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    • 126. 发明授权
    • Data processing system with backplane and processor books configurable to support both technical and commercial workloads
    • 具有背板和处理器书籍的数据处理系统可配置为支持技术和商业工作负载
    • US07526631B2
    • 2009-04-28
    • US10425421
    • 2003-04-28
    • Ravi Kumar ArimilliVicente Enrique ChungJody Bern JoynerJerry Don Lewis
    • Ravi Kumar ArimilliVicente Enrique ChungJody Bern JoynerJerry Don Lewis
    • G06F15/00G06F15/76
    • G06F15/8007
    • A processor book designed to support both commercial workloads and technical workloads based on a dynamic or static mechanism of reconfiguring the external wiring interconnect. The processor book is configured as a building block for commercial workload processing systems with external connector buses (ECBs). The processor book is also provided with routing logic to enable to ECBs to be utilized for either book-to-book routing or routing within the same processor book. A table specific wiring scheme is provided for coupling the ECBs running off the chips of one MCM to the chips of the second MCM on the processor book so that the chips of the first MCM are connected directly to the chips of a second MCM that is logically furthest away and vice versa. Once the wiring of the ECBs are completed according to the wiring scheme, the operational and functional characteristics reflect those of a processor book configured for technical workloads.
    • 基于重新配置外部接线互连的动态或静态机制,处理器书旨在支持商业工作负载和技术工作负载。 处理器书被配置为具有外部连接器总线(ECB)的商业工作负载处理系统的构建块。 处理器手册还提供了路由逻辑,以使ECB能够用于同一处理器书中的书本到书籍路由或路由。 提供了一种表格特定的布线方案,用于将一个MCM的芯片上运行的ECB与处理器簿上的第二个MCM的芯片耦合,使得第一个MCM的芯片直接连接到逻辑上的第二个MCM的芯片 最远的地方,反之亦然。 一旦根据布线方案完成了ECB的接线,则其操作和功能特征反映了为技术工作负载配置的处理器书。
    • 127. 发明申请
    • DATA PROCESSING SYSTEM WITH BACKPLANE AND PROCESSOR BOOKS CONFIGURABLE TO SUPPPRT BOTH TECHNICAL AND COMMERCIAL WORKLOADS
    • 具有背板和处理器书的数据处理系统可配置以支持两种技术和商业工作
    • US20080209163A1
    • 2008-08-28
    • US12118199
    • 2008-05-09
    • Ravi Kumar ArimilliVicente Enrique ChungJody Bern JoynerJerry Don Lewis
    • Ravi Kumar ArimilliVicente Enrique ChungJody Bern JoynerJerry Don Lewis
    • G06F15/76
    • G06F15/8007
    • A processor book designed to support both commercial workloads and technical workloads based on a dynamic or static mechanism of reconfiguring the external wiring interconnect. The processor book is configured as a building block for commercial workload processing systems with external connector buses (ECBs). The processor book is also provided with routing logic to enable to ECBs to be utilized for either book-to-book routing or routing within the same processor book. A table specific wiring scheme is provided for coupling the ECBs running off the chips of one MCM to the chips of the second MCM on the processor book so that the chips of the first MCM are connected directly to the chips of a second MCM that is logically furthest away and vice versa. Once the wiring of the ECBs are completed according to the wiring scheme, the operational and functional characteristics reflect those of a processor book configured for technical workloads.
