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一个电子财团最近宣布,计划支持新的微型塑料光纤(POF)接口的研究.通用的规格将包括连接器、无线接发两用机和电缆.该财团是为了激励各种与POF有关的公司.该财团包括:日立、三菱、索尼、东芝和连接器制造公司,如Molex、SMK和Taiko Denki.塑料光纤适合于高速数据传输,并具有柔性好、高带宽、低成本的优点.此外,还可应用于高速设计接口中,例如,ATM和IEEE1394.在这些接口中,而使用相对较大的PN型塑料光纤连接器满足了轻量化的需要.由该财团提出的接口包括大约是当前的PN型一半尺寸的光纤连接器.最小的整体接口尺寸将有助于满足未来的数字家庭应用的最小化的需要,而且能够使更多的装置连接到一个单元上.新的POF接口是以未来的高速需求为目标,如IEEE1394.希望容纳的数据传输率达到1 GbPs.POF接口的设计将满足下一代用于无EMI的高速需求,具有快速传输及容易操作的特点.该财团计划对日本国内外的工业标准组织引进新的POF接口标准,以此建立一个未来的全球标准.(No.28)
An electronic consortium recently announced plans to support the study of a new micro plastic optical fiber (POF) interface. Common specifications will include connectors, wireless transceivers and cables. The consortium is designed to inspire a variety of POF-related companies. The consortium includes Hitachi, Mitsubishi, Sony, Toshiba and connector manufacturing companies such as Molex, SMK and Taiko Denki. Plastic optical fiber is suitable for high-speed data transmission and has the advantages of good flexibility, high bandwidth and low cost. Used in high-speed design interfaces such as ATM and IEEE 1394. Among these interfaces, the use of a relatively large PN plastic optical fiber connector meets the need for weight reduction. The interface proposed by the consortium includes approximately the current PN type Half the size of the fiber optic connector. The smallest overall interface size will help to meet the future of digital home applications to minimize the need and can make more devices connected to a unit. The new POF interface is based on future high-speed Demand, such as IEEE1394. It is hoped that the data transmission rate that can be accommodated will reach 1 GbPs.POF interface design will meet the next generation for high-speed demand of EMI, have fast transmission and easy For features. The consortium plans to industry standards organizations in Japan and abroad to introduce new POF interface standards, in order to establish a global standard for the future. (No.28)