Arduino® Nicla Sense ME

Arduino®NiclaSenseME

ProductReferenceManualSKU:ABX00050

Description

TheArduino®NiclaSenseMEisoursmallestformfactoryet,witharangeofindustrialgradesensorspackedintoatinyfootprint.Measureprocessparameterssuchastemperature,humidityandmovement.Diveintoedge

computingwithpowerfuldatafusioncapabilities.Makeyourownindustrialgradewirelesssensingnetwork

withtheonboardBHI260AP,BMP390,BMM150andBME688Boschsensors.

Targetareas:

wirelesssensornetworks,datafusion,artificialintelligence,gasdetection


Arduino®NiclaSenseME/Rev.01-16/09/20212/21

Features

ANNA-B112BluetoothModule

nRF52832System-on-chip

64MHzARM®Cortex-M4Fmicrocontroller

64KBSRAM

512KBFlash

RAMmappedFIFOsusingEasyDMA

2xSPI(oneisaccesibleviapinheader)

2xI2C(oneisaccesibleviapinheader)

12-bit/200kspsADC

2.400-2.4835GHzBluetooth(5.0viacordiostack,4.2viaArduinoBLE)

Internalantenna

Internal32MHzoscillator

1.8VOperatingVoltage

BoschBHI260AP-AIsmartsensorhubwithintegratedIMU

Fuser2CPUCore

32BitSynopsysDesignWareARC™EM4™CPU

floatingpointRISCProcessor

4-channelmicroDMAcontroller/2-wayassociativecachecontroller

6-axisIMU

16-bit3-axisaccelerometer

16-bit3-axisgyroscope

ProFeatures

Self-learningAIsoftwareforfitnesstracking

Swimanalytics

Pedestriandeadreckoning

Relativeandabsoluteorientation

External2MBFLASHconnectedviaQSPI



BoschBMP390High-performancepressuresensor

Operationrange:300-1250hPa

Absoluteaccuracypressure(typ.):±0.5hPa

Relativeaccuracypressure(typ.):±3.33hPa(equivalentto±25cm)

RMSnoiseinpressure@highestresolution:0.02Pa

Temperaturecoefficientoffset:±0.6Pa/K

Long-termstability(12months):±0.016hPa

Maxsamplingrate:200Hz

Integrated512byteFIFObuffer

BoschBMM1503-axisMagnetometer

Magneticrangetyp.

X,Yaxis:±1300μT

Zaxis:±2500μT

Resolution:0.3μT

Non-linearity:<1%FS

BoschBME688EnvironmentalsensingwithArtificialIntelligence

Operatingrange

Pressure:300-1100hPa

Humidity:0-100%

Temperature:-40-+85°C

eNoseGassensor

Sensor-to-sensordeviation(IAQ):±15%±15IAQ

Standardscanspeed:10.8s/scan

Electricchargeforstandardscan:0.18mAh(5scans-1min)

MajorSensoroutputs

Indexforairquality(IAQ)

bVOC-&CO2-equivilents(ppm)

Gasscanresult(%)

Intensitylevel

ATSAMD11D14A-MUTMicrocontroller

SerialtoUSBBridge

Debuggerinterface



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Contents1Theboard

1.1ApplicationExamples

1.2Accessories

1.3RelatedProducts

1.4Assemblyoverview

2Ratings

2.1Recommendedoperatingconditions

2.2Powerconsumption

3FunctionalOverview

3.1BlockDiagram

3.2BoardTopology

3.3Processor

3.4BoschBHI260SmartSensorSystemwithBuilt-in6-axisIMU

3.5BoschBME688EnvironmentalSensor

3.6BoschBMP390PressureSensor

3.7BoschBMM1503-axismagnetometer

3.8RGBLED

3.9USBBridge

3.10PowerTree

4BoardOperation

4.1Gettingstarted-IDE

4.2Gettingstarted-ArduinoWebEditor

4.3Gettingstarted-ArduinoCloud

4.4Gettingstarted-WebBLE

4.5Gettingstarted-ESLOV

4.6SampleSketches

4.7Onlineresources

4.8BoardRecovery

5ConnectorPinouts

5.1J1PinConnector

5.2J2PinHeader

5.3J3Fins

6MechanicalInformation



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7Certifications

7.1DeclarationofConformityCEDoC(EU)

7.2DeclarationofConformitytoEURoHS&REACH21101/19/2021

7.3ConflictMineralsDeclaration

8FCCCaution

9Companyinformation

10ReferenceDocumentation

11RevisionHistory

12Productwarningsanddisclaimers



1Theboard

1.1ApplicationExamples

TheArduino®NiclaSenseMEisyourgatewaytodevelopingwirelessnetworkingsolutionswithrapid

developmentandhighrobustness.Getreal-timeinsightintotheoperationalcharacteristicsofyourprocesses.

