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    • 3. 发明申请
    • FLEXIBLE SEQUENCER DESIGN ARCHITECTURE FOR SOLID STATE MEMORY CONTROLLER
    • 用于固态存储器控制器的灵活的序列设计架构
    • WO2009039222A3
    • 2009-06-04
    • PCT/US2008076741
    • 2008-09-17
    • MARVELL WORLD TRADE LTDSHIN HYUNSUKLEE CHI KONGYOON TONY
    • SHIN HYUNSUKLEE CHI KONGYOON TONY
    • G06F3/06G06F12/02
    • G06F13/1668G06F3/061G06F3/0659G06F3/0688
    • A method and apparatus for controlling access to solid state memory devices which may allow maximum parallelism on accessing solid state memory devices with minimal interventions from firmware. To reduce the waste of host time, multiple flash memory devices may be connected to each channel. A job/descriptor architecture may be used to increase parallelism by allowing each memory device to operate separately. A job may be used to represent a read, write or erase operation. When firmware wants to assign a job to a device, it may issue a descriptor, which may contain information about the target channel, the target device, the type of operation, etc. The firmware may provide descriptors without waiting for a response from a memory device, and several jobs may be issued continuously to form a job queue. After the firmware finishes programming descriptors, a sequencer may handle the remaining work so that the firmware may concentrate on other tasks.
    • 用于控制对固态存储器件的访问的方法和装置,其可以允许以最少的固件干预来访问固态存储器设备的最大并行性。 为了减少主机时间的浪费,可以将多个闪存设备连接到每个通道。 通过允许每个存储器件分开操作,可以使用作业/描述符架构来增加并行性。 可以使用作业来表示读取,写入或擦除操作。 当固件想要将作业分配给设备时,它可以发布描述符,其可以包含关于目标通道,目标设备,操作类型等的信息。固件可以提供描述符而不等待来自存储器的响应 设备,并且可以连续地发出几个作业以形成作业队列。 固件完成编程描述符后,定序器可以处理剩余的工作,以便固件可以专注于其他任务。