpurposesaslongasthe MAXLABTestingCo.,Ltd.isacknowledgedascopyrightownerandsourceofthematerial.MAXLABTesting Co.,Ltd.takesnoresponsibilityforandwillnotassumeliabilityfordamagesresultingfromthereader's interpretationofthereproducedmaterialduetoitsplacementandcontext. Equipmentdescription ..................... :MultiNavPro+BLEModule TradeMark ............................................ : RFOXiA Manufacturer ......................................... : RFOXiA(RegisteredinDelawareUSA) Model/Typereference ......................... : MultiNavPro+BLE ListedModels ..................................... : MultiNav_BLE Modulation ........................................... :GFSK Frequency .............................................. From2402MHzto2480MHz Rating ..................................................... :DC3.3V Result ..................................................... :PASS MAXLABTestingCo.,Ltd.ReportNo.:MAX26010175P01-R01RF RFExposureEvaluation Limits Thecriterialistedinthefollowingtableshallbeusedtoevaluatetheenvironmentimpactofhumanexposure toradiofrequency(RF)radiationasspecifiedin1.1307(b) AccordingtoKDB447498D01GeneralRFExposureGuidancev06,Unlessspecificallyrequiredbythe publishedRFexposureKDBprocedures,standalone1-gheadorbodyand10-gextremitySARevaluationfor generalpopulationexposureconditions,bymeasurementornumericalsimulation,isnotrequiredwhenthe correspondingSARTestExclusionThresholdcondition(s),listedbelow,is(are)satisfied. LimitsforMaximumPermissibleExposure(MPE) Frequencyrange (MHz) Electricfield strength (V/m) Magneticfieldstrength (A/m) Powerdensity (mW/cm 2 ) Averagingtime (minutes) (A)LimitsforOccupational/ControlledExposures 0.3–3.06141.63*(100)6 3.0–301842/f4.89/f*(900/f 2 )6 30–30061.40.1631.06 300–1500f/3006 1500–100,00056 (B)LimitsforGeneralPopulation/UncontrolledExposure 0.3–1.346141.63*(100)30 1.34–30824/f2.19/f*(180/f 2 )30 30–30027.50.0730.230 300–1500f/150030 1500–100,0001.030 f=frequencyinMHz Friistransmissionformula:Pd=(Pout*G)/(4*pi*r 2 ) Where Pd=powerdensityinmW/cm 2 ,Pout=outputpowertoantennainmW; G=gainofantennainlinearscale,Pi=3.1416; R=distancebetweenobservationpointandcenteroftheradiatorincm PdidthelimitofMPE,1mW/cm 2 .Ifweknowthemaximumgainoftheantennaandthetotalpowerinputto theantenna,throughthecalculation,wewillknowthedistancerwheretheMPElimitisreached. TestProcedure SoftwareprovidedbyclientenabledtheEUTtotransmitandreceivedataatlowest,middleandhighest channelindividually. MAXLABTestingCo.,Ltd.ReportNo.:MAX26010175P01-R01RF TestResultofRFExposureEvaluation BluetoothBLE Channel Frequency (MHz) Outputpower toantenna (dBm) Outputpowerto antenna(mW) PowerDensityat R=20cm (mW/cm 2 ) Limit (mW/cm 2 ) Result GFSK 240212.5217.860.024601.0PASS 244011.9415.630.021531.0PASS 248014.0625.470.035071.0PASS Remark:antennagain=8.4dBi Conclusion:NoSARisrequired.

