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    • 1. 发明申请
    • Method and apparatus to align and standardize packet based parallel interfaces
    • 调整和标准化基于数据包的并行接口的方法和装置
    • US20090257451A1
    • 2009-10-15
    • US12082380
    • 2008-04-10
    • Eugene SaghiRichard L. SolomonRobert E. Ward
    • Eugene SaghiRichard L. SolomonRobert E. Ward
    • H04L29/02
    • G06F13/385H04L1/0061
    • A packet alignment system for pre-processing/aligning incoming packets may comprise one or more registers for receiving control signals and data signals. An aligner may cyclically shift said data signals to form a plurality of shifted data words. A plurality of pipe registers may collect and generate an adjusted control signal for each one of the plurality of shifted data words. A filtering logic may identify one of the plurality of shifted data words as a desired aligned data word. The filter logic may also be configured for registering header data, payload data and ECRC data contained in the desired aligned data word in a header register, a payload register and an ECRC register, respectively. An output interface may generate an outgoing signal and provide data from at least one of the header register, the payload register and the ECRC register.
    • 用于预处理/对准输入分组的分组对准系统可以包括用于接收控制信号和数据信号的一个或多个寄存器。 对准器可循环移位所述数据信号以形成多个移位数据字。 多个管道寄存器可以针对多个移位数据字中的每一个收集并产生经调整的控制信号。 滤波逻辑可以将多个移位的数据字中的一个识别为期望对准的数据字。 滤波器逻辑还可以被配置用于分别在头部寄存器,有效载荷寄存器和ECRC寄存器中注册包含在期望对准的数据字中的头部数据,有效载荷数据和ECRC数据。 输出接口可以产生输出信号并且从头部寄存器,有效载荷寄存器和ECRC寄存器中的至少一个提供数据。
    • 2. 发明授权
    • Method and apparatus to align and standardize packet based parallel interfaces
    • 调整和标准化基于数据包的并行接口的方法和装置
    • US07701977B2
    • 2010-04-20
    • US12082380
    • 2008-04-10
    • Eugene SaghiRichard L. SolomonRobert E. Ward
    • Eugene SaghiRichard L. SolomonRobert E. Ward
    • H04J3/00
    • G06F13/385H04L1/0061
    • A packet alignment system for pre-processing/aligning incoming packets may comprise one or more registers for receiving control signals and data signals. An aligner may cyclically shift said data signals to form a plurality of shifted data words. A plurality of pipe registers may collect and generate an adjusted control signal for each one of the plurality of shifted data words. A filtering logic may identify one of the plurality of shifted data words as a desired aligned data word. The filter logic may also be configured for registering header data, payload data and ECRC data contained in the desired aligned data word in a header register, a payload register and an ECRC register, respectively. An output interface may generate an outgoing signal and provide data from at least one of the header register, the payload register and the ECRC register.
    • 用于预处理/对准输入分组的分组对准系统可以包括用于接收控制信号和数据信号的一个或多个寄存器。 对准器可循环移位所述数据信号以形成多个移位数据字。 多个管道寄存器可以针对多个移位数据字中的每一个收集并产生经调整的控制信号。 滤波逻辑可以将多个移位的数据字中的一个识别为期望对准的数据字。 滤波器逻辑还可以被配置用于分别在头部寄存器,有效载荷寄存器和ECRC寄存器中注册包含在期望对准的数据字中的头部数据,有效载荷数据和ECRC数据。 输出接口可以产生输出信号并且从头部寄存器,有效载荷寄存器和ECRC寄存器中的至少一个提供数据。
    • 4. 发明授权
    • Method and apparatus of establishing a dynamically adjustable loop of delayed read commands for completion in a queue buffer
    • 在队列缓冲区中建立延迟读取命令的动态可调循环的方法和装置,用于完成
    • US06968409B1
    • 2005-11-22
    • US09942390
    • 2001-08-29
    • Richard L. SolomonEugene Saghi
    • Richard L. SolomonEugene Saghi
    • G06F13/00G06F13/38
    • G06F13/385
    • A loop of delayed read commands is established from a larger set of queued commands. Upon recognizing a delay in completing a first read command which is followed by a second read command, the loop is established by setting loop start pointer to identify the first delayed read command and setting a loop end pointer to identify the second read command. Upon recognizing a delay in completing the second read command which is followed by a third read command, the loop end pointer is advanced to identify the third read command. All of the read commands in the loop at and between the loop start pointer and the loop end pointer are completed before attempting to complete other commands in the queue not within the loop.