TakeadvatangeofthehighqualitysensorsandnetworkingcapabilitiestoevalutenovelWSNarchitetures.Ultra

lowpowerconsumptionandintegratedbatterymanagementallowsfordeploymentinvariouscapabilities.

WebBLEallowsforeasyOTAupdatetothefirmwareaswellasremotemonitoring.

Warehouse&InventoryManagement:TheenvironmentalsensingcapabilitiesoftheArduino®NiclaSenseMEisabletodetecttheripeningstateoffruits,vegetableandmeatallowingforintelligentmanagementofperishableassetsalongsidetheArduinoCloud.

DistributedIndustrialSensing:Identifyoperatingconditionswithinyoumachine,factoryorgreenhouseremotelyandeveninhardtoaccessorhazardousareas.Detectnaturalgas,toxicgasesorotherhazardousfumesusingtheAIcapabilitiesontheArduino®NiclaSenseME.Improvesafetylevelswithremoteanalysis.MeshcapabilitiesallowforsimpledeploymentofWSNwithminimalinfrastructurerequirements.

WirelessSensorNetworkReferenceDesign:TheNiclaformfactorhasbeenspecificallydevelopedatArduino®asastandardforwirelesssensornetworkwhichcanbeadaptedbypartnerstodevelopcustom-designedindustrialsolutions.Getaheadstartfordevelopingcustomend-usersolutionsincludingcloudconnectedsmartwearablesandautonomousrobotics.Researchersandeducatorscanusethisplatformtoworkonanindustrially-recognisedstandardforwirelesssensorresearchanddevelopmentthatcanshorternthetimefromconcepttomarket.

1.2Accessories

SinglecellLi-ion/Li-Pobattery

1.3RelatedProducts

ESLOVconnector

Arduino®PortentaH7(SKU:ABX00042)

1.4Assemblyoverview



ExampleofatypicalsolutionforremoteenvironmentalsensingincludinganArduino®NiclaSenseME,Arduino®PortentaH7andLiPobattery.

2Ratings

2.1Recommendedoperatingconditions

Symbol Description Min Typ Max UnitVIN InputvoltagefromVINpad 3.5 5.0 5.5 V

VUSB InputvoltagefromUSBconnector 4.8 5.0 5.5 V

VDDIO_EXT LevelTranslatorVoltage 1.8 3.3 3.3 V

VIH Inputhigh-levelvoltage 0.7*VDDIO_EXT VDDIO_EXT V

VIL Inputlow-levelvoltage 0 0.3*VDDIO_EXT V

TOP OperatingTemperature -40 25 85 °C

Note:VDDIO_EXTissoftwareprogrammable.WhiletheADCinputscanacceptupto3.3V,themaximumvalueisat

theANNAB112operatingvoltage.

Note2:AllI/OpinsoperateatVDDIO_EXTapartfromthefollowing:

ADC1andADC2-1V8

JTAG_SAMD11-3V3

JTAG_ANNA-1V8

JTAG_BHI-1V8

Note3:IftheinternalVDDIO_EXTisdisabled,itispossibletosupplyitexternally.



2.2Powerconsumption

Symbol Description Min Typ Max UnitPSTDBY Powerconsumptioninstandby TBC mW

PBLINK Powerconsumptionwithblinksketch TBC mW

PSENSE Powerconsumptionforpollingallsensorsat1Hz TBC mW

PSENSE_LP LowPowerconsumptionforpollingallsensorsonceperhour TBC mW

3FunctionalOverview

3.1BlockDiagram

Power

LED

Internal Part s

Microcontrol le r

Connectors

Data Communicat io n

Nicla Sense ME

I2C LEDDriver

MX2R18352MB FLASH

BMP390Pressure Sensor

BHI2606-axis IMU

ANNA-B112 SAMD11

Level shifters

1V8

VDDIO_EXT

VBATT

Battery

VESLOV

VUSB

I2C

BQ25120Battery Charger

SPI

SPI

I2C

GPIO

UART

JTAG

QSPI

I2C

SPI

BME688Environmental Sensor

BMM150 3-axisMagnetometre

MX2R18352MB FLASH

Y1 Crystal(32768 Hz)

USB

ESLOV

Headers

Batteryconnector

NiclaSenseMEBlockDiagram

3.2BoardTopology

TopView



J2

J3

J1

U3U6

DL1

D1

D4

U8

U11

U9

Y1

U7

U2

U4

U5

U10

MD1

PB1

NiclaSenseMETopView

Ref. Description Ref. DescriptionMD1 ANNAB112BluetoothModule U2,U7 MX25R1635FZUIH02MBFLASHIC

