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Hexagonal field programmable gate array architecture 원문보기

IPC분류정보
국가/구분 United States(US) Patent 등록
국제특허분류(IPC7판)
  • H01L-023/528
  • H01L-027/088
  • H01L-027/115
  • H01L-027/118
출원번호 US-0517508 (1995-08-21)
발명자 / 주소
  • Rostoker Michael D.
  • Koford James S.
  • Scepanovic Ranko
  • Jones Edwin R.
  • Padmanahben Gobi R.
  • Kapoor Ashok K.
  • Kudryavtsev Valeriy B.,RUX
  • Andreev Alexander E.,RUX
  • Aleshin Stanislav V.,RUX
출원인 / 주소
  • LSI Logic Corporation
대리인 / 주소
    Mitchell, Silberberg & Knupp LLP
인용정보 피인용 횟수 : 241  인용 특허 : 18

초록

Several inventions are disclosed. A cell architecture using hexagonal shaped cells is disclose. The architecture is not limited to hexagonal shaped cells. Cells may be defined by clusters of two or more hexagons by triangles, by parallelograms, and by other polygons enabling a variety of cell shapes

대표청구항

[ What is claimed is:] [1.] A hexagonal field programmable gate array architecture, comprising:six closely packed triangular semiconductor structures on a semiconductor substrate arrainged in a hexagonal configuration, one or more of the triangular structures including three potential transistor reg

이 특허에 인용된 특허 (18)

  1. Modarres Hossein (Mountain View CA) Raam Susan (Fremont CA) Lai Jiun-Hao (Santa Clara CA), Hierarchical floorplanner.
  2. Coe David J. (East Grinstead GB2), High voltage semiconductor devices.
  3. Kowalski Jacek (Trets FRX), MOS fuse with oxide breakdown and application thereof to memory cards.
  4. Rosotker Michael D. (San Jose CA), Method of increasing the layout efficiency of dies on a wafer, and increasing the ratio of I/O area to active area per d.
  5. Yee Abraham (Santa Clara CA) Yeh Stanley (Fremont CA) Carmichael Tim (San Jose CA) Padmanabhan Gobi (Sunnyvale CA), Method of making integrated circuit structure with programmable conductive electrode/interconnect material.
  6. Dangelo Carlos (San Jose CA) Nagasamy Vijay K. (Mountain View CA) Bootehsaz Ahsan (Santa Clara CA) Rajan Sreeranga P. (Sunnyvale CA), Methodology for deriving executable low-level structural descriptions and valid physical implementations of circuits and.
  7. Kapoor Ashok (Palo Alto CA), Microelectronic integrated circuit including hexagonal semiconductor “gate ”device.
  8. Rostoker Michael D. (San Jose CA), Multi-chip semiconductor arrangements using flip chip dies.
  9. Janai Meir I. (Haifa ILX) Orbach Zvi (Sunnyvale CA), Personalizable gate array devices.
  10. Lidow Alexander (Manhattan Beach CA) Herman Thomas (Redondo Beach CA) Rumennik Vladimir (El Segundo CA), Plural polygon source pattern for mosfet.
  11. Neilson John M. S. (Norristown PA) Jones Frederick P. (Mountaintop PA) Yedinak Joseph A. (Wilkes-Barre PA) Rexer Christopher L. (Mountaintop PA), Power FET with gate segments covering drain regions disposed in a hexagonal pattern.
  12. Klodzinski Stanley J. (White Haven PA) Ronan ; Jr. Harold R. (Mountaintop PA) Neilson John M. S. (Norristown PA) Wheatley ; Jr. Carl F. (Drums PA), Power MOSFET.
  13. Jennings ; III Earle W. (Richardson TX) Landers George H. (Mountain View CA), Programmable logic device.
  14. Lee Gary M. (Circle Pines MN), Ring topology for an integrated circuit logic cell.
  15. Hendrickson Thomas E. (Wayzata MN), Semiconductor apparatus.
  16. Kudoh Hitoshi (Kyoto JPX), Semiconductor device.
  17. Rosotker Michael D. (San Jose CA), Semiconductor packaging technique yielding increased inner lead count for a given die-receiving area.
