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    • 52. 发明申请
    • SEMICONDUCTOR INTEGRATED CIRCUIT
    • 半导体集成电路
    • US20080298159A1
    • 2008-12-04
    • US12129433
    • 2008-05-29
    • Kuninori KawabataYoshiyuki IshidaSatoshi Eto
    • Kuninori KawabataYoshiyuki IshidaSatoshi Eto
    • G11C8/18
    • G11C7/10
    • An interface conversion macro converts a signal compliant with a system interface specification output from a controller to a signal compliant with a memory interface specification, and outputs the same to a memory interface part, and it also converts a signal output from the memory macro to a signal compliant with the system interface specification and outputs the same to the controller. By converting the system interface specification and the memory interface specification to each other by an interface conversion macro, a common memory macro can be mounted on a semiconductor integrated circuit even when the system interface specification differs. Accordingly, when designing a system, the design verification time, evaluation time, and test time of the semiconductor integrated circuit can be reduced. As a result, the design time and design cost of the semiconductor integrated circuit can be reduced.
    • 接口转换宏将符合从控制器输出的系统接口规范的信号转换为符合存储器接口规范的信号,并将其输出到存储器接口部分,并且还将从存储器宏输出的信号转换为 信号符合系统接口规范,并将其输出到控制器。 通过接口转换宏将系统接口规范和存储器接口规范相互转换,即使系统接口规范不同,公共存储器宏也可以安装在半导体集成电路上。 因此,当设计系统时,可以减少半导体集成电路的设计验证时间,评估时间和测试时间。 结果,可以减少半导体集成电路的设计时间和设计成本。
    • 53. 发明授权
    • Semiconductor memory
    • 半导体存储器
    • US07327627B2
    • 2008-02-05
    • US11452379
    • 2006-06-14
    • Kuninori KawabataShuzo Otsuka
    • Kuninori KawabataShuzo Otsuka
    • G11C7/00
    • G11C11/40622G11C8/18G11C11/406
    • Out of memory blocks arranged in one direction, the memory blocks arranged at both ends are included in a partial area. Since part of control circuits operating the memory blocks arranged at the both ends are not shared by the other memory blocks, switching circuits connecting these control circuits to the memory blocks are constantly settable to an ON state. Since ON/OFF control of the switching circuits is not necessary, power consumption required for accessing the memory blocks arranged at the both ends is smaller than that required for accessing the other memory blocks. Therefore, including the memory blocks arranged at the both ends in a partial area makes it possible to reduce power consumption during a partial refresh mode (standby current).
    • 在一个方向上布置的存储器块不足,布置在两端的存储块被包括在部分区域中。 由于设置在两端的存储块的一部分控制电路不被其他存储块共享,所以将这些控制电路连接到存储块的开关电路始终可设定为导通状态。 由于不需要开关电路的ON / OFF控制,所以访问布置在两端的存储块所需的功耗小于访问其他存储块所需的功耗。 因此,包括布置在部分区域的两端的存储块使得可以在部分刷新模式(待机电流)期间减少功耗。
    • 56. 发明申请
    • Semiconductor memory
    • 半导体存储器
    • US20060156214A1
    • 2006-07-13
    • US11092704
    • 2005-03-30
    • Akira KikutakeKuninori Kawabata
    • Akira KikutakeKuninori Kawabata
    • G06F11/00H03M13/00
    • G06F11/1032
    • Disposed on both sides of a parity cell array are a first regular cell array and a sub parity generation circuit therefor, and a second regular cell array and a sub parity generation circuit therefor. The sub parity generation circuit generates sub parity data according to read data that are simultaneously read from the first and second regular cell arrays. A main parity generation circuit generates according to sub parity data parity data in common to the regular cell arrays, is not disposed in a distributed manner but disposed corresponding to the parity cell array. Thus, the layout design, layout verification, and so forth of a semiconductor memory can be prevented from being complexed. As a result, the parity generation circuit can be optimally laid out, decreasing the development time and defect analysis time for the semiconductor memory can be decreased.
    • 在奇偶校验单元阵列的两侧设置有第一规则单元阵列及其子奇偶校验生成电路,以及第二正则单元阵列和副奇偶校验生成电路。 子校验生成电路根据从第一和第二规则单元阵列同时读出的读取数据生成子奇偶校验数据。 主奇偶生成电路根据子校验数据奇偶校验数据与常规单元阵列共同生成,不以分布式布置,而是对应于奇偶校验单元阵列布置。 因此,可以防止半导体存储器的布局设计,布局验证等复杂化。 结果,可以最佳地布置奇偶产生电路,减少开发时间,并且可以减少半导体存储器的缺陷分析时间。