We turn from the disk subsystem to focus on the processors.
我们要将焦点从磁盘子系统转移到处理器上。
You also want to consider a fast disk subsystem.
你也要考虑一个快速磁盘子系统。
Copying the data from the cache to the disk will be managed by the disk subsystem.
磁盘子系统将管理从高速缓存到磁盘的数据复制。
Disk: High-performance SAS disk, RAID, SAN, or NAS direct connected disk subsystem.
硬盘：高性能SAS硬盘、RAID、SAN或者NAS直接联系的硬盘子系统。
Disk: High-performance SAS disk, RAID, SAN, or NAS direct-connected disk subsystem.
硬盘：高性能SAS硬盘、RAID、SAN或者NAS直接联系的硬盘子系统。
Disk: High-performance SAS disk (15k), RAID, SAN or NAS direct-connected disk subsystem.
硬盘：高性能SAS硬盘(15k)、RAID、SAN或者NAS直接联系的硬盘子系统。
Operations on the CVS repository require a fast disk subsystem (RAID is highly advised).
CVS仓库操作需要快速磁盘子系统(RAID是好的选择)。
This example loads the Apple Mac disk subsystem driver (called HFS) with the modprobe command.
这个例子，用modprobe命令为苹果机上的系统，添加一个磁盘子系统驱动模块。
Minimally, the host disk subsystem should have RAID capabilities to provide the required disk system speed.
主机磁盘子系统至少应该具有RAID功能，以提供所需的磁盘系统速度。
Speed of disk subsystem - InterChange Server makes extensive use of WebSphere MQ and a relational database.
磁盘子系统的速度——InterChangeServer广泛使用WebSphereMQ和关系数据库。
The disk subsystem is organized for optimal performance by carefully mapping the tablespaces onto the disks.
还要通过仔细地将表空间映射到磁盘上来组织好磁盘子系统，从而获得最佳性能。
The bottom line is that the disk subsystem is a bottleneck in the Domino system from a hardware perspective.
从硬件角度看，底线是磁盘子系统成为Domino系统的瓶颈。
We will introduce RAID technology and explore how to upgrade the performance and reliability of Disk subsystem.
本文将介绍RAID技术，探讨如何利用RAID技术提高磁盘子系统的速度和可靠性。
Each physical link includes a host adapter in the primary disk subsystem and a host adapter in the secondary disk subsystem.
每条物理链路包括一个位于主磁盘子系统中的主机适配器，以及一个位于辅助磁盘子系统中的主机适配器。
The listener can be a bottleneck if it is single threaded, and if InterChange Server is not running on a high speed disk subsystem.
如果侦听器是单线程的，而InterChangeServer也并未在高速磁盘子系统上运行，则侦听器可能会成为瓶颈。
A disk subsystem that can capture a snapshot of your data in your primary data center and replicate it to your disaster data center.
磁盘子系统，可以捕获主要数据中心中的数据的快照，并将复制到灾难数据中心。
Faster in this context means a server with quick response times due to such things as its superior CPU, faster disk subsystem, or high bus speed.
在该环境下，更快的服务器具有更高级的CPU、更快的磁盘子系统或更高速的总线，因此响应时间也就更快。
If you have a high — or low — throughput disk subsystem, you may need to modify the maximum value to more accurately represent the available bandwidth.
如果在整个磁盘子系统中有一个高磁盘配置或低磁盘配置，则可能需要修改最大值，以便更准确地表示可用带宽。
Typically, clients use switched disk or LUN-level switching within a data center to provide local protection from planned and unplanned outages not involving the disk subsystem.
客户通常会在数据中心使用交换磁盘或 LUN-level 技术来为计划内和计划外中断提供本地保护，但不涉及到磁盘子系统。
Some of the more fault-tolerant RAID levels, such as RAID10 and RAID6, help provide an extra assurance that the storage subsystem can survive various disk failures.
一些容错性更好的RAID级别(比如RAID10和RAID6)帮助提供一层额外保障，确保存储器子系统能够经受各种磁盘故障。
The operating system's virtual memory subsystem allows applications to allocate more memory than actually exists on the system, with the shortage being made up by temporary storage on disk.
操作系统的虚拟内存子系统允许应用程序分配的内存超过系统上实际存在的内存量，不足的部分由磁盘上的临时存储组成。
LVM actually controls all the physical disk resources on your system and helps provide a logical view of your storage subsystem.
实际上，LVM控制系统中所有的物理磁盘资源，并帮助提供存储子系统的逻辑视图。
The combination of GPFS and the DS4500 provides for a redundant storage subsystem in case of disk failure.
GPFS和DS4500共同构成了一个冗余存储子系统，预防磁盘故障。
Using this event producer, an application can verify the status of a Volume Group on the disk, with the LVM subsystem.
通过使用本事件创造器，应用程序可以通过lvm子系统验证磁盘上VolumeGroup的状态。
Tmpfs also makes use of the disk swap space for storage, and of the virtual memory (VM) subsystem when requesting pages for storing files.
tmpfs还使用磁盘交换空间来存储，并且当为存储文件而请求页面时，使用虚拟内存(VM)子系统。
This cannot be done if the disk is mounted on the Fibre Channel subsystem attached to an adapter that uses this driver.
如果磁盘被挂载在一个连接到使用该驱动程序的适配器的FibreChannel子系统上，那就无法执行这种操作。
This article describes the steps required to deploy a Metro mirror disk-mirroring solution with the IBM DS8700 storage subsystem.
本文介绍了部署一个带ibmDS8700存储子系统的MetroMirror磁盘镜像解决方案所需要的步骤。
The RAID subsystem and disk manager determine whether additional disk drives are required, and a notification is sent if the additional disk drives are required.
RAID子系统和磁盘管理器确定是否需要另外的磁盘驱动 器，且如果需要另外的磁盘驱动器则发送通知。
The RAID subsystem and disk manager dynamically allocate data across the pool of storage and a plurality of disk drives based on RAID-to-disk mapping.
RAID子系统和磁盘管理器基于RAID -磁盘映射跨存储池和多个磁盘驱动器动态地分配数据。
The RAID subsystem and disk manager dynamically allocate data across the pool of storage and a plurality of disk drives based on RAID-to-disk mapping.
RAID子系统和磁盘管理器基于RAID -磁盘映射跨存储池和多个磁盘驱动器动态地分配数据。
应用推荐