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Memory pack addressing system 원문보기

IPC분류정보
국가/구분 United States(US) Patent 등록
국제특허분류(IPC7판)
  • G11C-008/00
출원번호 US-0478181 (1983-03-23)
발명자 / 주소
  • Anderson Russell Y. (Hillsboro OR)
출원인 / 주소
  • Tektronix, Inc. (Beaverton OR 02)
인용정보 피인용 횟수 : 75  인용 특허 : 1

초록

Disclosed herein is a system for addressing a memory pack having a plurality of memory chips such as RAMs or ROMs. Each memory chip receives address signals and a chip enable signal. A chip selector generates the chip enable signal in response to a feedback signal from the memory pack provided in re

대표청구항

An expandable memory pack addressing system for a microprocessor system, comprising: an address bus provided within said microprocessor system, said address bus having a plurality of parallel-bit address lines coupled to respective first contacts of a memory pack connector; memory selection means pr

이 특허에 인용된 특허 (1)

  1. Lanza Lucio (Milan ITX), Speedup addressing device by detecting repetitive addressing.

이 특허를 인용한 특허 (75)

  1. Fung Michael G. (San Jose CA) Wang Justin (Saratoga CA), Addressing multiple types of memory devices.
  2. Smith, Michael John Sebastian; Rosenband, Daniel L.; Wang, David T.; Rajan, Suresh Natarajan, Adjusting the timing of signals associated with a memory system.
  3. Smith, Michael John; Rosenband, Daniel L.; Wang, David T.; Rajan, Suresh Natarajan, Adjusting the timing of signals associated with a memory system.
  4. Rajan, Suresh Natarajan; Smith, Michael John; Wang, David T., Apparatus and method for power management of memory circuits by a system or component thereof.
  5. Rajan, Suresh Natarajan; Schakel, Keith R.; Smith, Michael John Sebastian; Wang, David T.; Weber, Frederick Daniel, Apparatus for simulating an aspect of a memory circuit.
  6. d'Acoz, Xavier Guy Bernard d'Udekem; Delahaye, Serge Alphonse Marcel Romain, Card memory apparatus.
  7. Rajan, Suresh Natarajan; Schakel, Keith R.; Smith, Michael John Sebastian; Wang, David T.; Weber, Frederick Daniel, Combined signal delay and power saving for use with a plurality of memory circuits.
  8. Rajan, Suresh Natarajan; Schakel, Keith R.; Smith, Michael John Sebastian; Wang, David T.; Weber, Frederick Daniel, Configurable memory circuit system and method.
  9. Rajan, Suresh Natarajan; Schakel, Keith R.; Smith, Michael John Sebastian; Wang, David T.; Weber, Frederick Daniel, Configurable memory circuit system and method.
  10. Rajan, Suresh Natarajan; Schakel, Keith R.; Smith, Michael John Sebastien; Wang, David T.; Weber, Frederick Daniel, Configurable memory circuit system and method.
  11. Rajan, Suresh Natarajan; Wang, David T., Configurable memory system with interface circuit.
  12. Rajan, Suresh Natarajan; Wang, David T., Configurable multirank memory system with interface circuit.
  13. Nukiyama Tomoji (Tokyo JPX), Data processing integrated circuit with improved decoder arrangement.
  14. Shubat Alexander (Newark CA) Cedar Yoram (Sunnyvale CA), Decoder for a memory address bus.
  15. Rajan, Suresh Natarajan; Schakel, Keith R; Smith, Michael John Sebastian; Wang, David T.; Weber, Frederick Daniel, Delaying a signal communicated from a system to at least one of a plurality of memory circuits.
  16. Grimsrud, Knut, Device selection circuit and method.
  17. Grimsrud, Knut S., Device selection circuit and method.
  18. Zohni, Wael O.; Schmidt, William L.; Smith, Michael John Sebastian; Plunkett, Jeremy Matthew, Embossed heat spreader.
  19. Zohni, Wael O.; Schmidt, William; Smith, Michael J. S.; Plunkett, Jeremy Matthew, Embossed heat spreader.
  20. Smith, Michael John Sebastian; Rajan, Suresh Natarajan; Wang, David T, Emulation of abstracted DIMMS using abstracted DRAMS.
  21. Smith, Michael J. S.; Rajan, Suresh Natarajan; Wang, David T., Emulation of abstracted DIMMs using abstracted DRAMs.
