该文档为多通道NAND+Flash控制器的设计讲解文档，是一份很不错的参考资料，具有较高参考价值，感兴趣的可以下载看看………………

随着大数据、云计算、移动互联网等信息技术新领域在近些年来的爆发式发展，整个社会对数据存储的需求正在快速增长。NAND Flash 存储器件凭借自身高速度、低成本、大容量等特点，获得了广泛的应用。在包括 SOPC 在内的各型片上系统中，集成 NAND Flash 控制器正成为一种常态。

华硕RT-AC86U编程器备份，救砖NAND

RT-AC3200编程器备份，救砖NAND，华硕路由器

华硕RT-AX56U-V1编程器备份，救砖NAND

华硕RT-AX56U-V2编程器备份，救砖NAND

This specification defines a standardized NAND Flash device interface that provides the means for a system to be designed that supports a range of NAND Flash devices without direct design pre-association. The solution also provides the means for a system to seamlessly make use of new NAND devices that may not have existed at the time that the system was designed.

本文介绍了一种针对MLC flash的优异管理算法及软件实现方法，并且已在SD卡上大规模商用。该算法只需简单配置就能支持市场上的各种flash，而且也兼容各种SD设备。同时RAM空间需求小，成本低，寿命长，兼容性好，扩展性强，flash空间利用率高，具有很高的商用价值。

NAND FLASH 控制器的FPGA实现，桑坚，刘洪瑞，NAND FALSH 结构特点，提高了存储密度，降低了每比特的成本，与NOR FLASH相比写入速度大大提高。但是NAND FLASH采用复用的数据线和地址线，

Open NAND Flash Interface Specification, Revision 4.0 04 02 2014; This specification defines a standardized NAND Flash device interface that provides the means for a system to be designed that supports a range of NAND Flash devices without direct design pre-association. The solution also provides the means for a system to seamlessly make use of new NAND devices that may not have existed at the time that the system was designed.