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5PCS Micro SD Card Reader Module Memory Storage Mini TF Card Adapter SPI Interface Breakout Board for Arduino for Raspberry Pi with 40P Jumper Cable
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5PCS Micro SD Card Reader Module Memory Storage Mini TF Card Adapter SPI Interface Breakout Board for Arduino for Raspberry Pi with 40P Jumper Cable
Support Micro SD Card, Micro SDHC card (high-speed card).
5PCS Micro SD Card Reader Module Memory Storage Mini TF Card Adapter SPI Interface Breakout Board for Arduino for Raspberry Pi with 40P Jumper Cable
Item #: 17243516

5PCS Micro SD Card Reader Module Memory Storage Mini TF Card Adapter SPI Interface Breakout Board for Arduino for Raspberry Pi with 40P Jumper Cable

Item #: 17243516

KYD 23

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Support Micro SD Card, Micro SDHC card (high-speed card).
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What Stands Out

Versatile Compatibility
Designed for use with Arduino and Raspberry Pi, this micro SD card reader module ensures seamless integration, making it ideal for a variety of projects requiring reliable memory storage solutions.
Convenient Breakout Board
The breakout board format simplifies connections, allowing hobbyists and developers to efficiently interface the micro SD card with minimal effort and space, enhancing the overall user experience.
Bundled Accessories
Includes a 40P jumper cable, providing everything needed to connect the module immediately, saving time in setup and ensuring quick project implementation right out of the box.

Product Details

Shop for high-quality micro SD card reader modules with memory storage and SPI interface breakout board for Arduino Raspberry Pi at Ubuy Cayman Islands. Free shipping available.
  • Stemedu 5PCS Micro SD Card Reader Module Memory Storage Mini TF Card Adapter
  • SPI Interface Breakout Board for Arduino Raspberry Pi with 40P Dupont Cable included
  • Compatible with Arduino and Raspberry Pi
  • Allows easy storage and retrieval of data on Micro SD cards
  • Connects to the device via SPI interface
  • Includes a 40P Dupont Cable for convenient connection
Item Weight0.1 lbs (50 grams)

Who Should Buy?

Suitable For
  • Arduino Enthusiasts

    Perfect for Arduino users needing an easy method to interface Micro SD cards for data logging and storage.

  • Raspberry Pi Users

    Ideal for Raspberry Pi projects, allowing quick access to Micro SD card storage for various applications and projects.

  • Prototyping Developers

    A great choice for developers creating prototypes that require compact and reliable memory solutions for embedded systems.

Not Suitable For
  • Casual Users

    Not suitable for casual users who need a simple plug-and-play device without additional setups or coding.

  • High-Volume Storage

    Not designed for heavy users requiring large storage capacities, as performance may lag with multiple simultaneous accesses.

  • Non-Technical Users

    Not recommended for users unfamiliar with electronics or programming, as setup requires technical knowledge and skills.

Product Description

5PCS Micro SD Card Reader Module Memory Storage Mini TF Card Adapter SPI Interface Breakout Board for Arduino for Raspberry Pi with 40P Jumper Cable

Have any Query? Chat with us

Customer Questions & Answers

  • Question: What is the 5PCS Micro SD Card Reader Module used for?

    Answer: The 5PCS Micro SD Card Reader Module is designed for interfacing micro SD cards with microcontrollers such as Arduino and Raspberry Pi. This module allows you to read and write data to micro SD cards via the SPI interface, making it ideal for projects that require data storage applications. Whether you're building a simple data logger, creating media playback systems, or implementing file storage functionalities in your DIY projects, this module simplifies connectivity with the included 40P jumper cables, allowing you to easily wire it into your circuit.
  • Question: How do I connect the Micro SD Card Reader Module to my Arduino?

    Answer: To connect the Micro SD Card Reader Module to your Arduino, you need to use the SPI pins on your Arduino board. The module typically has pins labeled CS, DI, DO, CLK, and VCC. Connect the CS pin to a digital pin on the Arduino, the DI pin to the Master Out Slave In (MOSI) pin, the DO pin to the Master In Slave Out (MISO) pin, and CLK to the SPI Clock pin. Finally, connect the VCC to the 3.3V power supply. Follow these connections using jumper cables for a secure setup, enabling your Arduino to communicate seamlessly with the SD card.
  • Question: Can the Micro SD Card Reader Module be used with Raspberry Pi?

