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    • 4. 发明授权
    • Interface circuitry for an integrated circuit system
    • 集成电路系统的接口电路
    • US08760328B1
    • 2014-06-24
    • US13620126
    • 2012-09-14
    • Wei Yee KoayChin Ghee Ch'ngKet Chiew SiaTony NgaiSean Woei Voon
    • Wei Yee KoayChin Ghee Ch'ngKet Chiew SiaTony NgaiSean Woei Voon
    • H03M9/00
    • H03M9/00
    • An integrated circuit system may include a first integrated circuit (IC), a second IC, and interface circuitry. The first IC is operable to output a parallel data stream at a first data rate. The second IC is operable to output a serialized data stream at a second date rate. The second data rate may be different than the first data rate. The interface circuitry may be coupled between the first integrated circuit and the second integrated circuit. The interface circuitry may be operable to convert the parallel data stream received from the first IC into a serialized data stream with the second data rate. The interface circuitry may be also operable to convert the serialized data stream received from the second IC to a parallel data stream with the first data rate.
    • 集成电路系统可以包括第一集成电路(IC),第二IC和接口电路。 第一IC可操作以以第一数据速率输出并行数据流。 第二IC可操作地以第二日期速率输出串行数据流。 第二数据速率可能不同于第一数据速率。 接口电路可以耦合在第一集成电路和第二集成电路之间。 接口电路可以用于将从第一IC接收的并行数据流转换成具有第二数据速率的串行数据流。 接口电路还可以用于将从第二IC接收的串行数据流转换成具有第一数据速率的并行数据流。
    • 5. 发明授权
    • Configurable memory block
    • 可配置的内存块
    • US08400863B1
    • 2013-03-19
    • US12860734
    • 2010-08-20
    • Zun Yang TanWei Yee KoayBoon Jin AngTat Mun LuiEu Geen Chew
    • Zun Yang TanWei Yee KoayBoon Jin AngTat Mun LuiEu Geen Chew
    • G11C8/00
    • G11C8/12
    • Circuits for a memory array and a method of operating a configurable memory block are disclosed. An embodiment of the disclosed memory circuits includes a first memory block coupled to a second memory block to form an array of memory blocks. Each of the memory blocks has multiple bit lines with a dedicated address decoder coupled to the bit lines from each of the memory blocks. Switches are placed in between the first and second memory blocks such that each of the bit lines from the first memory block is connected to a corresponding bitline from the second memory block through one of the switches. The switches may be used to either connect the second memory block to the first memory block or disconnect the second memory block from the first memory block.
    • 公开了用于存储器阵列的电路和操作可配置存储器块的方法。 所公开的存储器电路的实施例包括耦合到第二存储器块以形成存储器块阵列的第一存储器块。 每个存储器块具有多个位线,其中专用地址解码器耦合到来自每个存储器块的位线。 开关被放置在第一和第二存储器块之间,使得来自第一存储器块的每个位线通过其中一个开关连接到来自第二存储器块的相应位线。 交换机可以用于将第二存储器块连接到第一存储器块或将第二存储器块与第一存储器块断开。
    • 7. 发明授权
    • Using dedicated read output path to reduce unregistered read access time for FPGA embedded memory
    • 使用专用读输出路径减少FPGA嵌入式存储器的未注册读取访问时间
    • US07414916B1
    • 2008-08-19
    • US11303734
    • 2005-12-16
    • Haiming YuWei Yee Koay
    • Haiming YuWei Yee Koay
    • G11C8/02
    • H03K19/1776G11C7/1051G11C7/1057G11C7/106G11C2207/105H03K19/17744
    • A memory unit includes width decoding logic enabling data to be accessed in a memory array at different data widths. To improve memory access speed, the memory unit also includes dedicated read output paths for accessing data at the full data width of the memory array. The dedicated read output paths bypass the width decoding logic and provide data from the memory array directly to a data bus, thereby providing improved memory performance when width decoding is not needed. The memory unit can be incorporated in programmable devices and a programmable device configuration can select either the read bypass paths or the width decoding logic. Hardware applications that require width decoding and improved memory access speed can utilize additional programmable device resources outside the memory unit to register the full width data from the memory unit and convert it to a different data width.
