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    • 4. 发明申请
    • Hub chip for one or more memory modules
    • Hub芯片用于一个或多个内存模块
    • US20050027923A1
    • 2005-02-03
    • US10877139
    • 2004-06-25
    • Sven KalmsHelmut Kandolf
    • Sven KalmsHelmut Kandolf
    • G06F13/00G06F13/16
    • G06F13/16
    • One embodiment of the invention provides a hub chip comprising: an address bus input for receiving a plurality of successively sent portions of address and/or command data, a shift register which has register elements and is connected to the address bus input to receive the plurality of portions of the address and/or command data, the shift register being connected to the address bus input so that, when the address and/or command data are received, the portions of the address and/or command data are successively written to the register elements, an address bus output for outputting the received address and/or command data, a memory module interface for connecting one or more memory modules, where the hub chip addresses none, one or a plurality of the connected memory modules, depending on the address and/or command data transferred, and a driver element provided to output the received portion of the address and/or command data to the address bus output before all of the portions of the address and/or command data have been received in full.
    • 本发明的一个实施例提供了一种集线器芯片,其包括:地址总线输入,用于接收地址和/或命令数据的多个连续发送的部分;移位寄存器,具有寄存器元件,并连接到地址总线输入端以接收多个 地址和/或命令数据的一部分,移位寄存器连接到地址总线输入,使得当地址和/或命令数据被接收时,地址和/或命令数据的部分被连续写入到 寄存器元件,用于输出接收到的地址和/或命令数据的地址总线输出,用于连接一个或多个存储器模块的存储器模块接口,其中集线器芯片不依赖于所连接的存储器模块,一个或多个连接的存储器模块, 地址和/或命令数据,以及提供的驱动器元件,用于在地址总线输出的所有部分之前将地址和/或命令数据的接收部分输出到地址总线输出 已收到地址和/或命令数据。
    • 6. 发明授权
    • Memory arrangement having a plurality of RAM chips
    • 具有多个RAM芯片的存储装置
    • US07362650B2
    • 2008-04-22
    • US11394142
    • 2006-03-30
    • Helmut KandolfSven KalmsMaksim KuzmenkaMichael Hausmann
    • Helmut KandolfSven KalmsMaksim KuzmenkaMichael Hausmann
    • G11C8/00
    • G11C7/106G11C7/1006G11C7/1027G11C7/1051G11C7/1078G11C7/1087G11C8/12G11C11/4096
    • Embodiments of the invention provide a memory arrangement having an even number k=4 of physically spaced RAM chips, on each of which it is possible for m data items to be simultaneously written or read via an m-bit data bus, also having a register for buffer-storing and transmitting n respective parallel data bits as a packet between an n-bit parallel port and the data buses, and having a selection device which responds to selection bits in order to select a respective separate cell group within the plurality of the chips for each of the disjoint m-bit groups (d) of the n-bit packet. The k chips are classified into q=2 disjoint chip groups, each of which comprises k/q chips which differ as little as possible from one another in terms of their distance from the register. The number m is chosen to be equal to q*n/k, and the selection device is designed to select a respective separate chip from the same chip group and a cell group in this chip for each m-bit group of the same n-bit packet.
    • 本发明的实施例提供了具有物理间隔RAM芯片的偶数k = 4的存储器布置,其中每一个都可以经由m位数据总线同时写入或读取m个数据项,该m位数据总线也具有寄存器 用于将n个相应的并行数据位作为n位并行端口和数据总线之间的分组进行缓冲存储和发送,并且具有响应于选择位的选择装置,以便选择多个 n位数据包的每个不相交的m位组(d)的芯片。 k个芯片被分类为q = 2个不相交的芯片组,每个芯片组包括在距离寄存器的距离方面彼此相差尽可能小的k / q个芯片组。 数字m被选择为等于q * n / k,并且选择装置被设计为从相同芯片组中的每个m位组的该芯片中选择相应的单独芯片和单元组, 位数据包。
    • 7. 发明授权
    • Information transfer in electronic modules
    • 电子模块中的信息传输
    • US08094654B2
    • 2012-01-10
    • US11528988
    • 2006-09-27
    • Sven KalmsChristian Weiss
    • Sven KalmsChristian Weiss
    • H04L12/50
    • H01L25/065H01L2924/0002H01L2924/00
    • An electronic assembly includes electronic modules connected in a series circuit such that a particular number of input connections of one of the electronic modules is connected with the particular number of output connections of another of the electronic modules. Each electronic module is configured to pass on an information which each electronic module receives on an input side at an nth of each electronic module's input connections to an nth of each electronic module's output connections. The input connections and output connections of each electronic module are arranged in a same geometric arrangement. Each electronic module is configured to receive, irrespective of a geometric orientation of the input connections of a given electronic module in relation to a geometric orientation of the output connections of a corresponding electronic module connected with the given electronic module on the input side of the given electronic module, at the same of the given electronic module's input connections, a particular information which is transmitted by the same output connections of the corresponding electronic module.
