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AUTO ID 產業的發展趨勢 賴中威

AUTO ID 產業的發展趨勢 賴中威. Auto ID already live with us. Auto ID Application. AGENDA. Definition Benefits Categories Applications In the Future. Definition of AutoID. Auto ID technology also referred to as Automatic Data Collection (ADC) technologies

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AUTO ID 產業的發展趨勢 賴中威

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  1. AUTO ID 產業的發展趨勢 賴中威

  2. Auto ID already live with us

  3. Auto ID Application

  4. AGENDA • Definition • Benefits • Categories • Applications • In the Future

  5. Definition of AutoID • Auto ID technology also referred to as Automatic Data Collection (ADC) technologies • Direct entry of data into a computer system, without manual operation( keyboard, mouse…) • For heavy volume of data collection and data entry businesses • Provides rapid availability of information, speeds up business processes that dependent on information collection

  6. Categories • Optical • Bar code • Optical character recognition (OCR) • Vision system • Magnetic • Magnetic strip • Magnetic ink character recognition (MICR) • Electro-magnetic • RFID (Radio Frequency Identification) system • RFDC (Radio Frequency Data Collection) system

  7. Categories • Biometric • Biometric ID • Voice data collection • Trace recognition • Touch • Touch-based equipments • Smart card • Dynamic database • Processor cards

  8. Benefits of AutoID • Revenue Enhancement • “An empty slot on shelf means lost sales” • Enhance customers’ loyalty • Cost Reduction • Reducing handling cost • Reducing indirect cost – inventory, logistics etc • Reducing Diversion and Shrinkage • Reducing shoplift crime • Hard to sell stolen goods • “smart-shelf” development • Deter would-be truck hijackers • Distinguish fake and real objects

  9. Benefits of AutoID • Supply Chain Acceleration • Providing timely data and by accelerating key processes • Accelerating in-bound and out-bound process • Tracking inventory • Process Quality Improvements • Providing more accurate data on orders, shipments and payments • High quality of service to supply chain partner, fewer chargebacks, and less labor wasted on reconciliation • Aid in better individualized customer service—CRM possibilities • Risk Reduction

  10. Benefits of AutoID • Risk Reduction • By improving the freshness of inventory and cull expired goods from shelves • Support more efficient product recalls (e.g. defective individual components of an automobile) • Help to find customers or alert them the safety issues after the sale.

  11. Applications • By Functions • Tracking the flow • Monitoring inventory status • Supporting point functions • Assembly/aggregation/disaggregation

  12. Applications • By industry • CPG/Retail SC • Logistics and transportation • Durable manufacturing • Healthcare • Individualized customer services

  13. In the Future • RFID • RFDC

  14. Optical Symbologies

  15. Why 2D

  16. Where to use

  17. Key issues of RF • Reading Distance • Data Accuracy • Antenna Selection • Transponder Orientation • Reading Speed

  18. RFID 原理示意圖 當感應器接收到電波後會對在其內的電容器進行充電 RF 模組發射無線電波 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 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 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

  19. 各種頻帶的RFID系統

  20. RFID The ISO/IEC 15693 is a global standard for 13.56Mhz RFID tags and reader electronics. The ISO/IE C 15693 protocol is designed to conform to FCC (USA), ETSI ( Europe) and MPT (Japan) regulations worldwide, allowing tags to travel around the world under optimal conditions for operation with region specific RFID readers

  21. How RFID Work

  22. RFID’s Tags

  23. RFID Transponder

  24. Spec of Tag

  25. Structure of RFID Reader

  26. RFID Reader Modules : IC Chips : RF201 / 13.56MHz RI45538 / 134.2KHz RFM001 / 134.2KHz RI3705A / 134.2KHz RFM003 / 125KHz R6C / 13.56MHz RightTag

  27. RFID’s Applications

  28. ZEBEX’s RFID Solution Antenna 13.56 MHz RFID Reader CCD Engine Controller

  29. ZEBEX’s Products

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