U3 BMP390PressureSensorIC U4 BMM1503-axisMagneticSensorIC

U5 BHI260AP6axisIMUandAIcoreIC U6 BME688EnvironmentalSensorIC

U8 IS31FL3194-CLS2-TR3-channelLEDIC U9 BQ25120AYFPRBatteryChargerIC

U10 SN74LVC1T451ChannelvoltageleveltranslatorIC U11 TXB0108YZPRBidirectionalIC

U12 NTS0304EUKZ4-bittranslatingtransciever J1 ADC,SPIandGPIOPinheaders

J2 I2C,JTAG,PowerandGPIOpinheaders J3 Batteryheaders

Y1 SIT1532AI-J4-DCCMEMS32.7680kHzOscillator DL1 SMLP34RGB2W3RGBSMDLED

PB1 Resetbutton

BackView



NiclaSenseMEBackView

Ref. Description Ref. DescriptionU1 ATSAMD11D14A-MUTUSBBridge U13 NTS0304EUKZ4-bittranslatingtranscieverIC

U14 AP2112K-3.3TRG10.6A3.3VLDOIC J4 BatteryConnector

J5 SM05B-SRSS-TB(LF)(SN)5-pinEslovconnector J7 microUSBconnector

3.3Processor

TheArduino®NiclaSenseMEispoweredbyanRF52832SoCwithintheANNA-B112module(MD1).The

nRF52832SoCisbuiltaroundanARM®Cortex-M4microcontrollerwithfloatingpointunitrunningat64MHz.

SketchesarestoredinsidethenRF52832internal512KBFLASHwhichissharedwiththebootloader.64KB

SRAMisavaliabletotheuser.TheANNA-B112actsastheSPIhostforthedatalogging2MBflash(U7)andthe

BHI2606-axisIMU(U5).ItisalsothesecondaryfortheBHI260(U5)I2CandSPIconnection.Whilethemodule

itselfrunsat1.8V,alevelshiftercanadjustthelogiclevelbetween1.8Vand3.3VdependingontheLDOsetin

BQ25120(U9).Anexternaloscillator(Y1)providesa32KHzsignal.

3.4BoschBHI260SmartSensorSystemwithBuilt-in6-axisIMU

TheBoschBHI260isaultralowpowerprogrammablesensor,combiningaFuser2coreprocessor,6-axisIMU

(gyroscopeandaccelerometer)togetherwithasensorfusionsoftwareframework.TheBHI260isthesmart

sensorcore(hostingaprogrammablerecognitionsystem),thathandlescommunicationwithothersensorson

theArduinoNiclaSenseMEviaI2CandSPIconnections.Thereisalsoadedicated2MBFlash(U2)usedtostoreexecuteinplace(XiP)codeaswellasdatastoragesuchasBoschsensorfusionalgorithm(BSX)calibrationdata.

TheBHI260iscapableofloadingcustomalgorithmsthatcanbetrainedonaPC.Thegeneratedsmart



algorithumthenoperatesonthischip.

3.5BoschBME688EnvironmentalSensor

TheArduinoNiclaSenseMEisabletoperformenvironmentalmonitoringviatheBoschBME688sensor(U6).Thisprovidescapabilitiesforpressure,humidity,temperatureaswellasVolatileOrganicCompound(VOC)

detection.TheBoschBME688performsgasdetectionviaaneNosemetaloxidesemiconductorarraywitha

typicalgasscancycleof10.8seconds.

3.6BoschBMP390PressureSensor

IndustrialgradeaccuracyandstabilityinpressuremeasurementsisprovidedbytheBMP390(U3)designedfor

prolongeduse,witharelativeaccuracyof±0.03hPaandanRMSof0.02Painhighresolutionmode.TheBosch

BMP390issuitableforrapidmeasurementswithasamplingrateof200Hz,orforlowpowerusewithasampling

rateof1Hzconsuminglessthan3.2µA.U3iscontrolledviaaSPIinterfacetotheBHI260(U2),onthesamebus

astheBME688(U6).

3.7BoschBMM1503-axismagnetometer

TheBoschBMM150(U4)providesaccurate3-axismeasurementsofmagneticfieldwithcompass-levelaccuracy.

CombinedwiththeBHI260IMU(U2),Boschsensorfusioncanbeusedtoobatinhighaccuracyspatial

orientationandmotionvectorsfordetectionofheadinginautonomousrobotsaswellaspredictive

maintainence.ThereisadedicatedI2CconnectiontotheBHI260(U2),actingasthehost.

