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    • 2. 发明授权
    • FPGA architecture having two-level cluster input interconnect scheme without bandwidth limitation
    • 具有两级集群输入互连方案的FPGA架构,无带宽限制
    • US07408383B1
    • 2008-08-05
    • US11855974
    • 2007-09-14
    • Wenyi FengSinan Kaptanoglu
    • Wenyi FengSinan Kaptanoglu
    • H01L25/00H03K19/177
    • H03K19/17736
    • An interconnect architecture for a programmable logic device comprises a plurality of interconnect routing lines. The data inputs of a plurality of first-level multiplexers are connected to the plurality of interconnect routing lines such that each interconnect routing line is connected to only one multiplexer. A plurality of second-level multiplexers are organized into multiplexer groups. Each of a plurality of lookup tables is associated with one of the multiplexer groups and has a plurality of lookup table inputs. Each lookup table input is coupled to the output of a different one of the second-level multiplexers in the one of the multiplexer groups with which it is associated. The data inputs of the second-level multiplexers are connected to the outputs of the first-level multiplexers such that each output of each first-level multiplexer is connected to an input of only one second-level multiplexer in each multiplexer group.
    • 用于可编程逻辑器件的互连架构包括多个互连路由线。 多个第一级复用器的数据输入连接到多个互连路由线,使得每个互连路由线仅连接到一个多路复用器。 多个第二级多路复用器被组织成多路复用器组。 多个查找表中的每一个与多路复用器组中的一个相关联并且具有多个查找表输入。 每个查找表输入耦合到与其相关联的多路复合器组中的一个中的不同的一个二级多路复用器的输出。 第二级复用器的数据输入连接到第一级复用器的输出端,使得每个第一级多路复用器的每个输出端连接到每个复用器组中只有一个二级多路复用器的输入。
    • 3. 发明授权
    • Clustered field programmable gate array architecture
    • 集群现场可编程门阵列架构
    • US07924053B1
    • 2011-04-12
    • US12362844
    • 2009-01-30
    • Sinan KaptanogluWenyi Feng
    • Sinan KaptanogluWenyi Feng
    • H01L25/00
    • H03K19/177
    • A logic cluster for a field programmable gate array integrated circuit device is disclosed. The cluster comprises a plurality of functional blocks and three levels of routing multiplexers. External signals enter the logic cluster primarily at the third level multiplexers with a few signals entering at the second level. Combinational outputs are fed back into the first and second level multiplexers while sequential outputs are fed back into the third level multiplexers. The logic function generators have permutable inputs with varying propagation delays. Routing signals between the first and second level multiplexers are grouped into speed classes and coupled to first level multiplexers associated with different logic function generators according to their speed class. Second and third level multiplexers are organized into groups such that routing signals between the second and third level multiplexers can be localized within the area occupied by the group. Groups are pitch matched to logic function generators to optimize and modularize area. Provision is made for global and local control of the sequential elements.
    • 公开了一种用于现场可编程门阵列集成电路器件的逻辑集群。 集群包括多个功能块和三个级别的路由多路复用器。 外部信号主要进入第三级多路复用器的逻辑集群,其中几个信号进入第二级。 组合输出反馈到第一和第二电平复用器,而顺序输出反馈到第三级多路复用器。 逻辑函数发生器具有可变输入,具有不同的传播延迟。 第一和第二级多路复用器之间的路由信号被分组成速度等级并且根据其速度等级耦合到与不同逻辑函数发生器相关联的第一级复用器。 第二和第三级复用器被组织成组,使得第二和第三级多路复用器之间的路由信号可以被定位在该组占用的区域内。 组与逻辑功能发生器匹配,优化和模块化区域。 规定了全局和本地对顺序元素的控制。
    • 4. 发明授权
    • FPGA architecture having two-level cluster input interconnect scheme without bandwidth limitation
    • 具有两级集群输入互连方案的FPGA架构,无带宽限制
    • US07545169B1
    • 2009-06-09
    • US12173225
    • 2008-07-15
    • Wenyi FengSinan Kaptanoglu
    • Wenyi FengSinan Kaptanoglu
    • H01L25/00H03K19/177
    • H03K19/17736
    • An interconnect architecture for a programmable logic device comprises a plurality of interconnect routing lines. The data inputs of a plurality of first-level multiplexers are connected to the plurality of interconnect routing lines such that each interconnect routing line is connected to only one multiplexer. A plurality of second-level multiplexers are organized into multiplexer groups. Each of a plurality of lookup tables is associated with one of the multiplexer groups and has a plurality of lookup table inputs. Each lookup table input is coupled to the output of a different one of the second-level multiplexers in the one of the multiplexer groups with which it is associated. The data inputs of the second-level multiplexers are connected to the outputs of the first-level multiplexers such that each output of each first-level multiplexer is connected to an input of only one second-level multiplexer in each multiplexer group.
