2ANTC-C520MWireless IP Camera

C520M Wireless IP Camera Quick Start Guide Please read before use and keep for reference. Actual contents may vary as the product updates. 1 What’s in the Box CameraPower Adapter Quick Start Guide Quick Start Guide NOTE: The number of accessories may vary by model. Camera Introduction Lens/ Lente Infrared/White Light Screen/ Pantalla Microphone/ Micrófono Call Button/ Botón de Llamada Micro SD Card Slot/ Ranura para Tarjeta MicroSD Reset: (When connecting the power cable, press and hold both buttons for 5 seconds to reset.) Reset: (Mantenga pulsados ambos botones al mismo tiempo durante 5 segundos para reiniciar al conectar la fuente de alimentación.) Speaker/ Altavoz Type-C Power Port/ Conector de Alimentación Tipo-C 2 Preparation Before Use 1Install the Micro SD Card EN: Power off the camera. Insert the Micro SD card into the slot on the right side, with the contact side facing inward. NOTE: Insert or remove the card only when the camera is off. Use a FAT32-for- matted Micro SD card from a reputable brand, with at least U1/Class10 speed. ES: Asegúrese de que la cámara está apagada, la ranura de la tarjeta Micro SD está en el lado derecho del producto, inserte la tarjeta MicroSD con el lado de contacto hacia adentro en la ranura. Nota: cuando instale o extraiga la tarjeta MicroSD, la cámara debe estar apagada y sin alimentación para evitar dañar la tarjeta MicroSD. Por favor, utilice una tarjeta MicroSD de un fabricante habitual. La cámara sólo admite tarjetas con formato Fat32, así que asegúrese de que su tarjeta MicroSD tiene formato Fat32. Recomendamos utilizar una tarjeta con una velocidad de lectura y escritura superior a U1/Clase10. Micro SD Card Slot Ranura para tarjeta Micro SD 3 2. Power On the Device EN: Connect the power cable to the Type-C port on the back of the camera. The camera will power on automatically. NOTE: During startup, the camera will rotate automatically. Do not manually adjust the camera. The self-check takes about 30 seconds. ES: Conecte el cable de alimentación al conector Tipo-C (conector de alimentación) en la parte posterior de la cámara, la cámara se encenderá automáticamente. Nota: La cámara girará automáticamente durante el proceso de arranque, por favor, no fuerce para ajustar la cámara manualmente, la auto-prueba es de aproximadamente medio minuto. 4 2. Add the Device EN: A. Open the Zosi Smart App, then follow the prompts to register and log in. B. Tap the "+" icon to add your device, and follow the in-app instructions to set up the network and complete the device adding. NOTE: Allow the App to access all required permissions to ensure full functionality during use. ES: A. Abra la aplicación Zosi Smart y siga las instrucciones para registrarse e iniciar sesión. B. Haga clic en «+» para añadir un dispositivo, siga las indicaciones de la aplicación para configurar la red y completar la adición del dispositivo. Initial Setup via Zosi Smart App 1. Download the App EN: Search for Zosi Smart in App store, or scan the QR code with your browser or camera to download. ES: Puede descargar la aplicación buscando «ZosiSmart» en el mercado de aplicaciones móviles, o escaneando el código QR de arriba para descargarla. Android/IOS 5 02 Add device QR code on device Scan QR code on device 01 Sign up Language Log inLog in New users should register first and then log in. Sign up ZosiSmart ZosiSmart EN: Follow the App's instructions to complete installation, registration, and login. Ensure you grant all necessary permissions during setup, as some features may not work if permissions are denied. ES: Siga las instrucciones de la APP para completar la instalación, el registro y el inicio de sesión. En el proceso de instalación y uso de la APP, por favor permita que la APP obtenga todos los permisos requeridos, de lo contrario algunas funciones no estarán disponibles durante el uso del producto. 6 Install the Camera EN: 1. Before installation, ensure the camera has been successfully added to the App. 2. Installation method: The camera can be placed on flat surfaces such as a desk, coffee table, or shelf. ES: 1. Antes de la instalación, asegúrese de que la cámara se ha añadido correctamente en la APP. 2. Instalación: puede poner la cámara en el escritorio del ordenador, mesa de café, armario y otras superficies planas. 