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    • 1. 发明授权
    • Methods and arrangements for link power reduction
    • 链路功率降低的方法和布置
    • US07315595B2
    • 2008-01-01
    • US10743614
    • 2003-12-22
    • Juan-Antonio Carballo
    • Juan-Antonio Carballo
    • H04L7/00
    • H04L7/0079H03L7/0802H03L7/085H03L7/091H04B1/7085H04L7/0331
    • Methods, and arrangements for extension of clock and data recovery (CDR) loop latency and deactivation of CDR circuits are disclosed. In particular, embodiments address situations in which a receiver, designed to handle spread spectrum clocking, may not always or continuously encounter spread spectrum signals. As a result, power consumption by the receivers may be reduced. Embodiments identify situations in which spread spectrum clocking is unnecessary and may adapt the CDR loop to operate with less power consumption by, e.g., reducing the operating frequency of CDR circuits. For instance, some embodiments employ a flywheel circuit, incorporated into many spread spectrum CDR loops to accelerate adjustments to a sampling clock, to determine when spread spectrum signals are not being encountered. A loop latency controller may then, advantageously, reduce power consumption by reducing frequencies of operation and voltages, and merging or simplifying stages.
    • 公开了用于延长时钟和数据恢复(CDR)环路延迟和CDR电路的去激活的方法和装置。 特别地,实施例解决了设计用于处理扩频时钟的接收机可能不总是或连续地遇到扩频信号的情况。 结果,可以减少接收机的功率消耗。 实施例识别出不需要扩频时钟的情况,并且可以通过例如降低CDR电路的工作频率来适应CDR环路以更少的功率消耗来操作。 例如,一些实施例采用飞轮电路,并入许多扩频CDR环路中以加速对采样时钟的调整,以确定何时不会遇到扩频信号。 然后,有利地,循环等待时间控制器通过减少操作频率和电压,以及合并或简化阶段来降低功耗。
    • 2. 发明授权
    • Method and apparatus for generating non-skewed complementary signals through interpolation
    • 通过插值产生非偏斜互补信号的方法和装置
    • US07084689B2
    • 2006-08-01
    • US10988455
    • 2004-11-12
    • Juan-antonio CarballoFadi Hikmat Gebara
    • Juan-antonio CarballoFadi Hikmat Gebara
    • H03K3/00
    • G06F1/04H03K5/1515
    • A complementary digital signal generator circuit and method receives a periodic digital signal, such as a square wave, as an input and generates at the output complementary versions of the digital signal delayed by matching increments of delay with minimum skew at GHz frequencies. The digital signal is processed by inverters and interpolators which may be readily matched in size and functional characteristics by close proximity placement on integrated circuits. An inverted and first delayed version of the original digital signal is applied to both inputs of a first interpolator, to generate at the output of the interpolator the complement of the digital signal as delayed by the first delayed and the delay introduced by the interpolator. The inverted and first delayed digital signal is inverted and second delayed by a second matching inverter and applied as one input to a second interpolator. The second input of the second interpolator is the original digital signal. The output of the second interpolator is the digital signal delayed by a corresponding combination of the first delay and the delay introduced by the second interpolator. When the first and second interpolators are matched, in the manner of the first and second inverters, the two interpolator outputs provide the digital signal and its complement with substantially no skew and matching increments of delay.
