Arduino® Portenta H7 Lite Connected - RS Components

Arduino®PortentaH7LiteConnected

ProductReferenceManualSKU:ABX00046

Description

ThePortentaH7LiteConnectedisthefirstmemberofthePortentafamily,dedicatedtoindustrialusecasesbut

withthetraditionalArduinoopennessandreadyforthemostdemandingProapplications.ThePortentaH7is

readyformachinelearningandreal-timeapplicationsthankstothedualcoreSTM32H747processorincludinga

Cortex®M7runningat480MHzandaCortex®M4runningat240MHz.ThetwocorescommunicateviaaRemote

ProcedureCallmechanismthatallowscallingfunctionsontheotherprocessorseamlesslyforrealmultitasking.

ByharnessingthecomputationalpowerofbothPortentaH7'scores,machinelearningalgorithmscanrun

simultaneouslyalongsidelowlatencysensor/actuatorinteraction.

Arduino'sexpertiseinproducinghighqualityPCBinhousehasbeenleveragedtoensurethatthePortentaH7

LiteConnectedcanmeetthevibrationsandtemperaturesmetindailyindustrial,automotiveandagriculture

applications.ThevariousinterfacesgivethedevelopersfreedominhowtheyinteractwiththePortentaH7and

includeMKR-compatiblepins,USB-CenabledHDMIoutputandArduino'sopenconnector(ESLOV).Asapioneer

inOpenSourceelectronics,developerswillreceivethesupporttheyneedfromArduinotobuildtheirsolution

freefromtechnologicallock-in.

PortentaH7LiteConnectedoffersseveralcustomizationpossibilitiesthatallowtailoringboardfunctionalityto

specificapplicationsforhighvolumeusecases.

1Configurationoptionsandorderingcodes

Availableassemblyoptionsthatcanbeconfiguredforhighvolumeapplicationsarethefollowing:


Arduino®PortentaH7LiteConnected/Rev.01-28/09/20212/22

Option Description OptionCodesSDRAM externalSDRAMmemory 0-None1-8MByte2-16MByte3-32MByte4-64MByte

FLASH externalQSPIFlashMemory 0-None1-2MByte(NOR)5-16MByte(NOR)8-128MByte(NAND)

Ethernet 10/100EthernetPHY 0-NoneE-Fitted

HSUSB HighSpeedUSBPHY 0-NoneU-Fitted

Crypto CryptoChip 0-NoneM-ATECC608AN-SE050C2B-Both

Wireless WirelessModule 0-NoneW-Fitted

Antenna Antennaoption 0-NoneA-onboardceramicantennaC-U.FLconnector

Standardconfigurationsare:

ArduinoPortentaH7-0000000(barebonesversion)

ArduinoPortentaH7-15EUCWAD

8MBSDRAM

16MBNORFlash

10/100EthernetPhy

USBHS

WiFi/BTModule

U.FLAntenna

Targetareas

AIapplications,low-latencycontrolsolutions



FeaturesSTSTM32H747XIProcessor

Dualcore

Arm®Cortex®-M7coreatupto480MHzwithdouble-precisionFPUand16Kdata+16KinstructionL1cache

Arm®32-bitCortex®-M4coreatupto240MHzwithFPU,Adaptivereal-timeaccelerator(ARTAccelerator™)

2MbytesofFlashmemorywithread-while-writesupport+1MbyteofRAM

DualmodeQuad-SPImemoryinterfacerunningupto133MHz

CRCcalculationunit

Security

ROP,PC-ROP,activetamper

3separatepowerdomainswhichcanbeindependentlyclock-gatedorswitchedoff:

D1:high-performancecapabilities

D2:communicationperipheralsandtimers

D3:reset/clockcontrol/powermanagement

VoltagescalinginRunandStopmode(6configurableranges)

2.95μAinStandbymode(BackupSRAMOFF,RTC/LSEON)

4DMAcontrollerstounloadtheCPU

1×high-speedmasterdirectmemoryaccesscontroller(MDMA)withlinkedlistsupport

2×dual-portDMAswithFIFO

1×basicDMAwithrequestroutercapabilities

Upto35communicationperipherals

4×I2CsFM+interfaces(SMBus/PMBus)