7 Safety Information EN: 1. Do not install this camera outdoors (including under eaves or covered areas). 2. For indoor installation, keep it away from humid or high-temperature areas. 3. Avoid prolonged exposure to direct sunlight. 4. Regularly clean the lens with a soft cloth, and ensure the power port is kept dry and free of dirt or obstructions. 5. The App will be updated periodically to enhance the user experience. Follow the in-app instructions for any updates. ES: 1 Este modelo no debe ser instalado al aire libre (incluyendo pero no limitado a aleros, compuestos techados, etc.). 2. La instalación en interiores necesita prestar atención para mantenerse alejada de ambientes húmedos o con altas temperaturas. 3. Cuando se utilice este producto, evite la luz solar directa durante mucho tiempo. 4. Se recomienda limpiar la lente regularmente con un paño suave, y asegurarse de que el puerto de alimentación no está expuesto al agua o la humedad, o bloqueado por la suciedad u otras cosas. 5. Con el fin de mejorar la experiencia del producto, la APP se actualizará y mejorará de vez en cuando, el funcionamiento específico será ligeramente diferente, por favor, siga las instrucciones de la APP. 8 FAQ EN Q: Why is the device offline? Check if the device is connected to the network, if the router is functioning properly, and if the router is set to automatically obtain an IP address. ES: P: ¿Por qué el aparato no está conectado a Internet? Por favor, compruebe si el aparato ha sido conectado a la red, si el router funciona normalmente para acceder a Internet y si el router está habilitado para obtener la dirección IP automáticamente. EN: Q: Why can't I find video rec…

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Report No.: AGC06662241104AP03 Page 1 of 6 INTERNAL PHOTOS OPEN VIEW OF EUT (FIGURE 1) OPEN VIEW OF EUT (FIGURE 2) Report No.: AGC06662241104AP03 Page 2 of 6 INTERNAL VIEW OF EUT (FIGURE 1) INTERNAL VIEW OF EUT (FIGURE 2) Report No.: AGC06662241104AP03 Page 3 of 6 INTERNAL VIEW OF EUT (FIGURE 3) INTERNAL VIEW OF EUT (FIGURE 4) Report No.: AGC06662241104AP03 Page 4 of 6 INTERNAL VIEW OF EUT (FIGURE 5) INTERNAL VIEW OF EUT (FIGURE 6) Report No.: AGC06662241104AP03 Page 5 of 6 INTERNAL VIEW OF EUT (FIGURE 7) INTERNAL VIEW OF EUT (FIGURE 8) Report No.: AGC06662241104AP03 Page 6 of 6 INTERNAL VIEW OF EUT (FIGURE 9) INTERNAL VIEW OF EUT (FIGURE 10) ****************************************End of Report************************************* BLE/2.4GWifi/5GWifi Antenna

Report No.: AGC06662241104AP02 Page 1 of 3 TEST SETUP PHOTOS RADIATED EMISSION TEST SETUP BELOW 1GHz RADIATED EMISSION TEST SETUP ABOVE 1GHz Report No.: AGC06662241104AP02 Page 2 of 3 AC POWER LINE CONDUCTED TEST SETUP RF CONDUCTED TEST SETUP Report No.: AGC06662241104AP02 Page 3 of 3 Dynamic Frequency Selection (DFS) TEST SETUP ****************************************End of Report*************************************

ReportNo.:AGC06662241104FR01 Page41of63 Test_Graph_LE2M_ANT1_2402_2Mbps_LowerBandEmissions Test_Graph_LE2M_ANT1_2402_2Mbps_HigherBandEmissions ReportNo.:AGC06662241104FR01 Page42of63 Test_Graph_LE2M_ANT1_2440_2Mbps_ReferenceLevel Test_Graph_LE2M_ANT1_2440_2Mbps_LowerBandEmissions ReportNo.:AGC06662241104FR01 Page43of63 Test_Graph_LE2M_ANT1_2440_2Mbps_HigherBandEmissions Test_Graph_LE2M_ANT1_2480_2Mbps_ReferenceLevel ReportNo.:AGC06662241104FR01 Page44of63 Test_Graph_LE2M_ANT1_2480_2Mbps_LowerBandEmissions Test_Graph_LE2M_ANT1_2480_2Mbps_HigherBandEmissions ReportNo.:AGC06662241104FR01 Page45of63 TestGraphsofBandEdgeEmissionsinNon-RestrictedFrequencyBands Test_Graph_LE1M_ANT1_2402_1Mbps_LowerBandEdgeEmissions Test_Graph_LE1M_ANT1_2480_1Mbps_HigherBandEdgeEmissions ReportNo.:AGC06662241104FR01 Page46of63 Test_Graph_LE2M_ANT1_2402_2Mbps_LowerBandEdgeEmissions Test_Graph_LE2M_ANT1_2480_2Mbps_HigherBandEdgeEmissions ReportNo.:AGC06662241104FR01 Page47of63 11.RadiatedSpuriousEmission 11.1MeasurementLimit  FCCPart15.209Limitinthebelowtabletobefollowed Frequencies (MHz) FieldStrength (microvolts/meter) MeasurementDistance (meters) 0.009~0.4902400/F(kHz)300 0.490~1.70524000/F(kHz)30 1.705~30.03030 30~881003 88~2161503 216~9602003 Above9605003 Note:Allmodesweretestedforrestrictedbandradiatedemission,thetestrecordsreportedbelowaretheworst resultcomparedtoothermodes. 