产业的发展趋势

AUTOID產業的發展趨勢賴中威AutoIDalreadylivewithusAutoIDApplicationAGENDADefinitionBenefitsCategoriesApplicationsIntheFutureDefinitionofAutoIDAutoIDtechnologyalsoreferredtoasAutomaticDataCollection(ADC)technologiesDirectentryofdataintoacomputersystem,withoutmanualoperation(keyboard,mouse…)ForheavyvolumeofdatacollectionanddataentrybusinessesProvidesrapidavailabilityofinformation,speedsupbusinessprocessesthatdependentoninformationcollectionCategoriesOpticalBarcodeOpticalcharacterrecognition(OCR)VisionsystemMagneticMagneticstripMagneticinkcharacterrecognition(MICR)Electro-magneticRFID(RadioFrequencyIdentification)systemRFDC(RadioFrequencyDataCollection)systemCategoriesBiometricBiometricIDVoicedatacollectionTracerecognitionTouchTouch-basedequipmentsSmartcardDynamicdatabaseProcessorcardsBenefitsofAutoIDRevenueEnhancement“Anemptyslotonshelfmeanslostsales”Enhancecustomers’loyaltyCostReductionReducinghandlingcostReducingindirectcost–inventory,logisticsetcReducingDiversionandShrinkageReducingshopliftcrimeHardtosellstolengoods“smart-shelf”developmentDeterwould-betruckhijackersDistinguishfakeandrealobjectsBenefitsofAutoIDSupplyChainAccelerationProvidingtimelydataandbyacceleratingkeyprocessesAcceleratingin-boundandout-boundprocessTrackinginventoryProcessQualityImprovementsProvidingmoreaccuratedataonorders,shipmentsandpaymentsHighqualityofservicetosupplychainpartner,fewerchargebacks,andlesslaborwastedonreconciliationAidinbetterindividualizedcustomerservice—CRMpossibilitiesRiskReductionBenefitsofAutoIDRiskReductionByimprovingthefreshnessofinventoryandcullexpiredgoodsfromshelvesSupportmoreefficientproductrecalls(e.g.defectiveindividualcomponentsofanautomobile)Helptofindcustomersoralertthemthesafetyissuesafterthesale.ApplicationsByFunctionsTrackingtheflowMonitoringinventorystatusSupportingpointfunctionsAssembly/aggregation/disaggregationApplicationsByindustryCPG/RetailSCLogisticsandtransportationDurablemanufacturingHealthcareIndividualizedcustomerservicesIntheFutureRFIDRFDCOpticalSymbologies

Why2D

WheretouseKeyissuesofRFReadingDistanceDataAccuracyAntennaSelectionTransponderOrientationReadingSpeedRFID原理示意圖RF模組發射無線電波充好電後感應器的電容即開始放電,連帶將儲存於其中的資料一起發射出去待控制模組判別後,若是為合法資料,就會自動觸發連接在其上的被動元件動作當感應器接收到電波後會對在其內的電容器進行充電RF模組在接收到感應器的回傳後將其內的識別資料交由控制模組判別各種頻帶的RFID系統特性安全性主要應用例125KHz

ASK技術

低成本

讀取距離短

感應器ID有重複的可能低

一般門禁管制

停車場管制134.2KHz

FSK技術

TI德州儀器專利

感應器ID不會重複

高抗干擾性高

安全門禁管制

牲畜識別

高科技工廠

模具或產品追蹤管理13.56MHzISO15693

可儲存大量資料

感應器為薄片可拋棄式

成本較ISO14443A/B為低高

文件追蹤

快遞包裹追蹤識別

圖書館管理ISO14443

可儲存大量資料

加密傳輸

成本較高非常高

提款或信用卡

票證

電子無線交易RFID

TheISO/IEC15693isaglobalstandardfor13.56MhzRFIDtagsandreaderelectronics.TheISO/IEC15693protocolisdesignedtoconformtoFCC(USA),ETSI(Europe)andMPT(Japan)regulationsworldwide,allowingtagstotravelaroundtheworldunderoptimalconditionsforoperationwithregionspecificRFIDreadersHowRFIDWorkRFID’sTagsRFIDTransponderSpecofTagStructureofRFIDReaderRFIDReaderModules:ICChips:RF201/13.56MHzRI45538/134.2KHzRFM001/134.2KHzRI3705A/134.2KHzRFM003/125KHzR6C/13.56MHzRigh