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    • 3. 发明申请
    • AC SUPPLY NOISE REDUCTION IN A 3D STACK WITH VOLTAGE SENSING AND CLOCK SHIFTING
    • 在具有电压感测和时钟转换的3D堆叠中的交流电噪声减少
    • US20130049828A1
    • 2013-02-28
    • US13217406
    • 2011-08-25
    • JAE-JOON KIMYU-SHIANG LINLIANG-TECK PANGJOEL A. SILBERMAN
    • JAE-JOON KIMYU-SHIANG LINLIANG-TECK PANGJOEL A. SILBERMAN
    • H03L7/06
    • G06F1/10G06F1/26H01L25/0657H01L2224/16145
    • There is provided an alternating current supply noise reducer for a 3D chip stack having two or more strata. Each of the strata has a respective one of a plurality of power distribution circuits and a respective one of a plurality of clock distribution circuits arranged thereon. The alternating current supply noise reducer includes a plurality of voltage droop sensors and a plurality of skew adjustors. The plurality of voltage droop sensors is for detecting alternating current supply noise in the plurality of power distribution circuits. One or more voltage droop sensors are respectively arranged on at least some of the strata. The plurality of skew adjusters are for delaying one or more clock signals provided by the plurality of clock distribution circuits responsive to an amount of the alternating current supply noise. Each skew adjuster is respectively arranged on the at least some of the strata.
    • 提供了一种具有两层或多层的3D芯片堆叠的交流电源降噪器。 每个层具有多个配电电路中的相应一个和布置在其上的多个时钟分配电路中的相应一个。 交流电源降噪器包括多个电压下降传感器和多个偏斜调整器。 多个电压下降传感器用于检测多个配电电路中的交流电源噪声。 一个或多个电压下降传感器分别布置在至少一些层上。 多个偏斜调整器用于响应于交流电源噪声的量来延迟由多个时钟分配电路提供的一个或多个时钟信号。 每个偏斜调节器分别布置在至少一些层上。
    • 6. 发明申请
    • Method and System for Restoring Register Mapper States for an Out-Of-Order Microprocessor
    • 用于为无序微处理器恢复寄存器映射器状态的方法和系统
    • US20080195850A1
    • 2008-08-14
    • US11674754
    • 2007-02-14
    • Christopher M. AbernathyMary D. BrownDung Q. NguyenJoel A. Silberman
    • Christopher M. AbernathyMary D. BrownDung Q. NguyenJoel A. Silberman
    • G06F9/38
    • G06F9/3863G06F9/3802G06F9/384G06F9/3842G06F9/3885
    • A method of restoring register mapper states for an out-of-order microprocessor. A processor maps a logical register to a physical register in a map table in response to a first instruction. Instruction sequencing logic records a second speculatively executed instruction as a most recently dispatched instruction in the map table when the second instruction maps the same logical register of the first instruction. The instruction sequencing logic sets an evictor instruction tag (ITAG) of the first instruction in the map table when the second instruction maps a same logical register of the first instruction. The instruction sequencing logic detects mispredicted speculative instructions, determines which instructions in the map table were dispatched prior to the mispredicted speculative instructions, and restores the map table to a state prior to the mispredicted speculative instructions by utilizing the evictor ITAG to restore one or more A bits in the map table data structure.
    • 一种恢复无序微处理器的寄存器映射器状态的方法。 处理器响应于第一指令将逻辑寄存器映射到地图表中的物理寄存器。 当第二指令映射第一指令的相同逻辑寄存器时,指令排序逻辑将第二推测执行指令记录为映射表中最近调度的指令。 当第二指令映射第一指令的相同逻辑寄存器时,指令排序逻辑设置映射表中的第一指令的撤销指令标签(ITAG)。 指令排序逻辑检测误预测的推测指令,确定映射表中的哪些指令在误预测的推测指令之前被分派,并且通过利用驱逐者ITAG恢复一个或多个A,将映射表恢复到误预测的推测指令之前的状态 位图中的数据结构。