  18. Rostoker Michael D. (San Jose CA), Technique of increasing bond pad density on a semiconductor die.

이 특허를 인용한 특허 (241)

  1. Hayakawa Masahiko,JPX ; Tsukamoto Yosuke,JPX, Active matrix display device having multiple gate electrode portions.
  2. Masahiko Hayakawa JP; Yosuke Tsukamoto JP, Active matrix display device having multiple gate electrode portions.
  3. Hoffberg, Steven M.; Hoffberg-Borghesani, Linda I., Adaptive pattern recognition based controller apparatus and method and human-interface therefore.
  4. Hoffberg, Steven M.; Hoffberg-Borghesani, Linda I., Alarm system controller and a method for controlling an alarm system.
  5. Siegel,Andrew; Teig,Steven; Etawil,Hussein, Analytical placement method and apparatus.
  6. Siegel,Andrew; Teig,Steven; Etawil,Hussein, Analytical placement method and apparatus.
  7. Vora, Madhukar B., Apparatus and methods for high-density chip connectivity.
  8. Redgrave, Jason; Schmit, Herman, Barrel shifter implemented on a configurable integrated circuit.
  9. Teig, Steven; Fujimura, Akira; Caldwell, Andrew, Circular vias and interconnect-line ends.
  10. Schmit,Herman; Redgrave,Jason, Clock distribution in a configurable IC.
  11. Schmit,Herman; Redgrave,Jason, Clock distribution in a configurable IC.
  12. Rohe,Andre; Teig,Steven, Concurrent optimization of physical design and operational cycle assignment.
  13. Schmit, Herman; Huang, Randy Renfu, Configurable IC having a routing fabric with storage elements.
  14. Teig, Steven, Configurable IC having a routing fabric with storage elements.
  15. Teig, Steven; Schmit, Herman; Huang, Randy Renfu, Configurable IC having a routing fabric with storage elements.
  16. Teig, Steven; Schmit, Herman; Redgrave, Jason, Configurable IC having a routing fabric with storage elements.
  17. Schmit, Herman; Teig, Steven; Hutchings, Brad; Huang, Randy Renfu; Redgrave, Jason, Configurable IC with configurable routing resources that have asymmetric input and/or outputs.
  18. Schmit, Herman; Teig, Steven; Hutchings, Brad; Huang, Randy Renfu; Redgrave, Jason, Configurable IC with configuration logic resources that have asymmetric inputs and/or outputs.
  19. Teig, Steven; Redgrave, Jason, Configurable IC with error detection and correction circuitry.
  20. Teig, Steven; Schmit, Herman; Redgrave, Jason; Chandra, Vikas, Configurable IC with interconnect circuits that also perform storage operations.
  21. Teig,Steven; Schmit,Herman; Redgrave,Jason; Chandra,Vikas, Configurable IC with interconnect circuits that also perform storage operations.
  22. Hutchings,Brad; Schmit,Herman; Teig,Steven, Configurable IC with interconnect circuits that have select lines driven by user signals.
  23. Schmit, Herman; Redgrave, Jason, Configurable IC with large carry chains.
  24. Schmit, Herman; Teig, Steven; Hutchings, Brad; Huang, Randy Renfu, Configurable IC with logic resources with offset connections.
  25. Schmit, Herman; Teig, Steven; Hutchings, Brad; Huang, Randy Renfu, Configurable IC with routing circuits with offset connections.
  26. Schmit,Herman; Teig,Steven; Hutchings,Brad; Huang,Randy Renfu, Configurable IC with routing circuits with offset connections.
  27. Redgrave, Jason; Schmit, Herman; Teig, Steven; Hutchings, Brad L.; Huang, Randy R., Configurable IC'S with large carry chains.
  28. Schmit,Herman; Teig,Steven; Hutchings,Brad; Huang,Randy Renfu; Redgrave,Jason, Configurable IC's with configurable logic resources that have asymetric inputs and/or outputs.
  29. Teig, Steven; Redgrave, Jason, Configurable IC's with dual carry chains.
  30. Schmit,Herman; Teig,Steven; Hutchings,Brad; Huang,Randy Renfu, Configurable IC's with logic resources with offset connections.
  31. Teig, Steven; Caldwell, Andrew; Redgrave, Jason, Configurable ICs that conditionally transition through configuration data sets.
