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案件記録

Configuring Multiple Layer 1 Crossbar Chips

発明審査中
20請求項 · 3 独立
§ Ⅰ

案件概要

発明者

Nelson Enrique PEREZ; Paul Martin FALLON; Deepak SEBASTIAN; Zeyad TAMIMI; Yiming PAN; Ian David DUNKERLEY

IPC分類

H4L 49/101H4L 49/253

CPC分類

H4L49/101H4L49/254

Electrical paths between ports (interfaces) of a network device are provided using an arrangement of interconnected Layer 1 (L1) crossbar switches in the network device. The network device includes internal data tables, e.g., a reachability table and a plurality of Layer 1 forwarding tables. These data tables are generated from a description of the crossbar chips in the network device. Heuristics are used to define one or more paths through the crossbar switches to connect between user-specified ports on the network device. The heuristics can select paths between ports based on criteria such a lowest latency, path stability (i.e., minimizing disruption to existing paths), and the like. The heuristic can be driven by a user who specifies via a CLI one or more crossbar switches on the path between the specified ports.

原文(中国語)

Electrical paths between ports (interfaces) of a network device are provided using an arrangement of interconnected Layer 1 (L1) crossbar switches in the network device. The network device includes internal data tables, e.g., a reachability table and a plurality of Layer 1 forwarding tables. These data tables are generated from a description of the crossbar chips in the network device. Heuristics are used to define one or more paths through the crossbar switches to connect between user-specified ports on the network device. The heuristics can select paths between ports based on criteria such a lowest latency, path stability (i.e., minimizing disruption to existing paths), and the like. The heuristic can be driven by a user who specifies via a CLI one or more crossbar switches on the path between the specified ports.

外部リソース