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    • 3. 发明授权
    • Obtaining multiple port addresses by a fibre channel switch from a network fabric
    • 通过光纤通道交换机从网络结构获取多个端口地址
    • US07599397B2
    • 2009-10-06
    • US11318971
    • 2005-12-27
    • William G. Holland
    • William G. Holland
    • H04L12/26
    • H04L67/1097H04L49/25H04L49/357
    • Embodiments of the present invention address deficiencies of the art in respect to Fibre Channel (FC) switch interoperability and provide a novel and non-obvious data processing system, method and computer program product for obtaining multiple port addresses by a FC switch directly from a SAN fabric. In one embodiment, the system uses an N_Port connection from the last tier FC SAN switch to connect to the rest of the SAN fabric and employs the N_Port ID Virtualization (NPIV) Fibre Channel feature. The NPIV feature allows one physical FC port (N_Port) to login to a SAN fabric multiple times and receive unique N_Port IDs with each login. This allows the one physical FC port (N_Port) to act as multiple logical N_Ports.
    • 本发明的实施例解决了光纤通道(FC)交换机互操作性方面的技术缺陷,并提供了一种新颖且不显眼的数据处理系统,方法和计算机程序产品,用于直接从SAN获取FC交换机的多个端口地址 布。 在一个实施例中,系统使用来自最后一层FC SAN交换机的N_Port连接来连接到SAN结构的其余部分,并采用N_Port ID虚拟化(NPIV)光纤通道功能。 NPIV功能允许一个物理FC端口(N_Port)多次登录到SAN结构,并在每次登录时接收唯一的N_Port ID。 这允许一个物理FC端口(N_Port)充当多个逻辑N_Port。
    • 6. 发明授权
    • Method using a master node to control I/O fabric configuration in a multi-host environment
    • 使用主节点在多主机环境中控制I / O架构配置的方法
    • US07395367B2
    • 2008-07-01
    • US11260618
    • 2005-10-27
    • William T. BoydDouglas M. FreimuthWilliam G. HollandSteven W. HunterRenato J. RecioSteven M. ThurberMadeline Vega
    • William T. BoydDouglas M. FreimuthWilliam G. HollandSteven W. HunterRenato J. RecioSteven M. ThurberMadeline Vega
    • G06F13/00
    • G06F13/4022
    • A method is directed to use of a master root node, in a distributed computer system provided with multiple root nodes, to control the configuration of routings through an I/O switched-fabric. One of the root nodes is designated as the master root node or PCI Configuration Manager (PCM), and is operable to carry out the configuration while each of the other root nodes remains in a quiescent or inactive state. In one useful embodiment pertaining to a system of the above type, that includes multiple root nodes, PCI switches, and PCI adapters available for sharing by different root nodes, a method is provided wherein the master root node is operated to configure routings through the PCI switches. Respective routings are configured between respective root nodes and the PCI adapters, wherein each of the configured routings corresponds to only one of the root nodes. A particular root node is enabled to access each of the PCI adapters that are included in any configured routing that corresponds to the particular root node. At the same time, the master root node writes into a particular root node only the configured routings that correspond to the particular root node. Thus, the particular root node is prevented from accessing an adapter that is not included in its corresponding routings.
    • 一种方法涉及在具有多个根节点的分布式计算机系统中使用主根节点来控制通过I / O交换结构的路由的配置。 一个根节点被指定为主根节点或PCI配置管理器(PCM),并且可操作以在每个其他根节点保持处于静态或非活动状态的同时执行配置。 在与上述类型的系统相关的一个有用的实施例中,其包括可用于不同根节点共享的多个根节点,PCI交换机和PCI适配器,提供了一种方法,其中主根节点被操作以配置通过PCI的路由 开关。 相应的路由被配置在相应的根节点和PCI适配器之间,其中每个配置的路由仅对应于根节点之一。 特定根节点能够访问包含在与特定根节点对应的任何配置的路由中的每个PCI适配器。 同时,主根节点将特定根节点只写入与特定根节点对应的已配置路由。 因此,防止特定根节点访问未包括在其对应的路由中的适配器。
    • 10. 发明授权
    • Midplane connector for blades
    • 用于刀片的中间板连接器
    • US07295446B2
    • 2007-11-13
    • US11323883
    • 2005-12-30
    • Martin J. CrippenWilliam G. HollandJames E. HughesDavid J. Jensen
    • Martin J. CrippenWilliam G. HollandJames E. HughesDavid J. Jensen
    • H01R12/16
    • H05K7/1492
    • A computer system includes a plurality of blade servers, a midplane, a supplemental midplane, and a peripheral device separate from the blade servers. The midplane includes a plurality of connectors connecting the midplane to the plurality of blade servers. The supplemental midplane is separate from the midplane and includes a body, a plurality of connectors, and a peripheral connector. The plurality of connectors are attached to the body and connect the supplemental midplane to the plurality of blade servers. The peripheral connector is attached to the body and connects the supplemental midplane to the peripheral device. The plurality of connectors of the supplemental midplane communicate with the peripheral connector of the supplemental midplane. The plurality of connectors of the supplemental midplane are configured to be removably connectable to the midplane.
    • 计算机系统包括与刀片服务器分离的多个刀片服务器,中平面,补充中平面和外围设备。 中间平面包括将中平面连接到多个刀片服务器的多个连接器。 补充中平面与中平面分离,并且包括主体,多个连接器和外围连接器。 多个连接器附接到主体并将辅助中平面连接到多个刀片服务器。 外围连接器连接到主体,并将辅助中平面连接到外围设备。 补充中平面的多个连接器与辅助中平面的外围连接器通信。 补充中平面的多个连接器被配置为可拆卸地连接到中平面。