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    • 1. 发明申请
    • Virtual first in first out direct memory access device
    • 虚拟先进先出直接内存访问设备
    • US20070033302A1
    • 2007-02-08
    • US11495888
    • 2006-07-31
    • Yen-Yu LinShih-Chang HuShiau-Wan Chen
    • Yen-Yu LinShih-Chang HuShiau-Wan Chen
    • G06F13/28
    • G06F13/28
    • A virtual first in first out (FIFO) direct memory access (DMA) device applied in an electronic device having a processor, a UART unit and a virtual FIFO unit is provided. In the virtual FIFO DMA device, a DMA unit is for transferring data between the UART unit and the virtual FIFO unit. A virtual FIFO controller, which has a read pointer and a write pointer, is electrically connected with the DMA unit. When the DMA unit reads data from or writes data into the virtual FIFO unit, the virtual FIFO controller correspondingly changes the value of the read pointer or the write pointer. A virtual port is electrically connected to the DMA unit and the processor. A processor reads data from or writes data into the virtual FIFO unit via the virtual port and the DMA unit.
    • 提供了一种应用于具有处理器,UART单元和虚拟FIFO单元的电子设备中的先进先出(FIFO)直接存储器访问(DMA)设备。 在虚拟FIFO DMA设备中,DMA单元用于在UART单元和虚拟FIFO单元之间传输数据。 具有读指针和写指针的虚拟FIFO控制器与DMA单元电连接。 当DMA单元从虚拟FIFO单元读取数据或将数据写入虚拟FIFO单元时,虚拟FIFO控制器相应地改变读指针或写指针的值。 虚拟端口电连接到DMA单元和处理器。 处理器通过虚拟端口和DMA单元从数据读取数据或将数据写入虚拟FIFO单元。
    • 2. 发明授权
    • Virtual first in first out (FIFO) direct memory access (DMA) device, electronic device and memory access method using the same
    • 虚拟先进先出(FIFO)直接存储器访问(DMA)器件,电子设备和存储器访问方法使用相同
    • US07698474B2
    • 2010-04-13
    • US11495888
    • 2006-07-31
    • Yen-Yu LinShih-Chang HuShiau-Wan Chen
    • Yen-Yu LinShih-Chang HuShiau-Wan Chen
    • G06F13/28G06F5/00
    • G06F13/28
    • A virtual first in first out (FIFO) direct memory access (DMA) device applied in an electronic device having a processor, a UART unit and a virtual FIFO unit is provided. In the virtual FIFO DMA device, a DMA unit is for transferring data between the UART unit and the virtual FIFO unit. A virtual FIFO controller, which has a read pointer and a write pointer, is electrically connected with the DMA unit. When the DMA unit reads data from or writes data into the virtual FIFO unit, the virtual FIFO controller correspondingly changes the value of the read pointer or the write pointer. A virtual port is electrically connected to the DMA unit and the processor. A processor reads data from or writes data into the virtual FIFO unit via the virtual port and the DMA unit.
    • 提供了一种应用于具有处理器,UART单元和虚拟FIFO单元的电子设备中的先进先出(FIFO)直接存储器访问(DMA)设备。 在虚拟FIFO DMA设备中,DMA单元用于在UART单元和虚拟FIFO单元之间传输数据。 具有读指针和写指针的虚拟FIFO控制器与DMA单元电连接。 当DMA单元从虚拟FIFO单元读取数据或将数据写入虚拟FIFO单元时,虚拟FIFO控制器相应地改变读指针或写指针的值。 虚拟端口电连接到DMA单元和处理器。 处理器通过虚拟端口和DMA单元从数据读取数据或将数据写入虚拟FIFO单元。
    • 3. 发明申请
    • Virtual first in first out direct memory access device
    • 虚拟先进先出直接内存访问设备
    • US20050125571A1
    • 2005-06-09
    • US11002391
    • 2004-12-03
    • Yen-Yu LinShih-Chang HuShiau-Wan Chen
    • Yen-Yu LinShih-Chang HuShiau-Wan Chen
    • G06F13/28
    • G06F13/28
    • A virtual first in first out (FIFO) direct memory access (DMA) device applied in an electronic device having a processor, a UART unit and a virtual FIFO is provided. In the virtual FIFO DMA device, a DMA unit is for transferring data between the UART unit and the virtual FIFO. A virtual FIFO controller, which has a read pointer and a write pointer, is electrically connected with the DMA unit. When the DMA unit reads data from or saves data into the virtual FIFO, the virtual FIFO controller correspondingly changes the value of the read pointer or the write pointer. A virtual port is electrically connected with the DMA unit and the processor respectively. A processor reads data from or writes data into the virtual FIFO via the virtual port and the DMA unit.
    • 提供了一种应用于具有处理器,UART单元和虚拟FIFO的电子设备中的虚拟先进先出(FIFO)直接存储器访问(DMA)设备。 在虚拟FIFO DMA设备中,DMA单元用于在UART单元和虚拟FIFO之间传输数据。 具有读指针和写指针的虚拟FIFO控制器与DMA单元电连接。 当DMA单元从虚拟FIFO读取数据或将数据保存到虚拟FIFO中时,虚拟FIFO控制器相应地改变读指针或写指针的值。 虚拟端口分别与DMA单元和处理器电连接。 处理器通过虚拟端口和DMA单元从数据读取数据或将数据写入虚拟FIFO。
    • 4. 发明申请
    • MEMORY ACCESS SYSTEMS FOR CONFIGURING WAYS AS CACHE OR DIRECTLY ADDRESSABLE MEMORY
    • 用于配置方式的存储器访问系统作为缓存或直接寻址的存储器
    • US20080201528A1
    • 2008-08-21
    • US12107965
    • 2008-04-23
    • Ting-Cheng HsuYen-Yu LinShien-Tai Pan
    • Ting-Cheng HsuYen-Yu LinShien-Tai Pan
    • G06F12/00
    • G06F12/0653G06F12/0895Y02D10/13
    • A memory system is provided. A processor provides a data access address. A memory device includes a predetermined number of ways. The processor selectively configures a selected number less than or equal to the predetermined number of the ways as cache memory belonging to a cacheable region, and configures remaining ways as directly addressable memory belonging to a directly addressable region by memory configuration information. A memory controller determines the data access address corresponding to the cacheable region or the directly addressable region, selects only the way in the directly addressable region corresponding to the data access address when the data access address corresponds to the directly addressable region, and selects only the way(s) belonging to the cacheable region when the data access address corresponds to the cacheable region. A configuration controller monitors the status of the ways and adjusting the memory configuration information according to the status of the ways.
