SLC SPI NAND Flash

SLC SPI NAND Flash

Equipped with a general-purpose SPI, internal error correcting code, and built on WSON8 packaging. Want to learn more about this product? Our sales team is ready to help.

SLC SPI NAND Flash
Details
NAND Flash
SLC
Package
WSON8
Voltage
1.8V / 3.3V
Operating Temperature
-40°C to +85°C | -40°C to +105°C
Capacity
512Mb | 1Gb | 2Gb | 4Gb

Specifications

SPI NAND Flash - 2.7V~3.6V

Capacity (Size)
Part Number
Request Sample
512Mb (6x5mm)
512Mb (8x6mm)
1Gb (6x5mm)
1Gb (8x6mm)
2Gb (8x6mm)
4Gb (8x6mm)

SPI NAND Flash - 1.7V~1.95V

Capacity (Size)
Part Number
Request Sample
512Mb (6x5mm)
512Mb (8x6mm)
1Gb (6x5mm)
1Gb (8x6mm)
2Gb (8x6mm)
4Gb (8x6mm)
4Gb (8x6mm)

SPI NAND Flash - 1.7V~1.95V - Auto Grade 2

Capacity (Size)
Part Number
Request Sample
1Gb (8x6mm)
4Gb (8x6mm)

Applications

Smart meters, home and industrial IPCs

Automotive solutions

IoT devices and wireless modules

Smart audio devices

Medical devices and wearables

Video games, toys, and smart robots

Wireless router, xPON devices, FTTR

Key Benefits

Standardized High-Speed SPI Interface

SPI NAND Flash leverages a well-defined SPI protocol to ensure seamless communication between the host controller and the memory device. Optimized SPI communication delivers high-speed transfer rates, and makes SPI NAND flash a reliable choice for real-time applications.

Extensive Hardware Compatibility

SPI NAND and SPI NOR flash memory use the same interface pins and communications protocol to provide seamless migration between the two without significant change to the hardware design. Existing SPI drivers and software libraries can be leveraged to reduce development effort and time-to-market.

Lower Bit Cost

Optimizations to cell structure and pin requirements enable a lower cost per bit. Compared to traditional SPI NOR Flash, SPI NAND offers a cost-effective choice for embedded systems.

Extended Retention and High Performance

With SPI NAND, robust data retention ensures stored information remains intact over long durations. Its efficient write-and-erase operations allow frequent updates without compromising reliability, making SPI NAND essential for firmware storage, data logging, and system configuration applications.