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    • 25. 发明申请
    • EMBEDDED DIGITAL IP STRIP CHIP
    • 嵌入式数字IP条带芯片
    • US20100277201A1
    • 2010-11-04
    • US12434606
    • 2009-05-01
    • Curt WortmanChong H. LeeRichard G. Cliff
    • Curt WortmanChong H. LeeRichard G. Cliff
    • H03K19/173G06F17/50
    • G06F17/5045G06F2217/84H03K19/17724H03K19/17732
    • An integrated circuit (IC) is provided. The IC includes a first region having an array of programmable logic cells. The IC also includes a second region incorporated into the IC and in communication with the first region. The second region includes standard logic cells and base cells. In one embodiment, the standard logic cells are assembled or interconnected to accommodate known protocols. The base cells include configurable logic to adapt to modifications to emerging communication protocols, which are supported by the base cells. The second region can be embedded in the first region in one embodiment. In another embodiment, the second region is defined around a perimeter of the first region. The configurable logic may be composed of hybrid logic elements that have metal mask programmable interconnections so that as emerging communication protocols evolve and are modified, the IC can be modified to accommodate to the changes in the protocol. In another embodiment, a generic device can be customized by replacing the original function with a completely new function targeting a specific application space, e.g., replacing the original function such as a PCI Express, used for computing based applications, with 40 G/100 G Ethernet and Interlaken, used in wireline applications. A method of designing an integrated circuit is also provided.
    • 提供集成电路(IC)。 IC包括具有可编程逻辑单元阵列的第一区域。 IC还包括结合到IC中并与第一区域通信的第二区域。 第二区包括标准逻辑单元和基本单元。 在一个实施例中,标准逻辑单元被组合或互连以适应已知协议。 基本单元包括可配置逻辑以适应由基本单元支持的新兴通信协议的修改。 在一个实施例中,第二区域可以嵌入第一区域。 在另一个实施例中,第二区域围绕第一区域的周边限定。 可配置逻辑可以由具有金属掩模可编程互连的混合逻辑元件组成,使得随着新兴通信协议的发展和修改,可以修改IC以适应协议的改变。 在另一个实施例中,可以通过用针对特定应用空间的全新功能替换原始功能来定制通用设备,例如用40G / 100G替换用于基于计算的应用的诸如PCI Express的原始功能 以太网和因特拉肯,用于有线应用。 还提供了一种设计集成电路的方法。
    • 27. 发明授权
    • Byte alignment circuitry
    • 字节对齐电路
    • US07039787B1
    • 2006-05-02
    • US10984684
    • 2004-11-09
    • Ramanand VenkataChong H. Lee
    • Ramanand VenkataChong H. Lee
    • G06F12/00
    • G06F13/4018H04J3/0608
    • Circuitry for locating the boundaries between bytes in a data stream is only selectively enabled to find a possible new byte alignment by a control signal. After the byte alignment circuitry has found a byte alignment, it outputs byte-aligned data and a first status signal indicating the presence of such data. If the byte alignment circuitry subsequently detects information that suggests a possible need for a new or changed byte alignment, it outputs a second status signal to that effect. However, the byte alignment circuitry does not actually attempt to change its byte alignment until enabled to do so by the control signal. Programmable logic circuitry or other utilization circuitry is typically provided to receive the outputs of the byte alignment circuitry and to selectively provide the control signal.
    • 用于定位数据流中的字节之间的边界的电路仅被选择性地用于通过控制信号找到可能的新字节对齐。 在字节对齐电路找到一个字节对齐之后,它输出字节对齐的数据和指示这种数据的存在的第一状态信号。 如果字节对齐电路随后检测到提示可能需要新的或改变的字节对齐的信息,则输出第二状态信号。 然而,字节对齐电路实际上并不会尝试改变其字节对齐,直到通过控制信号使其能够这样做。 通常提供可编程逻辑电路或其他利用电路以接收字节对准电路的输出并选择性地提供控制信号。