4×USARTs/4xUARTs(ISO7816interface,LIN,IrDA,upto12.5Mbit/s)and1xLPUART

6×SPIs,3withmuxedduplexI2SaudioclassaccuracyviainternalaudioPLLorexternalclock,1xI2SinLPdomain(upto150MHz)

4xSAIs(serialaudiointerface)

SPDIFRXinterface

SWPMIsingle-wireprotocolmasterI/F

MDIOSlaveinterface

2×SD/SDIO/MMCinterfaces(upto125MHz)

2×CANcontrollers:2withCANFD,1withtime-triggeredCAN(TT-CAN)

2×USBOTGinterfaces(1FS,1HS/FS)crystal-lesssolutionwithLPMandBCD

EthernetMACinterfacewithDMAcontroller

8-bitcamerainterface(upto80MHz)

11analogperipherals

3×ADCswith16-bitmax.resolution(upto36channels,upto3.6MSPS)

1×temperaturesensor

2×12-bitD/Aconverters(1MHz)

2×ultra-low-powercomparators

2×operationalamplifiers(7.3MHzbandwidth)

1×digitalfiltersforsigmadeltamodulator(DFSDM)with8channels/4filters

Graphics

MIPIDSIhostincludinganMIPID-PHYtointerfacewithlow-pincountlargedisplays

Chrom-ARTgraphicalhardwareAccelerator™(DMA2D)toreduceCPUload

HardwareJPEGCodec

Upto22timersandwatchdogs

1×high-resolutiontimer(2.1nsmaxresolution)



2×32-bittimerswithupto4IC/OC/PWMorpulsecounterandquadrature(incremental)encoderinput(upto240MHz)

2×16-bitadvancedmotorcontroltimers(upto240MHz)

10×16-bitgeneral-purposetimers(upto240MHz)

5×16-bitlow-powertimers(upto240MHz)

4×watchdogs(independentandwindow)

2×SysTicktimers

RTCwithsub-secondaccuracyandhardwarecalendar

Truerandomnumbergenerators(3oscillatorseach)

96-bituniqueID

ExternalMemories

upto64MByteSDRAM(optional)

upto128MByteQSPIFlash(optional)

USB-C

HighSpeed(optional)/FullSpeedUSB

HostandDeviceoperation

PowerDeliverysupport(optional)

HighDensityconnectors

1x10/100EthernetwithPHY

1xCAN

4xUART(2withflowcontrol)

3xI2C

1xSDCard

1xSPI

1xI2S

1xPDMinput

2laneMIPIDSIoutput

8bitparallelcamerainterface

10xPWMoutputs

7xGPIO

8xADCinputswithseparateVREF

Murata1DXWiFi/BTModule(optional)

WiFi802.11b/g/n65Mbps

Bluetooth5.1BR/EDR/LE

MicrochipATECC608Crypto(optional)

Protectedstorageforupto16Keys,certificatesordata

Hardwaresupportforasymmetricsign,verify,keyagreement–ECDSA:FIPS186-3EllipticCurveDigitalSignature

ECDH:FIPSSP800-56AEllipticCurveDiffie-Hellman

NISTstandardP256ellipticcurvesupport

Hardwaresupportforsymmetricalgorithms

SHA-256&HMAChashincludingoff-chipcontextsave/restore

AES-128:encrypt/decrypt,galoisfieldmultiplyforGCM

Networkingkeymanagementsupport

TurnkeyPRF/HKDFcalculationforTLS1.2&1.3

EphemeralkeygenerationandkeyagreementinSRAM–Smallmessageencryptionwithkeysentirelyprotected

Securebootsupport



FullECDSAcodesignaturevalidation,optionalstoreddigest/signature–optionalcommunicationkeydisablementpriortosecureboot

Internalhigh-qualityFIPS800-90A/B/CRandomNumberGenerator(RNG)

Twohigh-endurancemonotoniccounters

Guaranteedunique72-bitserialnumber

MKRcompatibleheader

7xPWMchannels

7xADCchannels

1xSPI

1xUART

1xI2C

ESLOVConnector

I2Cportwithautomaticdeviceenumeration

NXPPF1550ProgrammablePMIC

dynamicvoltagescaling

programmableindependent1Avoltageoutputtocarrierboard

programmableI/Ovoltage

integratedLi-Po/Li-IonBatteryCharger



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Contents1Configurationoptionsandorderingcodes

