| 1. | You also want to consider a fast disk subsystem
你也要考虑一个快速磁盘子系统。 |
| 2. | Next , we turn from the disk subsystem to focus on the processors
接下来，我们要将焦点从磁盘子系统转移到处理器上。 |
| 3. | There are , in general , two types of disk subsystems to consider : raid and non - raid
一般要考虑两种类型的磁盘子系统： raid和非raid 。 |
| 4. | 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) 。 |
| 5. | Specifically , your disk subsystem is performing poorly if it is experiencing
具体地说，如果磁盘子系统出现下列情况，则说明磁盘子系统性能欠佳： |
| 6. | The performance of the disk subsystem exceeds 1gb second at several points in the throughput test
在吞吐量测试的几个点上，磁盘子系统的性能已经超过了每秒1gb 。 |
| 7. | Ids is also able to work together with split mirror technologies provided by sophisticated disk subsystems
Ids还能与复杂磁盘子系统提供的分离镜像( split mirror )技术一起使用。 |
| 8. | Unless you measure carefully , you don t know the true average access time or throughput of your disk subsystems
除非您仔细检查，否则您无法知道磁盘子系统实际的平均存取时间或吞吐量。 |
| 9. | 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。 |
| 10. | Disk subsystem bottlenecks cause more performance problems than server - side cpu or ram deficiencies , and a poorly designed disk subsystem can leave your organization vulnerable to hardware malfunctions
磁盘子系统瓶颈所产生的性能问题超过了服务器端cpu或ram不足所产生的性能问题，而且设计不佳的磁盘子系统使组织容易受到硬件故障的影响。 |
