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。
First of all, the article describes the overall structure of Solid State Disk and FPGA features.
首先，本文介绍了固态硬盘的总体结构及主控芯片FPGA的特点。
As there is no mechanical component in the solid state disk, it features high access speed and low power consumption.
由于在固态硬盘没有机械部件，它的存取速度快，能耗低。
EMC firstly applies FLASH chip solid state disk into the memory array, and unprecedentedly raises the performance and the energy efficiency.
EMC首次将FLASH芯片的固态硬盘运用于存储阵列，使其性能和能效获得前所未有的提升。
This paper proposed the ata protocol design in the FPGA, the main purpose is to achieve command and data transfer between Solid State Disk and the host.
本文提出在FPGA上设计AT A接口的主要目的是为了实现固态硬盘与主机之间命令及数据的传输。
According to the actual demand for data transfer between SSD and the host, we study ATA/ATAPI-7 protocol, and then proposed FPGA-based design to achieve ATA protocol and applied to Solid State Disk.
硬盘接口技术是固态硬盘设计中的关键技术之一，本文根据固态硬盘与主机之间数据传输的实际需求，在研究ATA/ATAPI-7协议的基础上，提出了基于FPGA实现ATA协议的设计方案，并将其应用于固态硬盘中。
The Boeing Company fired its new thin-disk laser system repeatedly in recent tests, achieving the highest known simultaneous power, beam quality and run time for any solid-state laser to date.
在最近的测试中，波音公司反复发动其新式薄型激光系统，使其在瞬时功率，波束质量和运行时间等方面，都取得了目前固态激光器的最好成绩。
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。
In this article, a method of designing high-speed mess storage Solid-State Disk is introduced.
文中提出了大容量高速固态盘的设计方法。
Operations inside a computer's solid-state memory run faster than those that need to access the moving parts of a disk drive, sometimes by a factor of 100.
比起那些需要接入移动硬盘驱动，在个人电脑的固实状态存储器下进行的操作运行得更快，有时候会快上100倍。
Finally the newest progress of high average power disk type laser and heat capacity solid-state laser achieved in Institute of Applied Electronics were introduced.
最后介绍了应用电子学研究所高平均功率片状及固体热容激光器研究的最新进展。
Finally the newest progress of high average power disk type laser and heat capacity solid-state laser achieved in Institute of Applied Electronics were introduced.
最后介绍了应用电子学研究所高平均功率片状及固体热容激光器研究的最新进展。
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