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    • 48. 发明授权
    • Apparatus and method for storing data segments in a multiple network switch system using a memory pool
    • 用于使用存储器池将数据段存储在多个网络交换机系统中的装置和方法
    • US06741589B1
    • 2004-05-25
    • US09562003
    • 2000-05-02
    • Jinqlih (Charlie) SangShashank Merchant
    • Jinqlih (Charlie) SangShashank Merchant
    • H04L1256
    • H04L49/103H04L49/102H04L49/351H04L49/90
    • Multiple network switch modules have memory interfaces configured for transferring packet data to respective local buffer memories via local memory controllers. The local memory controllers are connected to each other to form a signal memory pool for transfer among each other data units of data frames received from different network switch modules. Each of the controllers are also connected to a corresponding local buffer memory and either write received data units in the corresponding local buffer memory or transfer the received data units to other controllers that, in turn, write the data units in their corresponding local buffer memory. The local memory controllers transfer and write and read the data units according to a prescribed sequence, optimizing memory bandwidth by concurrently executing a prescribed number of successive memory writes or memory reads.
    • 多个网络交换机模块具有配置用于经由本地存储器控制器将分组数据传送到相应的本地缓冲存储器的存储器接口。 本地存储器控制器彼此连接以形成信号存储池,用于在从不同网络交换机模块接收的数据帧的彼此之间传送数据单元。 每个控制器还连接到相应的本地缓冲存储器,并且将相应的本地缓冲存储器中的接收数据单元写入或将接收到的数据单元传送到其他控制器,而控制器又将数据单元写入其对应的本地缓冲存储器。 本地存储器控制器根据规定的顺序传送和读取和读取数据单元,通过同时执行规定数量的连续存储器写入或存储器读取来优化存储器带宽。
    • 49. 发明授权
    • Network switch having system for automatically detecting change in network node connection
    • 网络交换机具有自动检测网络节点连接变化的系统
    • US06731596B1
    • 2004-05-04
    • US09283286
    • 1999-04-01
    • John ChiangShashank MerchantRobert Williams
    • John ChiangShashank MerchantRobert Williams
    • H04J314
    • H04L49/3009H04L49/351H04L49/354
    • A novel system and method of automatically detecting a change in network node connection in a multiport data switching system having receive ports for receiving data packets from network nodes, and a decision making engine for controlling data forwarding. Data blocks representing received data packets are placed in data queues corresponding to the receive ports. The data queues are transferred to logic circuitry for processing in accordance with a predetermined algorithm. This processing includes automatically detecting a change in connection between at least one of the network nodes and at least one of the receive ports, based on a search of an address table having address information relating to the receive ports. The address table may be searched for an address entry having a source address and VLAN address information that match a source address and VLAN address information of the received data packet. Receive port data written in the address entry having matching address information are checked to determine whether these data identify a receive port arranged in the same trunk as the receive port, from which the data packet is transferred. The address entry is automatically updated with new information, if the receive port identified in the address entry and the actual receive port are in different trunks.
    • 一种自动检测具有用于从网络节点接收数据分组的接收端口的多端口数据交换系统中的网络节点连接变化的新型系统和方法,以及用于控制数据转发的决策引擎。 表示接收到的数据分组的数据块被放置在对应于接收端口的数据队列中。 数据队列被传送到逻辑电路,以便根据预定算法进行处理。 该处理包括基于对具有与接收端口相关的地址信息的地址表的搜索来自动检测至少一个网络节点与至少一个接收端口之间的连接的变化。 地址表可以搜索具有与源地址相匹配的源地址和VLAN地址信息的地址条目以及接收到的数据包的VLAN地址信息。 检查写入具有匹配地址信息的地址条目中的接收端口数据,以确定这些数据是否识别出布置在与传送数据分组的接收端口相同的中继线的接收端口。 如果地址表中识别的接收端口和实际的接收端口处于不同的中继线,地址条目将自动更新。