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    • 1. 发明申请
    • FULL-DUPLEX DIFFERENTIAL SERIAL LINK INTERFACE FOR DATA TRANSFERRING
    • 用于数据传输的全双工差分串行接口
    • US20120106409A1
    • 2012-05-03
    • US13349274
    • 2012-01-12
    • Qiang WuCaglar YilmazerMustafa Ertugrul Oner
    • Qiang WuCaglar YilmazerMustafa Ertugrul Oner
    • H04B1/56H04L5/14
    • H04L5/14H04L25/0272
    • A data transmission technique where high speed data is transmitted differentially in a forward channel by way of a serial link, and relatively low speed data is differentially modulated onto the forward channel signal for transmission in a reverse channel via the link. By utilizing differential modulation in both forward and reverse channels, the resulting signal has a common mode voltage that is substantially constant, resulting in low EM!. The spectral content of the signal associated with the high speed data may be substantially non-overlapping with the spectral content of the signal associated with the low speed data. This facilitates the recovery of the high speed data and low speed data with minimal interference. The differential signaling lends itself for communicating data via an inexpensive medium, such as twisted wire pair or parallel PCB traces. The data transmission technique applies to various communication network topologies: point-to-point, daisy-chain, and point-to-multiple points.
    • 一种数据传输技术,其中高速数据通过串行链路在前向信道中差分传输,并且相对低速的数据被差分调制到前向信道信号上,以经由链路在反向信道中传输。 通过利用正向和反向通道中的差分调制,所得到的信号具有基本上恒定的共模电压,导致低EM! 与高速数据相关联的信号的频谱内容可能与与低速数据相关联的信号的频谱内容基本上不重叠。 这有助于以最小的干扰恢复高速数据和低速数据。 差分信号本身用于通过诸如双绞线对或平行PCB迹线的廉价介质传送数据。 数据传输技术适用于各种通信网络拓扑:点对点,菊花链和点对多点。
    • 2. 发明申请
    • SYSTEM AND METHOD FOR TRANSFERRING DATA OVER FULL-DUPLEX DIFFERENTIAL SERIAL LINK
    • 用于传输全双工差分串行链路数据的系统和方法
    • US20110044217A1
    • 2011-02-24
    • US12545744
    • 2009-08-21
    • Qiang WuCaglar YilmazerMustafa Ertugrul Oner
    • Qiang WuCaglar YilmazerMustafa Ertugrul Oner
    • H04L5/14
    • H04L5/14H04L25/0272
    • A data transmission technique where high speed data is transmitted differentially in a forward channel by way of a serial link, and relatively low speed data is differentially modulated onto the forward channel signal for transmission in a reverse channel via the link. By utilizing differential modulation in both forward and reverse channels, the resulting signal has a common mode voltage that is substantially constant, resulting in low EMI. The spectral content of the signal associated with the high speed data may be substantially non-overlapping with the spectral content of the signal associated with the low speed data. This facilitates the recovery of the high speed data and low speed data with minimal interference. The differential signaling lends itself for communicating data via an inexpensive medium, such as twisted wire pair or parallel PCB traces. The data transmission technique applies to various communication network topologies: point-to-point, daisy-chain, and point-to-multiple points.
    • 一种数据传输技术,其中高速数据通过串行链路在前向信道中差分传输,并且相对低速的数据被差分调制到前向信道信号上,以经由链路在反向信道中传输。 通过利用正向和反向通道中的差分调制,所得到的信号具有基本恒定的共模电压,导致低EMI。 与高速数据相关联的信号的频谱内容可能与与低速数据相关联的信号的频谱内容基本上不重叠。 这有助于以最小的干扰恢复高速数据和低速数据。 差分信号本身用于通过诸如双绞线对或平行PCB迹线的廉价介质传送数据。 数据传输技术适用于各种通信网络拓扑:点对点,菊花链和点对多点。
    • 3. 发明授权
    • Full-duplex differential serial link interface for data transferring
    • 用于数据传输的全双工差分串行链路接口
    • US09077527B2
    • 2015-07-07
    • US13349274
    • 2012-01-12
    • Qiang WuCaglar YilmazerMustafa Ertugrul Oner
    • Qiang WuCaglar YilmazerMustafa Ertugrul Oner
    • H04L12/56H03C5/00H04L5/14H04L25/02
    • H04L5/14H04L25/0272
    • A data transmission technique where high speed data is transmitted differentially in a forward channel by way of a serial link, and relatively low speed data is differentially modulated onto the forward channel signal for transmission in a reverse channel via the link. By utilizing differential modulation in both forward and reverse channels, the resulting signal has a common mode voltage that is substantially constant, resulting in low EM!. The spectral content of the signal associated with the high speed data may be substantially non-overlapping with the spectral content of the signal associated with the low speed data. This facilitates the recovery of the high speed data and low speed data with minimal interference. The differential signaling lends itself for communicating data via an inexpensive medium, such as twisted wire pair or parallel PCB traces. The data transmission technique applies to various communication network topologies: point-to-point, daisy-chain, and point-to-multiple points.