2Theboard

2.1ApplicationExamples

2.2Accessories

2.3Relatedproducts

3Ratings

3.1AbsoluteMaximum

3.2Thermal

3.3RecommendedOperatingConditions

3.4PowerConsumption

4FunctionalOverview

4.1BoardTopology

4.2Processor

4.3WirelessModule

4.4ExternalMemories

4.5CryptoChips

4.6EthernetPhy

4.7HighSpeedUSBPhy

4.8USB-CConnector

4.9PowerTree

5BoardOperation

5.1GettingStarted–IDE

5.2GettingStarted–ArduinoWebEditor(Create)

5.3GettingStarted–ArduinoIoTCloud

5.4SampleSketches

5.5Onlineresources

5.6BoardRecovery

6ConnectorPinouts

6.1USB-C

6.2HighDensityConnector

6.34.3MKRHeaders

6.4BatteryConnector

6.4.1ConnectorPinout



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6.4.2BatteryChargerSpecifications:

7MechanicalInformation

7.1BoardOutline

7.2Mountingholes

7.3ConnectorPositions

8Certifications

8.17.1DeclarationofConformityCE/REDDoC(EU)

8.2DeclarationofConformitytoEURoHS&REACH19111/26/2018

8.3ConflictMineralsDeclaration

98.FCCCaution

10ReferenceDocumentation

11RevisionHistory



2Theboard

2.1ApplicationExamples

Duetothedualcoreprocessingandthelow-powercapabilities,Portentasupportsawidearrayofapplications.

MachineVision:IncombinationwiththePortentaVisionShielditcanrunmachinevisionapplications.Thisallowstodetectthepresenceormovementofobjectsinavideostream.

AI&MachineLearning:Thankstothepowerofthetwocoresitcansimultaneouslyreaddatafromsensorsorotherdevicesononecorewhiletheothercoreprocessesthedatastreamandusesmachinelearningtomake

senseofthedata.WhenusedwiththePortentaVisionShielditscameramoduleorthetwodirectional

microphonescanbeusedasdatasources.

Connectivity:ThePortentafeatureson-boardBluetoothandWiFicapabilitieswhichmakesittheperfectcandidateforreliableIoTapplications.WhenusedtogetherwiththePortentaVisionShielditenablesLoRa

communicationinplaceswhereitneedstocommunicateefficientlyoveralongdistance.TheVisionShieldalso

featuresanEthernetportthatallowsforwirednetworkingapplications.

2.2Accessories

ThePortentaH7VisionShieldisarapidpathwaytodevelopingapplicationsthatcombinevision,audioand

connectivity.TheultralowpowerHM-01B0CMOSimagesensorisdesignedwithalways-onapplicationsin

mind.The324x324datastreamcanbeusedwitheithertheArduinotoolchainorOpenMVforgestures,ambient

light,proximitysensing,andobjectidentification.Thelargepixelsize(3.6μm)providesahighsignal-to-noise

ratio.Thetwoomnidirectionaldigital-microphones(MP34DB02)allowsconcurrentcaptureofstereosounds

alongsidethevideostreamontheMicroSDCard,aswellasforbeamforminguses.Connectivityisprovidedby

eitherethernetorLoRatechnology.LoRatechnologyenablestheuseofthisplatformaspartofwirelesssensor

networksolutions.