11.2MeasurementProcedure 1.TheEUTwasplacedonthetopoftheturntable0.8or1.5meteraboveground.Thephasecenterofthe receivingantennamountedonthetopofaheight-variableantennatowerwasplaced3metersfaraway fromtheturntable. 2.PowerontheEUTandallthesupportingunits.Theturntablewasrotatedby360degreestodeterminethe positionofthehighestradiation. 3.Theheightofthebroadbandreceivingantennawasvariedbetweenonemeterandfourmetersabove groundtofindthemaximumemissionsfieldstrengthofbothhorizontalandverticalpolarization. 4.Foreachsuspectedemission,theantennatowerwasscan(from1Mto4M)andthentheturntablewas rotated(from0degreeto360degrees)tofindthemaximumreading. 5.Setthetest-receiversystemtoPeakorCISPRquasi-peakDetectFunctionwithspecifiedbandwidthunder MaximumHoldMode. 6.Foremissionsabove1GHz,use1MHzRBWand3MHzVBWforpeakreading.Placethemeasurement antennaawayfromeachareaoftheEUTdeterminedtobeasourceofemissionsatthespecified measurementdistance,whilekeepingthemeasurementantennaaimedatthesourceofemissionsateach frequencyofsignificantemissions,withpolarizationorientedformaximumresponse.Themeasurement antennamayhavetobehigherorlowerthantheEUT,dependingontheradiationpatternoftheemission andstayingaimedattheemissionsourceforreceivingthemaximumsignal.Thefinalmeasurement antennaelevationshallbethatwhichmaximizestheemissions.Themeasurementantennaelevationfor maximumemissionsshallberestrictedtoarangeofheightsoffrom1mto4mabovethegroundor referencegroundplane. 7.Whentheradiatedemissionslimitsareexpressedintermsoftheaveragevalueoftheemissions,and pulsedoperationisemployed,themeasurementfieldstrengthshallbedeterminedbyaveragingoverone completepulsetrain,includingblankingintervals,aslongasthepulsetraindoesnotexceed0.1seconds. ReportNo.:AGC06662241104FR01 Page48of63 8.Asanalternative(providedthetransmitteroperatesforlongerthan0.1seconds)orincaseswherethe pulsetrainexceeds0.1seconds,themeasuredfieldstrengthshallbedeterminedfromtheaverage absolutevoltageduringa0.1secondintervalduringwhichthefieldstrengthisatitsmaximumvalues. 9.IftheemissionsleveloftheEUTinpeakmodewas3dBlowerthantheaveragelimitspecified,then testingwillbestoppedandpeakvaluesofEUTwillbereported,otherwise,theemissionswhichdonot have3dBmarginwillberepeatedonebyoneusingthequasi-peakmethodforbelow1GHz. 10.Fortestingabove1GHz,theemissionsleveloftheEUTinpeakmodewaslowerthanaveragelimit(that meanstheemissionslevelinpeakmodealsocomplieswiththelimitinaveragemode),thentestingwillbe stoppedandpeakvaluesofEUTwillbereported,otherwise,theemissionswillbemeasuredinaverage modeagainandreported. 11.Incasetheemissionislowerthan30MHz,loopantennahastobeusedformeasurementandtherecorded datashouldbeQPmeasuredbyreceiver.High-Lowscanisnotrequiredinthiscase. Thefollowingtableisthesettingofspectrumanalyzerandreceiver. SpectrumParameterSetting Start~StopFrequency9kHz~150kHz/RB200HzforQP Start~StopFrequency150kHz~30MHz/RB9kHzforQP Start~StopFrequency30MHz~1000MHz/RB120kHzforQP Start~StopFrequency 1GHz~26.5GHz 1MHz/3MHzforPeak,1MHz/3MHzforAverage ReceiverParameterSetting Start~StopFrequency9kHz~150kHz/RB200HzforQP Start~StopFrequency150kHz~30MHz/RB9kHzforQP Start~StopFrequency30MHz~1000MHz/RB120kHzforQP ReportNo.:AGC06662241104FR01 Page49of63 Quasi-PeakMeasurementsbelow1GHz 1.Analyzercenterfrequencywassettothefrequencyoftheradiatedspuriousemissionofinterest 2.Spanwassetgreaterthan1MHz 3.RBW=asshowninthetableabove 4.Detector=CISPRquasi-peak 5.Sweeptime=autocouple 6.Tracewasallowedtostabilize PeakMeasurementsabove1GHz 1.Analyzercenterfrequencywassettothefrequencyoftheradiatedspuriousemissionofinterest 2.RBW=1MHz 3.VBW=3MHz 4.Detector=peak 5.Sweeptime=autocouple 6.Tracemode=maxhold 7.Tracewasallowedtostabilize AverageMeasurementsabove1GHz 1.Analyzercenterfrequencywassettothefrequencyoftheradiatedspuriousemissionofinterest 2.RBW=1MHz 3.VBW≥[3×RBW] 4.Detector=Poweraveraging(rms) 5.Averagingtype=power(i.e.,rms) 6.Sweeptime=auto 7.Performatraceaverageofatleast100traces. 8.Theapplicablecorrectionfactoris[10*log(1/D)],whereDisthedutycycle.Thefactorhadbeeneditedin the“InputCorrection”oftheSpectrumAnalyzer. ReportNo.:AGC06662241104FR01 Page50of63 11.3MeasurementSetup(BlockDiagramofConfiguration) RadiatedEmissionTestSetup9kHz-30MHz RadiatedEmissionTestSetup30MHz-1000MHz RadiatedEmissionTestSetupAbove1000MHz ReportNo.:AGC06662241104FR01 Page51of63 11.4MeasurementResult RadiatedEmissionBelow30MHz Theamplitudeofspuriousemissionsfrom9kHzto30MHzwhichareattenuatedmorethan20dBbelowthe permissiblevalueneednotbereported. RadiatedEmissionTestResultsat30MHz-1GHz EUTNameWirelessIPCameraModelNameC520M Temperature23.2°CRelativeHumidity56.9% Pressure960hPaTestVoltageDC5V…

