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    • 1. 发明授权
    • Multi-layer network device in one telecommunications rack
    • 多层网络设备在一个电信机架中
    • US06760339B1
    • 2004-07-06
    • US09596055
    • 2000-06-16
    • Chris R. NoelTerrence S. PearsonJoe WhitehouseCorey SimonsBrian Branscomb
    • Chris R. NoelTerrence S. PearsonJoe WhitehouseCorey SimonsBrian Branscomb
    • H04L1228
    • H04L7/0008G06F1/14H04J3/0685H04L29/06H04L41/0803H04L41/082H04L41/0859H04L41/0863H04L41/22H04L45/50H04L69/18H05K1/14
    • The present invention provides a high switching capacity network device in one telco rack including both physical layer switch/router subsystems and an upper layer switch/router subsystem. Instead of providing a single physical layer switch/router subsystem, multiple physical layer switch/router subsystems are provided. Segmenting the physical layer switch/router into multiple, for example, four, subsystems better utilizes routing resources by allowing etches for the physical layer subsystems to be moved away from the center of the mid-plane/back-plane of the network device. Moving the physical layer subsystem etches away from the center of the mid-plane enables the network device to include an upper layer/switch router subsystem with etches toward the center of the mid-plane. Providing a multi-layer network device in one telco rack allows for intelligent layer 1 switching (for example, dynamic network connection set up), allows for one network management system to run both layer 1 and upper layer networks and eliminates grooming fees. Compared with separate layer 1 and upper layer network devices or a multi-layer network device occupying multiple telco racks, a single network device saves valuable telco site space and reduces expenses by sharing overhead such as the chassis, power and cooling.
    • 本发明提供了一个电信机架中的高交换容量网络设备,包括物理层交换机/路由器子系统和上层交换机/路由器子系统。 不提供单个物理层交换机/路由器子系统,而是提供多个物理层交换机/路由器子系统。 将物理层交换机/路由器分段为多个,例如四个子系统通过允许物理层子系统的蚀刻移动远离网络设备的中间平面/背面的中心,更好地利用路由资源。 移动物理层子系统远离中间平面的中心使网络设备能够将具有蚀刻的上层/交换机路由器子系统包括在中间平面的中心。 在一个电信机架中提供多层网络设备可实现智能层1交换(例如动态网络连接建立),允许一个网络管理系统运行第1层和上层网络,并消除修复费用。 与独立的第1层和上层网络设备或占用多个电话机架的多层网络设备相比,单个网络设备可以节省宝贵的电信站点空间,并通过共享开销(如机箱,电源和冷却)降低开销。