    • 用于可编程逻辑器件的互连架构包括多个互连路由线。 多个第一级复用器的数据输入连接到多个互连路由线,使得每个互连路由线仅连接到一个多路复用器。 多个第二级多路复用器被组织成多路复用器组。 多个查找表中的每一个与多路复用器组中的一个相关联并且具有多个查找表输入。 每个查找表输入耦合到与其相关联的多路复合器组中的一个中的不同的一个二级多路复用器的输出。 第二级复用器的数据输入连接到第一级复用器的输出,使得每个第一级多路复用器的每个输出连接到每个多路复用器组中仅一个第二级多路复用器的输入。
    • 6. 发明申请
    • LOGIC MODULE INCLUDING VERSATILE ADDER FOR FPGA
    • 逻辑模块,包括用于FPGA的多个添加器
    • US20100271068A1
    • 2010-10-28
    • US12823266
    • 2010-06-25
    • Wenyi FengJonathan Greene
    • Wenyi FengJonathan Greene
    • H03K19/21
    • H03K19/1737G06F7/503H03K19/17728
    • A logic module for an FPGA includes a LUT formed from an N-level tree of 2:1 multiplexers. Each of the N inputs to the LUT is connected to the select inputs of the multiplexers in one level of the tree. Each of the data inputs at the leaves of the tree is driven by a configuration memory cell that produces either a logic 0 or a logic 1. The output of the single multiplexer at the last level of the tree forms a Y output and is coupled to one input of an XOR gate and to the select input of a two-input carry multiplexer. The 0 input of the carry multiplexer is coupled to a G input. A CI input is coupled to the other input of the XOR gate and to the 1 input of the carry multiplexer.
    • 用于FPGA的逻辑模块包括由2:1多路复用器的N级树形成的LUT。 LUT的N个输入中的每一个连接到树的一个级别中的多路复用器的选择输入。 在树的叶片处的每个数据输入由产生逻辑0或逻辑1的配置存储器单元驱动。在树的最后一级的单个多路复用器的输出形成Y输出,并耦合到 XOR门的一个输入和双输入进位多路复用器的选择输入。 进位多路复用器的0输入耦合到G输入。 CI输入耦合到XOR门的另一个输入端和进位复用器的1个输入端。
    • 7. 发明授权
    • Logic module including versatile adder for FPGA
    • 逻辑模块包括FPGA通用加法器
    • US08085064B2
    • 2011-12-27
    • US12823266
    • 2010-06-25
    • Wenyi FengJonathan Greene
    • Wenyi FengJonathan Greene
    • H03K19/173G06F7/38
    • H03K19/1737G06F7/503H03K19/17728
    • A logic module for an FPGA includes a LUT formed from an N-level tree of 2:1 multiplexers. Each of the N inputs to the LUT is connected to the select inputs of the multiplexers in one level of the tree. Each of the data inputs at the leaves of the tree is driven by a configuration memory cell that produces either a logic 0 or a logic 1. The output of the single multiplexer at the last level of the tree forms a Y output and is coupled to one input of an XOR gate and to the select input of a two-input carry multiplexer. The 0 input of the carry multiplexer is coupled to a G input. A CI input is coupled to the other input of the XOR gate and to the 1 input of the carry multiplexer.
    • 用于FPGA的逻辑模块包括由2:1多路复用器的N级树形成的LUT。 LUT的N个输入中的每一个连接到树的一个级别中的多路复用器的选择输入。 在树的叶片处的每个数据输入由产生逻辑0或逻辑1的配置存储器单元驱动。在树的最后一级的单个多路复用器的输出形成Y输出,并耦合到 XOR门的一个输入和双输入进位多路复用器的选择输入。 进位多路复用器的0输入耦合到G输入。 CI输入耦合到XOR门的另一个输入端和进位复用器的1个输入端。
    • 8. 发明授权
    • Logic module including versatile adder for FPGA
    • 逻辑模块包括FPGA通用加法器
    • US07772879B1
    • 2010-08-10
    • US12101589
    • 2008-04-11
    • Wenyi FengJonathan Greene
    • Wenyi FengJonathan Greene
    • G06F7/38H03K19/173
    • H03K19/1737G06F7/503H03K19/17728
    • A logic module for an FPGA includes a LUT formed from an N-level tree of 2:1 multiplexers. Each of the N inputs to the LUT is connected to the select inputs of the multiplexers in one level of the tree. Each of the data inputs at the leaves of the tree is driven by a configuration memory cell that produces either a logic 0 or a logic 1. The output of the single multiplexer at the last level of the tree forms a Y output and is coupled to one input of an XOR gate and to the select input of a two-input carry multiplexer. The 0 input of the carry multiplexer is coupled to a G input. A CI input is coupled to the other input of the XOR gate and to the 1 input of the carry multiplexer.
    • 用于FPGA的逻辑模块包括由2:1多路复用器的N级树形成的LUT。 LUT的N个输入中的每一个连接到树的一个级别中的多路复用器的选择输入。 在树的叶片处的每个数据输入由产生逻辑0或逻辑1的配置存储器单元驱动。在树的最后一级的单个多路复用器的输出形成Y输出,并耦合到 XOR门的一个输入和双输入进位多路复用器的选择输入。 进位多路复用器的0输入耦合到G输入。 CI输入耦合到XOR门的另一个输入端和进位复用器的1个输入端。