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Page 1 of 63 FCCTestReport ReportNo.:AGC06662241104FR01 FCCID: 2ANTC-C520M APPLICATIONPURPOSE: OriginalEquipment PRODUCTDESIGNATION:WirelessIPCamera BRANDNAME:N/A MODELNAME: C520M,C521M,C522M,C511,C521,C523M,C530,C501, C502,C503,C506 APPLICANT:AnsjerElectronicsCo.,Ltd DATEOFISSUE:Dec.22,2025 STANDARD(S):FCCPart15SubpartC§15.247 REPORTVERSION:V1.0 AttestationOfGlobalCompliance(Shenzhen)Co.,Ltd ReportNo.:AGC06662241104FR01 Page2of63 ReportReviseRecord ReportVersionReviseTimeIssuedDateValidVersionNotes V1.0/Dec.22,2025ValidInitialRelease ReportNo.:AGC06662241104FR01 Page3of63 TableofContents 1.GeneralInformation..........................................................................................................................................5 2.ProductInformation..........................................................................................................................................6 2.1ProductTechnicalDescription....................................................................................................................6 2.2TestFrequencyList.....................................................................................................................................6 2.3RelatedSubmittal(S)/Grant(S).................................................................................................................7 2.4TestMethodology........................................................................................................................................7 2.5SpecialAccessories....................................................................................................................................7 2.6EquipmentModifications.............................................................................................................................7 2.7AntennaRequirement.................................................................................................................................7 3.TestEnvironment..............................................................................................................................................8 3.1AddressoftheTestLaboratory...................................................................................................................8 3.2TestFacility..................................................................................................................................................8 3.3EnvironmentalConditions...........................................................................................................................9 3.4MeasurementUncertainty...........................................................................................................................9 3.5ListofEquipmentUse...............................................................................................................................10 4.SystemTestConfiguration.............................................................................................................................11 4.1EUTConfiguration.....................................................................................................................................11 4.2EUTExercise............................................................................................................................................11 4.3ConfigurationofTestedSystem................................................................................................................11 4.4EquipmentUsedInTestedSystem..........................................................................................................12 4.5SummaryofTestResults..........................................................................................................................13 5.DescriptionofTestModes.............................................................................................................................14 