利用系统级封装技术开发防伪认證微系统

利用系统级封装技术开发防伪认證微系统

  • 利用系统级封装技术开发防伪认證微系统
    ART/135CP
    20120416 - 20131031
    9800

    史训清博士
    The project will deliver a complete Anti-Counterfeit Identification Microsystem solution for mobile device which includes the following key deliverables: (1) Complete the embedded passive & IPD (Integrated Passive Devices) substrate design and the 1st prototype sample for performance characterization. Completion date: 6 months after project start. (2) Complete the Android-based APP (Applications) software development for the database access and logistics tracing. Completion date: 6 months after project start. (3) Complete the 920MHz UHF(Ultra High Frequency) antenna design and the prototype sample for the UHF RFID-Reader-SIM card demonstration. Completion date: 8 months after project start. (4) Complete 920MHz UHF RFID-Reader-SIM card 1st prototype sample being able to successfully read out UHF RFID tag. Completion date: 9 months after project start. (5) Complete the whole system integration for the Network-based Live Demo with one selected supplier. Completion date: 12 months after project start. (6) Demonstration of RFID writing function feasibility to the SIM card microsystem for one application selected by Hong Kong R&D Centre for Logistics and Supply Chain Management Enabling Technologies (LSCM). Completion date: 15 months after project start.
    吴恩柏博士 何松先生 Mr Corbett Rowell 屈耀荣先生 刘燕博士 肖明祥博士 杨江华先生 任宇行先生 张文楷先生 Mr Lourdito M. OLLERES 叶月萍博士 熊小康先生 张燕冰女士 Dr Peter, Tak Ki WAN Dr Xiangfeng SHAO Dr Jun CHEN Dr Ziyang GAO Dr Pearl YE
    Chengdu RML (Technology Licensing) [赞助机构] Chengdu RML Technology Co., LTD. [赞助机构] Hong Kong Council for Testing and Certification Hong Kong R&D Centre for Logistics and Supply Chain Management Enabling Technologies Hong Kong University of Science and Technology IZO Technology (HK) Limited Shennan Circuits Co.,LTD. Vision Technology Development Co. Ltd. [赞助机构] Vision Technology Development Co. Ltd. (Technology Licensing) [赞助机构]

    假冒商品是一个全球增长最快的经济类犯罪。假冒产品现在已不仅限於奢侈品,它们已经扩展到药物和食品类商品,造成很多经济损失和社会对药物和食品安全的不安。据估计假冒产品已占现在世界贸易10%以上。超高频 RFID技术是打击假冒的最佳方案。 该项目的目标是,利用系统级封装SiP技术开发一个用于防僞认證的微系统(AIM)。这个微系统将允许用户使用他们现有的手机阅读超高频 RFID标籤。读取的标籤信息将被发送到一个中央数据库来完成産品的认證。 AIM是一个可以跟踪和追溯供应链的系统,不仅允许最终用户随时随地进行商品的认證,也给供应商和政府提供了一个追踪假冒商品的起源从而发现有问题的分销渠道的方法。采用本项目开发的AIM系统,高端商品供应商将有办法预先阻止假冒商品进入消费市场。达到保护自己品牌形象和市场利润的目的。本AIM系统的几个关键组件如下: (1) 超高频RFID读写器的系统级封装(符合标準SIM卡尺寸) (2) 创新的电容耦合的天线结构 (3) 高效的加密验證和物流链跟踪追溯算法