Compact SPI Micro SD Card module with 3.3V regulator and level shifter. Compatible with Arduino, ESP32, STM32, Raspberry Pi. Requires soldering headers.
Add reliable data storage to your embedded projects with this compact Micro SD Card Module. Designed for seamless SPI communication, it supports Arduino, ESP32, STM32, Raspberry Pi, and other SPI MCUs, making it ideal for logging data, storing files, or saving device settings.
This module includes a built-in 3.3V regulator and level shifter to protect your SD cards and microcontroller.
It safely interfaces with 5V Arduino systems by regulating voltage down and shifting logic levels without damage risk.
Headers are provided unsoldered, allowing you to choose straight or right-angle pins or use direct wiring to fit your project layout best.
This flexibility supports compact builds and custom configurations convenient for DIY electronics enthusiasts.
Supports standard Micro SD cards formatted in FAT16 or FAT32, readable on PCs for easy data transfer.
Ideal for expanding storage on various electronics projects requiring non-volatile memory.
Compact size (18.5mm Γ 17.5mm) fits easily into your projects and breadboards.
Standard 2.54mm pin pitch makes connections straightforward for prototyping and custom PCBs.
Use only the 3.3V pins for module power; never connect 5V directly to I/O pins to avoid damage.
Requires soldering skills; ensure headers are soldered solidly without bridged pins.
Use appropriate SD libraries and correctly initialize SPI pins in your code for proper operation.
The module operates at 3.3V logic level and includes a built-in regulator and level shifter for compatibility with 5V systems.
No, the pin headers are not soldered; users need to solder them according to their project needs.
It is compatible with Arduino, ESP32, STM32, Raspberry Pi Pico, and other SPI-based MCUs.
The module supports Micro SD cards formatted with FAT16 and FAT32 file systems.
No, connecting 5V directly to the I/O pins (CS, MOSI, MISO, SCK) will damage the module and SD card; use the 3.3V logic level.
The module supports standard Micro SD (TF) cards compatible with FAT16 or FAT32 formatting.
Yes, basic soldering skills are required to attach the headers safely as they are not pre-soldered.
You need to include the appropriate SD library (e.g., SD.h for Arduino, SD_MMC.h for ESP32) and correctly initialize the SPI pins in your code.
Check that the card is FAT16 or FAT32 formatted, ensure good contact, and verify the correct Chip Select (CS) pin in your code.
The board measures 18.5mm by 17.5mm with standard 2.54mm pin spacing for breadboard compatibility.
On one of the four modules, the shielding solder joint on the side was not holding, and all the electrical contacts were desoldered, and of course the module was not functioning.
With a precision soldering iron, I was able to reattach the shielding frame and then solder all the contacts in one go. the module is working again.
I think these modules have not been checked and the soldering process has been neglected.
Well!
Very cheap and good
A+++
Product as described and very good, with very fast delivery.
