ssd
英
美
网络 固态硬盘; 静电敏感器件; 固态驱动器; 固态盘; 固态硬碟
BNC.18153
双语例句
- But SSDs are different from hard disk drives ( HDDs) in that they are consumable.
但是SSD不同于硬盘驱动器（HardDiskDrive，HDD），因为它们是可以消耗掉的。 - So consider embedding less free space when using SSDs, since the clustering sequence may not be so important.
因此考虑在使用SSD时嵌入较少的空闲空间，因为集群顺序可能并不那么重要。 - Another issue with SSDs and traditional storage is that an HDD didn't care whether data on disk was valid.
使用SSD和传统存储的另一个问题是HDD不关心磁盘上的数据是否有效。 - Standard Flash-based SSDs, such as those found in laptops, have not been optimized for writes.
标准的基于闪盘的SSD，如笔记本电脑上的，都没有进行写操作优化。 - How do you know how much of an index or data is actually on SSD?
如何知晓有多少索引或数据实际位于SSD中？ - These dramatic improvements have made SSDs prime candidates for use in performance-sensitive or mission-critical database applications.
如此急剧的进步使得SSD成为性能敏感或关键任务数据库应用程序的首选。 - Think about which tasks SSDs enable you to accomplish differently.
考虑SSD能让您出色完成哪些任务。 - This constraint does not exist with SSDs because of the wear-leveling requirement.
此限制不能与SSD同时存在因为耗损均衡的要求。 - When SSDs are implemented, those average values will be lower and show the performance benefits.
在应用SSD时，这些平均值会降低并显示性能优势。 - Due to the memory storage technology used in SSDs, the performance is an order of magnitude higher than regular hard disk drives.
由于SSD中采用了内存存储技术，SSD的性能比常规硬盘驱动器高出了一个数量级。 - So, what's the best way to determine which DB2 tables or indexes to place on SSDs?
那么，确定将哪些DB2表或索引放在SSD上的最佳方式是什么？ - SSDs can perform operations concurrently; HDDs cannot.
SSD可以并发执行操作；而HDD不可以。 - Use of SSDs drives are substantially faster than traditional disks and thus can provide performance benefits to most applications.
使用SSD硬盘要比使用传统磁盘快许多，因此可以为大多数应用程序提供性能增益。 - Tablespaces that have a lower sequentiality ratio also are better candidates for SSDs.
具有较低连续率的表空间也比较适合放在SSD上。 - Sure, we have redundant array of independent disks ( RAID) scaling and NAND flash solid-state disks ( SSDs), but as noted by IBM Almaden Research, the time scale differences of the access time gap are massive in human terms.
当然可以，我们有独立磁盘冗余阵列（RAID）扩展和NAND闪存的固态磁盘（SSD），但正如IBMAlmaden研究表明的那样，存取时间间隙的时间尺度差异在人类语言中是巨大的。 - But although SSD costs are declining every quarter, SSDs are still more expensive than HDDs.
但是，虽然SSD的成本每个季度都在递减，但是SSD仍然比HDD昂贵。 - So, what data should be placed on an SSD to maximize performance?
那么，什么样的数据应放在SSD中，从而最大限度地提高性能？ - All existing data is moved underneath the cover from regular disk drives to SSDs automatically.
所有现有数据都在后台从常规硬盘驱动器自动移动到SSD。 - We then tested several scenarios after migrating portions of the database application to SSDs.
然后，我们将数据库应用程序的一部分迁移到SSD，对一系列的场景进行测试。 - The introduction of SSDs is changing the storage ecosystem in a number of ways.
SSD的引入正在以一些方式改变着存储的生态系统。 - Deploying table spaces on SSDs can reduce the need to REORG.
在SSD上部署表空间可以减少REORG的需要。 - Does clustering ( or for that matter, poor clustering) really matter when using SSDs?
当使用SSD的时候，集群（或者说，不好的集群）真的会有影响吗？ - I ran storage specific tests, I ran overall system tests and separate tests as well and I found the obvious that the SSD is faster.
我跑存储特定的测试，我跑了整个系统的测试和单独测试以及，我发现明显，SSD的速度更快。 - Competition in the enterprise-class solid-state disk ( SSD) drive market is heating up with new players and products.
竞争在企业级固态磁盘（SSD）驱动器市场正在升温，新的球员和产品。 - The Research and Design of SSD Controller based on FPGA
基于FPGA的固态硬盘控制器的研究与设计 - Digital image was reconstructed on GE advantage workstation in SSD way.
在诊断工作站上以SSD法对图像进行重建。 - The United States believes several principles should guide the SSD and our other high-level dialogues.
美国认为，战略安全对话和我们举行的其他高层次对话应当以几项原则作为指导。 - However, VRT 、 MIP and SSD were unable to assess the intervertebral disc diseases and intra-spinal-canal changes.
MIP、VRT及SSD均无法评价椎间盘病变及椎管内改变。 - We have shown volume rendering to be superior to SSD in demonstrating surgically created femur fractures.
我们认为在用于外科显示股骨骨折方面，容积再现优于SSD。 - There have been many useful clinical applications for MIP and SSD techniques.
MIP和SSD技术在临床在很多有用的用途。