    • 提供了一种存储系统。 处理器提供数据访问地址。 存储器装置包括预定数量的方式。 处理器有选择地将属于可高速缓存区域的高速缓冲存储器的预定数目的小于或等于预定数量的选择性配置,并且通过存储器配置信息将属于可直接寻址区域的直接可寻址存储器的剩余方式配置。 存储器控制器确定与可高速缓存区域或直接可寻址区域相对应的数据访问地址,当数据访问地址对应于直接可寻址区域时,仅选择对应于数据访问地址的直接可寻址区域中的方式,并且仅选择 当数据访问地址对应于可缓存区域时属于可缓存区域的方式。 配置控制器根据方式的状态监控方式的状态并调整内存配置信息。
    • 7. 发明授权
    • Method and apparatus for switching frequency of a system clock
    • 用于切换系统时钟频率的方法和装置
    • US07262644B2
    • 2007-08-28
    • US11163676
    • 2005-10-26
    • Yen-Yu Lin
    • Yen-Yu Lin
    • H03B19/00
    • H03K23/667
    • A system clock switching apparatus, which includes a clock source for providing a reference clock signal; a frequency divider electrically connected to the clock source for dividing the reference clock signal to produce a frequency-divided signal and a system clock signal; and an enable signal generator electrically connected to the frequency divider for dividing the frequency-divided signal to produce at least one enable signal. The frequency divider switches the frequency of the system clock signal at a time period corresponding to a pulse edge of the frequency-divided signal.
    • 一种系统时钟切换装置,包括用于提供参考时钟信号的时钟源; 电连接到时钟源的分频器,用于划分参考时钟信号以产生分频信号和系统时钟信号; 电连接到分频器的使能信号发生器,用于分频分频信号以产生至少一个使能信号。 分频器在与分频信号的脉冲沿相对应的时间段切换系统时钟信号的频率。
    • 9. 发明申请
    • METHOD AND APPARATUS FOR SWITCHING FREQUENCY OF A SYSTEM CLOCK
    • 用于切换系统时钟频率的方法和装置
    • US20060091918A1
    • 2006-05-04
    • US11163676
    • 2005-10-26
    • Yen-Yu Lin
    • Yen-Yu Lin
    • H03B19/00
    • H03K23/667
    • A system clock switching apparatus, which includes a clock source for providing a reference clock signal; a frequency divider electrically connected to the clock source for dividing the reference clock signal to produce a frequency-divided signal and a system clock signal; and an enable signal generator electrically connected to the frequency divider for dividing the frequency-divided signal to produce at least one enable signal. The frequency divider switches the frequency of the system clock signal at a time period corresponding to a pulse edge of the frequency-divided signal.
    • 一种系统时钟切换装置,包括用于提供参考时钟信号的时钟源; 电连接到时钟源的分频器,用于划分参考时钟信号以产生分频信号和系统时钟信号; 电连接到分频器的使能信号发生器,用于分频分频信号以产生至少一个使能信号。 分频器在与分频信号的脉冲沿相对应的时间段切换系统时钟信号的频率。
    • 10. 发明授权
    • Processing modules with multilevel cache architecture
    • 处理具有多级缓存架构的模块
    • US07596661B2
    • 2009-09-29
    • US11307073
    • 2006-01-23
    • Ting-Cheng HsuYen-Yu LinChih-Wei KoChang-Fu Lin
    • Ting-Cheng HsuYen-Yu LinChih-Wei KoChang-Fu Lin
    • G06F13/00
    • G06F12/0848G06F12/0857G06F12/0897
    • A processing module with multilevel cache architecture, including: a processor; a level-one (L1) cache, coupled to the processor, for caching data for the processor, wherein the L1 cache has at least one L1 cacheable range; a level-two (L2) cache, coupled to the L1 cache, for caching data for the processor, wherein the L2 cache has at least one L2 cacheable range, and the L1 cacheable range and the L2 cacheable range are mutually exclusive; and a memory interface, coupled to the L1 cache and the L2 cache, for transferring data between the L1 cache and a memory and for transferring data between the L2 cache and the memory.
    • 具有多级缓存架构的处理模块,包括:处理器; 耦合到所述处理器的用于缓存所述处理器的数据的一级(L1)高速缓存,其中所述L1高速缓存具有至少一个L1可高速缓存的范围; 耦合到L1高速缓存用于缓存处理器的数据的二级(L2)高速缓存,其中所述L2高速缓存具有至少一个L2可高速缓存的范围,并且所述L1高速缓存范围和所述L2高速缓存范围是相互排斥的; 以及耦合到L1高速缓存和L2高速缓存的存储器接口,用于在L1高速缓存和存储器之间传送数据并用于在L2高速缓存和存储器之间传送数据。