Memory chip

SD NAND 4Gbit, SLC, industrial grade wide temperature, -40°C to +85°C; alias SMD TF card, built-in ECC check, bad block management, wear average algorithm, 10,000 abnormal power failure protection and other functions .

SD NAND 1Gbit, SLC, industrial-grade wide temperature, -40°C to +85°C; alias SMD TF card, SDNAND, embedded ECC check, bad block management, wear average algorithm, 10,000 abnormal power failure protection and other functions.

256-Kbit (32K × 8bit), I2C interface, working voltage: 2.7V to 5.5V

MMC eMMC 128GB TLC Industrial -25~85℃, application fields: industrial control, automotive electronics, medical

Driver-free use, standard SDIO interface, compatible with SPI/SD/eMMC interface, compatible with major MCU platforms; built-in EDC/ECC, bad block management, garbage collection algorithm; can be machine-mounted, lock wafer and controller, high consistency; Built-in SLC wafer, 10W erasing and writing life, passed 10,000 random power-off tests. \n\nCS (Genesis) SD NAND is also called by many developers friends: SMD TF card, SMD SD card, SMD card, soldered SD card, soldered TF card, industrial grade TF card, Industrial grade SD card, embedded SD card, etc. It mainly solves the problem that the main control (such as STM32 series MCU MCU) needs to manage NAND FLASH by itself when using SLC NAND FLASH, SPI NAND FLASH, eMMC, etc. CS (Genesis) SD NAND can be used without drivers (so it is also called no need to write drivers NAND Flash). Compared with eMMC, CS (Genesis) SD NAND has fewer pins (convenient for soldering); smaller capacity (can help customers reduce costs); longer erasing life; smaller size (occupies only 1/3 of eMMC PCB area) ); save the number of PCB board layers (2-layer board can be used)