  32. Schmit, Herman; Butts, Michael; Hutchings, Brad L.; Teig, Steven, Configurable circuits, IC's and systems.
  33. Schmit, Herman; Butts, Michael; Hutchings, Brad L.; Teig, Steven, Configurable circuits, IC's, and systems.
  34. Schmit, Herman; Butts, Michael; Hutchings, Brad L.; Teig, Steven, Configurable circuits, IC's, and systems.
  35. Schmit,Herman; Butts,Michael; Hutchings,Brad L.; Teig,Steven, Configurable circuits, IC's, and systems.
  36. Schmit,Herman; Butts,Michael; Hutchings,Brad L.; Teig,Steven, Configurable circuits, IC's, and systems.
  37. Schmit,Herman; Butts,Michael; Hutchings,Brad L.; Teig,Steven, Configurable circuits, IC's, and systems.
  38. Schmit,Herman; Butts,Michael; Hutchings,Brad L.; Teig,Steven, Configurable circuits, IC's, and systems.
  39. Schmit,Herman; Butts,Michael; Hutchings,Brad L.; Teig,Steven, Configurable circuits, IC's, and systems.
  40. Starr, Gregory; Lai, Kang Wei; Chang, Richard Y., Configurable clock network for programmable logic device.
  41. Starr, Gregory; Lai, Kang Wei; Chang, Richard Y., Configurable clock network for programmable logic device.
  42. Starr, Gregory; Wei Lai, Kang; Chang, Richard Y, Configurable clock network for programmable logic device.
  43. Starr, Gregory; Wei Lai, Kang; Chang, Richard Y., Configurable clock network for programmable logic device.
  44. Starr, Gregory; Wei Lai, Kang; Chang, Richard Y., Configurable clock network for programmable logic device.
  45. Starr, Gregory; Wei Lai, Kang; Chang, Richard Y., Configurable clock network for programmable logic device.
  46. Starr,Gregory; Lai,Kang Wei; Chang,Richard Y., Configurable clock network for programmable logic device.
  47. Starr,Gregory; Wei Lai,Kang; Chang,Richard Y, Configurable clock network for programmable logic device.
  48. Schmit, Herman; Caldwell, Andrew; Teig, Steven, Configurable integrated circuit with a 4-to-1 multiplexer.
  49. Rohe, Andre; Teig, Steven, Configurable integrated circuit with built-in turns.
  50. Rohe, Andre; Teig, Steven, Configurable integrated circuit with built-in turns.
  51. Rohe,Andre; Teig,Steven, Configurable integrated circuit with built-in turns.
  52. Rohe, Andre; Teig, Steven, Configurable integrated circuit with different connection schemes.
  53. Rohe,Andre; Teig,Steven, Configurable integrated circuit with different connection schemes.
  54. Teig, Steven; Redgrave, Jason; Horel, Timothy, Configurable integrated circuit with error correcting circuitry.
  55. Rohe,Andre; Teig,Steven, Configurable integrated circuit with offset connection.
  56. Rohe,Andre; Teig,Steven, Configurable integrated circuit with offset connections.
  57. Schmit,Herman; Teig,Steven; Hutchings,Brad, Configurable integrated circuit with parallel non-neighboring offset connections.
  58. Schmit,Herman; Teig,Steven, Configurable logic circuits with commutative properties.
  59. Schmit,Herman; Teig,Steven, Configurable logic circuits with commutative properties.
  60. Chandler, Trevis; Redgrave, Jason; Voogel, Martin, Configuration context switcher.
  61. Chandler, Trevis; Entjer, Joe; Voogel, Martin; Redgrave, Jason, Configuration context switcher with a clocked storage element.
  62. Chandler, Trevis; Entjer, Joe; Voogel, Martin; Redgrave, Jason, Configuration context switcher with a clocked storage element.
  63. Voogel, Martin; Redgrave, Jason; Chandler, Trevis, Configuration context switcher with a latch.
  64. Chang,Tzung chin; Sung,Chiakang; Chong,Yan; Kim,Henry; Huang,Joseph, DLL with adjustable phase shift using processed control signal.
  65. Chang,Tzung chin; Sung,Chiakang; Chong,Yan; Kim,Henry; Huang,Joseph, DLL with adjustable phase shift using processed control signal.
