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1·NAND flash also had a strong week thanks to improving demand.

NAND闪存也因需求上涨而表现强势。

2·NAND flash offers higher capacities with significantly faster write and erase performance.

NAND flash提供更大容量的同时实现快速的写擦性能。

3·Compact flash was originally based on it, though later CARDS moved to the less expensive NAND flash.

小型房车闪光本来以它为基础，虽然较迟的卡片移到比较不贵反及闪光。

4·The other side of this way is significant deterioration of quality of NAND flash structures and cells.

这种方式的另一面是NAND闪存结构和单元质量的显着恶化。

5·Using TLC architecture, manufacturers can produced cheaper NAND flash chips and increase its capacity.

使用TLC的架构，制造商可以生产更便宜的NAND闪存芯片，并提高其容量。

6·Toshiba will continue to keep and maintain its NAND flash fabs. There appears to be no change on that front.

不过闪存业务方面，东芝的战略则没有任何变化，他们仍将继续保留其名下的NAND闪存芯片厂。

7·The JFFS2 algorithm was designed for NAND flash devices and also includes improved performance with compression.

JFFS2算法专门为NAND flash设备设计，并且改善压缩性能。

8·The implementation of FMNFS is significant for reducing the mounting time and lengthening the lifespan of NAND Flash.

论文中FMNFS的实现对减少文件系统的加载时间、延长NAND闪存的使用寿命有一定的意义。

9·It is based on the company's most advanced V-NAND flash memory chips and a specially-designed high-performance controller.

它是基于该公司的最先进的V - NAND闪存芯片和一个特别设计的高性能控制器。

10·The iPad USES NAND flash memory, which is smaller and USES less power than the hard drives commonly used in laptops and desktops.

iPad使用的NAND闪存，比传统台式机和笔记本配备的硬盘更小巧且耗能更低。