  22. Rosenband, Daniel L.; Weber, Frederick Daniel; Smith, Michael John Sebastian, Hybrid memory module.
  23. Rosenband, Daniel L.; Weber, Frederick Daniel; Smith, Michael John Sebastian, Hybrid memory module.
  24. Deering Michael F. (Mountain View CA), Image correlation system.
  25. Rajan, Suresh Natarajan; Schakel, Keith R.; Smith, Michael John Sebastian; Wang, David T.; Weber, Frederick Daniel, Memory apparatus operable to perform a power-saving operation.
  26. Rajan, Suresh Natarajan; Schakel, Keith R.; Smith, Michael John Sebastian; Wang, David T.; Weber, Frederick Daniel, Memory apparatus operable to perform a power-saving operation.
  27. Conroy David G. (Maynard MA), Memory array addressing system for computer systems with multiple memory arrays.
  28. Rajan, Suresh Natarajan; Schakel, Keith R.; Smith, Michael John Sebastian; Wang, David T.; Weber, Frederick Daniel, Memory circuit simulation system and method with refresh capabilities.
  29. Rajan, Suresh Natarajan; Schakel, Keith R.; Smith, Michael John Sebastian; Wang, David T.; Weber, Frederick Daniel, Memory circuit simulation with power saving capabilities.
  30. Rajan, Suresh Natarajan; Schakel, Keith R.; Smith, Michael John Sebastian; Wang, David T.; Weber, Frederick Daniel, Memory circuit system and method.
  31. Rajan, Suresh Natarajan; Schakel, Keith R.; Smith, Michael John Sebastian; Wang, David T.; Weber, Frederick Daniel, Memory circuit system and method.
  32. Rajan, Suresh Natarajan; Schakel, Keith R.; Smith, Michael John Sebastian; Wang, David T.; Weber, Frederick Daniel, Memory circuit system and method.
  33. Kuwashiro Yutaka (Kamakura JPX), Memory device including memories having different capacities.
  34. Rajan, Suresh Natarajan; Schakel, Keith R.; Smith, Michael John Sebastian; Wang, David T.; Weber, Frederick Daniel, Memory device with emulated characteristics.
  35. Rajan, Suresh Natarajan; Schakel, Keith R.; Smith, Michael J. S.; Wang, David T.; Weber, Frederick Daniel, Memory module with memory stack and interface with enhanced capabilites.
  36. Rajan, Suresh N.; Schakel, Keith R; Smith, Michael J. S.; Wang, David T; Weber, Frederick Daniel, Memory module with memory stack and interface with enhanced capabilities.
  37. Rajan, Suresh Natarajan; Schakel, Keith R.; Smith, Michael J. S.; Wang, David T.; Weber, Frederick Daniel, Memory module with memory stack and interface with enhanced capabilities.
  38. Smith, Michael John Sebastian; Rajan, Suresh Natarajan, Memory modules with reliability and serviceability functions.
  39. Schakel, Keith R.; Rajan, Suresh Natarajan; Smith, Michael John Sebastian; Wang, David T.; Weber, Frederick Daniel, Memory refresh apparatus and method.
  40. Wang, David T.; Rajan, Suresh Natarajan, Memory system for synchronous data transmission.
  41. Rajan, Suresh Natarajan, Memory system including multiple memory stacks.
  42. Smith, Michael J. S.; Rajan, Suresh Natarajan, Memory systems and memory modules.
  43. Smith, Michael John Sebastian; Rajan, Suresh Natarajan, Memory systems and memory modules.
  44. Rajan, Suresh N., Method and circuit for configuring memory core integrated circuit dies with memory interface integrated circuit dies.
  45. Rajan, Suresh N.; Smith, Michael J. S.; Wang, David T, Methods and apparatus of stacking DRAMs.
  46. Rajan, Suresh Natarajan; Smith, Michael John, Multi-rank partial width memory modules.
  47. Rajan, Suresh Natarajan; Smith, Michael John Sebastian, Multi-rank partial width memory modules.
  48. Rajan, Suresh Natarajan; Smith, Michael John Sebastian, Multi-rank partial width memory modules.
  49. Grinn James M. (Warrenville IL) McWethy Kevin A. (Lisle IL), Multiplexed-address interface for addressing memories of various sizes.
  50. Wang, Min; Ferolito, Philip Arnold; Rajan, Suresh Natarajan; Smith, Michael John Sebastian, Optimal channel design for memory devices for providing a high-speed memory interface.