MAXLABTestingCo.,Ltd.ReportNo.:MAX26010175P01-R01 Page 1 of32 FCCPART15SUBPARTCTESTREPORT FCCPART15.247 ReportReferenceNo........................: FCCID.................................................: MAX26010175P01-R01 2BUYBMULTINAV Compiledby (position+printedname+signature) .. : Engineer/CindyZheng Supervisedby (position+printedname+signature)..: Manager/HaleyWen Approvedby (position+printedname+signature)..: RFManager/VivianJiang Dateofissue ......................................... :March25,2026 TestingLaboratoryName................: MAXLABTestingCo.,Ltd. Address ................................................. : 1/F,BuildingB,XinshidaiGRPark,ShiyanStreet,Bao'anDistrict, Shenzhen,Guangdong,518052,People’sRepublicofChina Applicant’sname...............................: RFOXiA(RegisteredinDelawareUSA) Address.................................................: Office712,7thfloor,SparkMall,MU23,NewCapitalCity,Cairo,Egypt Testspecification..............................: Standard................................................: FCCPart15.247 KDB558074D0115.247MeasGuidancev05r02 ANSIC63.10:2020 MAXLABTestingCo.,Ltd.Allrightsreserved. Thispublicationmaybereproducedinwholeorinpartfornon-commercialpurposesaslongasthe MAXLABTestingCo.,Ltd.isacknowledgedascopyrightownerandsourceofthematerial.MAXLAB TestingCo.,Ltd.takesnoresponsibilityforandwillnotassumeliabilityfordamagesresultingfromthe reader'sinterpretationofthereproducedmaterialduetoitsplacementandcontext. Equipmentdescription.....................: MultiNavPro+BLEModule TradeMark ............................................ : N/A Manufacturer ......................................... :RFOXiA(RegisteredinDelawareUSA) Model/Typereference.........................:MultiNavPro+BLE ListedModels......................................: MultiNav_BLE Modulation ........................................... :GFSK Frequency..............................................From2402MHzto2480MHz Rating.....................................................:DC3.3V Result.....................................................:PASS MAXLABTestingCo.,Ltd.ReportNo.:MAX26010175P01-R01 Page 2 of32 TESTREPORT EquipmentunderTest:MultiNavPro+BLEModule Model/Type:MultiNavPro+BLE ListedModels:MultiNav_BLE ModelDeclaration:/ Applicant : RFOXiA(RegisteredinDelawareUSA) Address: Office712,7thfloor,SparkMall,MU23,NewCapitalCity,Cairo,Egypt Manufacturer : RFOXiA(RegisteredinDelawareUSA) Address: Office712,7thfloor,SparkMall,MU23,NewCapitalCity,Cairo,Egypt TestResult:PASS Thetestreportmerelycorrespondstothetestsample. Itisnotpermittedtocopyextractsofthesetestresultwithoutthewrittenpermissionofthetest laboratory. MAXLABTestingCo.,Ltd.ReportNo.:MAX26010175P01-R01 Page 3 of32 Contents 1TESTSTANDARDS...................................................................................................................4 2SUMMARY......................................................................................................................................5 2.1GeneralRemarks5 2.2ProductDescription5 2.3EquipmentUnderTest5 2.4ShortdescriptionoftheEquipmentunderTest(EUT)5 2.5EUToperationmode6 2.6BlockDiagramofTestSetup6 2.7RelatedSubmittal(s)/Grant(s)6 2.8Modifications6 3TESTENVIRONMENT.............................................................................................................7 3.1Addressofthetestlaboratory7 3.2TestFacility7 3.3Environmentalconditions7 3.4Summaryofmeasurementresults8 3.5Statementofthemeasurementuncertainty8 3.6EquipmentsUsedduringtheTest9 4TESTCONDITIONSANDRESULTS............................................................................11 4.1ACPowerConductedEmission11 4.2RadiatedEmissionsandBandEdge14 4.3MaximumPeakOutputPower21 4.4PowerSpectralDensity22 4.56dBBandwidth24 4.6Out-of-bandEmissions26 4.7AntennaRequirement29 5TESTSETUPPHOTOSOFTHEEUT..........................................................................30 6PHOTOSOFTHEEUT.........................................................................................................32 