Note:

The reComputer R1000 series is a collection of products, with the reComputer R1025 being a specific version that offers 4GB of RAM, 32GB of eMMC storage, and built-in Wi-Fi and BLE capabilities. This version is specifically designed for use in smart building environments.

Introducing the reComputer R1000: the ultimate industrial Raspberry Pi gateway and edge IoT controller. Perfect for smart building and energy management applications, it is powered by a quad-core A72 processor and can handle demanding tasks with ease thanks to its 8GB RAM and 32GB eMMC storage capacity. Built on the resilient Raspberry Pi CM4 platform, it is the top choice for high-performance needs.

This versatile controller offers exceptional connectivity options. Dual Ethernet interfaces provide reliable wired networking, while the optional 4G, LoRa, Zigbee or Wi-Fi/BLE modules enable flexible wireless configurations to suit your specific needs. The R1000 also features three isolated RS485 channels that seamlessly support BACnet, Modbus RTU, KNX and Modbus TCP/IP protocols for comprehensive communication with various devices.

WithitsrobustIoTnetworkcommunicationcapabilities,thereComputerR1000empowersyoutomanageandcontroldevicesacrosssmartbuildingsubsystems,includingHVAC,lighting,powerdistribution,andsoon.Thismakesitaperfectsolutionforbothnewconstructionprojectsandexistingbuildingretrofits.

Key Feature

DesignedforBuildingAutomationSystem

• MultipleisolatedRS485channelssupportshighandlowspeedscommunication.
• SupportsBACnet,ModbusRTU,ModbusTCP/IPandKNXprotocol
• Upto8GBRAMsupportstheprocessingofthousandsofdatapoints,ensuringefficientperformance
• Cleardual-sidedvisibleLEDindicatorshelpcheckoperationalstatusquickly
• High-qualitymetalcase,compatiblewithDIN-railinstallation
• SupportsYoctoandBuildrootforcustomizedOS

PowerfulPerformance

• PoweredbyRaspberryPiCM4
• BroadcomBCM2711quad-coreCortex-A72(ARMv8)[email protected]
• Upto8GBRAMand32GBeMMC

RichWirelessCapabilities

• On-chipWi-Fi
• On-chipBLE
• Mini-PCIe1:LTE,USBLoRa,USBZigbee
• Mini-PCIe2:SPILoRa,USBLoRa,USBZigbee

RichInterfaces

• 3xRS485(isolated
• 1x10M/100M/1000MEthernet(SupportPoE)
• 1x10M/100MEthernet
• 1xM.2slotforNVMeSSD
• 1xHDMI2.0
• 2xType-AUSB2.0
• 1xType-CUSB2.0(USBconsoleforupdateOS)
• 1xSIMcardslot

SafetyandReliability

• HardwareWatchdog
• Realtimeclock
• UPSSupercapacitor(optional)
• MetalcasingwithPCsidepanels
• ESD:EN61000-4-2,level3
• EFT:EN61000-4-4,level2
• Surge:EN61000-4-5,level2
• ProductionLifetime:reComputerR1000willremaininproductionuntilatleastDecember2030
• TPM2.0/ATECC608A* supported

Description

HardwareandInterfaceOverview

The reComputer R1000 boasts up to 8GB RAM for processing numerous data points efficiently, along with multiple isolated RS485 channels, versatile interfaces and various wireless communication protocols.

• Mini-PCIe1Slot:Supports4GLTE,USBLoRa,USBZigbeemodules
• Mini-PCIe2Slot:SupportsSPILoRa,USBLoRa,USBZigbeemodules
• 3xRS485(isolated)Supportsserialcommunicationwithisolationforenhancedsafety.
• 1x10M/100M/1000MEthernet:SupportsPoweroverEthernet(PoE)forconvenientpowerdeliveryoverthenetworkcable.
• 1x10M/100MEthernet:Ethernetportforstandardnetworkconnectivity.
• 1xHDMI2.0HDMIportforhigh-definitionvideooutput.
• 2xType-AUSB2.0:StandardUSBportsforconnectingperipheralsorstoragedevices.
• 1xType-CUSB2.0:USB-Cportprimarilyusedforupdatingtheoperatingsystemandpossiblyotherfunctions.
• 1xSIMCardSlot:SlotforinsertingaSIMcard,typicallyusedforcellularnetworkconnectivity.
• 1x M.2 Slot: Slot for M.2 expansion cards, allowing for additional functionality or SSD storage options.

Thishardwareconfigurationoffersadiverserangeofconnectivityoptionsandexpansionpossibilities,suitableforvariousapplicationsrequiringcommunication,networking,andperipheralconnections.