    • 互补的数字信号发生器电路和方法接收诸如方波的周期性数字信号作为输入,并在数字信号的输出互补版本处产生延迟的具有GHz频率的最小偏移的延迟匹配延迟的输出互补版本。 数字信号由逆变器和内插器处理,其可以通过集成电路上的紧密贴近来容易地匹配尺寸和功能特性。 将原始数字信号的反相和第一延迟版本应用于第一内插器的两个输入,以在内插器的输出处产生由第一延迟延迟的延迟和由内插器引入的延迟的数字信号的补码。 反相和第一延迟数字信号被反相,并且被第二匹配反相器延迟,并作为一个输入施加到第二内插器。 第二内插器的第二输入是原始数字信号。 第二内插器的输出是由第二内插器引入的第一延迟和延迟的相应组合延迟的数字信号。 当第一和第二内插器被匹配时,以第一和第二反相器的方式,两个内插器输出提供数字信号及其补码,基本上没有偏移和匹配的延迟增量。
    • 3. 发明申请
    • Customer controlled design of a communication system
    • 客户控制的通讯系统设计
    • US20050138492A1
    • 2005-06-23
    • US10698138
    • 2003-10-30
    • Juan-Antonio Carballo
    • Juan-Antonio Carballo
    • G06F11/00
    • H04L25/00H04L25/05H04L25/20
    • A system for designing a communication link for use in a data processing system, includes a parameter generator and an internal link model. The parameter generator allows a user to specify a first set of link parameters. The generator derives a set of internal parameters from the first set of parameters. The internal link model, which includes a set of configurable link cells, receives the internal parameters and instantiates each link cell based on the internal parameters. The system further includes a channel simulator or similar means for modeling a bit error rate (BER) of the instantiated communication link and may further include an estimator of the link's area and power consumption. In an embodiment that protects the intellectual property associated with the internal model from the system user, the parameter generator prevents the user from directly accessing the internal parameters and the generic link model.
    • 一种用于设计用于数据处理系统的通信链路的系统,包括参数发生器和内部链路模型。 参数生成器允许用户指定第一组链接参数。 生成器从第一组参数中导出一组内部参数。 包括一组可配置链路单元的内部链路模型接收内部参数,并根据内部参数实例化每个链路单元。 该系统还包括信道模拟器或用于对实例通信链路的误码率(BER)进行建模的类似装置,并且还可以包括链路区域和功耗的估计器。 在保护与内部模型相关联的知识产权与系统用户的实施例中,参数生成器阻止用户直接访问内部参数和通用链接模型。
    • 4. 发明申请
    • Global management of local link power consumption
    • 全球管理本地链路功耗
    • US20050136867A1
    • 2005-06-23
    • US10743653
    • 2003-12-22
    • Juan-Antonio Carballo
    • Juan-Antonio Carballo
    • H04L29/04H04Q7/20
    • H04L12/10H04L45/00
    • Methods, and arrangements for power reduction in links, such as transmitters and receivers, based upon global decisions such as the data transmission frequencies, communications media, and traffic types associated with links, are disclosed. In particular, embodiments take advantage of high-level decisions by reconfiguring internal circuits of transmitters and receivers of links to reduce power consumption. At the global level, a decision determines the links that are active, the data frequency at which the links operate, and the media through which the links transmit the data. At the local level, the links receive the decisions and reconfigure circuitry automatically to minimize power based upon the decisions. In some embodiments, the links may receive the decisions in the form of power modes. In further embodiments, the links may receive settings such as on/off settings, data frequency settings, and traffic/media settings, the combination of which indicates power modes.
    • 公开了基于诸如数据传输频率,通信媒体和与链路相关联的业务类型等全球决策的链路中诸如发射机和接收机之间的功率降低的方法和装置。 特别地,实施例通过重新配置链路的发射机和接收机的内部电路来降低功耗,来利用高级决策。 在全球层面,一个决定决定了活跃的链接,链接操作的数据频率以及链接传输数据的媒体。 在地方层面,链路会自动接收决定并自动重新配置电路,以便根据决策最小化功率。 在一些实施例中,链路可以以功率模式的形式接收决定。 在另外的实施例中,链路可以接收诸如开/关设置,数据频率设置和业务/媒体设置的设置,其组合指示功率模式。
    • 7. 发明授权
    • Customer controlled design of a communication system
    • 客户控制的通讯系统设计
    • US07353154B2
    • 2008-04-01
    • US10698138
    • 2003-10-30
    • Juan-Antonio Carballo
    • Juan-Antonio Carballo
    • G06F17/60
    • H04L25/00H04L25/05H04L25/20
    • A system for designing a communication link for use in a data processing system, includes a parameter generator and an internal link model. The parameter generator allows a user to specify a first set of link parameters. The generator derives a set of internal parameters from the first set of parameters. The internal link model, which includes a set of configurable link cells, receives the internal parameters and instantiates each link cell based on the internal parameters. The system further includes a channel simulator or similar means for modeling a bit error rate (BER) of the instantiated communication link and may further include an estimator of the link's area and power consumption. In an embodiment that protects the intellectual property associated with the internal model from the system user, the parameter generator prevents the user from directly accessing the internal parameters and the generic link model.
