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    • 6. 发明授权
    • Deferred queuing in a buffered switch
    • 在缓冲交换机中延迟排队
    • US07773622B2
    • 2010-08-10
    • US10873430
    • 2004-06-21
    • Steven G. SchmidtAnthony G. TornettaHarry V. PaulHenry J. Gonzalez
    • Steven G. SchmidtAnthony G. TornettaHarry V. PaulHenry J. Gonzalez
    • H04L12/56
    • H04L49/3009H04L49/30H04L2012/5683
    • A method and apparatus is disclosed for temporarily deferring transmission of frames to a destination in a data switch. When a request for transmission of a frame to the destination port is received, the congestion status of that destination is determined. If the destination is congested, the frame is stored in a deferred queue. When the status of a destination changes from congested to non-congested, the deferred queue is examined to see if any deferred frames can now be forwarded to their destination. While examining the deferred queue, incoming frames are placed on a backup queue. When the deferred queue is fully analyzed, the backup queue is emptied by either sending those frames to their destination or storing the frames in the deferred queue. While examining the deferred queue, the congested states of the destinations are not allowed to change from congested to non-congested.
    • 公开了一种用于在数据交换机中暂时推迟到目的地传送帧的方法和装置。 当接收到向目的地端口发送帧的请求时,确定该目的地的拥塞状态。 如果目的地拥塞,则将帧存储在延迟队列中。 当目的地状态从拥塞状态改变为非拥塞状态时,会检查延迟队列,以查看是否有任何延迟帧现在可以转发到其目的地。 在检查延迟队列时,传入帧将放置在备份队列中。 当延迟队列被完全分析时,通过将这些帧发送到其目的地或将帧存储在延迟队列中,备份队列将被清空。 在检查延期队列时,目的地的拥塞状态不允许从拥塞状态改为非拥塞状态。
    • 9. 发明授权
    • Fiber channel architecture
    • 光纤通道架构
    • US06981078B2
    • 2005-12-27
    • US09922591
    • 2001-08-03
    • Harry V. Paul
    • Harry V. Paul
    • G06F11/00G06F11/20G06F13/00G06F13/40H04L1/22H04L12/00H04L12/44H04L12/56
    • H04L49/557G06F11/2007H04L49/357
    • A fiber channel backplane configuration is capable of modular expansion, e.g., from 64 ports to 128 ports or 256 ports by a simple operation. The backplane includes connectors that provide permanent and jumper/vertical connections to support 64 user port switch in a single chassis. For a 128 port switch, two 64 port chassis are used. In the 128 port configuration, the connectors are configured to provide permanent and jumper/vertical connections to make intra-chassis and inter-chassis connections between the fabric switch and fabric input/output boards. Using jumper plugs, the jumper connectors provide vertical connections between the fiber input/output boards and fiber switch boards of two chassis. For a 256 port switch configuration, four 64 port chassis assemblies are used. The connectors are configured to provide each switch with permanent, vertical, horizontal, and diagonal connections to the fiber input/output boards of each of the four chassis.
    • 光纤通道背板配置能够通过简单的操作来模块化扩展,例如从64端口到128端口或256端口。 背板包括提供永久和跳线/垂直连接的连接器,以在单个机箱中支持64个用户端口交换机。 对于128端口交换机,使用两个64端口机箱。 在128端口配置中,连接器被配置为提供永久和跨接/垂直连接,以便在布架交换机和结构输入/输出板之间进行机箱内和机架间连接。 使用跳线插头,跳线连接器可在两个机箱的光纤输入/输出板和光纤交换板之间提供垂直连接。 对于256端口交换机配置,使用四个64端口机箱组件。 连接器被配置成为每个开关提供永久的,垂直的,水平的和对角线连接到四个机箱中的每一个的光纤输入/输出板。
    • 10. 发明授权
    • High speed linking module
    • 高速连接模块
    • US06950448B2
    • 2005-09-27
    • US09739081
    • 2000-12-15
    • Anthony G. TornettaHarry V. Paul
    • Anthony G. TornettaHarry V. Paul
    • G06F3/00H03M9/00H04J3/04H04J3/06H04J3/14H04J14/00H04L20060101
    • H04J3/047
    • A device for converting at least four parallel data streams on respective input data lines into one serial data stream on a fiber optic data line. The device includes a first multiplexer for multiplexing at least two of the parallel data streams into a first intermediate output stream and a second multiplexer for multiplexing at least two other of the parallel data streams into a second intermediate output stream. A serializing transmitter is coupled to the first and second multiplexers for serializing the first and second intermediate output streams into the serial data stream. A signal synchronizes the serializing of the first and second intermediate output streams and tags output data in the serial data stream as corresponding to data from each of the respective input data lines. In-band messaging is used to transfer commands and status messages between devices without affecting ongoing data stream communications.
    • 一种用于将相应输入数据线上的至少四个并行数据流转换成光纤数据线上的一个串行数据流的装置。 该装置包括第一多路复用器,用于将至少两个并行数据流复用为第一中间输出流,以及第二多路复用器,用于将至少两个并行数据流复用为第二中间输出流。 串行发射器耦合到第一和第二多路复用器,用于将第一和第二中间输出流串行化为串行数据流。 一个信号使得串行数据流中的第一和第二中间输出流的串行化和标签输出数据对应于来自每个输入数据线的数据。 带内消息传递用于在设备之间传送命令和状态消息,而不影响正在进行的数据流通信。