3.8RGBLED

AnI2CLEDdriver(U8)drivestheRGBLED(DL1),andiscapableofamaximumoutputof40mA.Itisdrivenby

theANN-B112(U5)microcontroller.

3.9USBBridge

TheSAMD11microcontroller(U1)isdedicatedtoactasboththeUSBbridgeaswellastheJTAGcontrollerfor

theANNA-B112.Alogicleveltranslater(U13)actsasaninbetweentotranslate3.3Vlogicto1.8VfortheANNA-

B112.The3.3VvoltageisgeneratedfromtheUSBvoltagebyaLDO(U14).

3.10PowerTree



NiclaSenseMEBackView

TheArduinoNiclaSenseMEcanbepoweredviamicroUSB(J7),ESLOV(J5)orVIN.ThisisconvertedintothereleventvoltagesviatheBQ2512BAYFPRIC(U9).AschottkydiodeprovidesreversepolarityprotectiontotheUSBandESLOVvoltages.WhenvoltageissuppliedviathemicroUSB,alinear3.3VregulatoralsoprovidespowertotheSAMD11microcontrollerusedforprogrammingtheboardaswellasforJTAGandSWD.TheLEDdriver(U8)andRGBLeds(DL1)aredrivenbyaboostvoltageof5V.Allothercomponentsoperateoffthe1.8Vrailregulatedbyabuckconverter.PMIDactsasanORswitchbetweenVINandBATTandoperatestheLEDdriver.AllI/ObrokenouttothepinsarefedthroughabidirectionvoltagetranslatorrunningatVDDIO_EXT.

Additionally,theBQ25120AYFPR(U9)alsoprovidessupportforasinglecell3.7VLiPo/Li-ionbatterypack

connectedtoJ4,allowinguseoftheboardasawirelesssensornetwork.



4BoardOperation

4.1Gettingstarted-IDE

IfyouwanttoprogramyourArduino®NiclaSenseMEwhileofflineyouneedtoinstalltheArduino®DesktopIDE

[1]ToconnecttheArduino®NiclaSenseMEtoyourcomputer,you’llneedamicroUSBcable.Thisalsoprovidespowertotheboard,asindicatedbytheLED.TheArduinocoreisoperatedontheANNA-B112whiletheBosch

SmartSensorframeworkoperatesontheBHI260.

4.2Gettingstarted-ArduinoWebEditor

AllArduino®boards,includingthisone,workout-of-the-boxontheArduino®WebEditor[2],byjustinstallingasimpleplugin.

TheArduino®WebEditorishostedonline,thereforeitwillalwaysbeup-to-datewiththelatestfeaturesand

supportforallboards.Follow[3]tostartcodingonthebrowseranduploadyoursketchesontoyourboard.

4.3Gettingstarted-ArduinoCloud

AllArduino®IoTenabledproductsaresupportedonArduino®Cloudwhichallowsyoutolog,graphandanalyze

sensordata,triggerevents,andautomateyourhomeorbusiness.

4.4Gettingstarted-WebBLE

TheArduinoNiclaSenseMEprovidescapabilityforOTAupdatestotheNINA-B112andBHI260firmwareusing

WebBLE.

4.5Gettingstarted-ESLOV

ThisboardcanactasasecondarytoaESLOVcontrollerandhavethefirmwareupdatedthroughthismethod.

4.6SampleSketches

SamplesketchesfortheArduino®NiclaSenseMEcanbefoundeitherinthe“Examples”menuintheArduino®

IDEorinthe“Documentation”sectionoftheArduino®Prowebsite[4]

4.7Onlineresources

Nowthatyouhavegonethroughthebasicsofwhatyoucandowiththeboardyoucanexploretheendless

possibilitiesitprovidesbycheckingexcitingprojectsonProjectHub[5],theArduino®LibraryReference[6]andtheonlinestore[7]whereyouwillbeabletocomplementyourboardwithsensors,actuatorsandmore.



4.8BoardRecovery

AllArduino®boardshaveabuilt-inbootloaderwhichallowsflashingtheboardviaUSB.Incaseasketchlocks

uptheprocessorandtheboardisnotreachableanymoreviaUSBitispossibletoenterbootloadermodeby

double-tappingtheresetbuttonrightafterpowerup.

5ConnectorPinouts

Note:AllthepinsonJ1andJ2(excludingfins)arereferencedtotheVDDIO_EXTvoltagewhichcanbegenerated

internallyorsuppliedexternally.

