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IEEE-IEEE forms study group to explore reduced twisted pair Gigabit Ethernet

机译:IEEE-IEEE组建研究小组以探索简化的双绞线千兆以太网

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摘要

IEEE, the world's largest professional association advancing technology for humanity, announced the formation of the IEEE 802.3? Reduced Twisted Pair Gigabit Ethernet PHY study group.IEEE 802.3 physical-interface transceivers (PHYs) are being deployed in ever-increasing numbers in a wide variety of application spaces. Recently, the global automotive industry has started to embrace Ethernet as a networking technology. The application areas range from a backbone for all data services to "infotainment" to driver assistance to vehicle control systems such as those used in brakes, suspension and transmission. To achieve Gigabit Ethernet networking speeds via 1000BASE-T for those applications, four pairs of wires would be required. Reducing the number of wire pairs would cut the size and weight of Ethernet wiring in a vehicle. Considering the market demand and technology requirements of achieving such performance gains via the IEEE 802.3 Ethernet and IEEE 802.1? Audio/ Video Bridging standards, the new IEEE 802.3 study group will explore the potential for an IEEE 802.3 Ethernet standards project to define a Reduced Twisted Pair Gigabit Ethernet PHY.
机译:全球最大的人类先进技术专业协会IEEE宣布成立IEEE 802.3?精简双绞线千兆以太网PHY研究小组。IEEE802.3物理接口收发器(PHY)越来越多地部署在各种应用空间中。最近,全球汽车工业已开始将以太网作为一种网络技术。应用范围从所有数据服务的主干网到“信息娱乐”再到驾驶员对车辆控制系统的协助,例如用于刹车,悬架和变速箱的控制系统。为了通过这些应用通过1000BASE-T实现千兆以太网联网速度,将需要四对电线。减少线对的数量将减少车辆中以太网布线的尺寸和重量。考虑通过IEEE 802.3以太网和IEEE 802.1实现此类性能提升的市场需求和技术要求?音频/视频桥接标准,新的IEEE 802.3研究小组将探讨IEEE 802.3以太网标准项目定义减少双绞线千兆以太网PHY的潜力。

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