6.DutyCycleMeasurement...............................................................................................................................16 7.RFOutputPowerMeasurement....................................................................................................................17 7.1ProvisionsApplicable................................................................................................................................17 7.2MeasurementProcedure..........................................................................................................................17 7.3MeasurementSetup(BlockDiagramofConfiguration)...........................................................................17 7.4MeasurementResult.................................................................................................................................18 8.6dBBandwidthMeasurement.......................................................................................................................22 8.1ProvisionsApplicable................................................................................................................................22 8.2MeasurementProcedure..........................................................................................................................22 8.3MeasurementSetup(BlockDiagramofConfiguration)...........................................................................22 8.4MeasurementResults...............................................................................................................................23 9.PowerSpectralDensityMeasurement.........................................................................................................26 9.1ProvisionsApplicable................................................................................................................................30 9.2MeasurementProcedure..........................................................................................................................30 9.3…

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Report No.: AGC06662241104FR02 Page 69 of 76 Band Edge Emission Test Results for Restricted Bands EUT Name Wireless IP Camera Model Name C520M Temperature 23.2°C Relative Humidity 56.9% Pressure 960hPa Test Voltage DC 5V from adapter 802.11b_TX CH01_2412 MHz Item (Mark) Freq. MHz Reading dBμV Ant. Fac. dB/m PRM Factor dB Cable Loss dB Level dBμV/m Limit dBμV/m Margin dB Detector Pol. 1 2390.00 37.26 29.99 30.21 8.35 45.39 74 -28.61 Peak Horizontal 2 2390.00 28.00 29.99 30.21 8.35 36.13 54 -17.87 AV Horizontal 3 2390.00 37.56 29.99 30.21 8.35 45.69 74 -28.31 Peak Vertical 4 2390.00 28.94 29.99 30.21 8.35 37.07 54 -16.93 AV Vertical 802.11b_TX CH11_2462 MHz Item (Mark) Freq. MHz Reading dBμV Ant. Fac. dB/m PRM Factor dB Cable Loss dB Level dBμV/m Limit dBμV/m Margin dB Detector Pol. 1 2483.50 33.95 30.25 30.25 8.5 42.45 74 -31.55 Peak Horizontal 2 2483.50 25.97 30.25 30.25 8.5 34.47 54 -19.53 AV Horizontal 3 2483.50 37.87 30.25 30.25 8.5 46.37 74 -27.63 Peak Vertical 4 2483.50 29.28 30.25 30.25 8.5 37.78 54 -16.22 AV Vertical 802.11g_TX CH01_2412 MHz Item (Mark) Freq. MHz Reading dBμV Ant. Fac. dB/m PRM Factor dB Cable Loss dB Level dBμV/m Limit dBμV/m Margin dB Detector Pol. 1 2390.00 55.85 29.99 30.21 8.35 50.81 74 -23.19 Peak Horizontal 2 2390.00 37.25 29.99 30.21 8.35 39.14 54 -14.86 AV Horizontal 3 2390.00 58.11 29.99 30.21 8.35 53.83 74 -20.17 Peak Vertical 4 2390.00 37.79 29.99 30.21 8.35 40.56 54 -13.44 AV Vertical 802.11g_TX CH11_2462 MHz Item (Mark) Freq. MHz Reading dBμV Ant. Fac. dB/m PRM Factor dB Cable Loss dB Level dBμV/m Limit dBμV/m Margin dB Detector Pol. 1 2483.50 55.38 30.25 30.25 8.5 52.98 74 -21.02 Peak Horizontal 2 2483.50 29.17 30.25 30.25 8.5 39.70 54 -14.30 Peak Horizontal 3 2483.50 49.60 30.25 30.25 8.5 53.70 74 -20.30 AV Horizontal 4 2483.50 25.59 30.25 30.25 8.5 42.01 54 -11.99 Peak Vertical Report No.: AGC06662241104FR02 Page 70 of 76 802.11n-HT20_TX CH01_2412 MHz Item (Mark) Freq. MHz Reading dBμV Ant. Fac. dB/m PRM Factor dB Cable Loss dB Level dBμV/m Limit dBμV/m Margin dB Detector Pol. 1 2390.00 56.21 29.99 30.21 8.35 54.03 74 -19.97 Peak Horizontal 2 2390.00 39.04 29.99 30.21 8.35 37.30 54 -16.70 AV Horizontal 3 2390.00 56.93 29.99 30.21 8.35 58.25 74 -15.75 Peak Vertical 4 2390.00 37.24 