5.1J1PinConnector

Pin Function Type Description1 GPIO0_EXT Digital GPIOPin0

2 NC N/A N/A

3 CS Digital SPICableSelect

4 COPI Digital SPIControllerOut/PeripheralIn

5 CIPO Digital SPIControllerIn/PeripheralOut

6 SCLK Digital SPIClock

7 ADC2 Analog AnalogInput2

8 ADC1 Analog AnalogInput1

5.2J2PinHeader

Pin Function Type Description1 SDA Digital I2CDataLine

2 SCL Digital I2CClock

3 GPIO1_EXT Digital GPIOPin1



6 GND Power Ground

7 VDDIO_EXT Digital LogicLevelReference

8 N/C N/A N/A

9 VIN Digital InputVoltage



5.3J3Fins

Pin Function Type DescriptionP1 BHI_SWDIO Digital BHI260JTAGSerialWireDebugData

P2 BHI_SWDCLK Digital BHI260JTAGSerialWireDebugClock

P3 ANNA_SWDIO Digital ANNAJTAGSerialWireDebugData

P4 ANNA_SWDCLK Digital ANNAJTAGSerialWireDebugClock

P5 RESET Digital ResetPin

P6 SAMD11_SWDIO Digital SAMD11JTAGSerialWireDebugData

P7 +1V8 Power +1.8VVoltageRail

P8 SAMD11_SWDCLK Digital SAMD11JTAGSerialWireDebugClock

Note:Thesetestpointscaneasilybeaccessedbyinsertingtheboardinadoublerow1.27mm/50milpitchmaleheader.Note2:AllJTAGlogiclevelsoperateat1.8VapartfromtheSAMD11pins(P6andP8)whichare3.3V.AlltheseJTAGpinsare1.8Vonlyanddon'tscalewithVDDIO.

6MechanicalInformation



7Certifications

7.1DeclarationofConformityCEDoC(EU)

Wedeclareunderoursoleresponsibilitythattheproductsaboveareinconformitywiththeessential

requirementsofthefollowingEUDirectivesandthereforequalifyforfreemovementwithinmarketscomprising

theEuropeanUnion(EU)andEuropeanEconomicArea(EEA).

7.2DeclarationofConformitytoEURoHS&REACH21101/19/2021

ArduinoboardsareincompliancewithRoHS2Directive2011/65/EUoftheEuropeanParliamentandRoHS3

Directive2015/863/EUoftheCouncilof4June2015ontherestrictionoftheuseofcertainhazardous

substancesinelectricalandelectronicequipment.

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.

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



7.3ConflictMineralsDeclaration

Asaglobalsupplierofelectronicandelectricalcomponents,Arduinoisawareofourobligationswithregardsto

lawsandregulationsregardingConflictMinerals,specificallytheDodd-FrankWallStreetReformandConsumer

ProtectionAct,Section1502.ArduinodoesnotdirectlysourceorprocessconflictmineralssuchasTin,

Tantalum,Tungsten,orGold.Conflictmineralsarecontainedinourproductsintheformofsolder,orasa

componentinmetalalloys.AspartofourreasonableduediligenceArduinohascontactedcomponentsuppliers

withinoursupplychaintoverifytheircontinuedcompliancewiththeregulations.Basedontheinformation

receivedthusfarwedeclarethatourproductscontainConflictMineralssourcedfromconflict-freeareas.

8FCCCaution

AnyChangesormodificationsnotexpresslyapprovedbythepartyresponsibleforcompliancecouldvoidthe

user’sauthoritytooperatetheequipment.

Thisdevicecomplieswithpart15oftheFCCRules.Operationissubjecttothefollowingtwoconditions:

(1)Thisdevicemaynotcauseharmfulinterference

(2)thisdevicemustacceptanyinterferencereceived,includinginterferencethatmaycauseundesired

operation.

FCCRFRadiationExposureStatement:

1. ThisTransmittermustnotbeco-locatedoroperatinginconjunctionwithanyotherantennaor

transmitter.

2. ThisequipmentcomplieswithRFradiationexposurelimitssetforthforanuncontrolledenvironment.

3. Thisequipmentshouldbeinstalledandoperatedwithminimumdistance20cmbetweentheradiator

&yourbody.

English:Usermanualsforlicence-exemptradioapparatusshallcontainthefollowingorequivalentnoticeina

conspicuouslocationintheusermanualoralternativelyonthedeviceorboth.Thisdevicecomplieswith

IndustryCanadalicence-exemptRSSstandard(s).Operationissubjecttothefollowingtwoconditions:

(1)thisdevicemaynotcauseinterference

(2)thisdevicemustacceptanyinterference,includinginterferencethatmaycauseundesiredoperationofthe

device.

