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    • 1. 发明授权
    • Communication with two or more storage devices via one SAS communication port
    • 通过一个SAS通信端口与两个或多个存储设备进行通信
    • US08677048B2
    • 2014-03-18
    • US12911904
    • 2010-10-26
    • Robert HansenRadek AsterTim K. Emami
    • Robert HansenRadek AsterTim K. Emami
    • G06F13/36G06F13/00
    • G06F3/0646G06F3/0604G06F3/0626G06F3/0635G06F3/0658G06F3/067G06F3/0689
    • One or more techniques and/or systems are disclosed for enabling communication between a SAS communication port of a SAS communication component and multiple storage devices. In a first example, a first SAS to SATA bridge chip and a second SAS to SATA bridge chip may be configured to route data from a SAS communication component to multiple storage devices. In a second example, a SAS to SATA bridge chip and a port multiplier may be configured to route data from a SAS communication component to multiple storage devices. In a third example, a four port SAS to SATA bridge comprising two SAS ports and two SATA ports may be configured to route data from a SAS communication component to multiple storage devices. Supporting two or more storage devices with a single SAS communication port allows storage enclosures to increase storage capacity, while decreasing cost per slot.
    • 公开了一种或多种技术和/或系统,用于实现SAS通信组件的SAS通信端口与多个存储设备之间的通信。 在第一示例中,第一SAS至SATA桥芯片和第二SAS至SATA桥接芯片可以被配置为将数据从SAS通信组件路由到多个存储设备。 在第二个例子中,SAS到SATA桥芯片和端口倍增器可以被配置为将数据从SAS通信组件路由到多个存储设备。 在第三个例子中,可以将包括两个SAS端口和两个SATA端口的四端口SAS至SATA桥接器配置为将数据从SAS通信组件路由到多个存储设备。 使用单个SAS通信端口支持两个或多个存储设备允许存储机柜增加存储容量,同时降低每个插槽的成本。
    • 2. 发明申请
    • COMMUNICATION WITH TWO OR MORE STORAGE DEVICES VIA ONE SAS COMMUNICATION PORT
    • 通过一个SAS通信端口与两个或更多的存储设备通信
    • US20130219101A1
    • 2013-08-22
    • US12911904
    • 2010-10-26
    • Robert HansenRadek AsterTim K. Emami
    • Robert HansenRadek AsterTim K. Emami
    • G06F13/20
    • G06F3/0646G06F3/0604G06F3/0626G06F3/0635G06F3/0658G06F3/067G06F3/0689
    • One or more techniques and/or systems are disclosed for enabling communication between a SAS communication port of a SAS communication component and multiple storage devices. In a first example, a first SAS to SATA bridge chip and a second SAS to SATA bridge chip may be configured to route data from a SAS communication component to multiple storage devices. In a second example, a SAS to SATA bridge chip and a port multiplier may be configured to route data from a SAS communication component to multiple storage devices. In a third example, a four port SAS to SATA bridge comprising two SAS ports and two SATA ports may be configured to route data from a SAS communication component to multiple storage devices. Supporting two or more storage devices with a single SAS communication port allows storage enclosures to increase storage capacity, while decreasing cost per slot.
    • 公开了一种或多种技术和/或系统,用于实现SAS通信组件的SAS通信端口与多个存储设备之间的通信。 在第一示例中,第一SAS至SATA桥芯片和第二SAS至SATA桥接芯片可以被配置为将数据从SAS通信组件路由到多个存储设备。 在第二个例子中,SAS到SATA桥芯片和端口倍增器可以被配置为将数据从SAS通信组件路由到多个存储设备。 在第三个例子中,可以将包括两个SAS端口和两个SATA端口的四端口SAS至SATA桥接器配置为将数据从SAS通信组件路由到多个存储设备。 使用单个SAS通信端口支持两个或多个存储设备允许存储机柜增加存储容量,同时降低每个插槽的成本。
    • 3. 发明授权
    • System and method for a redundant communication fabric in a network storage system
    • 网络存储系统中冗余通信结构的系统和方法
    • US08255737B1
    • 2012-08-28
    • US12770241
    • 2010-04-29
    • Radek AsterSteven C. MillerKurtis A. Chan
    • Radek AsterSteven C. MillerKurtis A. Chan
    • G06F11/00
    • G06F11/201
    • The techniques introduced here include storage systems including a storage controller configured to access data and a storage subsystem including a storage device having n ports, where n is an integer greater than one, and where the storage device is configured to store the data and to make the data available to the storage controller via each of the n ports. The storage systems also include a communication fabric configured to couple the storage controller to each of the n ports of the storage device via m paths, where m is an integer greater than n, so that the storage system is configured to tolerate failure in up to m−1 paths through the communication fabric, such that the data in the storage device remains accessible to the storage controller even in the presence of failure in up to m−1 paths of the m paths.
