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    • 1. 发明授权
    • Method and apparatus for accessing memory
    • 访问存储器的方法和装置
    • US06532525B1
    • 2003-03-11
    • US09675368
    • 2000-09-29
    • Milivoje AleksicGrigory TemkineOleg DrapkinCarl MizuyabuAdrian Hartog
    • Milivoje AleksicGrigory TemkineOleg DrapkinCarl MizuyabuAdrian Hartog
    • G06F1200
    • G06F13/1689G09G5/39Y02D10/14
    • A specific embodiment is disclosed for a method and apparatus for processing data access requests from a requesting device, such as a graphics processor device. Data access commands are provided at a first rate, for example 200M commands per second, to a memory bridge. In response to receiving the access requests the memory bridge will provide its own access requests to a plurality of memories at approximately the first rate. In response to the memory bridge requests, the plurality of memories will access a plurality of data at a second data rate. When the data access between the memory bridge and the memories is a read request, data is returned to the requesting device at a third data rate which is greater than the first data rate by approximately four-times or more. Noise and power reduction techniques can be used on the data bus between the accessing device and the data bridge.
    • 公开了一种用于处理来自请求设备(诸如图形处理器设备)的数据访问请求的方法和设备的具体实施例。 数据访问命令以第一速率(例如每秒200M命令)提供给存储器桥。 响应于接收到访问请求,存储器桥将以大约第一速率向多个存储器提供其自己的访问请求。 响应于存储器桥请求,多个存储器将以第二数据速率访问多个数据。 当存储器桥和存储器之间的数据访问是读取请求时,数据以大于第一数据速率的大约四倍或更多的第三数据速率返回给请求设备。 噪声和功率降低技术可以在接入设备和数据桥之间的数据总线上使用。
    • 2. 发明授权
    • System for accessing memory and method therefore
    • 因此,访问内存和方法的系统
    • US06502173B1
    • 2002-12-31
    • US09675293
    • 2000-09-29
    • Milivoje AleksicGrigory TemkineOleg DrapkinCarl MizuyabuAdrian Hartog
    • Milivoje AleksicGrigory TemkineOleg DrapkinCarl MizuyabuAdrian Hartog
    • G06F1200
    • G06F13/1689G06F13/1605Y02D10/14
    • A specific embodiment is disclosed for a method and apparatus for processing data access requests from a requesting device, such as a graphics processor device. Data access commands are provided at a first rate, for example 200M command per second, to a memory bridge. In response to receiving the access requests the memory bridge will provide its own access requests to a plurality of memories at approximately the first rate. In response to the memory bridge requests, the plurality of memories will access a plurality of data a second data rate. When the data access between the memory bridge and the memories is a read request, data is returned to the requesting device at a third data rate which is greater than the first data rate by approximately four times or more. Noise and power reduction techniques can be used on the data bus between the accessing device and the data bridge.
    • 公开了一种用于处理来自请求设备(诸如图形处理器设备)的数据访问请求的方法和设备的具体实施例。 数据访问命令以第一速率(例如每秒200M命令)提供给存储器桥。 响应于接收到访问请求,存储器桥将以大约第一速率向多个存储器提供其自己的访问请求。 响应于存储器桥请求,多个存储器将访问多个数据第二数据速率。 当存储器桥和存储器之间的数据访问是读取请求时,数据以大于第一数据速率的大约四倍或更多的第三数据速率返回给请求设备。 噪声和功率降低技术可以在接入设备和数据桥之间的数据总线上使用。
    • 3. 发明申请
    • Method and apparatus for graphics rendering on a mobile device
    • 用于移动设备上图形呈现的方法和装置
    • US20050046633A1
    • 2005-03-03
    • US10647772
    • 2003-08-25
    • Milivoje AleksicAdrian Hartog
    • Milivoje AleksicAdrian Hartog
    • G06T1/00G06T15/00
    • G06T15/005G09G5/363
    • A method and apparatus for graphics rendered in a mobile device includes a command queue capable of receiving a plurality of rendering commands, a generate_event command and a wait_until command. The wait_until command corresponds to the completion of a specific operation indicated by the generate_event command. The method and apparatus further includes a direct memory access device operably coupled to the command queue, wherein the DMA device is capable of receiving a memory access command in response to the generate_event command. A memory device is capable of storing rendering information, wherein the memory device is accessible in response to the generate_event command. Furthermore, the method and apparatus includes the command queue capable of queuing the rendering commands in response to the wait_until command until the completion of the operation indicated by the generate_event command.
    • 用于在移动设备中呈现的图形的方法和装置包括能够接收多个呈现命令的命令队列,generate_event命令和wait_until命令。 wait_until命令对应于由generate_event命令指示的特定操作的完成。 该方法和装置还包括可操作地耦合到命令队列的直接存储器访问装置,其中DMA装置能够响应于generate_event命令而接收存储器访问命令。 存储器设备能够存储渲染信息,其中响应于generate_event命令可访问存储器设备。 此外,该方法和装置包括能够响应于wait_until命令排队渲染命令的命令队列,直到由generate_event命令指示的操作完成为止。
    • 4. 发明授权
    • Method and apparatus for graphics rendering on a mobile device
    • 用于移动设备上图形呈现的方法和装置
    • US07057620B2
    • 2006-06-06
    • US10647772
    • 2003-08-25
    • Milivoje AleksicAdrian Hartog
    • Milivoje AleksicAdrian Hartog
    • G06T1/00G06F15/00
    • G06T15/005G09G5/363
    • A method and apparatus for graphics rendered in a mobile device includes a command queue capable of receiving a plurality of rendering commands, a generate_event command and a wait_until command. The wait_until command corresponds to the completion of a specific operation indicated by the generate_event command. The method and apparatus further includes a direct memory access device operably coupled to the command queue, wherein the DMA device is capable of receiving a memory access command in response to the generate_event command. A memory device is capable of storing rendering information, wherein the memory device is accessible in response to the generate_event command. Furthermore, the method and apparatus includes the command queue capable of queuing the rendering commands in response to the wait_until command until the completion of the operation indicated by the generate_event command.