  66. Teig, Steven; Caldwell, Andrew, Decomposing IC regions and embedding routes.
  67. Starr,Gregory, Dual-gain loop circuitry for programmable logic device.
  68. Schmit, Herman; Redgrave, Jason, Embedding memory between tile arrangement of a configurable IC.
  69. Schmit,Herman; Redgrave,Jason, Embedding memory between tile arrangement of a configurable IC.
  70. Schmit,Herman; Redgrave,Jason, Embedding memory within tile arrangement of a configurable IC.
  71. Schmit, Herman; Redgrave, Jason, Embedding memory within tile arrangement of an integrated circuit.
  72. Teig, Steven; Caldwell, Andrew; Jacques, Etienne, Gridless IC layout and method and apparatus for generating such a layout.
  73. Bothra Subhas, Hexagonal semiconductor die, semiconductor substrates, and methods of forming a semiconductor die.
  74. Teig,Steven; Buset,Oscar, Hierarchical routing method and apparatus that use diagonal routes.
  75. Hutchings, Brad; Schmit, Herman; Teig, Steven, Hybrid configurable circuit for a configurable IC.
  76. Hutchings,Brad; Schmit,Herman; Teig,Steven, Hybrid configurable circuit for a configurable IC.
  77. Hutchings,Brad; Schmit,Herman; Redgrave,Jason, Hybrid logic/interconnect circuit in a configurable IC.
  78. Teig, Steven; Caldwell, Andrew, IC layout having topological routes.
  79. Teig, Steven; Fujimura, Akira; Caldwell, Andrew, IC layout with non-quadrilateral Steiner points.
  80. Teig, Steven; Caldwell, Andrew; Jacques, Etienne, IC layouts with at least one layer that has more than one preferred interconnect direction, and method and apparatus for generating such a layout.
  81. Pugh, Daniel J.; Caldwell, Andrew, IC that efficiently replicates a function to save logic and routing resources.
  82. Teig,Steven; Caldwell,Andrew; Jacques,Etienne, Integrated circuits with at least one layer that has more than one preferred interconnect direction, and method for manufacturing such IC's.
  83. Teig,Steven; Caldwell,Andrew, Interconnect lines with non-rectilinear terminations.
  84. Hoffberg, Steven M.; Hoffberg-Borghesani, Linda I., Internet appliance system and method.
  85. Teig, Steven; Buset, Oscar, LP method and apparatus for identifying route propagations.
  86. Teig, Steven; Buset, Oscar, LP method and apparatus for identifying routes.
  87. Chiakang Sung ; Bonnie I. Wang ; Richard G. Cliff, LVDS interface incorporating phase-locked loop circuitry for use in programmable logic device.
  88. Sung Chiakang ; Wang Bonnie I. ; Cliff Richard G., LVDS interface incorporating phase-locked loop circuitry for use in programmable logic device.
  89. Teig,Steven; Jacques,Etienne, Layouts with routes with different spacings in different directions on the same layer, and method and apparatus for generating such layouts.
  90. Teig,Steven; Jacques,Etienne, Layouts with routes with different widths in different directions on the same layer, and method and apparatus for generating such layouts.
  91. Redgrave, Jason; Schmit, Herman, Method and apparatus for accessing contents of memory cells.
  92. Redgrave, Jason, Method and apparatus for accessing stored data in a reconfigurable IC.
  93. Redgrave,Jason, Method and apparatus for accessing stored data in a reconfigurable IC.
  94. Teig, Steven; Buset, Oscar, Method and apparatus for adaptively selecting the wiring model for a design region.
  95. Teig,Steven; Deretsky,Zachary, Method and apparatus for computing capacity of a region for non-Manhattan routing.
  96. Teig,Steven; Ganley,Joseph L., Method and apparatus for computing placement costs.
  97. Teig, Steven; Ganley, Joseph L., Method and apparatus for computing placement costs by calculating bend values of connection graphs that model interconnect line topologies.
  98. Teig,Steven; Ganley,Joseph L., Method and apparatus for considering diagonal wiring in placement.
  99. Teig, Steven; Frankle, Jonathan, Method and apparatus for costing routes of nets.
  100. Teig,Steven; Caldwell,Andrew, Method and apparatus for decomposing a design layout.
  101. Teig,Steven; Caldwell,Andrew, Method and apparatus for decomposing a region of an integrated circuit layout.
  102. Teig,Steven; Caldwell,Andrew, Method and apparatus for decomposing a region of an integrated circuit layout.
  103. Caldwell, Andrew; Schmit, Herman; Teig, Steven, Method and apparatus for decomposing functions in a configurable IC.
  104. Caldwell, Andrew; Schmit, Herman; Teig, Steven, Method and apparatus for decomposing functions in a configurable IC.