2.3Relatedproducts

H7

H7Lite

https://www.arduino.cc/pro/hardware/product/portenta-vision-shield



3Ratings

3.1AbsoluteMaximum

Symbol Description Min Typ Max UnitVINMax MaximuminputvoltagefromVINpad -0.3 - 21 V

VUSBMax MaximuminputvoltagefromUSBconnector -0.3 - 21 V

PMax MaximumPowerConsumption - - 5000 mW

3.2Thermal

Symbol Description Min Typ Max UnitTST StorageTemperature -40 85 °C

TOP OperatingTemperature(excludingWirelessmodule) -40 85 °C

TOPw OperatingTemperature(includingWirelessmodule) -10 55 °C

3.3RecommendedOperatingConditions

Symbol Description Min Typ Max UnitVIN InputvoltagefromVINpad 4.5 5 5.5 V

VUSB InputvoltagefromUSBconnector 4.5 5 5.5 V

V3V3 3.3Voutputtouserapplication 3.1 V

I3V3 3.3Voutputcurrentavailableforuserapplication - - 1000 mA

VIH Inputhigh-levelvoltage 2.31 - 3.3 V

VIL Inputlow-levelvoltage 0 - 0.99 V

IOHMax CurrentatVDD-0.4V,outputsethigh 8 mA

IOLMax CurrentatVSS+0.4V,outputsetlow 8 mA

VOH Outputhighvoltage,8mA 2.7 - 3.3 V

VOL Outputlowvoltage,8mA 0 - 0.4 V

3.4PowerConsumption

Symbol Description Min Typ Max UnitPBL Powerconsumptionwithbusyloop TBC mW

PLP Powerconsumptioninlowpowermode TBC mW

PMAX MaximumPowerConsumption TBC mW



4FunctionalOverview

4.1BoardTopology

Ref. Description Ref. DescriptionU1 STM32H747,Mainprocessor U16 CryptoChip(Microchip)

U2 QSPIFlashMemory JANALOG/JDIGITAL MKRcompatibleheaders

U3 USBHSPHY U16 CryptoChip(Microchip)

U4 SDRAM J1,J2 HighDensityConnectors

U5 EthernetPHY J4 Batteryconnector

U9 WiFi/BTModule J5 ESLOVconnector

U10 PowerManager ANT1 AntennaorU.FLConnector



4.2Processor

MainprocessorisadualcoreCortexM7runningatupto480MHzandaCortexM4runningatupto240MHz.The

twocorescommunicatewitheachotherviaahardwareassistedmailboxonwhichArduinoimplementsa

RemoteProcedureCallmechanismthatallowscallingfunctionsontheotherprocessorseamlessly.

Bothprocessorscansharealltheperipheralsandresourcesandbothcanrunthefollowingapplications:

Arduinosketchesontopofmbed

Nativembedapplications

Micropython/Javascriptinterpreter

TensorFlowLite

InallcombinationsofapplicationsitispossibletoinvokesynchronousorasynchronousAPIcalls.Forexample

itispossibletoextendPythonlanguagewithfunctionsimplementedasArduinosketchesthatareexecutedin

paralleltootherpythonfunctionsbytheoppositecore.

Processor’svariouspowermodesallowquicklyswitchingbetweenhighperformanceandverylowpower

configurations,optimizingpowerconsumptionwhenevercoresareidle.

Internalmemoryiscomposedof2MBofflashwithreadwhilewritesupportand1MBofRAMpartitionedas

follows:

192KbytesofTightlyCoupledMemoryfortimecriticalroutines

64Kbytesinstruction

128Kbytesofdata

864KbytesofuserSRAM

4KbytesofSRAMinBackupdomain

4.3WirelessModule

TheonboardwirelessmoduleallowssimultaneousmanagementofWiFiandBluetoothconnectivity.TheWiFi

interfacecanbeoperatedasanAccessPoint,asaStationorasadualmodesimultaneousAP/STAandcan

handleupto65Mbpstransferrate.BluetoothinterfacesupportsBluetoothClassicandBLE.

4.4ExternalMemories

OptionallyPortentaH7LiteConnectedisavailablewithadditionalexternalSDRAMandQSPIFlashmemories.

ExternalSDRAMcanprovideupto64MBytedirectlymappedinCPUaddressingspaceandallowscode

execution.

ExternalQSPIflashcanprovideupto128MByteofstorageandcanbeeithermemorymappedforcode

execution(readonly)orusedasaQSPIperipheralfordatastorage.



4.5CryptoChips

PortentaH7LiteConnectedrunstheclassicATECC608A.

4.6EthernetPhy

Theoptional10/100EthernetphysicalinterfaceisdirectlyconnectedtotheinternalEthernetMACandprovides

fullduplexcommunicationwithautomaticMDIXsupport.TheWakeOnLanfunctionalityallowsreducingpower

consumptionwheninsleepmode.