29.99 30.21 8.35 42.02 54 -11.98 AV Vertical 802.11n-HT20_TX CH11_2462 MHz Item (Mark) Freq. MHz Reading dBμV Ant. Fac. dB/m PRM Factor dB Cable Loss dB Level dBμV/m Limit dBμV/m Margin dB Detector Pol. 1 2483.50 58.04 30.25 30.25 8.5 52.90 74 -21.10 Peak Horizontal 2 2483.50 27.69 30.25 30.25 8.5 39.94 54 -14.06 AV Horizontal 3 2483.50 53.02 30.25 30.25 8.5 54.17 74 -19.83 Peak Vertical 4 2483.50 24.59 30.25 30.25 8.5 41.66 54 -12.34 AV Vertical 802.11n-HT40_TX CH03_2422 MHz Item (Mark) Freq. MHz Reading dBμV Ant. Fac. dB/m PRM Factor dB Cable Loss dB Level dBμV/m Limit dBμV/m Margin dB Detector Pol. 1 2390.00 57.24 29.99 30.21 8.35 64.37 74 -9.63 Peak Horizontal 2 2390.00 39.26 29.99 30.21 8.35 45.44 54 -8.56 AV Horizontal 3 2390.00 58.15 29.99 30.21 8.35 66.54 74 -7.46 Peak Vertical 4 2390.00 40.17 29.99 30.21 8.35 47.26 54 -6.74 AV Vertical 802.11n-HT40_TX CH09_2452 MHz Item (Mark) Freq. MHz Reading dBμV Ant. Fac. dB/m PRM Factor dB Cable Loss dB Level dBμV/m Limit dBμV/m Margin dB Detector Pol. 1 2483.50 56.90 30.25 30.25 8.5 64.33 74 -9.67 Peak Horizontal 2 2483.50 27.43 30.25 30.25 8.5 43.43 54 -10.57 AV Horizontal 3 2483.50 49.73 30.25 30.25 8.5 67.90 74 -6.10 Peak Vertical 4 2483.50 25.60 30.25 30.25 8.5 47.06 54 -6.94 AV Vertical Remark: 1. Result Level = Read Level + Antenna Factor + Cable loss - PRM Factor. 2. Margin = Emission Level - Limit. 3. The duty cycle coefficient has been corrected into the spectrum analyzer readings. Result: Pass Report No.: AGC06662241104FR02 Page 71 of 76 12. AC Power Line Conducted Emission 12.1 Measurement Limits Frequency Maximum RF Line Voltage Q.P (dBμV) Average (dBμV) 150kHz~500kHz 66-56 56-46 500kHz~5MHz 56 46 5MHz~30MHz 60 50 Note: 1. The lower limit shall apply at the transition frequency. 2. The limit decreases linearly with the logarithm of the frequency in the range 0.15 MHz to 0.50 MHz. 12.2 Block Diagram of Line Conducted Emission Test Report No.: AGC06662241104FR02 Page 72 of 76 12.3 Preliminary Procedure of Line Conducted Emission Test 1. The equipment was set up as per the test configuration to simulate typical actual usage per the user’s manual. When the EUT is a tabletop system, a wooden table with a height of 0.8 meters is used and is placed on the ground plane as per ANSI C63.10 (see Test Facility for the dimensions of the ground plane used). When the EUT is a floor-standing equipment, it is placed on the ground plane which has a 3-12 mm non-conductive covering to insulate the EUT from the ground plane. 2. Support equipment, if needed, was placed as per ANSI C63.10. 3. All I/O cables were positioned to simulate typical actual usage as per ANSI C63.10. 4. All support equipment received AC120V/60Hz power from a LISN, if any. 5. The EUT received DC 5V power from adapter which received AC120V/60Hz power from a LISN. 6. The test program was started. Emissions were measured on each current carrying line of the EUT using a spectrum Analyzer / Receiver connected to the LISN powering the EUT. The LISN has two monitoring points: Line 1 (Hot Side) and Line 2 (Neutral Side). 7. Two scans were taken: one with Line 1 connected to Analyzer / Receiver and Line 2 connected to a 50 Ohm load; the second scan had Line 1 connected to a 50 Ohm load and Line 2 connected to the Analyzer / Receiver. 8. Analyzer / Receiver scanned from 150 kHz to 30MHz for emissions in each of the test modes. 9. During the above scans, the emissions were maximized by cable manipulation. 10. The test mode(s) were scanned during the preliminary test. Then, the EUT configuration and cable configuration of the above highest emission level were recorded for reference of final testing. 12.4 Final Procedure of Line Conducted Emission Test 1. EUT and support eq…