  105. Teig, Steven; Caldwell, Andrew, Method and apparatus for defining vias.
  106. Teig, Steven; Caldwell, Andrew; Jacques, Etienne, Method and apparatus for defining vias.
  107. Teig,Steven; Buset,Oscar; Chao,Heng Yi, Method and apparatus for diagonal routing by using several sets of lines.
  108. Caldwell, Andrew; Teig, Steven, Method and apparatus for function decomposition.
  109. Teig, Steven; Caldwell, Andrew, Method and apparatus for generating multi-layer routes.
  110. Teig, Steven; Ganley, Joseph L., Method and apparatus for generating routes for groups of related node configurations.
  111. Teig, Steven; Caldwell, Andrew, Method and apparatus for generating topological routes for IC layouts using perturbations.
  112. Teig,Steven; Frankle,Jonathan, Method and apparatus for identifying a group of routes for a set of nets.
  113. Rohe, Andre; Teig, Steven, Method and apparatus for identifying connections between configurable nodes in a configurable integrated circuit.
  114. Rohe, Andre; Teig, Steven, Method and apparatus for identifying connections between configurable nodes in a configurable integrated circuit.
  115. Rohe,Andre; Teig,Steven, Method and apparatus for identifying connections between configurable nodes in a configurable integrated circuit.
  116. Teig,Steven; Caldwell,Andrew, Method and apparatus for identifying optimized via locations.
  117. Teig, Steven; Buset, Oscar, Method and apparatus for identifying propagation for routes with diagonal edges.
  118. Teig, Steven; Ganley, Joseph L., Method and apparatus for measuring congestion in a partitioned region.
  119. Teig,Steven; Frankle,Jonathan; Jacques,Etienne, Method and apparatus for performing an exponential path search.
  120. Redgrave, Jason; Caldwell, Andrew; Teig, Steven, Method and apparatus for performing an operation with a plurality of sub-operations in a configurable IC.
  121. Teig, Steven; Jacques, Etienne, Method and apparatus for performing geometric routing.
  122. Teig,Steven; Jacques,Etienne, Method and apparatus for performing routability checking.
  123. Redgrave, Jason; Hutchings, Brad; Schmit, Herman; Teig, Steven, Method and apparatus for performing shifting in an integrated circuit.
  124. Pugh, Daniel J., Method and apparatus for performing two's complement multiplication.
  125. Teig,Steven; Ganley,Joseph L., Method and apparatus for placing circuit modules.
  126. Teig,Steven; Ganley,Joseph L., Method and apparatus for pre-computing and using multiple placement cost attributes to quantify the quality of a placement configuration within a partitioned region.
  127. Teig, Steven; Ganley, Joseph L., Method and apparatus for pre-computing and using placement costs within a partitioned region for multiple wiring models.
  128. Teig, Steven; Ganley, Joseph L., Method and apparatus for pre-computing attributes of routes.
  129. Teig, Steven; Ganley, Joseph L., Method and apparatus for pre-computing placement costs.
  130. Teig, Steven; Chao, Heng-Yi, Method and apparatus for pre-computing routes.
  131. Teig,Steven; Ganley,Joseph L.; Chao,Heng Yi, Method and apparatus for pre-computing routes.
  132. Teig, Steven; Ganley, Joseph L., Method and apparatus for pre-computing routes for multiple wiring models.
  133. Teig, Steven; Caldwell, Andrew, Method and apparatus for producing multi-layer topological routes.
  134. Teig, Steven; Buset, Oscar; Lin, Yang-Trung, Method and apparatus for producing sub-optimal routes for a net by generating fake configurations.
  135. Teig, Steven; Caldwell, Andrew, Method and apparatus for proportionate costing of vias.
  136. Teig,Steven; Ganley,Joseph L., Method and apparatus for quantifying the quality of placement configurations in a partitioned region of an integrated circuit layout.
