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    • 56. 发明授权
    • Off-die termination module with a spring loaded pin in a DIMM socket
    • 脱模终端模块,弹簧加载销插入DIMM插槽
    • US07868652B1
    • 2011-01-11
    • US12632864
    • 2009-12-08
    • Moises CasesBhyrav M. MutnuryNam H. Pham
    • Moises CasesBhyrav M. MutnuryNam H. Pham
    • H03K17/16
    • G06F13/4086
    • Off-die termination module for terminating memory module signal lines in a computer memory subsystem, the computer memory subsystem including a memory controller and a DIMM socket, the memory controller coupled to the DIMM socket via a memory module signal line, the off-die termination module including: an off-die termination component configured to terminate the memory module signal line upon activation; and a spring loaded notch pin implemented as part of the DIMM socket, the spring loaded notch pin configured to toggle activation of the off-die termination component in dependence upon presence of a DIMM in the DIMM socket including activating the off-die termination component upon removal of a DIMM from the DIMM socket and deactivating the off-die termination component upon installation of a DIMM in the DIMM socket.
    • 用于终止计算机存储器子系统中的存储器模块信号线的裸片终端模块,所述计算机存储器子系统包括存储器控制器和DIMM插槽,所述存储器控制器经由存储器模块信号线耦合到所述DIMM插槽,所述离线端子 模块包括:非激活终端组件,被配置为在激活时终止所述存储器模块信号线; 以及作为所述DIMM插座的一部分实现的弹簧加载的凹口销,所述弹簧加载的凹口销被配置为根据DIMM插槽中存在的DIMM来切换所述离模端接部件的启动,包括在所述DIMM插座上激活所述离模终端组件 从DIMM插槽中取出DIMM,并在DIMM插槽中安装DIMM时停用裸片端接组件。
    • 58. 发明授权
    • Electromagnetic morphing apparatus for hot pluggable architected systems
    • 用于热插拔式架构系统的电磁变形装置
    • US07791227B2
    • 2010-09-07
    • US11858663
    • 2007-09-20
    • Moises CasesByron L. KrauterBhyrav M. MutnuryNam H. Pham
    • Moises CasesByron L. KrauterBhyrav M. MutnuryNam H. Pham
    • H01B7/30
    • H01P1/047H01R13/6464H05K1/0216H05K1/0231H05K1/0262H05K2201/093H05K2201/09309H05K2201/09663H05K2201/10189
    • In electronic devices with signal traces positioned between a ground layer and a voltage reference layer, systems and methods are provided for connecting a hot pluggable device to the electronic device in a manner that diminishes signal degradation due to parasitic effects. The first device has a second reference layer near the connector that connects to a second device voltage reference layer maintained at a given voltage level across the connector. In the first device near the connector the signal trace is positioned in between a ground layer of the first device and the second reference layer which is maintained at a given voltage by a voltage regulator of the second device. The signal return current travels past the second reference layer to a first reference layer of the first device which is maintained by the first device's voltage regulator through AC decoupling capacitors minimizing the current return path discontinuity.
    • 在具有位于接地层和电压参考层之间的信号迹线的电子设备中,提供了用于以可减少由于寄生效应引起的信号劣化的方式将热可插拔设备连接到电子设备的系统和方法。 第一设备具有连接器附近的第二参考层,其连接到跨连接器保持在给定电压电平的第二设备电压参考层。 在连接器附近的第一器件中,信号迹线位于第一器件的接地层和由第二器件的电压调节器保持在给定电压之间的第二参考层之间。 信号返回电流经过第二参考层行进到第一器件的第一参考层,该第一参考层由第一器件的电压调节器通过AC去耦电容器维持,使电流返回路径不连续性最小化。
    • 59. 发明授权
    • Method for performing memory diagnostics using a programmable diagnostic memory module
    • 使用可编程诊断存储器模块执行存储器诊断的方法
    • US07730369B2
    • 2010-06-01
    • US11840498
    • 2007-08-17
    • Moises CasesDaniel Mark DrepsBhyrav M. MutnuryNam H. PhamDaniel N. De Araujo
    • Moises CasesDaniel Mark DrepsBhyrav M. MutnuryNam H. PhamDaniel N. De Araujo
    • G11C29/00
    • G06F11/24
    • A method for performing memory diagnostics using a programmable diagnostic memory module provides enhanced testability of memory controller and memory subsystem design. The programmable diagnostic memory module includes an interface for communicating with an external diagnostic system, and the interface is used to transfer commands to the memory module to alter various behaviors of the memory module. The altered behaviors may be changing data streams that are written to the memory module to simulate errors, altering the timing and/or loading of the memory module signals, downloading programs for execution by a processor core within the memory module, changing driver strengths of output signals of the memory module, and manipulating in an analog domain, signals at terminals of the memory module such as injecting noise on power supply connections to the memory module. The memory module may emulate multiple selectable memory module types, and may include a complete storage array to provide standard memory module operation.
    • 使用可编程诊断存储器模块执行存储器诊断的方法提供了存储器控制器和存储器子系统设计的增强的可测试性。 可编程诊断存储器模块包括用于与外部诊断系统通信的接口,并且该接口用于将命令传送到存储器模块以改变存储器模块的各种行为。 改变的行为可能是改变被写入存储器模块的数据流,以模拟错误,改变存储器模块信号的定时和/或加载,下载由存储器模块内的处理器核心执行的程序,改变驱动器的输出强度 存储器模块的信号和在模拟域中的操作,在存储器模块的端子处发出信号,例如在与存储器模块的电源连接上注入噪声。 存储器模块可以模拟多个可选择的存储器模块类型,并且可以包括完整的存储阵列以提供标准存储器模块操作。