  51. Wang, Min; Ferolito, Philip Arnold; Rajan, Suresh Natarajan; Smith, Michael John Sebastian, Optimal channel design for memory devices for providing a high-speed memory interface.
  52. Rajan, Suresh Natarajan; Smith, Michael John Sebastian; Wang, David T., Performing error detection on DRAMs.
  53. Rajan, Suresh Natarajan; Schakel, Keith R.; Smith, Michael John Sebastian; Wang, David T.; Weber, Frederick Daniel, Performing power management operations.
  54. Rajan, Suresh Natarajan; Schakel, Keith R.; Smith, Michael John Sebastian; Wang, David T.; Weber, Frederick Daniel, Performing power management operations.
  55. Rajan, Suresh Natarajan; Smith, Michael John Sebastian; Wang, David T., Power management of memory circuits by virtual memory simulation.
  56. Rajan, Suresh Natarajan; Smith, Michael John; Wang, David T., Power management of memory circuits by virtual memory simulation.
  57. Ferolito, Philip Arnold; Rosenband, Daniel L.; Wang, David T.; Smith, Michael John Sebastian, Programming of DIMM termination resistance values.
  58. Schakel, Keith R.; Rajan, Suresh Natarajan; Smith, Michael John Sebastian; Wang, David T., Refresh management of memory modules.
  59. Taketo Maesako JP; Kouki Yamamoto JP; Yoshinori Matsui JP; Kenichi Sakakibara JP, Semiconductor integrated circuit device.
  60. Rajan, Suresh Natarajan; Schakel, Keith R.; Smith, Michael John Sebastian; Wang, David T.; Weber, Frederick Daniel, Simulating a different number of memory circuit devices.
  61. Rajan, Suresh Natarajan; Schakel, Keith R.; Smith, Michael John Sebastian; Wang, David T.; Weber, Frederick Daniel, Simulating a memory circuit.
  62. Rajan, Suresh Natarajan; Schakel, Keith R.; Smith, Michael John Sebastian; Wang, David T.; Weber, Frederick Daniel, Simulating a memory standard.
  63. Rajan, Suresh Natarajan; Schakel, Keith R.; Smith, Michael John Sebastian; Wang, David T.; Weber, Frederick Daniel, Simulating a memory standard.
  64. Rajan, Suresh Natarajan; Schakel, Keith R.; Smith, Michael John Sebastian; Wang, David T.; Weber, Frederick Daniel, Simulating a refresh operation latency.
  65. Fjelstad, Joseph C., Stackable low-profile lead frame package.
  66. Wang, David T.; Rajan, Suresh Natarajan, Stacked DIMM memory interface.
  67. Danilak, Radoslav; Smith, Michael J. S.; Rajan, Suresh, System and method for increasing capacity, performance, and flexibility of flash storage.
  68. Danilak, Radoslav; Smith, Michael J. S.; Rajan, Suresh, System and method for increasing capacity, performance, and flexibility of flash storage.
  69. Danilak, Radoslav; Smith, Michael J. S.; Rajan, Suresh, System and method for increasing capacity, performance, and flexibility of flash storage.
  70. Rajan, Suresh Natarajan; Schakel, Keith R.; Smith, Michael John Sebastian; Wang, David T.; Weber, Frederick Daniel, System and method for reducing command scheduling constraints of memory circuits.
  71. Rajan, Suresh Natarajan; Schakel, Keith R.; Smith, Michael John Sebastian; Wang, David T.; Weber, Frederick Daniel, System and method for reducing command scheduling constraints of memory circuits.
  72. Rajan, Suresh Natarajan; Schakel, Keith R.; Smith, Michael John Sebastian; Wang, David T.; Weber, Frederick Daniel, System and method for simulating an aspect of a memory circuit.
  73. Rajan, Suresh Natarajan, System including memory stacks.
  74. Rajan, Suresh Natarajan; Schakel, Keith R.; Smith, Michael John Sebastian; Wang, David T.; Weber, Frederick Daniel, Translating an address associated with a command communicated between a system and memory circuits.
  75. Wang, David T.; Rajan, Suresh Natarajan; Schakel, Keith R.; Smith, Michael John Sebastian; Weber, Frederick Daniel, Translating an address associated with a command communicated between a system and memory circuits.
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