由于不包含机械部件，它的存取速度较传统机械硬盘有了很大的提高。
Without the mechanical structure of traditional hard disk, it becomes much faster.
我用来测试的电脑没有使用固态硬盘。这种节能却昂贵的硬盘正逐渐替代机械硬盘。
Neither of my test machines used the energy-saving, but costly, solid-state drives that are slowly replacing mechanical hard disks.
大容量固态硬盘的存在，使得传统的机械硬盘驱动器在许多利基计算机应用中，有一定的激烈竞争。
With large capacity Solid State Drives coming into existence, the traditional mechanical HDD has some strong competition in many niche computer applications.
PCMARK8存储测试衡量你系统里的固态硬盘，机械硬盘和混合硬盘性能，测试结果不受到CPU或者GPU性能的影响。
PCMARK 8 Storage measures the performance of SSDs, HDDs and hybrid drives in your system. The results are not influenced by CPU or GPU performance.
在这种情况下，它不应该升级到选择的存储装置中的一个问题，是它的SSD或另一个慢机械的硬盘驱动器。
In this case it shouldn't be a problem upgrading to the storage device of choice, be it an SSD or another slow mechanical hard drive.
将磁力轴承应用于硬盘的支承，完全消除了轴承与硬盘转子的机械接触，使硬盘具有其它轴承支承的硬盘无法企及的优点。
Applying AMB to the support of HDD (hard disk drive), which can avoid the contact of bearing and HDD rotor, it has a lot of advantages in comparison with other bearing types.
由于在固态硬盘没有机械部件，它的存取速度快，能耗低。
As there is no mechanical component in the solid state disk, it features high access speed and low power consumption.
框架安装硬盘的机械部件并用盖子封装。
The frame mounts the mechanical parts of the drive and is sealed with a cover.
同时，固态硬盘中不存在任何机械活动部件，因此还具有高防震性、低发热量、无噪音、可适应恶劣工作环境等优点。
Meanwhile, SSD consists of no mechanical storage architecture, so it also has many advantages such as high mechanical reliability, low heat, no noise, can work in harsh environments and so on.
CF卡是一种电子式硬盘，原理上与机械式硬盘截然不同，在这些场合不容易损坏。
CF card is an electronic HDD, and not the same principle, will not be damaged under these case.
CF卡是一种电子式硬盘，原理上与机械式硬盘截然不同，在这些场合不容易损坏。
CF card is an electronic HDD, and not the same principle, will not be damaged under these case.
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