French:LeprésentappareilestconformeauxCNRd’IndustrieCanadaapplicablesauxappareilsradioexempts

delicence.L’exploitationestautoriséeauxdeuxconditionssuivantes:

(1)l’appareilnedoitpasproduiredebrouillage



(2)l’utilisateurdel’appareildoitacceptertoutbrouillageradioélectriquesubi,mêmesilebrouillageest

susceptibled’encompromettrelefonctionnement.

ICSARWarning:

EnglishThisequipmentshouldbeinstalledandoperatedwithminimumdistance20cmbetweentheradiator

andyourbody.

French:Lorsdel’installationetdel’exploitationdecedispositif,ladistanceentreleradiateuretlecorpsestd

’aumoins20cm.

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

Hereby,ArduinoS.r.l.declaresthatthisproductisincompliancewithessentialrequirementsandotherrelevant

provisionsofDirective201453/EU.ThisproductisallowedtobeusedinallEUmemberstates.

Frequencybands TypicalOutputPower2.4GHz,40channels +6dBm

9Companyinformation

Companyname ArduinoSRLCompanyAddress ViaAndreaAppiani25,20900MonzaMB,Italy

10ReferenceDocumentation

Ref LinkArduino®IDE(Desktop) https://www.arduino.cc/en/Main/Software

Arduino®IDE(Cloud) https://create.arduino.cc/editor

Arduino®CloudIDEGettingStarted

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

Arduino®ProWebsite https://www.arduino.cc/pro

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

LibraryReference https://github.com/bcmi-labs/Arduino_EdgeControl/tree/4dad0d95e93327841046c1ef80bd8b882614eac8

OnlineStore https://store.arduino.cc/

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

https://www.arduino.cc/pro

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

https://github.com/bcmi-labs/Arduino_EdgeControl/tree/4dad0d95e93327841046c1ef80bd8b882614eac8

https://store.arduino.cc/



11RevisionHistory

Date Revision Changes27-05-2021 01 InitialVersion

20-07-2021 02 TechnicalRevisionss

12Productwarningsanddisclaimers

THESEPRODUCTSAREINTENDEDFORSALETOANDINSTALLATIONBYQUALIFIEDPROFESSIONALS.ARDUINO

CANNOTPROVIDEANYASSURANCETHATANYPERSONORENTITYBUYINGITSPRODUCTS,INCLUDINGANY

“AUTHORIZEDDEALER”OR“AUTHORIZEDRESELLER”,ISPROPERLYTRAINEDOREXPERIENCEDTOCORRECTLY

INSTALLRELATEDPRODUCTS.

APROPERLYINSTALLEDANDMAINTAINEDSYSTEMMAYONLYREDUCETHERISKOFEVENTSSUCHASLOSSOF

FUNCTIONALITY;ITISNOTINSURANCEORAGUARANTEETHATSUCHEVENTSWILLNOTOCCUR,THAT

ADEQUATEWARNINGORPROTECTIONWILLBEPROVIDED,ORTHATTHEREWILLBENODEATH,PERSONAL

INJURY,AND/ORPROPERTYDAMAGEASARESULT.

BEFOREINSTALLINGTHEPRODUCTS,ENSURETHATITSFIRMWAREISUPGRADEDTOTHELATESTVERSION,

AVAILABLEFORDOWNLOADFROMOURWEBSITE.DURINGTHELIFESPANOFPRODUCTS,ITISIMPORTANTTO

CHECKABOUTTHEAPPLICABILITYOFFIRMWAREUPDATES.

USERSSHOULD,WHEREAPPLICABLE,CHANGEPASSWORDSFREQUENTLYANDENSUREAHIGH-QUALITY

PASSWORD(PASSWORDSSHOULDBELONGANDCOMPLEXENOUGH,NEVERSHARED,ANDALWAYSUNIQUE).

FURTHERMORE,ITISTHEUSERS’RESPONSIBILITYTOKEEPITSANTI-VIRUSSYSTEMUPTODATE.

WHILEARDUINOMAKESREASONABLEEFFORTSTOREDUCETHEPROBABILITYTHATATHIRDPARTYMAYHACK,

COMPROMISEORCIRCUMVENTITSSECURITYPRODUCTS,RELATEDSOFTWAREORCLOUDSERVERS,ANY

SECURITYPRODUCT,SOFTWAREORCLOUDSERVERMANUFACTURED,SOLDAND/ORLICENSEDBYARDUINO,

MAYSTILLBEHACKED,COMPROMISEDAND/ORCIRCUMVENTED.