    • 一种数据传输技术,其中高速数据通过串行链路在正向信道中差分传输,并且相对低速数据被差分调制到前向信道信号上,以经由链路在反向信道中传输。 通过利用正向和反向通道中的差分调制,所得到的信号具有基本上恒定的共模电压,导致低EM! 与高速数据相关联的信号的频谱内容可能与与低速数据相关联的信号的频谱内容基本上不重叠。 这有助于以最小的干扰恢复高速数据和低速数据。 差分信号本身用于通过诸如双绞线对或平行PCB迹线的廉价介质传送数据。 数据传输技术适用于各种通信网络拓扑:点对点,菊花链和点对多点。
    • 4. 发明授权
    • System and method for transferring data over full-duplex differential serial link
    • 通过全双工差分串行链路传输数据的系统和方法
    • US08098602B2
    • 2012-01-17
    • US12545744
    • 2009-08-21
    • Qiang WuCaglar YilmazerMustafa Ertugrul Oner
    • Qiang WuCaglar YilmazerMustafa Ertugrul Oner
    • H04J3/00
    • H04L5/14H04L25/0272
    • A data transmission technique where high speed data is transmitted differentially in a forward channel by way of a serial link, and relatively low speed data is differentially modulated onto the forward channel signal for transmission in a reverse channel via the link. By utilizing differential modulation in both forward and reverse channels, the resulting signal has a common mode voltage that is substantially constant, resulting in low EMI. The spectral content of the signal associated with the high speed data may be substantially non-overlapping with the spectral content of the signal associated with the low speed data. This facilitates the recovery of the high speed data and low speed data with minimal interference. The differential signaling lends itself for communicating data via an inexpensive medium, such as twisted wire pair or parallel PCB traces. The data transmission technique applies to various communication network topologies: point-to-point, daisy-chain, and point-to-multiple points.
    • 一种数据传输技术,其中高速数据通过串行链路在前向信道中差分传输,并且相对低速的数据被差分调制到前向信道信号上,以经由链路在反向信道中传输。 通过利用正向和反向通道中的差分调制,所得到的信号具有基本恒定的共模电压,导致低EMI。 与高速数据相关联的信号的频谱内容可能与与低速数据相关联的信号的频谱内容基本上不重叠。 这有助于以最小的干扰恢复高速数据和低速数据。 差分信号本身用于通过诸如双绞线对或平行PCB迹线的廉价介质传送数据。 数据传输技术适用于各种通信网络拓扑:点对点,菊花链和点对多点。
    • 7. 发明授权
    • System and method for transmitting audio data over serial link
    • 通过串行链路传输音频数据的系统和方法
    • US08780939B2
    • 2014-07-15
    • US12611911
    • 2009-11-03
    • Arda Kamil BafraLevent YakayMustafa Ertugrul Oner
    • Arda Kamil BafraLevent YakayMustafa Ertugrul Oner
    • H04L12/08
    • H04L1/0084
    • System and method for transmitting video and audio data words via a serial data link. A transmitting device includes a first module for generating an audio data frame comprising an audio data word and a frame separation code; and a second module for generating high speed data frames each comprising at least a portion of a video data word and only a portion of the audio data frame, and for transmitting the high speed data frames via the serial data link. A receiving device includes a first module for forming the video data word from one or more high speed data frames, and a second module for forming the audio data frame from portions of high speed data frames. The second module may extract the audio data word from the audio data frame, and generate an audio clock based on a rate in which audio data words are received.