4.7HighSpeedUSBPhy

TheoptionalHighSpeedUSBPhyisoneofthetwoUSBinterfacesavailableonthehighspeedconnectorsand

isalsoavailableontheUSB-Cconnector.HighSpeedUSBPHYallowstransferratesofupto480Mbpsandcan

beusedbothasahostandasadevice.

WhenusingtheUSB-CconnectoronlyoneUSBportisusableonhighspeedconnectors.

WhentheHighSpeedUSBPhyoptionisnotassembledtheUSB-CportonlyoneFullSpeedportisavailableand

issharedbetweenUSB-CandHighDensityconnectors

4.8USB-CConnector

USB-Cconnectorsupportsmultipleusecasescenariosandprovidesthefollowingfunctions:

ProvideboardpowersupplyinbothDFPandDRPmode

SourcepowertoexternalperipheralswhenboardispoweredthroughVIN

exposeHighSpeed(480Mbps)orFullSpeed(12Mbps)USBHost/Deviceinterface

4.9PowerTree

AllpowerconversiononthePortentaH7LiteConnectedishandledbythePF1550PMIC.Currentisdrawnby

VUSB,VINorVBATTautomaticallyaccordingtorulesspecifiedbythePMIC.TheVCCisdrivenbyabuck

converterconfiguredtoprovide3V3thatisaccessibleonboththeMKRheadersandtheHDRconnector.Two

otherbuckconvertersprovide3V1and2V8outputs.Additionally,threeprecisionLDOprovidelow-ripple

outputsof1V0,1V2and1V8.Voltagerangeandmaxcurrentareprovidedasageneralguidelineonly.Consult

thePF1550datasheetforspecificdetails.



PortentaH7LiteConnectedPowerTree

5BoardOperation

5.1GettingStarted–IDE

IfyouwanttoprogramyourArduinoPortentaH7whileofflineyouneedtoinstalltheArduinoDesktopIDE[1].ToconnecttheArduinoPortentaH7toyourcomputer,you’llneedaUSB-Ccable.Thisalsoprovidespowerto

theboard,asindicatedbytheLED.

5.2GettingStarted–ArduinoWebEditor(Create)

AllArduinoandGenuinoboards,includingthisone,workout-of-the-boxontheArduinoWebEditor[2],byjustinstallingasimpleplugin.

TheArduinoWebEditorishostedonline,thereforeitwillalwaysbeup-to-datewiththelatestfeaturesand

supportforallboards.Follow[3]tostartcodinginthebrowseranduploadyoursketchesontoyourboard.



5.3GettingStarted–ArduinoIoTCloud

AllArduinoIoTenabledproductsaresupportedonArduinoIoTCloudwhichallowsyoutolog,graphand

analyzesensordata,triggerevents,andautomateyourbusinessoryourpersonalenvironment.

5.4SampleSketches

SamplesketchesfortheArduinoPortentaH7canbefoundeitherinthe“Examples”menuintheArduinoIDEor

inthe“Documentation”sectionoftheArduinoProwebsite[5].

5.5Onlineresources

Nowthatyouhavegonethroughthebasicsofwhatyoucandowiththeboardyoucanexploretheendless

possibilitiesitprovidesbycheckingexcitingprojectsonProjectHub[6],theArduinoLibraryReference[7]andthewebstore[8]whereyouwillbeabletocomplementyourboardwithsensors,actuatorsandmore.

5.6BoardRecovery

AllArduinoboardshaveabuilt-inbootloaderwhichallowsflashingtheboardviaUSB.Incaseasketchlocksup

theprocessorandtheboardisnotreachableanymoreviaUSBitispossibletoenterbootloadermodeby

double-tappingtheresetbuttonrightafterpowerup.

