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    • 1. 发明授权
    • Memory bandwidth reallocation for isochronous traffic
    • 同步业务的内存带宽重新分配
    • US09262348B2
    • 2016-02-16
    • US13307781
    • 2011-11-30
    • Wishwesh Anil GandhiRaymond Hoi Man Wong
    • Wishwesh Anil GandhiRaymond Hoi Man Wong
    • G06F15/173G06F13/16
    • G06F13/16G06F13/1673
    • The MMU services data requests associated with isochronous (ISO) data (referred to herein as “ISO requests”) with a high priority to meet a fixed latency requirement. Such data includes display data for transmission to the display device or other display devices. Conversely data requests associated with non-isochronous (NISO) data are serviced with a relatively lower priority. Such data requests include requests received from the CPU, video requests and copy requests. The MMU utilizes a buffering mechanism to buffer ISO and NISO requests. The size of the buffer that stores ISO requests controls the amount of memory bandwidth that is allocated to the ISO requests and the amount of memory bandwidth available for NISO requests.
    • 与同步(ISO)数据(本文称为“ISO请求”)相关联的MMU服务数据请求具有高优先级以满足固定的等待时间要求。 这样的数据包括用于传输到显示装置或其他显示装置的显示数据。 相反,与非等时(NISO)数据相关联的数据请求的优先级相对较低。 这样的数据请求包括从CPU接收的请求,视频请求和复制请求。 MMU利用缓冲机制来缓冲ISO和NISO请求。 存储ISO请求的缓冲区的大小控制分配给ISO请求的内存带宽数量和NISO请求可用的内存带宽量。
    • 2. 发明申请
    • MEMORY BANDWIDTH REALLOCATION FOR ISOCHRONOUS TRAFFIC
    • 存储带宽重载的异步交通
    • US20130138815A1
    • 2013-05-30
    • US13307781
    • 2011-11-30
    • Wishwesh Anil GANDHIRaymond Hoi Man Wong
    • Wishwesh Anil GANDHIRaymond Hoi Man Wong
    • G06F15/173
    • G06F13/16G06F13/1673
    • The MMU services data requests associated with isochronous (ISO) data (referred to herein as “ISO requests”) with a high priority to meet a fixed latency requirement. Such data includes display data for transmission to the display device or other display devices. Conversely data requests associated with non-isochronous (NISO) data are serviced with a relatively lower priority. Such data requests include requests received from the CPU, video requests and copy requests. The MMU utilizes a buffering mechanism to buffer ISO and NISO requests. The size of the buffer that stores ISO requests controls the amount of memory bandwidth that is allocated to the ISO requests and the amount of memory bandwidth available for NISO requests.
    • 与同步(ISO)数据(本文称为“ISO请求”)相关联的MMU服务数据请求具有高优先级以满足固定的等待时间要求。 这样的数据包括用于传输到显示装置或其他显示装置的显示数据。 相反,与非等时(NISO)数据相关联的数据请求的优先级相对较低。 这样的数据请求包括从CPU接收的请求,视频请求和复制请求。 MMU利用缓冲机制来缓冲ISO和NISO请求。 存储ISO请求的缓冲区的大小控制分配给ISO请求的内存带宽数量和NISO请求可用的内存带宽量。