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？
Samsung is trying to double SSD capacity every 12 months, he said.
他只是表示，三星正在努力让固态硬盘的容量每12个月翻一番。
There are three key types of data that typically are poor candidates for SSD.
有三种关键的数据，通常不适合放到SSD中。
Thus was hatched Plan b: engrave something simpler and then bolt it to the SSD.
这样就有了第二个计划。雕刻一些简单的东西，然后把它加到固态硬盘上去。
So far, USB 3.0 transfers top outat around 200 MB/s when using a fast external SSD.
到现在为止，USB 3.0传输最高速度达到200MB/s，当使用一个快速的SSD卡。
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。
Solid State Disk (SSD) support was added to IBM I in mid-2009 on releases V5R4 and IBM I 6.1.
固态硬盘(SSD)支持在2009年中期发布V5R4和IBMi 6.1时被添加到IBM i。
The modders also put a 128GB SSD drive in, but they were unable to increase the amount of RAM.
这些修改者还安装了一个128G的固态硬盘，但是他们却不能增加RAM的数量。
Get faster hardware, especially a faster IO system. If possible, use a solid-state disk (SSD).
使用更快的硬件设备，特别是更快的IO设备。
The CHGPFM command will move a member's (or partition's) data either on or off of SSD. For example.
CHGPFM命令可以将成员(或分区)的数据移动到SSD，或从其中移出。
You have a join logical file, but only want the index for the key on SSD, not the secondary indexes.
您有一个连接逻辑文件，但是只希望在SSD中保存键的索引，而不是二级索引。
Assume that you have a DDS-created keyed physical file and only want the index on SSD and not the data.
假设您有一个DDS创建的键控物理文件，并且只希望在SSD中保存索引而不是数据。
It is beginning a long, slow shift from spinning optical drives to high-capacity solid-state storage (SSD).
在旋转的光盘驱动器向高容量的固态硬盘(SSD)的转变中，Facebook已经开始了很长时间了。
The best candidate for SSD are DB2 for i objects that contain data that is frequently randomly accessed.
最适合放入 SSD 的数据是DB2fori对象，其中包含的数据是频繁地随机访问的。
One of the things I personally am really interested in is the move over to SSD (solid-state drives) disks.
我个人很感兴趣的一件事是向固态硬盘的转移。
When you move an object on SSD, if insufficient space exists on SSD, only part of the object will end up on SSD.
当将对象移动到SSD时，如果SSD中的空间不足，那么将只有部分对象会存储到SSD中。
Lower power utilization - An SSD in a server USES about 3 watts of power, whereas a similar HDD USES from 6 to 10 watts.
用电量更低——服务器上一块SSD的功耗大概是3瓦，而类似的一块HDD则在6至10瓦之间。
One way to reduce this effect is by telling the SSD when a block is no longer valid (perhaps because of a file deletion).
减少这种影响的一种方式是告知ssd一个块何时不再有效(有可能是因为文件删除)。
The SSD technology has been around for a couple of decades already in the form of memory sticks, thumb drives, and so on.
SSD技术已经出现20 年左右了，其表现形式有记忆棒、U盘等。
Chrome OS netbooks do not have HDDs but instead they use flash based memory solutions or solid state drives (SSD) for that.
ChromeOS上网本并没有硬盘驱动器(HDD)，而是采用了基于闪存的内存解决方案或是固态硬盘(SSD)。
Whether total or partial replacement for hard disk storage, SSD technology is a good tool in the datacenter operations Arsenal.
无论是全部或部分更换硬盘存储，SSD技术都是数据中心运营工具箱中的优秀工具之一。
Despite my best effort though, I could not achieve the required parallelism, and so engraving the SSD itself was abandoned.
尽管我尽了最大的努力，我还是无法做到要求的两者的平等，因此雕刻固态硬盘本身这个想法就被搁置了。
A CHGPFM or CHGLFM command will move the index associated with a keyed or logical file either on or off of SSD. For example.
CHGPFM或CHGLFM命令将把与键控或逻辑文件有关的索引移入或移出ssd。
This ability allows the SSD to remove these blocks from wear-leveling processes and helps to increase the endurance of the drive.
此功能允许SSD从耗损均衡进程删除这些块，并有助于增加驱动器的耐力。
Media preference can also be specified on a table or physical file to request that data itself should be allocated on SSD storage.
也可以对表或物理文件指定媒介首选项，请求将数据本身分配到SSD存储设备。
The following SELECT statement will return any SQL tables or physical files that have some allocation on SSD in schema (library) MJATST.
下面的select语句将返回MJATST模式(库)中在SSD上有一些分配的任意sql表或物理文件。
Media preference can be specified for an index or keyed file to request that the underlying index object be allocated on SSD storage.
媒介首选项可以针对索引或键控文件指定，请求将底层索引对象分配到SSD存储设备。
When a block is freed in the SSD, it is no longer a target of wear-leveling and therefore can minimize the overall wear on the device.
当某个块从此ssd释放后，它就不再是被耗损的对象了，进而能将此设备的总体耗损降至最低。
For this reason, Linux now supports the ability of the file system to communicate discarded blocks to the SSD (as of kernel version 2.6.29).
由于这个原因，Linux现在支持文件系统将丢弃块传递到SSD的功能(自内核版本2.6.29开始)。
For this reason, Linux now supports the ability of the file system to communicate discarded blocks to the SSD (as of kernel version 2.6.29).
由于这个原因，Linux现在支持文件系统将丢弃块传递到SSD的功能(自内核版本2.6.29开始)。
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