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    • 1. 发明授权
    • Chipset supporting a peripheral component interconnection express (PCI-E) architecture
    • 芯片组支持外围组件互连快速(PCI-E)架构
    • US07594058B2
    • 2009-09-22
    • US11267498
    • 2005-11-07
    • Peter ChiaChad TsaiJiin LaiEdward SuChih-Kuo Kao
    • Peter ChiaChad TsaiJiin LaiEdward SuChih-Kuo Kao
    • G06F13/36
    • G06F13/36
    • The present computing system using PCI-E architecture includes at least one first PCI-E port, a first port-arbiter, a first URD logic, a microprocessor, a DARD logic and a device arbiter. The first port-arbiter receives a data from the first PCI-E port. The first URD logic is coupled to said first port-arbiter. The first URD logic includes an onboard range table and a PCI-E device range table for detecting the data of onboard access or peer-to-peer access. The microprocessor receives and processes the data from the first URD logic for said onboard access. The DARD logic receives the data from the microprocessor. The DARD logic decodes a device range of a downstream request of the data. The device arbiter is coupled to the DARD logic and the first URD logic for dispatching the data to one of the first PCI-E port.
    • 使用PCI-E架构的本计算系统包括至少一个第一PCI-E端口,第一端口仲裁​​器,第一URD逻辑,微处理器,DARD逻辑和设备仲裁器。 第一个端口仲裁器从第一个PCI-E端口接收数据。 第一URD逻辑耦合到所述第一端口仲裁​​器。 第一个URD逻辑包括板载范围表和PCI-E设备范围表,用于检测板上访问或对等访问的数据。 微处理器接收并处理来自用于所述板载存取的第一URD逻辑的数据。 DARD逻辑从微处理器接收数据。 DARD逻辑解码数据的下游请求的设备范围。 设备仲裁器耦合到DARD逻辑和第一个URD逻辑,用于将数据分配到第一个PCI-E端口之一。
    • 2. 发明申请
    • Method and computer system using PCI-Express
    • 使用PCI-Express的方法和计算机系统
    • US20070106826A1
    • 2007-05-10
    • US11267498
    • 2005-11-07
    • Peter ChiaChad TsaiJiin LaiEdward SuChih-Kuo Kao
    • Peter ChiaChad TsaiJiin LaiEdward SuChih-Kuo Kao
    • G06F13/36
    • G06F13/36
    • The present computing system using PCI-E architecture includes at least one first PCI-E port, a first port-arbiter, a first URD logic, a microprocessor, a DARD logic and a device arbiter. The first port-arbiter receives a data from the first PCI-E port. The first URD logic is coupled to said first port-arbiter. The first URD logic includes an onboard range table and a PCI-E device range table for detecting the data of onboard access or peer-to-peer access. The microprocessor receives and processes the data from the first URD logic for said onboard access. The DARD logic receives the data from the microprocessor. The DARD logic decodes a device range of a downstream request of the data. The device arbiter is coupled to the DARD logic and the first URD logic for dispatching the data to one of the first PCI-E port.
    • 使用PCI-E架构的本计算系统包括至少一个第一PCI-E端口,第一端口仲裁​​器,第一URD逻辑,微处理器,DARD逻辑和设备仲裁器。 第一个端口仲裁器从第一个PCI-E端口接收数据。 第一URD逻辑耦合到所述第一端口仲裁​​器。 第一个URD逻辑包括板载范围表和PCI-E设备范围表,用于检测板上访问或对等访问的数据。 微处理器接收并处理来自用于所述板载存取的第一URD逻辑的数据。 DARD逻辑从微处理器接收数据。 DARD逻辑解码数据的下游请求的设备范围。 设备仲裁器耦合到DARD逻辑和第一个URD逻辑,用于将数据分配到第一个PCI-E端口之一。
    • 3. 发明申请
    • Method and Related Apparatus for Internal Data Accessing of Computer System
    • 计算机系统内部数据访问方法及相关装置
    • US20060085606A1
    • 2006-04-20
    • US11162407
    • 2005-09-09
    • Andrew SuJiin LaiChad Tsai
    • Andrew SuJiin LaiChad Tsai
    • G06F12/00
    • G06F13/404
    • Method and related apparatus for internal data accessing of a computer system. In a computer system, a peripheral can issue accessing requests for system memory space with or without snooping the central processing unit (CPU). While serving a peripheral of single virtual channel utilizing a chipset supporting multiple virtual channels, the present invention assigns accessing requests to different processing queues according to their snooping/non-snooping attributes, such that reading/non-snooping requests are directly routed to system memory. Also responses from system memory and CPU will be buffered in the chipset respectively utilizing buffer resources of different virtual channels. By applying accessing routing dispatch, data accessing efficiency efficient will be increased.
    • 用于计算机系统的内部数据访问的方法和相关装置。 在计算机系统中,外设可以通过或不侦听中央处理单元(CPU)来发出对系统内存空间的访问请求。 在使用支持多个虚拟信道的芯片组服务于单个虚拟信道的外设的同时,本发明根据其窥探/非窥探属性将访问请求分配给不同的处理队列,使得读/非窥探请求被直接路由到系统存储器 。 来自系统存储器和CPU的响应也将分别利用不同虚拟通道的缓冲资源在芯片组中进行缓冲。 通过应用访问路由调度,将提高数据访问效率。
    • 4. 发明授权
    • Method and related apparatus for internal data accessing of computer system
    • 计算机系统内部数据访问方法及相关装置
    • US07472232B2
    • 2008-12-30
    • US11162407
    • 2005-09-09
    • Andrew SuJiin LaiChad Tsai
    • Andrew SuJiin LaiChad Tsai
    • G06F12/00
    • G06F13/404
    • Method and related apparatus for internal data accessing of a computer system. In a computer system, a peripheral can issue accessing requests for system memory space with or without snooping the central processing unit (CPU). While serving a peripheral of single virtual channel utilizing a chipset supporting multiple virtual channels, the present invention assigns accessing requests to different processing queues according to their snooping/non-snooping attributes, such that reading/non-snooping requests are directly routed to a system memory. Also responses from system memory and CPU are buffered in the chipset respectively by utilizing buffer resources of different virtual channels. And by applying accessing routing dispatch, data accessing efficiency can be increased.
    • 用于计算机系统的内部数据访问的方法和相关装置。 在计算机系统中,外设可以通过或不侦听中央处理单元(CPU)来发出对系统内存空间的访问请求。 在使用支持多个虚拟通道的芯片组服务于单个虚拟信道的外设的同时,本发明根据其窥探/非窥探属性将访问请求分配给不同的处理队列,使得读取/非窥探请求被直接路由到系统 记忆。 还通过利用不同虚拟通道的缓冲资源,分别在芯片组中缓冲来自系统存储器和CPU的响应。 通过应用访问路由调度,可以提高数据访问效率。