    • 这里介绍的技术包括存储系统,包括被配置为访问数据的存储控制器和包括具有n个端口的存储设备的存储子系统,其中n是大于1的整数,并且其中存储设备被配置为存储数据并且使 通过n个端口中的每一个可用于存储控制器的数据。 存储系统还包括被配置为经由m路径将存储控制器耦合到存储设备的每个n个端口的通信结构,其中m是大于n的整数,使得存储系统被配置为容忍最多 通过通信结构的m-1个路径,使得即使存在m个路径的m-1个路径的故障,存储设备中的数据仍然可以被存储控制器访问。
    • 4. 发明申请
    • CREATING LOGICAL DISK DRIVES FOR RAID SUBSYSTEMS
    • 为RAID SUBSYSTEMS创建逻辑磁盘驱动器
    • US20090276566A1
    • 2009-11-05
    • US12112686
    • 2008-04-30
    • Doug CoatneyRadek Aster
    • Doug CoatneyRadek Aster
    • G06F12/02
    • G06F12/0223G06F3/0605G06F3/0632G06F3/0689G06F11/1092
    • A computer storage system includes multiple disk trays, each disk tray holding two or more physical disks. The disks on a single tray are virtualized into a single logical disk. The single logical disk reports to the RAID (redundant array of inexpensive disks) subsystem, creating the impression that there is one large capacity disk. In one implementation, each disk in the tray is allocated to a different RAID group. By allocating the disks in a tray to different RAID groups, if the tray is removed, only a portion of several different RAID groups are removed. This arrangement permits a simple reconstruction of the RAID groups if a disk tray is removed from the system.
    • 计算机存储系统包括多个盘托盘,每个托盘盘托有两个或多个物理盘。 单个托盘上的磁盘虚拟化为单个逻辑磁盘。 单个逻辑磁盘向RAID(廉价磁盘的冗余阵列)子系统报告,从而产生一个大容量磁盘的印象。 在一个实现中,托盘中的每个磁盘分配给不同的RAID组。 通过将托盘中的磁盘分配到不同的RAID组,如果托盘被移除,则只会删除几个不同RAID组的一部分。 如果磁盘托盘从系统中移除,则这种布置允许对RAID组进行简单重建。
    • 6. 发明授权
    • Sector shift read corruption detection
    • 扇区移位读取损坏检测
    • US07840847B1
    • 2010-11-23
    • US11944142
    • 2007-11-21
    • Radek Aster
    • Radek Aster
    • G06F11/00
    • G06F11/1443
    • A method and system are disclosed to quickly and inexpensively (in terms of computational overhead) detect when a data shift corruption event or a short read has occurred and to transparently retry the failed read operation. The method seeds the memory read buffer, into which read data will be written, by placing known values (a “seed pattern”) at the end of the buffer prior to initiating the read operation. If the seed pattern is still in the read buffer when the read operation completes, the read operation has encountered a data shift corruption event and should be retried. If the read operation completes correctly, the seed pattern will be overwritten by the data read from the disk. The particular seed pattern used and the size of the seed pattern are chosen to be discriminating (i.e., no false positives) and cheap to write and verify (i.e., no performance impact).
    • 公开了一种方法和系统,以便在数据偏移损坏事件或短读操作发生时迅速且低成本地(在计算开销方面)检测,并透明地重试失败的读取操作。 该方法通过在启动读取操作之前将已知值(“种子模式”)放置在缓冲区的末尾,从而将存储器读取缓冲器种子写入读取数据。 如果读取操作完成时,种子模式仍然在读取缓冲区中,则读取操作遇到数据偏移损坏事件,并应重试。 如果读取操作正确完成,种子图案将被从磁盘读取的数据覆盖。 选择使用的特定种子图案和种子图案的大小来鉴别(即,不存在假阳性)并且便于编写和验证(即,不影响性能)。