6ConnectorPinouts

6.1USB-C

alt_text



6.2HighDensityConnector

alt_text



6.34.3MKRHeaders

alt_text

DetailedinformationonthePortentaH7’spinoutsareavailableinaseparatedocument:

https://content.arduino.cc/assets/Pinout-PortentaH7_latest.pdf

https://content.arduino.cc/assets/Pinout-PortentaH7_latest.pdf



6.4BatteryConnector

ThePortentaH7iscompatiblewithasinglecellLi-PoorLi-Ionbattery(3.7V,700mAhminimum)connectedviaa

3-pinBM03B-ACHSS-GAN-TFconnector.BatterymanagementisperformedbythePF1550IC.

6.4.1ConnectorPinout

6.4.2BatteryChargerSpecifications:

–Supportssingle-cellLithiumIon/LithiumPolymerbatteries

–Linearcharging(10mAto1500mAinputlimit)

–Programmablechargevoltage(3.5Vto4.44V)

–Programmablechargecurrent(100mAto1000mA)

–Programmablechargeterminationcurrent(5.0mAto50mA)

7MechanicalInformation



7.1BoardOutline

7.2Mountingholes

7.3ConnectorPositions



8Certifications

8.17.1DeclarationofConformityCE/REDDoC(EU)

Wedeclareunderoursoleresponsibilitythattheproductsaboveareinconformitywiththeessential

requirementsofthefollowingEUDirectivesandthereforequalifyforfreemovementwithinmarketscomprising

theEuropeanUnion(EU)andEuropeanEconomicArea(EEA).

RadioEquipmentDirective(RED)2014/53/EU

Conformsto:EN300328v2.1.1

EN300328v2.1.1

EN300328v2.1.1

ROHSDirective2011/65/EU

Conformsto:EN50581:2012

Directive2014/35/EU.(LVD)

Conformsto:EN60950-1:2006/A11:2009/A1:2010/A12:2011/AC:2011

Directive2004/40/EC&2008/46/EC&2013/35/EU,EMF

Conformsto:EN62311:2008



TheTechnicalConstructionFilesaremaintainedattheaddressshownabove.

8.2DeclarationofConformitytoEURoHS&REACH19111/26/2018

ArduinoboardsareincompliancewithDirective2011/65/EUoftheEuropeanParliamentandDirective

2015/863/EUoftheCouncilof4June2015ontherestrictionoftheuseofcertainhazardoussubstancesin

electricalandelectronicequipment.

Substance MaximumLimit(ppm)Lead(Pb) 1000

Cadmium(Cd) 100

Mercury(Hg) 1000

HexavalentChromium(Cr6+) 1000

PolyBrominatedBiphenyls(PBB) 1000

PolyBrominatedDiphenylethers(PBDE) 1000

Bis(2-Ethylhexyl}phthalate(DEHP) 1000

Benzylbutylphthalate(BBP) 1000

Dibutylphthalate(DBP) 1000

Diisobutylphthalate(DIBP) 1000

Exemptions:Noexemptionsareclaimed.

ArduinoBoardsarefullycompliantwiththerelatedrequirementsofEuropeanUnionRegulation(EC)1907

/2006concerningtheRegistration,Evaluation,AuthorizationandRestrictionofChemicals(REACH).Wedeclare

noneoftheSVHCs(https://echa.europa.eu/web/guest/candidate-list-table),theCandidateListofSubstances

ofVeryHighConcernforauthorizationcurrentlyreleasedbyECHA,ispresentinallproducts(andalsopackage)

inquantitiestotalinginaconcentrationequalorabove0.1%.Tothebestofourknowledge,wealsodeclare

thatourproductsdonotcontainanyofthesubstanceslistedonthe"AuthorizationList"(AnnexXIVofthe

REACHregulations)andSubstancesofVeryHighConcern(SVHC)inanysignificantamountsasspecifiedbythe

AnnexXVIIofCandidatelistpublishedbyECHA(EuropeanChemicalAgency)1907/2006/EC.