    • 通过串行数据链路传输视频和音频数据字的系统和方法。 发送设备包括:第一模块,用于生成包括音频数据字和帧分离码的音频数据帧; 以及第二模块,用于产生高速数据帧,每个高速数据帧包括视频数据字和仅一部分音频数据帧的至少一部分,并且用于经由串行数据链路发送高速数据帧。 接收装置包括用于从一个或多个高速数据帧形成视频数据字的第一模块和用于从高速数据帧的部分形成音频数据帧的第二模块。 第二模块可以从音频数据帧中提取音频数据字,并且基于接收到音频数据字的速率来生成音频时钟。
    • 8. 发明申请
    • SYSTEM AND METHOD FOR TRANSMITTING AUDIO DATA OVER SERIAL LINK
    • 用于通过串行链路传输音频数据的系统和方法
    • US20110103404A1
    • 2011-05-05
    • US12611911
    • 2009-11-03
    • Arda Kamil BafraLevent YakayMustafa Ertugrul Oner
    • Arda Kamil BafraLevent YakayMustafa Ertugrul Oner
    • H04J3/00
    • H04L1/0084
    • System and method for transmitting video and audio data words via a serial data link. A transmitting device includes a first module for generating an audio data frame comprising an audio data word and a frame separation code; and a second module for generating high speed data frames each comprising at least a portion of a video data word and only a portion of the audio data frame, and for transmitting the high speed data frames via the serial data link. A receiving device includes a first module for forming the video data word from one or more high speed data frames, and a second module for forming the audio data frame from portions of high speed data frames. The second module may extract the audio data word from the audio data frame, and generate an audio clock based on a rate in which audio data words are received.
    • 通过串行数据链路传输视频和音频数据字的系统和方法。 发送设备包括:第一模块,用于生成包括音频数据字和帧分离码的音频数据帧; 以及第二模块,用于产生高速数据帧,每个高速数据帧包括视频数据字和仅一部分音频数据帧的至少一部分,并且用于经由串行数据链路发送高速数据帧。 接收装置包括用于从一个或多个高速数据帧形成视频数据字的第一模块和用于从高速数据帧的部分形成音频数据帧的第二模块。 第二模块可以从音频数据帧中提取音频数据字,并且基于接收到音频数据字的速率来生成音频时钟。
    • 10. 发明授权
    • System and method of controlling modulation frequency of spread-spectrum signal
    • 控制扩频信号调制频率的系统和方法
    • US08817841B2
    • 2014-08-26
    • US12611907
    • 2009-11-03
    • Arda Kamil BafraLevent YakayMustafa Ertugrul Oner
    • Arda Kamil BafraLevent YakayMustafa Ertugrul Oner
    • H04B1/00
    • H04B1/7087H03L7/197
    • An apparatus for generating a spread-spectrum signal based on an input signal whose frequency may vary substantially. The apparatus is particularly suited for controlling the frequency of the modulation in response to wide variations of the frequency of the input signal. This prevents the modulation frequency from deviating into an undesired frequency range which could cause adverse operational effects. The apparatus includes a detector adapted to generate a first signal related to the frequency of the input signal, a controller adapted to generate a second signal for controlling a frequency of a modulation signal based on the first signal, a modulation signal generator adapted to generate the modulation signal based on the second signal, and a spread-spectrum signal generator adapted to generate the spread-spectrum signal based on the modulation signal.
    • 一种用于基于频率可能变化很大的输入信号产生扩频信号的装置。 该装置特别适用于响应于输入信号的频率的宽的变化来控制调制的频率。 这样可以防止调制频率偏离到不期望的频率范围,这可能导致不利的操作效果。 该装置包括:检测器,适于产生与输入信号的频率有关的第一信号;适于产生用于基于第一信号控制调制信号的频率的第二信号的控制器,适于产生调制信号的调制信号发生器, 基于第二信号的调制信号,以及适于基于调制信号生成扩频信号的扩频信号发生器。