    • 用于在移动设备中呈现的图形的方法和装置包括能够接收多个呈现命令的命令队列,generate_event命令和wait_until命令。 wait_until命令对应于由generate_event命令指示的特定操作的完成。 该方法和装置还包括可操作地耦合到命令队列的直接存储器访问装置,其中DMA装置能够响应于generate_event命令而接收存储器访问命令。 存储器设备能够存储渲染信息,其中响应于generate_event命令可访问存储器设备。 此外,该方法和装置包括能够响应于wait_until命令排队渲染命令的命令队列,直到由generate_event命令指示的操作完成为止。
    • 5. 发明授权
    • Serialized mapped memory configuration for a video graphics chip
    • 视频图形芯片的序列化映射内存配置
    • US06445394B1
    • 2002-09-03
    • US09212197
    • 1998-12-15
    • Hugh ChowMilivoje M. AleksicAdrian Hartog
    • Hugh ChowMilivoje M. AleksicAdrian Hartog
    • G09G539
    • G06F3/1438G09G2360/127
    • A memory system and method uses common memory for multiple controllers associated with, for example, differing data manipulation functions, such as video graphics related functions or other suitable functions. A multiplexer, configured as a time slicer, selects data for transfer with the memory over a first bus at a first rate. The multichannel serializer is coupled between the multiplexer and a plurality of controllers through a plurality of second buses. Each of the second buses is associated with a different channel. The multichannel serializer has a serializer for each of the plurality of second buses wherein each of the serializers transfers data associated with a channel at a second rate associated with a corresponding controller.
    • 存储器系统和方法使用与例如与视频图形相关功能或其他合适功能不同的数据操作功能相关联的多个控制器的公共存储器。 配置为时间分片器的多路复用器以第一速率通过第一总线选择用于与存储器传送的数据。 多通道串行器通过多个第二总线耦合在多路复用器和多个控制器之间。 每个第二总线与不同的通道相关联。 多通道串行器具有用于多个第二总线中的每一个的串行器,其中每个串行器以与相应控制器相关联的第二速率传送与信道相关联的数据。
    • 6. 发明授权
    • Display FIFO memory management system
    • 显示FIFO存储器管理系统
    • US06756988B1
    • 2004-06-29
    • US09369784
    • 1999-08-06
    • Chun WangRaymond LiAdrian HartogDaniel Gudmundson
    • Chun WangRaymond LiAdrian HartogDaniel Gudmundson
    • G09G536
    • G06F5/10G09G5/395
    • A display FIFO memory management system and method includes a programmable FIFO emulator for emulating a drain and fill time of the display FIFO memory to automatically predict a number of register entries remaining in the display FIFO memory at each predefined clock cycle. A programmable timer/counter has programmable precision to accommodate varying bandwidths of display screen display modes and is used to determine the number of entries remaining so that the emulator can accommodate varying screen display modes. A FIFO controller controls the timing of fetching display data from memory to fill the display FIFO memory based on the prediction of the number of remaining register entries in the display FIFO by the programmable emulator.
    • 显示FIFO存储器管理系统和方法包括可编程FIFO模拟器,用于模拟显示FIFO存储器的漏极和填充时间,以在每个预定义的时钟周期自动预测显示FIFO存储器中剩余的寄存器数量。 可编程定时器/计数器具有可编程精度,以适应显示屏显示模式的不同带宽,并用于确定剩余的条目数,以便仿真器可以适应不同的屏幕显示模式。 FIFO控制器根据可编程仿真器对显示FIFO中剩余寄存器条目数的预测,控制从存储器取出显示数据以填充显示FIFO存储器的定时。
    • 9. 发明授权
    • Display FIFO memory management system
    • 显示FIFO存储器管理系统
    • US5953020A
    • 1999-09-14
    • US885248
    • 1997-06-30
    • Chun WangRaymond LiAdrian HartogDaniel Gudmundson
    • Chun WangRaymond LiAdrian HartogDaniel Gudmundson
    • G06F5/10G09G5/395G09G5/00
    • G06F5/10G09G5/395
    • A display FIFO memory management system and method includes a programmable FIFO emulator for emulating a drain and fill time of the display FIFO memory to automatically predict a number of register entries remaining in the display FIFO memory at each predefined clock cycle. A programmable timer/counter has programmable precision to accommodate varying bandwidths of display screen display modes and is used to determine the number of entries remaining so that the emulator can accommodate varying screen display modes. A FIFO controller controls the timing of fetching display data from memory to fill the display FIFO memory based on the prediction of the number of remaining register entries in the display FIFO by the programmable emulator.
    • 显示FIFO存储器管理系统和方法包括可编程FIFO模拟器,用于模拟显示FIFO存储器的漏极和填充时间,以在每个预定义的时钟周期自动预测显示FIFO存储器中剩余的寄存器数量。 可编程定时器/计数器具有可编程精度,以适应显示屏显示模式的不同带宽,并用于确定剩余的条目数,以便仿真器可以适应不同的屏幕显示模式。 FIFO控制器根据可编程仿真器对显示FIFO中剩余寄存器条目数的预测,控制从存储器取出显示数据以填充显示FIFO存储器的定时。