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    • 1. 发明申请
    • Computer Peripheral Expansion Apparatus
    • 计算机外设扩展装置
    • US20110153899A1
    • 2011-06-23
    • US12644629
    • 2009-12-22
    • Alfredo AldereguiaCarl A. MorrellGrace A. Richter
    • Alfredo AldereguiaCarl A. MorrellGrace A. Richter
    • G06F13/20
    • G06F13/385
    • Computer peripheral expansion apparatus, methods of operation, and computer program products including blade peripheral expansion units (‘BPEUs’), each BPEU including a peripheral interconnect multiplexer coupled for peripheral interconnect data communications through an upstream peripheral interconnect bus (‘PIB’) segment to a host blade, the upstream PIB segment fanned out by the multiplexer into two or more peripheral downstream interconnect channels, the multiplexer connecting the upstream PIB segment to only one of the downstream channels at a time; and the two or more downstream peripheral interconnect channels, at least one of the downstream channels connected to at least one peripheral interconnect device (‘PID’) in the BPEU, the peripheral interconnect device being a device that communicates with the host blade according to a peripheral interconnect data communications protocol, one of the downstream channels configured to connect to an upstream PIB segment in another BPEU.
    • 计算机外设扩展装置,操作方法以及计算机程序产品,包括刀片外围设备扩展单元(BPEU),每个BPEU包括一个外设互连多路复用器,用于通过上游外设互连总线(“PIB”)段到外围互连数据通信 主机刀片,由多路复用器扇出的上游PIB段分成两个或更多个外围下游互连通道,多路复用器将上游PIB段一次连接到仅一条下游通道; 以及所述两个或更多个下游外围互连通道,所述下游通道中的至少一个连接到所述BPEU中的至少一个外围互连设备(“PID”),所述外围设备互连设备是根据主机刀片与所述主机刀片通信的设备 外围互连数据通信协议,其中一个下游通道被配置为连接到另一个BPEU中的上游PIB段。
    • 2. 发明授权
    • Computer peripheral expansion apparatus
    • 计算机外围设备
    • US08688887B2
    • 2014-04-01
    • US12644629
    • 2009-12-22
    • Alfredo AldereguiaCarl A MorrellGrace A. Richter
    • Alfredo AldereguiaCarl A MorrellGrace A. Richter
    • G06F13/00
    • G06F13/385
    • Computer peripheral expansion apparatus, methods of operation, and computer program products including blade peripheral expansion units (‘BPEUs’), each BPEU including a peripheral interconnect multiplexer coupled for peripheral interconnect data communications through an upstream peripheral interconnect bus (‘PIB’) segment to a host blade, the upstream PIB segment fanned out by the multiplexer into two or more peripheral downstream interconnect channels, the multiplexer connecting the upstream PIB segment to only one of the downstream channels at a time; and the two or more downstream peripheral interconnect channels, at least one of the downstream channels connected to at least one peripheral interconnect device (‘PID’) in the BPEU, the peripheral interconnect device being a device that communicates with the host blade according to a peripheral interconnect data communications protocol, one of the downstream channels configured to connect to an upstream PIB segment in another BPEU.
    • 计算机外设扩展装置,操作方法以及计算机程序产品,包括刀片外围设备扩展单元(BPEU),每个BPEU包括一个外设互连多路复用器,用于通过上游外设互连总线(“PIB”)段到外围互连数据通信 主机刀片,由多路复用器扇出的上游PIB段分成两个或更多个外围下游互连通道,多路复用器将上游PIB段一次连接到仅一条下游通道; 以及所述两个或更多个下游外围互连通道,所述下游通道中的至少一个连接到所述BPEU中的至少一个外围互连设备(“PID”),所述外围设备互连设备是根据主机刀片与所述主机刀片通信的设备 外围互连数据通信协议,其中一个下游通道被配置为连接到另一个BPEU中的上游PIB段。
    • 8. 发明申请
    • Updating Programmable Logic Devices
    • 更新可编程逻辑器件
    • US20120204021A1
    • 2012-08-09
    • US13443329
    • 2012-04-10
    • Alfredo AldereguiaGrace A. RichterWilliam B. Schwartz
    • Alfredo AldereguiaGrace A. RichterWilliam B. Schwartz
    • G06F15/177
    • G06F15/177G06F1/24G06F8/65G06F9/00G06F9/4401G06F9/4406G06F21/572
    • Updating programmable logic devices (‘PLDs’) in a symmetric multiprocessing (‘SMP’) computer, each compute node of the SMP computer including a PLD coupled for data communications through a bus adapter, the bus adapter adapted for data communications through a set of one or more input/output (‘I/O’) memory addresses, including configuring the primary compute node with an update of the configuration instructions for the PLDs; assigning, by the PLDs at boot time in an SMP boot, a unique, separate set of one or more I/O addresses to each bus adapter on each compute node; and providing, by the primary compute node during the SMP boot, the update to all compute nodes, writing the update as a data transfer to each of the PLDs through each bus adapter at the unique, separate set of one or more I/O addresses for each bus adapter.