Architecture: The bridge between OT and IT

Developer-FriendlyPlatform

Designedforrapiddevelopment:LeveragethefamiliarLinuxenvironmentandextensivesoftwarelibrariestointegrateyourcustomapplicationsandsystemsseamlessly.

Pre-flashedEdgeIoTController: A compact, ready-to-deploy Industrial IoT (IIoT) controller with pre-configured firmware eliminates setup time for SIs. Skip the initial hardware setup and software configuration, allowing engineers to focus on application development and deployment.

SupportsYoctoandBuildrootforcustomizedOS:YoctoProjectandBuildrootcomeintoplaytodeliveracustomizedLinuxdistributiontorunonyourdeviceandprovideaconvenientsolutionformanagingsoftwareupdates.FleetmanagementtoollikeMenderalsoprovidedforeasymanagementanddeployment.

RuggedIndustrialDesignforSmartBuildingApplications

To effectively cater to the demanding environments of smart buildings, your CM4-based edge IoT controller should embody a rugged industrial design and offer flexible power and installation options. Here’s how to address these aspects:

RuggedIndustrialDesign:

• Enclosure:Utilize high-impact resistant materialsof 6061 aluminum alloy casing with transparent PC side panels to withstand harsh conditions.
• TemperatureRange:Ensurethecontrolleroperatesreliablywithinawidetemperaturerange,typically-30Cto70C.
• VibrationandShockResistance:Thisdeviceisbuiltforindustrialuse,meetingvibrationandshockresistancestandards,andexceedingElectrostaticDischarge(ESD),ElectricalFastTransient(EFT),andSurgeimmunitylevels.
• IPRating:AnIP40ratingforsuperiordustprotectioninindustrialsettings.

PowerOptions:

• PowerInputRange:Supportawidepowerinputrange,12to24VACand9to36VDC,toaccommodatevariouspowersources.
• PowerRedundancy:Implement power redundancy options – PoE (Power over Ethernet)(need to purchase additionally),for mission-critical applications.
• LowPowerConsumption:Optimizethecontroller’spowerconsumptiontominimizeenergyusageandheatgeneration.
• BatteryBackup:Provide an option for UPS(need to purchase additionally) as battery backup to ensure continuous operation and power-off notification during power outages.

InstallationOptions:

• WallMount:Offerawallmountoptionforeasyinstallationonwallsorothersurfaces.
• DINRailMount:ProvideDIN_railmountingcompatibilityforindustrialcontrolpanelsandcabinets.

By incorporating these design elements, your CM4-based edge IoT controller will be well-equipped to handle the rigors of smart building environments, ensuring reliable operation and long-lasting performance.

Application

ThefollowinggraphprovideacomprehensiveoverviewoftheapplicationofreComputerR1000,withinthecontextofvarioussmartbuildingtechnologies,smartcity,andsmartgridinitiatives.

ApplicationsofSmartBuildingTechnologies:

• BuildingEnergyManagement:reComputerR1000facilitatesthemonitoringandanalysisofenergyusagewithinbuildings.Byidentifyingareasofenergywastageandofferingrecommendationsforimprovement,itcontributestooverallenergyefficiency.
• SmartHVACControl:WithreComputerR1000,userscanremotelymanageheating,ventilation,andairconditioningsystems,therebyenhancingenergyefficiencyandoccupantcomfort.
• ConnectedLighting:Thecontrollerenablesremotecontroloflightingsystems,promotingenergyefficiencyandenhancingsecuritywithinthebuilding.
• RoomAutomation:reComputerR1000integratescontrolofvariousbuildingdevicesincludinglighting,HVAC,andsecuritysystems.Thisintegrationenhancescomfort,convenience,andenergyefficiency.
• BuildingManagementSystem(BMS):Acting as the central hub for automation and control systems, reComputer R enables centralized monitoring and control, streamlining building operations and enhancing overall efficiency.

sourcingfromwebsite

Demo–Aproposalofsmartwatermonitoringsystemforschools

Intodaysworld,wheresustainabilityandefficiencyareparamount,schoolsareincreasinglyturningtosmarttechnologiestomanagetheirresourceseffectively.Onecriticalresourcethatoftengoesoverlookediswater.

reComputerR1000wouldbetherevolutionofwatersystemmanagementthatthispowerfulcontrollerservesasthebrainofoursystem,seamlesslyintegratingvariouscomponentstocreateacomprehensivewatermanagementsolution.

-Actsasthecentralprocessingunit,managingdataflowandcommunicationbetweendifferentcomponents.

-UtilizesRaspberryPiComputeModule4forrobustprocessingcapabilitiesrunningmachinelearningmodelandreport/notificationgeneration.

– Integrates multiple wireless communication technologies such as LoRaWAN for long-range, low-power communication.

Specification

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