Why waste 480 GB of disk capacity?
那为什么浪费480GB的磁盘空间？
Allocated CPU, memory, and disk capacity.
已分配的CPU、内存和磁盘容量。
Actual consumption of CPU, memory, and disk capacity.
内存和磁盘容量的实际消耗。
Smaller is better when it comes to hard disk capacity.
规模较小，是较好的时候，说到硬碟容量。
We talked about processor speed, about disk capacity, about design details.
我们谈了处理器速度、磁盘容量还有设计细节等。
Depending on your disk capacity, verifying may take several minutes to several hours.
根据磁盘容量的不同，验证可能需要几分钟到几小时。
Use traditional UNIX tools to determine if the instance has enough memory and disk capacity.
使用传统的UNIX工具确定实例的内存和磁盘容量是否充足。
This could be modified easily to fit some other flag, such as 90-99%, as 20% is a very low disk capacity.
可以容易地修改此模式以适应其他标志，例如90- 99%，因为20%是非常低的磁盘容量。
The downside of database mirroring is the need for double the total disk capacity than with a cluster.
数据库镜像的不足之处是，需要的总磁盘容量是群集的两倍。
The additional disk capacity requirements can also be estimated in the same way using the data examples.
也可以使用以上例子采用的方法估算需要增加的磁盘需求。
Under its bulletproof initiative, IBM is addressing disk-sector failures that grow along with disk capacity.
在此项技术首创中，IBM要解决随磁盘容量增加而增加的磁盘部分故障。
One of the biggest problems, keeping track of all the data, grows worse as disk capacity grows to gargantuan sizes.
最大的问题之一是，随着磁盘的容量变得越来越大，要想跟踪所有的数据更加困难。
Using logical volume management lets you quickly add more disk capacity to your system without having to shuffle your data around.
通过使用逻辑卷管理工具，可以快速地在系统中增加磁盘容量，而不需要到处移动数据。
Thus, changing to a larger sector size has two practical benefits: improved reliability and greater disk capacity-at least in theory.
因此，更改为较大尺寸的扇区有两个实际好处：提高可靠性且增加磁盘容量—至少从理论上讲是这样。
This time last year I got a new work laptop, a Dell E6400, dual core 2.8ghz, 4gb, enough hard disk capacity that I've forgotten what it is.
去年的这个时候，我得到了一台崭新的DELLE6400工作用的笔记本，酷睿双核2.8 Ghz,4gb内存，硬盘大到让我忘了它是多少。
The main products are silicone doll U disk capacity, ceramic U disk, U disk crystal shell, stainless steel U-disk, U disk and other business.
主要生产产品容量有硅胶公仔U盘，陶瓷U盘，水晶外壳U盘，不锈钢外壳U盘，商务U盘等。
Proactive planning is available because our SNMP monitoring also tracks the trends of bandwidth utilization, CPU utilization, memory and disk capacity utilization.
积极规划，因为我们提供的SNMP监测还跟踪趋势的带宽利用率，CPU利用率，内存和磁盘利用率。
Per-disk capacity now exceeds a terabyte, but a disk can nonetheless fill up quickly with large data files, lengthy log files, images, and media files such as movies.
单个磁盘的容量现在已经超过了1TB，但是大型数据文件、日志文件、图像以及电影等媒体文件很快就把磁盘装满了。
Proponents make the case that disk-oriented approaches to online storage are problematic, do not scale gracefully and while disk capacity has exploded — access latency and bandwidth has not kept pace.
众多支持者认为使用磁盘存储在线数据会产生很多问题，无法实现优雅地可伸缩性，而磁盘容量也会不断膨胀——访问延迟与带宽并非协调一致。
In this case, more expensive high capacity hardware is used for the fast traffic while the bulk traffic is handled by commodity hardware with large disk partitions.
在此情况下，将对快速流量使用较昂贵的高容量硬件，而批量流量则由具有大型磁盘分区的普通硬件来处理。
While capacity planning involves making sound decisions about the number of CPUs, it also involves balancing the CPU information with the amount of memory and disk storage purchased for each system.
在容量规划需要做出有关CPU数量的正确决定时，它也涉及到将CPU信息与每一个系统所购买的内存和磁盘存储数量相平衡。
This exceeds the virtual memory capacity of the process; so much of the data lives on disk, which is expensive to access.
这超出了虚拟内存的处理容量；因此许多数据位于磁盘中，访问磁盘的开销很大。
When combined, the cache capacity on the drive, the disk algorithms used, the interface speed, and the areal density, produce a disk transfer time.
驱动器上的缓存容量、所使用的硬盘算法、接口速度和磁录密度组合到一起，就构成了磁盘传输时间。
They could see that disk drives were gaining capacity for the same price even faster than computer processors were.
他们看到同样价格买到的磁盘驱动器的容量在增长，并且已经超过计算机的处理能力。
The second capacity management approach to consider is reducing data on primary disk storage via data deduplication or data compression.
第二种容量管理办法可近似地认为是通过重复数据删除或数据压缩来减少主存储磁盘上的数据。
Make also sure that the used disk space is below 70% of the capacity.
还要保证使用的磁盘空间低于容量的70%。
They would be ideal candidates for using the VIO Server since each of them would not completely utilize the full capacity of an Ethernet card or disk controller (see Figure 3).
它们就是使用VIOServer的理想候选LPAR，因为其中每个LPAR都不会完全利用以太网卡或磁盘控制器的全部容量(请参见图3)。
The file is typically in a compressed format—specifically, the file grows and shrinks with the contents of the VMI and is not defined by the capacity of the VM's hard disk.
这个文件通常采用压缩格式 —尤其是，该文件并不是根据VM 的硬盘容量确定的，它的大小随着VMI的内容变化。
The file is typically in a compressed format—specifically, the file grows and shrinks with the contents of the VMI and is not defined by the capacity of the VM's hard disk.
这个文件通常采用压缩格式 —尤其是，该文件并不是根据VM 的硬盘容量确定的，它的大小随着VMI的内容变化。
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