CERTAINPRODUCTSORSOFTWAREMANUFACTURED,SOLDORLICENSEDBYARDUINOCONNECTTOTHE

INTERNETTOSENDAND/ORRECEIVEDATA(“INTERNETOFTHINGS”OR“IOT”PRODUCTS).ANYCONTINUED

USEOFANIOTPRODUCTAFTERARDUINOHASCEASEDSUPPORTINGTHATIOTPRODUCT(E.G.,THROUGH

NOTICETHATARDUINONOLONGERPROVIDESFIRMWAREUPDATESORBUGFIXES)MAYRESULTINREDUCED

PERFORMANCE,MALFUNCTION,AND/ORINCREASEDVULNERABILITYTOHACKING,COMPROMISEAND/OR

CIRCUMVENTION.

ARDUINODOESNOTALWAYSENCRYPTCOMMUNICATIONSBETWEENPRODUCTSANDTHEIRPERIPHERAL

DEVICESINCLUDING,BUTNOTLIMITEDTO,SENSORSORDETECTORSUNLESSREQUIREDBYAPPLICABLELAW.

ASARESULTTHESECOMMUNICATIONSMAYBEINTERCEPTEDANDCOULDBEUSEDTOCIRCUMVENTYOUR



SYSTEM.

THEABILITYOFARDUINOPRODUCTSANDSOFTWARETOWORKPROPERLYDEPENDSONANUMBEROF

PRODUCTSANDSERVICESMADEAVAILABLEBYTHIRDPARTIESOVERWHICHARDUINOHASNOCONTROL

INCLUDING,BUTNOTLIMITEDTO,INTERNET,CELLULARANDLANDLINECONNECTIVITY;MOBILEDEVICEAND

OPERATINGSYSTEMCOMPATIBILITY;ANDPROPERINSTALLATIONANDMAINTENANCE.ARDUINOSHALLNOTBE

LIABLEFORANYDAMAGESCAUSEDBYACTIONSOROMISSIONSOFTHIRDPARTIES.

BATTERYOPERATEDSENSORS,DETECTORS,KEYFOBS,DEVICESANDOTHERPANELACCESSORIESHAVEA

LIMITEDBATTERYLIFE.WHILETHESEPRODUCTSMAYBEDESIGNEDTOPROVIDESOMEWARNINGOFIMMINENT

BATTERYDEPLETION,THEABILITYTODELIVERSUCHWARNINGSISLIMITEDANDSUCHWARNINGSMAYNOTBE

PROVIDEDINALLCIRCUMSTANCES.PERIODICTESTINGOFTHESYSTEMINACCORDANCEWITHPRODUCT

DOCUMENTATIONISTHEONLYWAYTODETERMINEIFALLSENSORS,DETECTORS,KEYFOBS,DEVICESAND

OTHERPANELACCESSORIESAREFUNCTIONINGPROPERLY.

CERTAINSENSORS,DEVICESANDOTHERPANELACCESSORIESMAYBEPROGRAMMEDINTOPANELAS

“SUPERVISORY”SOTHATTHEPANELWILLINDICATEIFITDOESNOTRECEIVEAREGULARSIGNALFROMTHE

DEVICEWITHINACERTAINPERIODOFTIME.CERTAINDEVICESCANNOTBEPROGRAMMEDASSUPERVISORY.

DEVICESCAPABLEOFBEINGPROGRAMMEDASSUPERVISORYMAYNOTBEPROPERLYPROGRAMMEDAT

INSTALLATION,RESULTINGINAFAILURETOREPORTTROUBLEWHICHCOULDRESULTINDEATH,SERIOUS

INJURYAND/ORPROPERTYDAMAGE.

PURCHASEDPRODUCTSCONTAINSMALLPARTSTHATCOULDBEACHOCKINGHAZARDTOCHILDRENORPETS.

KEEPALLSMALLPARTSAWAYFROMCHILDRENANDPETS.

BUYERSHALLPASSONTHEFOREGOINGINFORMATIONONPRODUCTRISKS,WARNINGSANDDISCLAIMERSTO

ITSCUSTOMERSANDENDUSERS.

WARRANTYDISCLAIMERSANDOTHERDISCLAIMERS

ARDUINOHEREBYDISCLAIMSALLWARRANTIESANDREPRESENTATIONS,WHETHEREXPRESS,IMPLIED,

STATUTORYOROTHERWISEINCLUDING(BUTNOTLIMITEDTO)ANYWARRANTIESOFMERCHANTABILITYOR

FITNESSFORAPARTICULARPURPOSEWITHRESPECTTOITSPRODUCTSANDRELATEDSOFTWARE.

