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NAND Flash Programming: Application Notes, Articles and White papers
 
Data I/O

Programming NAND Flash

DataLight

Optimizing a Flash Media Manager for NAND Flash Imaging

M-Systems DiskOnChip

NAND Versus NOR Technology

Alternative to Using NAND Flash

Implementing MLC NAND Flash

Advances in Computing Architecture Enables Wireless Technology

TrueFFS Wear Leveling Mechanism

Flash File Management Software
Samsung NAND Flash

NAND Technology Overview

Selecting a NAND Vendor

NAND Pre-programming Guide

Toshiba NAND Flash

NAND Flash Design Guide

NAND Technology Trends

What is NAND Flash?

 



Figure 1: NAND Versus NOR Architecture
courtesy of M-Systems


Due to the efficient architecture of NAND flash, its cell size is almost half the size of a NOR cell. This, in combination with a simpler production process, enable NAND architecture to offer higher densities, with more capacity on a given die size. As a result, NOR capacities dominate the market range from 1MB to 4MB (although 32MB is also available), while NAND capacity range is from 8MB to 512MB. This again stresses the role of NOR devices as a code storage media, while NAND devices are ideal for data storage, and are found mostly in data-rich applications.

Figure 2: Courtesy M-Systems White Paper "Implementing MLC NAND Flash for Cost-Effective, High-Capacity Memory"

M-Systems DiskOnChip devices are based on NAND but have a "thin controller" layer that makes integration easier (Figure 2). Data I/O has ported TrueFFS® to it's FlashCORE programmers so that M-Systems can use Data I/O most advanced programming technology

 
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