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Micron Products

Serial NAND

“Embedded applications” has become an umbrella term for some of the most compelling devices available, including intelligent or interactive toys, books, and games; Web-enabled printers and computer peripherals; and backward-compatible WiMAX boxes. In the past, these embedded designs relied only on serial peripheral interface (SPI) NOR Flash for code shadowing, data storage, or storing BIOS and firmware. But as embedded applications continue to evolve and require more density, Serial NAND devices, with the lowest cost-per-megabit of any serial flash solution, offer the right option for them.

With four times or more the density of SPI NOR, Serial NAND is a great alternative to NOR for many embedded designs. And since Serial NAND has the lowest cost-per-megabit of any serial Flash solution, it’s also a great way to lower your BOM cost.

By Density

Density Width Voltage Package Op Temp
4Gb x1 3.3V VFBGA -40C to +85C, 0C to +70C
2Gb x1 3.3V VFBGA -40C to +85C, 0C to +70C
1Gb x1 3.3V VFBGA -40C to +85C, 0C to +70C
View Full Serial NAND Part Catalog

By Application

Density Range

High Density

Design with larger BIOS and more embedded features.

Ecosystem Compatibility

SPI Compatible

Save valuable development time with easy integration.



Get faster write performance compared to other serial memory solutions.


Title & Description Updated Type
Product Marks/Product and Packaging Labels (pdf) Explains product part marking, and product and packaging labels.
10/2015 Customer Service Note Add Email
TN-29-52: Migrating 1Gb 48nm and 2Gb/4Gb 57nm SLC NAND Flash Memory to 34nm (pdf) This technical note provides guidelines for migrating 1Gb 48nm and 2Gb/4Gb 57nm SLC, large-page NAND Flash memory to 34nm technology (M60A, M69A & M68A)
09/2015 Technical Note Add Email
Choosing the Right NAND Flash memory manufacturers are offering a variety of NAND Flash memory products—including some specialized NAND solutions—with significantly different performance capabilities and features across a number of process nodes. This NAND diversification means that designers cannot simply select any NAND Flash device for their applications, but rather need to have a basic understanding of the features and benefits of each type of NAND in order to select both the proper device and the proper supplier. 09/2015 Tool Add Email
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