ARDUINOMAKESNOREPRESENTATION,WARRANTY,COVENANTORPROMISETHATITSPRODUCTSAND/OR

RELATEDSOFTWARE(I)WILLNOTBEHACKED,COMPROMISEDAND/ORCIRCUMVENTED;(II)WILLPREVENT,OR

PROVIDEADEQUATEWARNINGORPROTECTIONFROM,BREAK-INS,BURGLARY,ROBBERY,FIRE;OR(III)WILL

WORKPROPERLYINALLENVIRONMENTSANDAPPLICATIONS.

ARDUINOWILLNOTBELIABLEFORUNAUTHORIZEDACCESS(I.E.HACKING)INTOTHECLOUDSERVERSOR

TRANSMISSIONFACILITIES,PREMISESOREQUIPMENT,ORFORUNAUTHORIZEDACCESSTODATAFILES,

PROGRAMS,PROCEDURESORINFORMATIONTHEREON,UNLESSANDONLYTOTHEEXTENTTHATTHIS

DISCLAIMERISPROHIBITEDBYAPPLICABLELAW.

SYSTEMSSHOULDBECHECKEDBYAQUALIFIEDTECHNICIANATLEASTEVERYTWOYEARSUNLESSOTHERWISE



INSTRUCTEDINTHEPRODUCTDOCUMENTATIONAND,IFAPPLICABLE,THEBACKUPBATTERYREPLACEDAS

REQUIRED.

ARDUINOMAYMAKECERTAINBIOMETRICCAPABILITIES(E.G.,FINGERPRINT,VOICEPRINT,FACIAL

RECOGNITION,ETC.)AND/ORDATARECORDINGCAPABILITIES(E.G.,VOICERECORDING),AND/OR

DATA/INFORMATIONRECOGNITIONAND/ORTRANSLATIONCAPABILITIESAVAILABLEINPRODUCTSARDUINO

MANUFACTURESAND/ORRESELLS.ARDUINODOESNOTCONTROLTHECONDITIONSANDMETHODSOFUSEOF

PRODUCTSITMANUFACTURESAND/ORRESELLS.THEEND-USERAND/ORINSTALLERAND/ORDISTRIBUTOR

ACTASCONTROLLEROFTHEDATARESULTINGFROMUSEOFTHESEPRODUCTS,INCLUDINGANYRESULTING

PERSONALLYIDENTIFIABLEINFORMATIONORPRIVATEDATA,ANDARESOLELYRESPONSIBLETOENSURETHAT

ANYPARTICULARINSTALLATIONANDUSEOFARDUINO’SPRODUCTSCOMPLYWITHALLAPPLICABLEPRIVACY

ANDOTHERLAWS,INCLUDINGANYREQUIREMENTTOOBTAINCONSENTFROMORPROVIDENOTICETO

INDIVIDUALSANDANYOTHEROBLIGATIONSEND-USERAND/ORINSTALLERMAYHAVEASCONTROLLERSOR

OTHERWISEUNDERLAW.THECAPABILITYORUSEOFANYPRODUCTSMANUFACTUREDORSOLDBYARDUINO

TORECORDCONSENTSHALLNOTBESUBSTITUTEDFORTHECONTROLLER’SOBLIGATIONTOINDEPENDENTLY

DETERMINEWHETHERCONSENTORNOTICEISREQUIRED,NORSHALLSUCHCAPABILITYORUSESHIFTANY

OBLIGATIONTOOBTAINANYREQUIREDCONSENTORNOTICETOARDUINO.

THEINFORMATIONINTHISDOCUMENTISSUBJECTTOCHANGEWITHOUTNOTICE.UPDATEDINFORMATION

CANBEFOUNDONOURWEBPRODUCTPAGE.ARDUINOASSUMESNORESPONSIBILITYFORINACCURACIESOR

OMISSIONSANDSPECIFICALLYDISCLAIMSANYLIABILITIES,LOSSES,ORRISKS,PERSONALOROTHERWISE,

INCURREDASACONSEQUENCE,DIRECTLYORINDIRECTLY,OFTHEUSEORAPPLICATIONOFANYOFTHE

CONTENTSOFTHISDOCUMENT.

THISPUBLICATIONMAYCONTAINEXAMPLESOFSCREENCAPTURESANDREPORTSUSEDINDAILY

OPERATIONS.EXAMPLESMAYINCLUDEFICTITIOUSNAMESOFINDIVIDUALSANDCOMPANIES.ANYSIMILARITY

TONAMESANDADDRESSESOFACTUALBUSINESSESORPERSONSISENTIRELYCOINCIDENTAL.

REFERTOTHEDATASHEETANDUSERDOCUMENTATIONFORINFORMATIONONUSE.FORTHELATEST

PRODUCTINFORMATION,CONTACTYOURSUPPLIERORVISITTHEPRODUCTPAGESONTHISSITE.

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