8.3ConflictMineralsDeclaration

Asaglobalsupplierofelectronicandelectricalcomponents,Arduinoisawareofourobligationswithregardsto

lawsandregulationsregardingConflictMinerals,specificallytheDodd-FrankWallStreetReformandConsumer

ProtectionAct,Section1502.ArduinodoesnotdirectlysourceorprocessconflictmineralssuchasTin,

Tantalum,Tungsten,orGold.Conflictmineralsarecontainedinourproductsintheformofsolder,orasa

componentinmetalalloys.AspartofourreasonableduediligenceArduinohascontactedcomponentsuppliers

withinoursupplychaintoverifytheircontinuedcompliancewiththeregulations.Basedontheinformation

receivedthusfarwedeclarethatourproductscontainConflictMineralssourcedfromconflict-freeareas.

https://echa.europa.eu/web/guest/candidate-list-table



98.FCCCaution

AnyChangesormodificationsnotexpresslyapprovedbythepartyresponsibleforcompliancecouldvoidthe

user’sauthoritytooperatetheequipment.

Thisdevicecomplieswithpart15oftheFCCRules.Operationissubjecttothefollowingtwoconditions:

(1)Thisdevicemaynotcauseharmfulinterference

(2)thisdevicemustacceptanyinterferencereceived,includinginterferencethatmaycauseundesiredoperation.

FCCRFRadiationExposureStatement:

1. ThisTransmittermustnotbeco-locatedoroperatinginconjunctionwithanyotherantennaor

transmitter.

2. ThisequipmentcomplieswithRFradiationexposurelimitssetforthforanuncontrolledenvironment.

3. Thisequipmentshouldbeinstalledandoperatedwithminimumdistance20cmbetweentheradiator

&yourbody.

English:Usermanualsforlicence-exemptradioapparatusshallcontainthefollowingorequivalentnoticeina

conspicuouslocationintheusermanualoralternativelyonthedeviceorboth.Thisdevicecomplieswith

IndustryCanadalicence-exemptRSSstandard(s).Operationissubjecttothefollowingtwoconditions:

(1)thisdevicemaynotcauseinterference

(2)thisdevicemustacceptanyinterference,includinginterferencethatmaycauseundesiredoperationofthedevice.

French:LeprésentappareilestconformeauxCNRd’IndustrieCanadaapplicablesauxappareilsradioexempts

delicence.L’exploitationestautoriséeauxdeuxconditionssuivantes:

(1)l’appareilnedoitpasproduiredebrouillage

(2)l’utilisateurdel’appareildoitacceptertoutbrouillageradioélectriquesubi,mêmesilebrouillageestsusceptibled’encompromettrelefonctionnement.

ICSARWaring:

EnglishThisequipmentshouldbeinstalledandoperatedwithminimumdistance20cmbetweentheradiator

andyourbody.

French:Lorsdel’installationetdel’exploitationdecedispositif,ladistanceentreleradiateuretlecorpsestd

’aumoins20cm.



Important:TheoperatingtemperatureoftheEUTcan’texceed85℃andshouldn’tbelowerthan-40℃.

Hereby,ArduinoS.r.l.declaresthatthisproductisincompliancewithessentialrequirementsandotherrelevant

provisionsofDirective2014/53/EU.ThisproductisallowedtobeusedinallEUmemberstates.

Frequencybands Maximumoutputpower(ERP)TBDMhz TBDdBm

10ReferenceDocumentation

Reference LinkArduinoIDE(Desktop)

https://www.arduino.cc/en/Main/Software

ArduinoIDE(Cloud) https://create.arduino.cc/editor

CloudIDEGettingStarted

https://create.arduino.cc/projecthub/Arduino_Genuino/getting-started-with-arduino-web-editor-4b3e4a

Forum http://forum.arduino.cc/

ArduinoProWebsite

https://www.arduino.cc/pro

ProjectHub https://create.arduino.cc/projecthub?by=part&part_id=11332&sort=trending

LibraryReference https://www.arduino.cc/reference/en/

ArduinoStore https://store.arduino.cc/

11RevisionHistory

Date Revision Changes17/06/2021 1 FirstRelease

https://www.arduino.cc/en/Main/Software

https://create.arduino.cc/editor

https://create.arduino.cc/projecthub/Arduino_Genuino/getting-started-with-arduino-web-editor-4b3e4a

http://forum.arduino.cc/

https://www.arduino.cc/pro

https://create.arduino.cc/projecthub?by=part&part_id=11332&sort=trending

https://www.arduino.cc/reference/en/

https://store.arduino.cc/

Arduino® Portenta H7 Lite Connected - RS Components

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