  137. Teig, Steven; Caldwell, Andrew, Method and apparatus for routing.
  138. Teig,Steven; Buset,Oscar, Method and apparatus for routing.
  139. Teig,Steven; Frankle,Jonathan, Method and apparatus for routing.
  140. Teig,Steven; Frankle,Jonathan; Jacques,Etienne; Caldwell,Andrew, Method and apparatus for routing.
  141. Teig,Steven; Frankle,Jonathan; Jacques,Etienne; Caldwell,Andrew, Method and apparatus for routing.
  142. Teig, Steven; Caldwell, Andrew, Method and apparatus for routing a set of nets.
  143. Teig,Steven; Caldwell,Andrew, Method and apparatus for routing a set of nets.
  144. Teig,Steven; Caldwell,Andrew, Method and apparatus for routing groups of paths.
  145. Teig, Steven; Caldwell, Andrew; Jacques, Etienne, Method and apparatus for routing nets in an integrated circuit layout.
  146. Teig, Steven; Caldwell, Andrew, Method and apparatus for routing sets of nets.
  147. Frankle, Jonathan; Caldwell, Andrew, Method and apparatus for routing with independent goals on different layers.
  148. Frankle,Jonathan; Caldwell,Andrew, Method and apparatus for routing with independent goals on different layers.
  149. Teig,Steven; Frankle,Jonathan, Method and apparatus for searching for a global path.
  150. Teig,Steven; Frankle,Jonathan, Method and apparatus for searching for a three-dimensional global path.
  151. Teig, Steven; Caldwell, Andrew, Method and apparatus for selecting a route for a net based on the impact on other nets.
  152. Teig,Steven; Frankle,Jonathan, Method and apparatus for solving an optimization problem in an integrated circuit layout.
  153. Teig,Steven; Ganley,Joseph L., Method and apparatus for storing routes.
  154. Teig,Steven; Ganley,Joseph L., Method and apparatus for storing routes for groups of related net configurations.
  155. Teig, Steven; Ganley, Joseph L., Method and apparatus for using a diagonal line to measure an attribute of a bounding box of a net.
  156. Teig, Steven; Ganley, Joseph L., Method and apparatus for using a diagonal line to measure congestion in a region of an integrated-circuit layout.
  157. Teig,Steven; Ganley,Joseph L., Method and apparatus for using connection graphs with potential diagonal edges to model interconnect topologies during placement.
  158. Teig,Steven, Method and system for performing placement on non Manhattan semiconductor integrated circuits.
  159. Frankle, Jonathan; Gilchrist, III, John H.; Malhotra, Anish, Method and system for routing.
  160. Schmit, Herman; Butts, Michael; Hutchings, Brad L.; Teig, Steven, Method of mapping a user design defined for a user design cycle to an IC with multiple sub-cycle reconfigurable circuits.
  161. Vora, Madhukar B., Methods and apparatus for high-density chip connectivity.
  162. Lukanc,Todd P.; McGowan,Sarah N.; Capodieci,Luigi; Singh,Bhanwar; Reiss,Joerg, Microdevice having non-linear structural component and method of fabrication.
  163. Teig,Steven, Non manhattan floor plan architecture for integrated circuits.
  164. Teig, Steven; Caldwell, Andrew, Non-rectilinear polygonal vias.
  165. Schmit, Herman; Butts, Michael; Hutchings, Brad L.; Teig, Steven, Non-sequentially configurable IC.
  166. Schmit, Herman; Butts, Michael; Hutchings, Brad L.; Teig, Steven, Non-sequentially configurable IC.
  167. Schmit,Herman; Butts,Michael; Hutchings,Brad L.; Teig,Steven, Non-sequentially configurable IC.
  168. Rohe, Andre; Teig, Steven, Operational cycle assignment in a configurable IC.
  169. Rohe, Andre; Teig, Steven, Operational cycle assignment in a configurable IC.
  170. Rohe, Andre; Teig, Steven, Operational cycle assignment in a configurable IC.
  171. Rohe, Andre; Teig, Steven, Operational cycle assignment in a configurable IC.
  172. Rohe,Andre; Teig,Steven, Operational cycle assignment in a configurable IC.
  173. Rohe, Andre; Teig, Steven; Schmit, Herman; Redgrave, Jason; Caldwell, Andrew, Operational time extension.
  174. Rohe, Andre; Teig, Steven; Schmit, Herman; Redgrave, Jason; Caldwell, Andrew, Operational time extension.
  175. Rohe,Andre; Teig,Steven; Schmit,Herman; Redgrave,Jason; Caldwell,Andrew, Operational time extension.
  176. Teig, Steven; Ganley, Joseph L., Partitioning placement method and apparatus.
  177. Pugh, Daniel J.; Redgrave, Jason; Caldwell, Andrew, Performing mathematical and logical operations in multiple sub-cycles.