    • 在对称多处理(“SMP”)计算机中更新可编程逻辑器件(“PLD”),SMP计算机的每个计算节点包括耦合用于通过总线适配器进行数据通信的PLD,总线适配器适于通过一组 一个或多个输入/输出('I / O')存储器地址,包括使用PLD的配置指令的更新配置主计算节点; 在引导时,PLD在SMP引导中为每个计算节点上的每个总线适配器分配独特的一组一个或多个I / O地址; 并且在SMP引导期间由主计算节点向所有计算节点提供更新,通过每个总线适配器以唯一的单独的一个或多个I / O地址集合将更新作为数据传输写入每个PLD 为每个总线适配器。
    • 9. 发明授权
    • Updating programmable logic devices
    • 更新可编程逻辑器件
    • US08225081B2
    • 2012-07-17
    • US12486132
    • 2009-06-17
    • Alfredo AldereguiaGrace A. RichterWilliam B. Schwartz
    • Alfredo AldereguiaGrace A. RichterWilliam B. Schwartz
    • G06F15/177
    • G06F15/177G06F1/24G06F8/65G06F9/00G06F9/4401G06F9/4406G06F21/572
    • Updating programmable logic devices (‘PLDs’) in a symmetric multiprocessing (‘SMP’) computer, each compute node of the SMP computer including a PLD coupled for data communications through a bus adapter, the bus adapter adapted for data communications through a set of one or more input/output (‘I/O’) memory addresses, including configuring the primary compute node with an update of the configuration instructions for the PLDs; assigning, by the PLDs at boot time in an SMP boot, a unique, separate set of one or more I/O addresses to each bus adapter on each compute node; and providing, by the primary compute node during the SMP boot, the update to all compute nodes, writing the update as a data transfer to each of the PLDs through each bus adapter at the unique, separate set of one or more I/O addresses for each bus adapter.
    • 在对称多处理(“SMP”)计算机中更新可编程逻辑器件(“PLD”),SMP计算机的每个计算节点包括耦合用于通过总线适配器进行数据通信的PLD,总线适配器适于通过一组 一个或多个输入/输出('I / O')存储器地址,包括使用PLD的配置指令的更新配置主计算节点; 在引导时,PLD在SMP引导中为每个计算节点上的每个总线适配器分配独特的一组一个或多个I / O地址; 并且在SMP引导期间由主计算节点向所有计算节点提供更新,通过每个总线适配器以唯一的单独的一个或多个I / O地址集合将更新作为数据传输写入每个PLD 为每个总线适配器。
    • 10. 发明授权
    • Accessing a logic device through a serial interface
    • 通过串行接口访问逻辑设备
    • US08560807B2
    • 2013-10-15
    • US13325432
    • 2011-12-14
    • Alfredo AldereguiaJames J. ParsoneseGrace A. RichterChristopher L. Wood
    • Alfredo AldereguiaJames J. ParsoneseGrace A. RichterChristopher L. Wood
    • G06F12/00
    • G06F12/02G06F2212/206H03K19/173
    • Methods, apparatuses, and computer program products for accessing a logic device through a serial interface are provided. Embodiments include receiving, by the serial interface of the logic device, a first data access request indicating a non-linear address mode, wherein the first data access request includes: a non-linear address corresponding to a non-linear index specifying a plurality of non-linear addresses, the non-linear index associating each non-linear address with one of the plurality of registers; a data count indicating an amount of data to be accessed in the first data access request; and a page offset value indicating within a register, a starting page to perform the first data access request. Embodiments also include identifying in the non-linear address mode a location within the logic device based on the non-linear address and the starting page; and performing at the identified location, by the logic device, a serial transaction in accordance with the first data access request.
    • 提供了通过串行接口访问逻辑设备的方法,设备和计算机程序产品。 实施例包括通过逻辑设备的串行接口接收指示非线性地址模式的第一数据访问请求,其中第一数据访问请求包括:与非线性索引对应的非线性地址,其指定多个 非线性地址,所述非线性索引将每个非线性地址与所述多个寄存器之一相关联; 指示在第一数据访问请求中要访问的数据量的数据计数; 以及指示在寄存器内的页面偏移值,用于执行第一数据访问请求的起始页。 实施例还包括基于非线性地址和起始页在非线性地址模式中识别逻辑设备内的位置; 以及通过逻辑设备在所识别的位置处执行根据第一数据访问请求的串行事务。