    • 电子组件包括以串联电路连接的电子模块,使得一个电子模块的特定数量的输入连接与另一个电子模块的特定数量的输出连接相连接。 每个电子模块被配置为将每个电子模块在每个电子模块的输入连接的第n个的输入侧接收的信息传递到每个电子模块的输出连接的第n个。 每个电子模块的输入连接和输出连接以相同的几何排列布置。 每个电子模块被配置为接收与给定电子模块的输入连接相对于在给定的输入端上与给定电子模块连接的相应电子模块的输出连接的几何取向的几何取向 电子模块,在给定的电子模块的输入连接相同的情况下,由相应电子模块的相同输出连接传输的特定信息。
    • 8. 发明申请
    • Information transfer in electronic modules
    • 电子模块中的信息传输
    • US20070106837A1
    • 2007-05-10
    • US11528988
    • 2006-09-27
    • Sven KalmsChristian Weiss
    • Sven KalmsChristian Weiss
    • G06F12/00
    • H01L25/065H01L2924/0002H01L2924/00
    • An electronic assembly includes electronic modules connected in a series circuit such that a particular number of input connections of one of the electronic modules is connected with the particular number of output connections of another of the electronic modules. Each electronic module is configured to pass on an information which each electronic module receives on an input side at an nth of each electronic module's input connections to an nth of each electronic module's output connections. The input connections and output connections of each electronic module are arranged in a same geometric arrangement. Each electronic module is configured to receive, irrespective of a geometric orientation of the input connections of a given electronic module in relation to a geometric orientation of the output connections of a corresponding electronic module connected with the given electronic module on the input side of the given electronic module, at the same of the given electronic module's input connections, a particular information which is transmitted by the same output connections of the corresponding electronic module.
    • 电子组件包括以串联电路连接的电子模块,使得一个电子模块的特定数量的输入连接与另一个电子模块的特定数量的输出连接相连接。 每个电子模块被配置为将每个电子模块在每个电子模块的输入连接的第n个的输入侧接收的信息传递到每个电子模块的输出连接的第n个。 每个电子模块的输入连接和输出连接以相同的几何排列布置。 每个电子模块被配置为接收与给定电子模块的输入连接相对于在给定的输入端上与给定电子模块连接的相应电子模块的输出连接的几何取向的几何取向 电子模块,在给定的电子模块的输入连接相同的情况下,由相应电子模块的相同输出连接传输的特定信息。
    • 9. 发明申请
    • Memory arrangement having a plurality of RAM chips
    • 具有多个RAM芯片的存储装置
    • US20060250881A1
    • 2006-11-09
    • US11394142
    • 2006-03-30
    • Helmut KandolfSven KalmsMaksim KuzmenkaMichael Hausmann
    • Helmut KandolfSven KalmsMaksim KuzmenkaMichael Hausmann
    • G11C8/00
    • G11C7/106G11C7/1006G11C7/1027G11C7/1051G11C7/1078G11C7/1087G11C8/12G11C11/4096
    • Embodiments of the invention provide a memory arrangement having an even number k=4 of physically spaced RAM chips, on each of which it is possible for m data items to be simultaneously written or read via an m-bit data bus, also having a register for buffer-storing and transmitting n respective parallel data bits as a packet between an n-bit parallel port and the data buses, and having a selection device which responds to selection bits in order to select a respective separate cell group within the plurality of the chips for each of the disjoint m-bit groups (d) of the n-bit packet. The k chips are classified into q=2 disjoint chip groups, each of which comprises k/q chips which differ as little as possible from one another in terms of their distance from the register. The number m is chosen to be equal to q*n/k, and the selection device is designed to select a respective separate chip from the same chip group and a cell group in this chip for each m-bit group of the same n-bit packet.
    • 本发明的实施例提供了具有物理间隔RAM芯片的偶数k = 4的存储器布置,其中每一个都可以经由m位数据总线同时写入或读取m个数据项,该m位数据总线也具有寄存器 用于将n个相应的并行数据位作为n位并行端口和数据总线之间的分组进行缓冲存储和发送,并且具有响应于选择位的选择装置,以便选择多个 n位数据包的每个不相交的m位组(d)的芯片。 k个芯片被分类为q = 2个不相交的芯片组,每个芯片组包括在距离寄存器的距离方面彼此相差尽可能小的k / q个芯片组。 数字m被选择为等于q * n / k,并且选择装置被设计为从相同芯片组中的每个m位组的该芯片中选择相应的单独芯片和单元组, 位数据包。