    • 基于重新配置外部接线互连的动态或静态机制,处理器书旨在支持商业工作负载和技术工作负载。 处理器书被配置为具有外部连接器总线(ECB)的商业工作负载处理系统的构建块。 处理器手册还提供了路由逻辑,以使ECB能够用于同一处理器书中的书本到书籍路由或路由。 提供了一种表格特定的布线方案,用于将一个MCM的芯片上运行的ECB与处理器簿上的第二个MCM的芯片耦合,使得第一个MCM的芯片直接连接到逻辑上的第二个MCM的芯片 最远的地方,反之亦然。 一旦根据布线方案完成了ECB的接线,则其操作和功能特征反映了为技术工作负载配置的处理器书。
    • 128. 发明授权
    • Multiprocessor data processing system having a data routing mechanism regulated through control communication
    • 具有通过控制通信调节的数据路由机制的多处理器数据处理系统
    • US07007128B2
    • 2006-02-28
    • US10752835
    • 2004-01-07
    • Ravi Kumar ArimilliJerry Don LewisVicente Enrique ChungJody Bern Joyner
    • Ravi Kumar ArimilliJerry Don LewisVicente Enrique ChungJody Bern Joyner
    • G06F13/00
    • G06F13/4027
    • A data interconnect and routing mechanism reduces data communication latency, supports dynamic route determination based upon processor activity level/traffic, and implements an architecture that supports scalable improvements in communication frequencies. In one implementation, a data processing system includes at least first through third processing units, data storage coupled to the plurality of processing units, and an interconnect fabric. The interconnect fabric includes at least a first data bus coupling the first processing unit to the second processing unit and a second data bus coupling the third processing unit to the second processing unit so that the first and third processing units can transmit data traffic to the second processing unit. The data processing system further includes a control channel coupling the first and third processing units. The first processing unit requests approval from the third processing unit via the control channel to transmit a data communication to the second processing unit, and the third processing unit approves or delays transmission of the data communication in a response transmitted via the control channel.
    • 数据互连和路由机制减少数据通信延迟,支持基于处理器活动级别/流量的动态路由确定,并实现支持通信频率可扩展改进的架构。 在一个实现中,数据处理系统至少包括第一到第三处理单元,耦合到多个处理单元的数据存储器和互连结构。 所述互连结构至少包括将所述第一处理单元耦合到所述第二处理单元的第一数据总线和将所述第三处理单元耦合到所述第二处理单元的第二数据总线,使得所述第一处理单元和所述第三处理单元可以向第二处理单元 处理单元。 数据处理系统还包括耦合第一和第三处理单元的控制通道。 第一处理单元经由控制信道从第三处理单元请求批准,以将数据通信发送到第二处理单元,并且第三处理单元在经由控制信道发送的响应中批准或延迟数据通信的传输。
    • 130. 发明授权
    • Multi-node data processing system having a non-hierarchical interconnect architecture
    • 具有非分层互连架构的多节点数据处理系统
    • US06671712B1
    • 2003-12-30
    • US09436898
    • 1999-11-09
    • Ravi Kumar ArimilliJames Stephen Fields, Jr.Guy Lynn GuthrieJody Bern JoynerJerry Don Lewis
    • Ravi Kumar ArimilliJames Stephen Fields, Jr.Guy Lynn GuthrieJody Bern JoynerJerry Don Lewis
    • G06F1516
    • G06F13/4217
    • A data processing system includes a plurality of nodes, which each contain at least one agent, and data storage accessible to agents within the nodes. The plurality of nodes are coupled by a non-hierarchical interconnect including multiple non-blocking uni-directional address channels and at least one uni-directional data channel. The agents, which are each coupled to and snoop transactions on all of the plurality of address channels, can only issue transactions on an associated address channel. The uni-directional channels employed by the present non-hierarchical interconnect architecture permit high frequency pumped operation not possible with conventional bi-directional shared system buses. In addition, access latencies to remote (cache or main) memory incurred following local cache misses are greatly reduced as compared with conventional hierarchical systems because of the absence of inter-level (e.g., bus acquisition) communication latency. The non-hierarchical interconnect architecture also permits design flexibility in that the segment of the interconnect within each node can be independently implemented by a set of buses or as a switch, depending upon cost and performance considerations.
    • 数据处理系统包括多个节点,每个节点包含至少一个代理,以及节点内的代理可访问的数据存储。 多个节点通过包括多个非阻塞单向地址信道和至少一个单向数据信道的非分层互连来耦合。 在所有多个地址信道上分别耦合到并且窥探事务的代理只能在相关联的地址信道上发布事务。 当前的非分层互连架构采用的单向信道允许高频抽运操作对于传统的双向共享系统总线是不可能的。 另外,与传统分层系统相比,由于没有层间(例如,总线采集)通信延迟,与本地高速缓存未命中所产生的远程(高速缓存或主)存储器的访问延迟大大降低。 非分层互连架构还允许设计灵活性,因为根据成本和性能考虑,每个节点内的互连部分可以由一组总线或开关单独地实现。