  178. Chiakang Sung ; Joseph Huang ; Bonnie I. Wang ; Richard G. Cliff, Phase-locked loop circuitry for programmable logic devices.
  179. Chiakang Sung ; Robert R. N. Bielby ; Richard G. Cliff ; Edward Aung, Phase-locked loop circuitry for programmable logic devices.
  180. Sung Chiakang ; Bielby Robert R. N. ; Cliff Richard G. ; Aung Edward, Phase-locked loop circuitry for programmable logic devices.
  181. Sung,Chiakang; Huang,Joseph; Wang,Bonnie I; Cliff,Richard G, Phase-locked loop circuitry for programmable logic devices.
  182. Lee,Seong hoon; Lin,Feng, Phase-locked loop circuits with reduced lock time.
  183. Chiakang Sung ; Joseph Huang ; Bonnie I. Wang ; Robert R. N. Bielby, Phase-locked loop or delay-locked loop circuitry for programmable logic devices.
  184. Sung Chiakang ; Huang Joseph ; Wang Bonnie I. ; Bielby Robert R. N., Phase-locked loop or delay-locked loop circuitry for programmable logic devices.
  185. Sung Chiakang ; Huang Joseph ; Wang Bonnie I. ; Bielby Robert R. N., Phase-locked loop or delay-locked loop circuitry for programmable logic devices.
  186. Teig, Steven; Caldwell, Andrew, Polygonal vias.
  187. Teig,Steven; Wang,Maogang, Post processor for optimizing manhattan integrated circuits placements into non manhattan placements.
  188. Gheewala Tushar R., Power and signal routing technique for gate array design.
  189. Teig, Steven; Buset, Oscar, Probabilistic routing method and apparatus.
  190. Kerry Veenstra ; Krishna Rangasayee ; John E. Turner, Programmable logic device input/output architecture with power bus segmentation for multiple I/O standards.
  191. Kerry Veenstra ; Krishna Rangasayee ; John E. Turner, Programmable logic device input/output architecture with power bus segmentation for multiple I/O standards.
  192. Wayne Yeung ; Chiakang Sung ; Myron W. Wong ; Khai Nguyen ; Bonnie I. Wang ; Xiaobao Wang ; Joseph Huang ; Im Whan Kim, Programmable logic device input/output circuit configurable as reference voltage input circuit.
  193. Wayne Yeung ; Chiakang Sung ; Myron W. Wong ; Khai Nguyen ; Bonnie I. Wang ; Xiaobao Wang ; Joseph Huang ; In Whan Kim, Programmable logic device input/output circuit configurable as reference voltage input circuit.
  194. Venkata, Ramanand; Lee, Chong H.; Patel, Rakesh, Programmable logic device serial interface having dual-use phase-locked loop circuitry.
  195. Jefferson David E. ; Cope L. Todd,MYX ; Reddy Srinivas ; Cliff Richard G., Programmable logic integrated circuit with on-chip DLL or PLL for clock distribution.
  196. Jefferson David E. ; Cope L. Todd,MYX ; Reddy Srinivas ; Cliff Richard G., Programmable logic with on-chip DLL or PLL to distribute clock.
  197. Jefferson, David E.; Cope, L. Todd; Reddy, Srinivas; Cliff, Richard G., Programmable logic with on-chip DLL or PLL to distribute clock.
  198. Starr, Gregory, Programmable phase-locked loop circuitry for programmable logic device.
  199. Starr,Gregory, Programmable phase-locked loop circuitry for programmable logic device.
  200. Starr,Gregory, Programmable phase-locked loop circuitry for programmable logic device.
  201. Voogel, Martin; Redgrave, Jason; Chandler, Trevis, Reading configuration data from internal storage node of configuration storage circuit.
  202. Teig, Steven; Schmit, Herman; Redgrave, Jason, Reconfigurable IC that has sections running at different looperness.
  203. Teig,Steven; Schmit,Herman; Redgrave,Jason, Reconfigurable IC that has sections running at different looperness.
  204. Teig, Steven; Schmit, Herman; Redgrave, Jason, Reconfigurable IC that has sections running at different reconfiguration rates.
  205. Teig, Steven; Schmit, Herman; Redgrave, Jason, Reconfigurable IC that has sections running at different reconfiguration rates.
