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    • 2. 发明授权
    • Method and system for partitioning a verification testbench
    • 用于分区验证测试平台的方法和系统
    • US09529963B1
    • 2016-12-27
    • US14859158
    • 2015-09-18
    • PMC-SIERRA US, INC.
    • Theodore Andrew Wilson
    • G06F17/50G01R31/28
    • G01R31/2851G01R31/31835G01R31/318357
    • A method of partitioning a verification test bench, the method comprising: receiving a source code of the verification test bench, the source code comprising reactive components for sending test traffic to a design under test (DUT) and for receiving test traffic from the DUT, the source code further comprising analytic components for verifying the test traffic between the reactive components and the DUT; identifying the analytic components in the source code; compiling the reactive components and the DUT into a first executable test bench that can be run in a regression to generate test traffic between the reactive components and the DUT; and compiling the analytic components into a second executable test bench that can be run separately from the first executable test bench in order to verify the test traffic.
    • 一种对验证测试台进行分区的方法,所述方法包括:接收验证测试台的源代码,所述源代码包括用于将测试业务发送到被测设计(DUT)的反应组件,以及用于从DUT接收测试业务, 所述源代码还包括用于验证所述无功部件和所述DUT之间的所述测试业务的分析部件; 识别源代码中的分析组件; 将无功组件和DUT编译成可在回归中运行以在无功组件和DUT之间产生测试业务的第一可执行测试台; 并将分析组件编译成可以与第一个可执行测试台分开运行的第二个可执行测试台,以验证测试流量。
    • 4. 发明授权
    • Method and switch for transferring transactions between switch domains
    • 用于在交换机域之间传输事务的方法和交换机
    • US09336173B1
    • 2016-05-10
    • US14136476
    • 2013-12-20
    • PMC-Sierra US, Inc.
    • Richard David SodkeKuan Hua TanRobert Kristian WatsonLarrie Simon Carr
    • G06F13/40
    • G06F13/4022G06F3/0619G06F3/0665G06F3/0689G06F13/4027G06F13/4282
    • The disclosure generally relates to a PCIe switch that includes a selectively transparent bridge that selectively allows transactions to traverse between multiple PCIe domains without the encumbrance of each root complex entity requiring knowledge of the selectively transparent bridge. The bridge that enables the transactions is invisible to the root complex entity in a host and drive switch domain of the PCIe switch. No address translation of the transactions is required because the drive switch domain address map is a subset of the host switch domain address map. The bridge allows for extremely low latency transactions between host systems and storage drives because the bridge allows the storage drive to read the Direct Memory Access (DMA) Scatter-Gather List (SGL) directly from host memory. The bridge also allows I/O data reads and writes from the storage drive directly to the host memory without store and forward within a RAID controller's memory.
    • 本公开通常涉及PCIe交换机,其包括选择性地透明的桥,其选择性地允许事务在多个PCIe域之间穿越,而不需要知道选择性透明桥的每个根复杂实体的阻碍。 启用交易的网桥对于PCIe交换机的主机和驱动器交换机域中的根复合实体是不可见的。 由于驱动交换机域地址映射是主机交换机域地址映射的子集,所以不需要交易的地址转换。 桥接器允许在主机系统和存储驱动器之间进行极低延迟的交易,因为该桥接器允许存储驱动器直接从主机存储器读取直接存储器访问(DMA)分散收集列表(SGL)。 桥接器还允许从存储驱动器将I / O数据读取和写入直接存储到主机存储器,而无需在RAID控制器的存储器内存储和转发。
    • 10. 发明授权
    • Systems and methods for clock path single-ended DCD and skew correction
    • 时钟路径单端DCD和偏差校正的系统和方法
    • US09219470B1
    • 2015-12-22
    • US13873817
    • 2013-04-30
    • PMC-SIERRA US, INC.
    • Michael Ben Venditti
    • G06F1/04G06F11/00H03K3/017
    • H03K5/1565
    • A circuit and method for improving signal integrity characteristics of a non-full rate transmitter are disclosed herein. The circuit comprises an actuator block having an input for receiving a differential clock signal, the differential clock signal comprising a positive clock signal and a negative clock signal, the actuator configured to adjust a difference between the positive and negative clock signals; a sensing block, for sensing a difference between positive and negative signals of a differential signal, the differential signal being related to the clock signal; and a calibration block for providing a control signal to the actuator based on the sensed difference between the positive and negative signals.
    • 本文公开了一种用于改善非全速率发射器的信号完整性特性的电路和方法。 所述电路包括具有用于接收差分时钟信号的输入的致动器块,所述差分时钟信号包括正时钟信号和负时钟信号,所述致动器被配置为调整所述正时钟信号和所述正时钟信号之间的差; 感测块,用于感测差分信号的正和负信号之间的差异,差分信号与时钟信号有关; 以及校准块,用于基于感测到的正和负信号的差异向致动器提供控制信号。