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    • 5. 发明申请
    • TIMING RECOVERY FOR DIGITAL RECEIVER WITH INTERLEAVED ANALOG-TO-DIGITAL CONVERTERS
    • 数字接收机的时序恢复与交互式模数转换器
    • US20170012630A1
    • 2017-01-12
    • US15271096
    • 2016-09-20
    • eTopus Technology Inc.
    • Yu Kou
    • H03L7/08H03L7/14H03L7/091H03L7/093H04L7/00H04L7/033
    • H03L7/0807H03L7/091H03L7/093H03L7/146H03M1/0624H03M1/1215H04L7/0016H04L7/0062H04L7/0079H04L7/0331
    • A receiver having analog to digital converters with phase adjustable sampling clocks. A first analog to digital converter converts an analog signal into first digital samples under control of a first sampling clock. A first clock generator adjusts a phase of the first sampling clock based on at least one first phase control signal. A second analog to digital converter converts the analog signal into second digital samples under control of a second sampling clock. A second clock generator adjusts the phase of the second sampling clock based on at least one second phase control signal. A data decision circuit recovers data based on the first and second samples. Feedback circuitry receives the recovered data and generates at least one first phase control signal for the first clock generator and generates at least one second phase control signal for the second clock generator based on the first phase control signal.
    • 具有模数转换器的接收器,具有相位可调采样时钟。 第一模数转换器在第一采样时钟的控制下将模拟信号转换成第一数字样本。 第一时钟发生器基于至少一个第一相位控制信号来调节第一采样时钟的相位。 第二模数转换器在第二采样时钟的控制下将模拟信号转换成第二数字采样。 第二时钟发生器基于至少一个第二相位控制信号调整第二采样时钟的相位。 数据判定电路基于第一和第二采样来恢复数据。 反馈电路接收恢复的数据并产生用于第一时钟发生器的至少一个第一相位控制信号,并且基于第一相位控制信号产生用于第二时钟发生器的至少一个第二相位控制信号。
    • 7. 发明申请
    • Multi Mode Viterbi Decoder
    • 多模维特比解码器
    • US20160241274A1
    • 2016-08-18
    • US14624872
    • 2015-02-18
    • eTopus Technology Inc.
    • Kai Keung ChanYu KouTze Yin CheungDanfeng Xu
    • H03M13/39H03M13/41
    • H03M13/3961H03M13/4107H03M13/4161H03M13/6508
    • A multi-mode viterbi decoder supporting different decoding modes. The viterbi decoder comprises circuitry to output one or more data symbol values. The circuitry sets the one or more data symbol values to a first quantity of unit intervals in a first decoding mode (e.g. PAM-4). The circuitry sets the one or more data symbol values to a second quantity of unit intervals in a second decoding mode (e.g. NRZ). The second quantity of unit intervals is greater than the first quantity of unit intervals. A branch metric circuit is adapted to, in the first decoding mode, generate a set of viterbi branch metrics based on the data symbol values for the first quantity of unit intervals. The branch metric circuit is adapted to, in the second decoding mode, generate the set of viterbi branch metrics based on the data symbol values for the second quantity of unit intervals.
    • 支持不同解码模式的多模式维特比解码器。 维特比解码器包括用于输出一个或多个数据符号值的电路。 电路将第一解码模式(例如,PAM-4)中的一个或多个数据符号值设置为第一数量的单位间隔。 电路在第二解码模式(例如NRZ)中将一个或多个数据符号值设置为第二数量的单位间隔。 单位间隔的第二数量大于第一单位间隔数量。 分支度量电路适于在第一解码模式中,基于第一数量单位间隔的数据符号值生成一组维特比分支度量。 分支度量电路适于在第二解码模式中,基于第二数量单位间隔的数据符号值生成维特比分支量度集合。