  206. Teig,Steven; Schmit,Herman; Redgrave,Jason, Reconfigurable IC that has sections running at different reconfiguration rates.
  207. Teig, Steven; Ganley, Joseph L., Recursive partitioning placement method and apparatus.
  208. Caldwell,Andrew; Redgrave,Jason, Replacing circuit design elements with their equivalents.
  209. Teig, Steven; Buset, Oscar; Jacques, Etienne, Routing method and apparatus.
  210. Teig,Steven; Buset,Oscar; Jacques,Etienne; Caldwell,Andrew; Frankle,Jonathan, Routing method and apparatus.
  211. Teig,Steven; Buset,Oscar; Jacques,Etienne, Routing method and apparatus that use of diagonal routes.
  212. Caldwell, Andrew; Teig, Steven, Sequential delay analysis by placement engines.
  213. Saitoh, Kazutaka, Smart card and circuitry layout thereof for reducing cross-talk.
  214. Redgrave, Jason, Storage elements for a configurable IC and method and apparatus for accessing data stored in the storage elements.
  215. Redgrave, Jason, Storage elements for a configurable IC and method and apparatus for accessing data stored in the storage elements.
  216. Redgrave, Jason, Storage elements for a configurable IC and method and apparatus for accessing data stored in the storage elements.
  217. Redgrave,Jason, Storage elements for a configurable IC and method and apparatus for accessing data stored in the storage elements.
  218. Redgrave,Jason; Hutchings,Brad; Schmit,Herman; Teig,Steven, Sub-cycle configurable hybrid logic/interconnect circuit.
  219. Brist, Gary, Symmetrical hexagonal-based ball grid array pattern.
  220. Schmit, Herman; Caldwell, Andrew; Hutchings, Brad; Redgrave, Jason; Teig, Steven, System and method for providing a virtual memory architecture narrower and deeper than a physical memory architecture.
  221. Schmit, Herman; Caldwell, Andrew; Hutchings, Brad; Redgrave, Jason; Teig, Steven, System and method for providing a virtual memory architecture narrower and deeper than a physical memory architecture.
  222. Schmit, Herman; Teig, Steven; Hutchings, Brad, System and method for providing more logical memory ports than physical memory ports.
  223. Schmit, Herman; Teig, Steven; Hutchings, Brad, System and method for providing more logical memory ports than physical memory ports.
  224. Schmit, Herman; Pugh, Daniel J.; Teig, Steven, System and method of mapping memory blocks in a configurable integrated circuit.
  225. Schmit, Herman; Pugh, Daniel J.; Teig, Steven, System and method of providing a memory hierarchy.
  226. Jefferson David E. ; Cope L. Todd,MYX ; Reddy Srinivas ; Cliff Richard G., System for distributing clocks using a delay lock loop in a programmable logic circuit.
  227. Starr, Gregory; Chang, Wanli, Testing circuit and method for phase-locked loop.
  228. Teig, Steven; Caldwell, Andrew, Timing operations in an IC with configurable circuits.
  229. Teig,Steven; Caldwell,Andrew, Topological vias route wherein the topological via does not have a coordinate within the region.
  230. Pugh, Daniel J.; Schmit, Herman; Redgrave, Jason; Caldwell, Andrew, Use of hybrid interconnect/logic circuits for multiplication.
  231. Redgrave, Jason, User registers implemented with routing circuits in a configurable IC.
  232. Redgrave, Jason, Users registers implemented with routing circuits in a configurable IC.
  233. Schmit,Herman; Redgrave,Jason, Users registers in a reconfigurable IC.
  234. Schmit, Herman; Teig, Steven, VPA interconnect circuit.
  235. Schmit,Herman; Teig,Steven, VPA interconnect circuit.
  236. Schmit,Herman; Teig,Steven, VPA logic circuits.
  237. Schmit,Herman; Teig,Steven, VPA logic circuits.
  238. Hutchings, Brad, Variable width management for a memory of a configurable IC.
  239. Hutchings, Brad, Variable width writing to a memory of an IC.
  240. Hoang,Tim Tri; Shumarayev,Sergey; Wong,Wilson, Variable-bandwidth loop filter methods and apparatus.
  241. Hoang, Tim Tri; Wong, Wilson; Asaduzzaman, Kazi; Maangat, Simardeep; Shumarayev, Sergey; Patel, Rakesh H., Voltage-controlled oscillator methods and apparatus.
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