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Page 1 of 76 FCC Test Report Report No.: AGC06662241104FR02 FCC ID : 2ANTC-C520M APPLICATION PURPOSE : Original Equipment PRODUCT DESIGNATION : Wireless IP Camera BRAND NAME : N/A MODEL NAME : C520M, C521M, C522M, C511, C521, C523M, C530, C501, C502, C503, C506 APPLICANT : Ansjer Electronics Co., Ltd DATE OF ISSUE : Dec. 22, 2025 STANDARD(S) : FCC Part 15 Subpart C §15.247 REPORT VERSION : V1.0 Attestation of Global Compliance (Shenzhen) Co., Ltd Report No.: AGC06662241104FR02 Page 2 of 76 Report Revise Record Report Version Revise Time Issued Date Valid Version Notes V1.0 / Dec. 22, 2025 Valid Initial Release Report No.: AGC06662241104FR02 Page 3 of 76 Table of Contents 1. General Information ........................................................................................................................................ 5 2. Product Information ........................................................................................................................................ 6 2.1 Product Technical Description ................................................................................................................... 6 2.2 Table of Carrier Frequency ........................................................................................................................ 7 2.3 IEEE 802.11n Modulation Scheme ........................................................................................................... 8 2.4 Related Submittal(S) / Grant (S) ............................................................................................................... 9 2.5 Test Methodology ...................................................................................................................................... 9 2.6 Special Accessories .................................................................................................................................. 9 2.7 Equipment Modifications ........................................................................................................................... 9 2.8 Antenna Requirement................................................................................................................................ 9 2.9 Description of Test Software ................................................................................................................... 10 3. Test Environment .......................................................................................................................................... 11 3.1 Address of The Test Laboratory .............................................................................................................. 11 3.2 Test Facility .............................................................................................................................................. 11 3.3 Environmental Conditions ....................................................................................................................... 12 3.4 Measurement Uncertainty ....................................................................................................................... 12 3.5 List of Equipment Used ........................................................................................................................... 13 4.System Test Configuration ............................................................................................................................ 14 4.1 EUT Configuration ................................................................................................................................... 14 4.2 EUT Exercise ........................................................................................................................................... 14 4.3 Configuration of Tested System .............................................................................................................. 14 4.4 Equipment Used in Tested System ......................................................................................................... 15 4.5 Summary of Test Results ........................................................................................................................ 15 5. Description of Test Modes ........................................................................................................................... 17 6. Duty Cycle Measurement ............................................................................................................................. 18 7. RF Output Power Measurement .................................................................................................................. 20 7.1 Provisions Applicable ............................................................................................…

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