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    • 6. 发明申请
    • METHOD AND APPARATUS FOR VERIFYING FAULT TOLERANT CONFIGURATION
    • 用于验证故障容错配置的方法和装置
    • US20080109584A1
    • 2008-05-08
    • US11556964
    • 2006-11-06
    • George Alexander Kalwitz
    • George Alexander Kalwitz
    • G06F13/00
    • G06F11/1616G06F11/201G06F11/2089
    • The verification of fault-tolerant connections between redundant controller pairs and nodes is provided. In particular, a node identifier seen at one port of the controllers is compared to the node identifier seen at another port of the controllers. In response to determining that proper connections have not been made, an error or warning signal may be generated. In addition, where supported by dynamic port configuration, the ports of the controllers may be reconfigured in response to the comparison to effect proper connections. In response to determining that proper connections have been made, a signal verifying that proper connections have been made may be generated.
    • 提供冗余控制器对和节点之间的容错连接的验证。 特别地,将在控制器的一个端口处看到的节点标识符与在控制器的另一个端口处看到的节点标识进行比较。 响应于确定没有进行适当的连接,可能会产生错误或警告信号。 此外,在动态端口配置支持的情况下,可以响应于比较来重新配置控制器的端口以实现适当的连接。 响应于确定已经进行适当的连接,可以产生验证正确连接的信号。
    • 9. 发明授权
    • Network storage appliance with an integrated switch
    • 具有集成开关的网络存储设备
    • US07565566B2
    • 2009-07-21
    • US10979510
    • 2004-11-02
    • Ian Robert DaviesGeorge Alexander KalwitzVictor Key Pecone
    • Ian Robert DaviesGeorge Alexander KalwitzVictor Key Pecone
    • G06F11/00
    • G06F11/2089G06F11/201G06F11/2015G06F11/2028G06F11/2035H04L67/1097
    • A network storage appliance including one or more integrated switching devices is disclosed. The appliance includes redundant storage controllers that transfer frames of data between storage devices and host computers. The integrated switching devices include a plurality of I/O ports and a data transfer path between each of the I/O ports for providing simultaneous data transfers between multiple pairs thereof. The switches enable the appliance to simultaneously transfer frames between its I/O ports and storage device I/O ports and/or host I/O ports, thereby providing increased data transfer bandwidth over arbitrated loop configurations. Additionally, the switches are intelligent and may be programmed to achieve improved fault isolation. The appliance may also include servers that include I/O ports coupled to the switches for simultaneously transferring data with the storage controllers and/or I/O ports of devices external to the appliance.
    • 公开了一种包括一个或多个集成交换设备的网络存储设备。 该设备包括在存储设备和主机之间传输数据帧的冗余存储控制器。 集成交换设备包括多个I / O端口和每个I / O端口之间的数据传输路径,用于在其多对之间提供同时的数据传输。 交换机使设备能够在其I / O端口和存储设备I / O端口和/或主机I / O端口之间同时传输帧,从而在仲裁环路配置上提供增加的数据传输带宽。 另外,这些开关是智能的,并且可以被编程以实现改进的故障隔离。 该设备还可以包括服务器,其包括耦合到交换机的I / O端口,用于与设备外部的设备的存储控制器和/或I / O端口同时传送数据。
    • 10. 发明授权
    • Fault-isolating SAS expander
    • 隔离SAS扩展器
    • US07536584B2
    • 2009-05-19
    • US11552140
    • 2006-10-23
    • Ian Robert DaviesGeorge Alexander KalwitzJames Boyd Lenehan
    • Ian Robert DaviesGeorge Alexander KalwitzJames Boyd Lenehan
    • G06F11/00
    • G06F11/0727G06F11/076G06F11/0793H04L1/24
    • A SAS expander includes SAS PHYs for transceiving signals with SAS devices on corresponding SAS links coupled to the SAS PHYs. The SAS expander includes status registers that provide fault detection parameters concerning communications on the SAS links. A microprocessor of the SAS expander identifies faulty communications on one of the SAS links, based on the fault detection parameters, and disables a corresponding one of the SAS PHYs coupled to the SAS link on which the microprocessor identified the faulty communications. The microprocessor may also report the PHY disabling to a SAS initiator. The microprocessor may also re-enable the PHY after corrective action is taken, such as in response to user input, an indication from a SAS device, or automatically detecting the corrective action. The expander may also automatically take the corrective action. The fault detection parameters may include error counters and corresponding thresholds, interrupt indicators, and state values.
    • SAS扩展器包括SAS PHY,用于与耦合到SAS PHY的相应SAS链路上的SAS设备收发信号。 SAS扩展器包括状态寄存器,提供关于SAS链路上的通信的故障检测参数。 SAS扩展器的微处理器基于故障检测参数识别其中一个SAS链路上的故障通信,并且禁用耦合到微处理器识别出故障通信的SAS链路的对应的一个SAS PHY。 微处理器还可以向SAS发起器报告PHY禁用。 在采取纠正措施之后,例如响应于用户输入,来自SAS设备的指示,或者自动检测校正动作,微处理器还可以重新启用PHY。 扩展器也可以自动采取纠正措施。 故障检测参数可能包括错误计数器和相应的阈值,中断指示符和状态值。