CSNP4GCR01-BOW

Driver-free (plug and play),Built-in Flash Management Program(Solderable TF-Card), compact size(6*8mm), simple to use,high compatibility, stable and reliable, support firmware customization, LGA-8 Package, Standard SDIO,Compatible with SPI IO, can used on MCU platform, can instead TF/SD Card, built-in SLC NAND Flash wafer(50~100K P/E cycles), wide operating temperature range, convenient for both machineand and manual soldering, Class10 level, Bootable-support OS booting, supply demo code used on STM32 platform and other technology support, Capacity：1Gb/4Gb/16Gb/32Gb/64Gb, more reliable than TF-card, Lower cost than eMMC.

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Embedded MicroSD Card,Embedded SD Card,SMD SD Card,Flash Memory Chip,Industrial SD Card,Managed NAND Flash,Mini eMMC,SMD Flash Card,Managed NAND Flash,SD NAND,SMD MicroSD Card,NAND Flash

CS First-Generation SD NAND Advantages：

• Compact size(6*8mm)

• Simple to use

• High cost-performance ratio

• Suitable capacities(1Gb/4Gb/16Gb/32Gb/64Gb),lower cost

• Suitable for machine soldering(high production efficiency/stable soldering), LGA-8 package,convenient for both machine and manual soldering

• Driver-free (plug and play), Compatible with SD/SPI interface, ready to use, Built-in Flash Management Program

• Long P/E Cycles(built-in SLC NAND ,50~100K P/E cycles), Born for embedded systems

• Stable and reliable: Passed high-temperature reflow soldering test, Built-in firmware(Include Wear-leveling,Bad Block Management, Garbage Collection etc)

CS SD NAND Main application fields

• USB flash drive

• IPC

• MP3

• Toy

• POS

• Learning Machine

• Action camera

• Watches / wristbands

• Bike-sharing

• Bluetooth speaker

• Wireless headphones

5 应用领域.jpg

SD NAND Refer to the schematic diagram

SD NAND参考原理图

If you need to obtain the reference code and specification, please contact us.

Phone: +86-13691982107

Email：line@longsto.com

CS SD NAND is essentially a type of NAND Flash product. Many users still have confusion after reviewing the basic introduction: what are the differences between it and other NAND Flash products, such as eMMC, standard TSOP NAND Flash, and TF/SD cards?

• How should we choose the right storage chip for a new project or product?

• Why do platforms like MCUs tend to use SD NAND for high-capacity storage?

• Why is CS-branded SD NAND also called a mini eMMC or a chip-on-surface TF?

• Apart from smartwatches, fitness bands, and other wearable devices, in what other fields is SD NAND applied?

• We are continuously optimizing answers to these questions and have created a dedicated column to help clarify them: https://www.longsto.com/news/list-129-en.html

• If you have any suggestions, feel free to reach out to us at: line@longsto.com

SD NAND Win Story

SD NAND成功案例