    • 从更大的排队命令集建立延迟读命令循环。 在识别出完成第一读取命令的延迟,其后面是第二读取命令时,通过设置循环开始指针来建立循环以识别第一延迟读取命令并设置循环结束指针以识别第二读取命令。 当识别到完成第二读取命令的延迟,其后面是第三读取命令时,循环结束指针被提前以识别第三读取命令。 在循环开始指针和循环结束指针之间的循环中的所有读取命令都将在尝试完成队列中不在循环内的其他命令之前完成。
    • 6. 发明申请
    • METHODS AND STRUCTURE FOR CORRELATING MULTIPLE TEST OUTPUTS OF AN INTEGRATED CIRCUIT ACQUIRED DURING SEPARATE INSTANCES OF AN EVENT
    • 在事件的独立事件中获取的集成电路的多个测试输出的方法和结构
    • US20130262945A1
    • 2013-10-03
    • US13434940
    • 2012-03-30
    • Eugene SaghiJeffrey K. WhittJoshua P. Sinykin
    • Eugene SaghiJeffrey K. WhittJoshua P. Sinykin
    • G01R31/3177G06F11/25
    • G01R31/31705G01R31/31707
    • Methods and structure for correlating multiple sets of test output signals in time are provided. The structure includes an integrated circuit comprising a block of circuitry that generates internal operational signals. The circuit also comprises a test multiplexer (MUX) hierarchy that selects subsets of the internal signals and applies the subsets to a testing element. A clock generator generates a clock signal for the selected signals. A test logic timer receives the clock signal and increments a counter value, and applies the counter value to the testing element. An event detector resets the counter value upon detection of an event, such that a first subset of the internal signals acquired from the test MUX hierarchy acquired responsive to detection of a first instance of the event may be correlated in time with a second subset of the internal signals acquired responsive to detection of a second instance of the event.
    • 提供了对多组测试输出信号进行时间相关的方法和结构。 该结构包括集成电路,其包括产生内部操作信号的电路块。 电路还包括测试多路复用器(MUX)层级,其选择内部信号的子集并将子集应用于测试元件。 时钟发生器产生所选信号的时钟信号。 测试逻辑定时器接收时钟信号并增加计数器值,并将计数器值应用于测试元件。 事件检测器在检测到事件时重置计数器值,使得响应于对事件的第一实例的检测而获得的从测试MUX层次结构获取的内部信号的第一子集可以与时间上的第二子集相关联 响应于事件的第二实例的检测而获取的内部信号。
    • 10. 发明申请
    • METHODS AND STRUCTURE FOR UTILIZING EXTERNAL INTERFACES USED DURING NORMAL OPERATION OF A CIRCUIT TO OUTPUT TEST SIGNALS
    • 在电路正常运行时使用外部接口的输出测试信号的方法和结构
    • US20130257512A1
    • 2013-10-03
    • US13434954
    • 2012-03-30
    • Eugene SaghiPaul J. SmithJoshua P. SinykinJeffrey K. Whitt
    • Eugene SaghiPaul J. SmithJoshua P. SinykinJeffrey K. Whitt
    • H03K17/00
    • G01R31/00G01R31/3172
    • Methods and structure are provided for routing internal operational signals of a circuit for output via an external interface. The structure includes an integrated circuit. The integrated circuit comprises a block of circuitry components operable to generate internal operational signals for performing designated functions during normal operation of the circuit, a control unit, a test signal routing hierarchy, and an external interface. The test signal routing hierarchy is coupled to receive the internal operational signals and controllably selects the internal operational signals for acquisition and applies them to the control unit. The external interface provides communications between the integrated circuit and an external device during normal operation of the integrated circuit. The control unit receives the selected internal operational signals from the test signal routing hierarchy, and applies the selected internal operational signals to the external interface during normal operation of the integrated circuit.
    • 提供了用于路由电路的内部操作信号以经由外部接口输出的方法和结构。 该结构包括集成电路。 集成电路包括一组电路组件,可操作以产生用于在电路的正常操作期间执行指定功能的内部操作信号,控制单元,测试信号路由层次以及外部接口。 耦合测试信号路由层级以接收内部操作信号并可控地选择用于采集的内部操作信号并将其应用于控制单元。 外部接口在集成电路的正常操作期间提供集成电路与外部设备之间的通信。 控制单元从测试信号路由层次接收所选择的内部操作信号,并且在集成电路的正常操作期间将所选择的内部操作信号施加到外部接口。