    • 一种用于设计用于数据处理系统的通信链路的系统,包括参数发生器和内部链路模型。 参数生成器允许用户指定第一组链接参数。 生成器从第一组参数中导出一组内部参数。 包括一组可配置链路单元的内部链路模型接收内部参数,并根据内部参数实例化每个链路单元。 该系统还包括信道模拟器或用于对实例化的通信链路的误码率(BER)进行建模的类似装置,并且还可以包括链路的面积和功率消耗的估计器。 在保护与内部模型相关联的知识产权与系统用户的实施例中,参数生成器阻止用户直接访问内部参数和通用链接模型。
    • 8. 发明授权
    • Method and apparatus for measuring communications link quality
    • 测量通信链路质量的方法和装置
    • US07269397B2
    • 2007-09-11
    • US11424209
    • 2006-06-14
    • Juan-Antonio CarballoJeffrey L. BurnsIvan Vo
    • Juan-Antonio CarballoJeffrey L. BurnsIvan Vo
    • H04B17/02
    • H04B17/20
    • A method and apparatus for measuring communications link quality provides accurate on-chip estimation of the difficulty of achieving a particular bit error rate (BER) for a communications link. A low cost/complexity accumulator circuit connected to internal signals from a clock/data recovery (CDR) circuit provides a measure of high frequency and low frequency jitter in a received signal. The low frequency jitter measurement is used to correct the high frequency jitter measurement which may otherwise contain error. The corrected output may be used to adjust operational characteristics of the link or otherwise evaluate the link for operating margin. The correction may be performed by subtracting a portion of the low frequency jitter measurement from the measured high frequency jitter, or the value of the low frequency jitter measurement may be used to select between two or more correction factors that are then applied to the high frequency jitter measurement.
    • 用于测量通信链路质量的方法和装置提供对实现通信链路的特定误码率(BER)的难度的精确的片上估计。 连接到来自时钟/数据恢复(CDR)电路的内部信号的低成本/复杂度的累加器电路提供接收信号中的高频和低频抖动的量度。 低频抖动测量用于校正可能包含错误的高频抖动测量。 校正的输出可用于调整链路的操作特性或以其他方式评估链路的操作裕度。 可以通过从测量的高频抖动中减去一部分低频抖动测量来执行校正,或者可以使用低频抖动测量的值来选择两个或更多个校正因子,然后将其应用于高频抖动 抖动测量。
    • 10. 发明申请
    • Method and apparatus for generating non-skewed complementary signals through interpolation
    • US20060103445A1
    • 2006-05-18
    • US10988455
    • 2004-11-12
    • Juan-antonio CarballoFadi Gebara
    • Juan-antonio CarballoFadi Gebara
    • G06F1/04
    • G06F1/04H03K5/1515
    • A complementary digital signal generator circuit and method receives a periodic digital signal, such as a square wave, as an input and generates at the output complementary versions of the digital signal delayed by matching increments of delay with minimum skew at GHz frequencies. The digital signal is processed by inverters and interpolators which may be readily matched in size and functional characteristics by close proximity placement on integrated circuits. An inverted and first delayed version of the original digital signal is applied to both inputs of a first interpolator, to generate at the output of the interpolator the complement of the digital signal as delayed by the first delayed and the delay introduced by the interpolator. The inverted and first delayed digital signal is inverted and second delayed by a second matching inverter and applied as one input to a second interpolator. The second input of the second interpolator is the original digital signal. The output of the second interpolator is the digital signal delayed by a corresponding combination of the first delay and the delay introduced by the second interpolator. When the first and second interpolators are matched, in the manner of the first and second inverters, the two interpolator outputs provide the digital signal and its complement with substantially no skew and matching increments of delay.