    • 存储单元包括能够以不同数据宽度在存储器阵列中访问数据的宽度解码逻辑。 为了提高存储器访问速度,存储器单元还包括用于以存储器阵列的完整数据宽度访问数据的专用读取输出路径。 专用读输出路径绕过宽度解码逻辑,并将数据从存储器阵列直接提供给数据总线,从而在不需要宽度解码时提供改进的存储器性能。 存储器单元可并入可编程器件中,并且可编程器件配置可以选择读取旁路路径或宽度解码逻辑。 需要宽度解码和改善存储器访问速度的硬件应用可以利用存储器单元之外的附加可编程设备资源来从存储器单元注册全宽数据并将其转换成不同的数据宽度。
    • 9. 发明授权
    • Programmable soft macro memory using gate array base cells
    • 使用门阵列基本单元的可编程软宏存储器
    • US07305640B1
    • 2007-12-04
    • US10987986
    • 2004-11-12
    • Hee Kong PhoonBoon Jin AngWei Yee KoayBee Yee Ng
    • Hee Kong PhoonBoon Jin AngWei Yee KoayBee Yee Ng
    • G06F17/50
    • G06F17/5068
    • A system generates memory unit designs tailored to requirements. The system receives a set of specifications for one or more memory units. The set of specifications includes the memory type, the number of memory access ports, and the data width. The system assembles a memory unit schematic from a library of schematic modules defining memory unit components, including memory cells, address decoders, registers, drivers, sense amplifiers, and optionally self-testing components. The system creates a layout for the memory unit from a library of layout modules corresponding to the library of schematic modules. The library of layout modules includes memory unit floorplans specifying the location of layout modules within a memory unit. The system selects from different memory unit floorplans to create an optimized memory unit layout. The memory unit schematic can be validated using functional testing methods. The system processes the memory unit layout to produce a device configuration.
    • 系统生成适合要求的内存单元设计。 系统接收一组或多个存储单元的规格。 该组规范包括内存类型,内存访问端口数量和数据宽度。 该系统从定义存储器单元组件的原理图模块库中组装存储器单元原理图,包括存储器单元,地址解码器,寄存器,驱动器,读出放大器以及可选择的自检部件。 系统从与原理图模块库相对应的布局模块库创建存储单元的布局。 布局模块库包括指定布局模块在存储器单元内的位置的存储单元平面图。 系统从不同的存储单元平面图中选择以创建优化的存储器单元布局。 存储单元原理图可以使用功能测试方法进行验证。 系统处理存储器单元布局以产生器件配置。
    • 10. 发明授权
    • Method and apparatus for memory block initialization
    • 存储块初始化的方法和装置
    • US07221185B1
    • 2007-05-22
    • US11048831
    • 2005-02-01
    • Haiming YuWei Yee Koay
    • Haiming YuWei Yee Koay
    • H03K19/173
    • G11C8/10
    • In one aspect of the invention, a circuit for generating addresses for memory initialization within a programmable logic device (PLD) is provided. The circuit includes input registers, which are loaded and unloaded with data triggered by the edge of a clock. The circuit further includes multiplexers, where the multiplexers are capable of receiving output of the input registers and encoded programmable addresses. The multiplexer generates encoded row addresses for a wordline of a memory within the PLD. The circuit includes a decoder to decode the encoded row addresses for the wordline of the memory.
    • 在本发明的一个方面,提供了一种用于在可编程逻辑器件(PLD)内产生存储器初始化的地址的电路。 该电路包括输入寄存器,它们由时钟边缘触发的数据加载和卸载。 电路还包括多路复用器,其中多路复用器能够接收输入寄存器和编码的可编程地址的输出。 多路复用器为PLD内存储器的字线生成编码行地址。 该电路包括解码器,用于对存储器的字线的编码行地址进行解码。