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    • 5. 发明授权
    • Apparatus and method for data capture using a read preamble
    • 使用读取前同步码进行数据采集的装置和方法
    • US08140778B1
    • 2012-03-20
    • US12880018
    • 2010-09-10
    • Qamrul HasanClifford Alan ZitlawStephan RosnerDubois Sylvain
    • Qamrul HasanClifford Alan ZitlawStephan RosnerDubois Sylvain
    • G06F13/00G06F13/28H04L7/00
    • G11C7/1093G11C29/022G11C29/028
    • A data capturing device is provided. The data capturing device includes a data capturing device controller and data capturing components. The data capturing device is arranged to send a burst read command. Each of the data capturing components includes a DLL component, a data sampling component, a comparison component, and a valid clock calculation component. The DLL component is arranged to provide clock signals. The data sampling component is arranged to receive a serial data signal that includes a read preamble, where the read preamble includes a training pattern, and to sample the serial data signal with each of the clock signals. The comparison component is arranged to compare each of the sampled data signals with an expected training pattern. The valid clock calculation component is arranged to, based on the comparisons, select one of the clock signals as the valid clock signal for locking the DLL component to.
    • 提供数据采集装置。 数据采集​​装置包括数据采集装置控制器和数据采集部件。 数据捕获装置被配置为发送突发读取命令。 每个数据捕获组件包括DLL组件,数据采样组件,比较组件和有效时钟计算组件。 DLL组件被设置成提供时钟信号。 数据采样部件被布置为接收包括读取前置码的串行数据信号,其中读取前同步码包括训练模式,并且利用每个时钟信号对串行数据信号进行采样。 比较部件被布置为将每个采样数据信号与预期的训练模式进行比较。 有效时钟计算部件被配置为基于比较,选择一个时钟信号作为用于锁定DLL组件的有效时钟信号。
    • 6. 发明授权
    • Replacing reset pin in buses while guaranteeing system recovery
    • 在保证系统恢复的同时,更换总线中的复位引脚
    • US07840900B1
    • 2010-11-23
    • US12433499
    • 2009-04-30
    • Stephan RosnerQamrul HasanRoger Dwain Isaac
    • Stephan RosnerQamrul HasanRoger Dwain Isaac
    • G06F15/00G06F13/00
    • G06F1/24G06F1/22G06F11/0757
    • Systems and methods are disclosed that replace a separate reset pin in a bus with a reset command that guarantees a system recovery. The system comprises a host component circuitry residing on a first chip and a client component circuitry residing on a second, different chip. A bus connects the host component circuitry to the client component circuitry. The host component circuitry is configured to transfer an initial client value associated with a client component time period to the client component circuitry over the bus on a periodic time basis. The periodic time basis is dictated by a host component time period and the client component time period is greater than the host component time period. The client component circuitry is configured to initiate a reset procedure if the client component time period expires which indicates that the initial client value was not received at a next time on the periodic time basis dictated by the host component time period.
    • 公开了一种系统和方法,用一个复位命令来代替总线中的一个单独的复位引脚,保证系统恢复。 该系统包括驻留在第一芯片上的主机组件电路和驻留在第二不同芯片上的客户端组件电路。 总线将主机组件电路连接到客户端组件电路。 主机组件电路被配置为以周期性的时间通过总线将与客户端组件时间段相关联的初始客户端值传送到客户端组件电路。 周期时间基准由主机组件时间段指定,并且客户端组件时间段大于主机组件时间段。 如果客户端组件时间段到期,则客户端组件电路被配置为启动重置过程,其指示在由主机组件时间段指定的周期时间基础上的下一次未接收到初始客户端值。
    • 8. 发明授权
    • Fully associative banking for memory
    • 充分结合银行记忆
    • US08230154B2
    • 2012-07-24
    • US11625150
    • 2007-01-19
    • Roger IsaacStephan RosnerQamrul HasanJeremy Mah
    • Roger IsaacStephan RosnerQamrul HasanJeremy Mah
    • G06F12/06
    • G06F9/5016G11C15/00G11C16/26
    • A system is provided that facilitates read access in a memory device. The system comprises a plurality of row addresses buffers that store high order addresses associated with one or more software threads. The system further comprises a plurality of row data buffers. The row data buffers are each associated with at least one row address buffer and store row data within the range of the high order addresses of the row address buffers. The system increase memory device performance by limiting the latency associated with context switching. The plurality of row address buffers and row data buffers enables software threads to associate with one or more buffers and maintain efficient subsequent memory accesses despite context switching.
    • 提供了一种促进存储器件中的读取访问的系统。 该系统包括存储与一个或多个软件线程相关联的高阶地址的多个行地址缓冲器。 系统还包括多个行数据缓冲器。 行数据缓冲器各自与至少一个行地址缓冲器相关联,并且在行地址缓冲器的高位地址的范围内存储行数据。 该系统通过限制与上下文切换相关的延迟来增加存储器件性能。 多个行地址缓冲器和行数据缓冲器使得软件线程能够与一个或多个缓冲器相关联,并且尽管上下文切换来维持有效的后续存储器访问。
    • 10. 发明申请
    • FULLY ASSOCIATIVE BANKING FOR MEMORY
    • 全面的联想银行记忆
    • US20080177930A1
    • 2008-07-24
    • US11625150
    • 2007-01-19
    • Roger IsaacStephan RosnerQamrul HasanJeremy Mah
    • Roger IsaacStephan RosnerQamrul HasanJeremy Mah
    • G06F12/02
    • G06F9/5016G11C15/00G11C16/26
    • A system is provided that facilitates read access in a memory device. The system comprises a plurality of row addresses buffers that store high order addresses associated with one or more software threads. The system further comprises a plurality of row data buffers. The row data buffers are each associated with at least one row address buffer and store row data within the range of the high order addresses of the row address buffers. The system increase memory device performance by limiting the latency associated with context switching. The plurality of row address buffers and row data buffers enables software threads to associate with one or more buffers and maintain efficient subsequent memory accesses despite context switching.
    • 提供了一种促进存储器件中的读取访问的系统。 该系统包括存储与一个或多个软件线程相关联的高阶地址的多个行地址缓冲器。 系统还包括多个行数据缓冲器。 行数据缓冲器各自与至少一个行地址缓冲器相关联,并且在行地址缓冲器的高位地址的范围内存储行数据。 该系统通过限制与上下文切换相关的延迟来增加存储器件性能。 多个行地址缓冲器和行数据缓冲器使得软件线程能够与一个或多个缓冲器相关联,并且尽管上下文切换来维持有效的后续存储器访问。