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    • 25. 发明授权
    • High density input output
    • 高密度输入输出
    • US06671865B1
    • 2003-12-30
    • US09994567
    • 2001-11-27
    • Anwar AliFarshad GhahghahiEdwin M. Fulcher
    • Anwar AliFarshad GhahghahiEdwin M. Fulcher
    • G06F1750
    • H01L23/49838G06F17/5068G06F2217/40H01L2924/0002H01L2924/00
    • An input/output array of an integrated circuit comprises concentric rings of input/output tiles. The peripheral input/output tiles are adjacently arranged along the periphery of the integrated circuit to form a peripheral ring. Each of the peripheral input/output tiles is associated with a corresponding peripheral input/output device group having x1 number of input/output devices. Each peripheral input/output tile includes x1 number of signal contacts for coupling signals to corresponding ones of the x1 number of input/output devices, y1 number of input/output driver voltage contacts for coupling a source voltage to drivers of the x1 number of input/output devices, and z1 number of ground contacts. The interior input/output tiles are adjacently arranged within the interior of the integrated circuit to form n number of substantially concentric interior rings, where n is greater than or equal to one.
    • 集成电路的输入/输出阵列包括输入/​​输出瓦片的同心环。 周边输入/输出瓦片沿着集成电路的周边相邻布置以形成外围环。 每个外围输入/输出瓦片与具有x1个输入/输出设备的相应的外围输入/输出设备组相关联。 每个外围输入/输出瓦片包括x1个信号触点,用于将信号耦合到x1个输入/输出设备中的相应的输入/输出设备,y1个输入/输出驱动器电压触点数量,用于将源电压耦合到X1输入端的驱动器 /输出设备,以及z1个接地点数。 内部输入/输出瓦片相邻地布置在集成电路的内部,以形成n个基本上同心的内部环,其中n大于或等于1。
    • 27. 发明申请
    • Disabling unused IO resources in platform-based integrated circuits
    • 在基于平台的集成电路中禁用未使用的IO资源
    • US20060022687A1
    • 2006-02-02
    • US10909603
    • 2004-08-02
    • Anwar AliJulie BeattyKalyan Doddapaneni
    • Anwar AliJulie BeattyKalyan Doddapaneni
    • G01R31/02
    • G01R31/31712G01R31/31704
    • The present invention is directed to methods for disabling unused IO resources in a platform-based integrated circuit. A slice is received from a vendor. The slice includes an IO circuit unused by a customer. The IO circuit is disabled. For example, when the IO circuit is desired to be tied to a power source, a primary input/output pin of the IO circuit is shorted to a power bus of the IO circuit. When the IO circuit is desired to be tied to a ground source, a primary input/output pin of the IO circuit is shorted to a ground bus of the IO circuit. When the IO circuit is desired to be left floated, a primary input/output pin of the IO circuit is not connected to any bonding pad cell of the slice. Next, the IO circuit is removed from the customer's logic design netlist. The IO circuit is inserted in the vendor's physical design database.
    • 本发明涉及用于在基于平台的集成电路中禁用未使用的IO资源的方法。 从供应商接收到一个切片。 该片包括客户未使用的IO电路。 IO电路被禁止。 例如,当IO电路需要连接到电源时,IO电路的主输入/输出引脚与IO电路的电源总线短路。 当IO电路需要连接到接地源时,IO电路的主输入/输出引脚短接到IO电路的接地总线。 当IO电路需要悬浮时,IO电路的主输入/输出引脚不连接到片的任何焊盘单元。 接下来,IO电路从客户的逻辑设计网表中删除。 IO电路插入供应商的物理设计数据库。
    • 28. 发明授权
    • Integrated circuit routing
    • 集成电路布线
    • US06704918B1
    • 2004-03-09
    • US09311981
    • 1999-05-14
    • Anwar AliVirendra Patel
    • Anwar AliVirendra Patel
    • G06F1750
    • G06F17/5077H01L27/0207
    • A technique is described for enabling routing of metallisation wires over sensitive cells of an integrated circuit by means of a global router after the cell circuits have been designed. At least one cell includes dedicated route paths (32, 36, 40, 46) as part of the cell design. The paths may include alternative paths (32 and 36), and concurrently usable paths (40 and 46). By including the routes as part of the cell design, the subsequent problems of a global routing tool routing wires over sensitive areas of the cell can be avoided, and the number of wire routes can be controlled. The global router operates by detecting whether dedicated routes are provided and, if so, identifying the entry/exit points for routes to be used.
    • 描述了一种技术,用于在单元电路被设计之后通过全局路由器实现金属化导线在集成电路的敏感单元上的路由。 至少一个单元包括作为单元设计的一部分的专用路径路径(32,36,40,46)。 路径可以包括替代路径(32和36)以及可同时使用的路径(40和46)。 通过将路由作为单元设计的一部分,可以避免在单元的敏感区域上布线的全局布线工具的后续问题,并且可以控制线路数量。 全局路由器通过检测是否提供专用路由器进行操作,如果是,则识别要使用的路由的入口/出口点。