MAXLABTestingCo.,Ltd.ReportNo.:MAX26010175P01-R01 Page 4 of32 1TESTSTANDARDS Thetestswereperformedaccordingtofollowingstandards: FCCRulesPart15.247:FrequencyHopping,DirectSpreadSpectrumandHybridSystemsthatarein operationwithinthebandsof902-928MHz,2400-2483.5MHz,and5725-5850MHz. ANSIC63.10-2020:AmericanNationalStandardforTestingUnlicensedWirelessDevices KDB558074D01V05r02:GuidanceforPerformingComplianceMeasurementsonDigitalTransmission Systems(DTS)OperatingUnder§15.247 MAXLABTestingCo.,Ltd.ReportNo.:MAX26010175P01-R01 Page 5 of32 2SUMMARY 2.1GeneralRemarks Dateofreceiptoftestsample:February3,2026 Testingcommencedon:February3,2026 Testingconcludedon: March25,2026 2.2ProductDescription ProductDescription:MultiNavPro+BLEModule Model/Typereference:MultiNavPro+BLE Powersupply:DC3.3V HardwareVersion:/ SoftwareVersion:/ Adapterinformation (Auxiliarytestsuppliedby testingLab） Model:EP-TA20CBC Input:AC100-240V50/60Hz Output:DC5V2A FirmwareVersion:EPTA5.14.2 Manufacture:HuizhouDongyangYienbiElectronicsCo.,Ltd TestingsampleID： MAX26010175P01-R01-1#(Engineersample), MAX26010175P01-R01-2#(Normalsample) BluetoothBLE Supportedtype:BluetoothlowEnergy Modulation: GFSK Operationfrequency: 2402MHzto2480MHz Channelnumber:40 Channelseparation:1MHz Antennatype: HardwareAntenna Antennagain:8.4dBi 2.3EquipmentUnderTest Powersupplysystemutilised Powersupplyvoltage: ○ 230V/50Hz ○ 120V/60Hz ○ 12VDC ○ 24VDC ● Other(specifiedinblankbelow) DC3.3V 2.4ShortdescriptionoftheEquipmentunderTest(EUT) ThisisaMultiNavPro+BLEModule. Formoredetails,refertotheuser’smanualoftheEUT. MAXLABTestingCo.,Ltd.ReportNo.:MAX26010175P01-R01 Page 6 of32 2.5EUToperationmode TheApplicantprovidescommunicationtoolssoftware(Engineermode)tocontroltheEUTforstayingin continuoustransmitting(DutyCyclemorethan98%)andreceivingmodefortesting.Thereare40channels providedtotheEUTandChannel00/19/39wereselectedtotest. OperationFrequency： ChannelFrequency(MHz) 002402 012404 022406 . . . . . . …

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DATA AND DEVICES / ANT-W63WS5-CCC ANT-W63WS5-ccc Hinged Blade WiFi 6/6E Antenna The Linx ANT-W63WS5 is a dipole, blade-style antenna for WiFi 6/WiFi 6E/WiFi 7 applications in the 2.4 GHz, 5 GHz and 6 GHz bands. The hinged design allows for the antenna to be positioned for optimum performance. The antenna connects via an SMA plug (male pin) or RP-SMA plug (female socket) connector. ORDERING INFORMATION Part NumberDescription ANT-W63WS5-RPS WiFi 6/WiFi 6E blade-style antenna with RP-SMA plug (female socket) connector ANT-W63WS5-SMAWiFi 6/WiFi 6E blade-style antenna with SMA plug (male pin) connector Available from Linx Technologies and select distributors and representatives. FEATURESAPPLICATIONS • Performance at 2.4 GHz to 2.5 GHz –VSWR: ≤ 1.3 –Peak Gain: 8.4 dBi –Efficiency: 72% • Performance at 5.925 GHz to 7.125 GHz –VSWR: ≤ 2.1 –Peak Gain: 4.0 dBi –Efficiency: 61% • Hinged design with detents for straight, 45 degree and 90 degree positioning • SMA plug (male pin) or RP-SMA plug (female socket) connector • WiFi/WLAN coverage –WiFi 7 (802.11be) –WiFi 6E (802.11ax) –WiFi 6 (802.11ax) –WiFi 5 (802.11ac) –WiFi 4 (802.11n) –802.11b/g • 2.4 GHz ISM applications –Bluetooth® –ZigBee® • U-NII bands 1-8 • Internet of Things (IoT) devices • Smart Home networking • Sensing and remote monitoringSensing and remote monitoring Linx Technologies Tada Building 101, 577 Terai, Kagawa-cho, Takamatsu-shi, Kagawa-ken, Japan • Antenna type: Hardware antenna 2DATA AND DEVICES / ANT-W63WS5-CCC TABLE 1. ELECTRICAL SPECIFICATIONS Figure 1: ANT-W63WS5-ccc Antenna Dimensions ParameterISM/WiFiWiFi/U-NII 1-3WiFi 6E/U-NI 4-8 Frequency Range2400 MHz to 2485 MHz5150 MHz to 5850 MHz5925 MHz to 7125 MHz VSWR (max.)1.32.02.1 Peak Gain (dBi)8.44.94.0 Average Gain (dBi)-1.7-2.1-2.6 Efficiency (%)726561 Impedance50 Ω Wavelength1/2-wave Electrical TypeDipole RadiationOmnidirectional PolarizationLinear Max Power10 W TABLE 2. MECHANICAL SPECIFICATIONS ParameterValue ConnectionSMA plug (male pin) or RP-SMA plug (female socket) Antenna ColorBlack Operating Temp. Range-40 °C to +85 °C Weight16.7 g (0.59 oz) Dimensions135.6 mm x 24.1 mm x 11.0 mm (5.34 in x 0.95 in x 0.43 in) Electrical specifications and plots measured with the antenna in a straight orientation. Figure 1 provides dimensions of the ANT-W63WS5-ccc antenna. The antenna whip can be tilted 90 degrees, with a detent at 45 degrees enabling the antenna to be oriented in any direction. The rotating base allows for continuous positioning through 360 degrees even while installed. PRODUCT DIMENSIONS 135.6 mm (5.34 in) 40.2 mm (1.58 in) 111.8 mm (4.40 in) 24.1 mm (0.95 in) 11.0 mm (0.43 in) Ø11.0 mm (0.43 in) 0°, 45°, 90° Full 360° Rotation 3DATA AND DEVICES / ANT-W63WS5-CCC Figure 2: ANT-W63WS5-ccc Test Orientation Straight, without ground planeOn edge of ground plane, bent 90 degrees The ANT-W63WS5-ccc antenna is individually placed in a clear polyethylene bag. Plastic bags are sealed in a larger polyethylene bag in quantities of 50 pcs. Bags are placed in cartons of 400 pcs. Distribution channels may offer alternative packaging options. PACKAGING INFORMATION The ANT-W63WS5-ccc antenna is characterized in two antenna orientations as shown in Figure 2. The antenna straight orientation characterizes use of an antenna attached to an enclosure-mounted connector which is connected by cable to a printed circuit board. Although the antenna is a dipole not requiring a ground plane for function, characterization with an adjacent ground plane (102 mm x 102 mm) provides insight into antenna performance when attached directly to a printed circuit board mounted connector. The two orientations represent the most common end-product use cases. ANTENNA MOUNTING 4 Figure 3: ANT-W63WS5-ccc Straight, No Ground Plane (Straight) Figure 4: ANT-W63WS5-ccc VSWR, Straight The charts on the following pages represent data taken with the antenna oriented straight, as shown in Figure 3. STRAIGHT, NO GROUND PLANE Figure 4 provides the voltage standing wave ratio (VSWR) across the antenna bandwidth. VSWR describes the power reflected from the antenna back to the radio. A lower VSWR value indicates better antenna performance at a given frequency. Reflected power is also shown on the right-side vertical axis as a gauge of the percentage of transmitter power reflected back from the antenna. VSWR 2400 2485 5150 58505925 7125 0 10 20 30 40 1 2 3 4 5 2400280032003600400044004800520056006000640068007200 Reflected Power (%) VSWR Frequency (MHz) DATA AND DEVICES / ANT-W63WS5-CCC 5 Figure 5: ANT-W63WS5-ccc Return Loss, Straight Figure 6: ANT-W63WS5-ccc Peak Gain, Straight Average gain (Figure 6), is the average of all antenna gain in 3-dimensional space at each frequency, providing an indication of overall performance without expressing antenna directionality. RETURN LOSS The peak gain across the antenna bandwidth is shown in Figure 6. Peak gain represents the maximum antenna input power concentration across 3-dimensional space, and therefore peak performance at a given frequency, but does not consider any directionality in the gain pattern. PEAK GAIN 2400 2485 5150 5850 59257125 -30 -25 -20 -15 -10 -5 0 2400280032003600400044004800520056006000640068007200 Return Loss (dB) Frequency (MHz) 240024855150585059257125 -20 -15 -10 -5 0 5 10 2400280032003600400044004800520056006000640068007200 Peak Gain (dBi) Frequency (MHz) DATA AND DEVICES / ANT-W63WS5-CCC 6 Figure 7: ANT-W63WS5-ccc Antenna Average Gain, Straight Figure 8: ANT-W63WS5-ccc Antenna Efficiency, Straight Average gain (Figure 7), is the average of all antenna gain in 3-dimensional space at each frequency, providing an indication of overall performance without expressing antenna directionality. AVERAGE GAIN Radiation efficiency (Figure 8), shows the ratio of power delivered to the antenna relative to the power radiated at the antenna, expressed as a percentage, where a higher percentage indicates better performance at a given frequency. RADIATION EFFICIENCY 240…

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Testsetup TestModelNo.:MultiNavPro+BLE Testsetup TestModelNo.:MultiNavPro+BLE