    Answer: Yes, the Micro SD Card Reader Module can be effectively used with Raspberry Pi. It employs the SPI interface, which is supported by all Raspberry Pi models. Simply connect the module to the appropriate GPIO pins on the Raspberry Pi according to the SPI configuration. This allows you to read and write data to micro SD cards, making it perfect for various projects like storing sensor data, media files for playback, or any application requiring external memory storage. Ensure you have the necessary libraries installed for easier integration.
  • Question: What are the benefits of using this module for data storage projects?

    Answer: Using the Micro SD Card Reader Module for data storage projects provides several benefits, including high storage capacity, portability, and ease of use. Micro SD cards can hold a substantial amount of data in a compact size, making them ideal for projects requiring large datasets. The breakout board design simplifies connections and interfacing with microcontrollers. By utilizing this module, developers can create flexible and scalable applications, such as IoT devices that log telemetry data, multimedia players, or data transfer solutions between systems.
  • Question: Is there a specific software library recommended for working with the module?

    Answer: For the Micro SD Card Reader Module with Arduino, the 'SD' library is highly recommended. This library simplifies the tasks of reading from and writing to the SD card, providing easy-to-use functions for file management. For Raspberry Pi users, the 'spidev' library can be leveraged to communicate with the module over SPI. These libraries come with examples and comprehensive documentation to help users start quickly. This way, whether you're a beginner or an experienced developer, you'll find it effortless to integrate the module into your projects.
  • Question: What types of micro SD cards are compatible with this reader module?

    Answer: The reader module is compatible with standard micro SD cards and micro SDHC cards. Generally, micro SD cards from reputable brands that adhere to FAT32 file formatting will work seamlessly. When selecting a card, ensure it meets your project's speed and storage requirements—higher capacity cards provide more space for data, while faster cards can improve read/write performance in time-sensitive applications such as video recording or real-time data logging.
  • Question: What are some common integration examples for this module?

    Answer: Some common integration examples for the Micro SD Card Reader Module include creating a weather station that logs temperature and humidity data, designing a digital camera project that saves images on the SD card, and building a simple audio player capable of reading music files from the card. Additionally, it can be used in robotics projects where sensor data needs to be recorded for later analysis. These projects not only enhance learning but also give practical applications to programming and electronics skills.
  • Question: Do I need additional components to use the Micro SD Card Reader Module?

    Answer: While the Micro SD Card Reader Module comes with basic necessary components, including the breakout board and jumper cables, you may need additional components based on your specific project. For instance, a micro SD card is essential for storage, and if you’re using the module with Arduino, you might need a breadboard for easy connectivity. Depending on your application, resistors or capacitors may also be necessary to ensure stable connections or to filter out noise in your circuit.
  • Question: How do I format a micro SD card for use with the module?

    Answer: To format a micro SD card for use with the Micro SD Card Reader Module, insert it into a card reader connected to your computer. Use formatting tools such as the built-in 'Format' utility in Windows or 'Disk Utility' on macOS. Ensure to select the FAT32 file system, as this is compatible with most microcontrollers and allows for effective file management by the libraries used in projects. After formatting, test the card with the module to ensure proper operation in your applications.
  • Question: Where can I buy the 5PCS Micro SD Card Reader Module in Cayman Islands?

    Answer: You can conveniently purchase the 5PCS Micro SD Card Reader Module at Ubuy. Ubuy offers a wide selection of electronic components and modules, providing a reliable platform for your tech needs. With a user-friendly interface, you can easily navigate through product details, read customer reviews, and select shipping options that suit your preference. Whether you're an enthusiast, hobbyist, or professional, Ubuy is an ideal destination for acquiring this module and other essential components for your projects.

Stemedu Single Board Computers Editorial Review

The Stemedu Mini TF Card Adapter Reader Module is a convenient and easy-to-use breakout board for micro SD memory cards. It is designed specifically for use with Arduino and Raspberry Pi, but can potentially work with other devices that have a standard SPI interface. The module is compact, measuring 4.2cm X 2.4cm, making it easy to integrate into various projects. It is compatible with micro SD cards up to 32GB in size, however, it does not support SD cards larger than 2GB or micro SDHC cards larger than 32GB. One reviewer found the module to be ideal for data logging, with the Arduino library being very easy to use. They also mentioned that it worked well with low-cost cards from stores like Walmart. However, another reviewer encountered some issues when using the module in a speaker project. They experienced interference and instability, and the module would sometimes delete the data partition on the card. They eventually switched to using an Ethernet shield with an SD card reader instead. On the positive side, a reviewer noted that the module worked flawlessly for their application, which involved logging metrics of a moving vehicle. They used a Kingston 16GB micro SD card and had no problems, except when the module was placed near a switching power supply. One buyer had a negative experience with the seller, claiming that the breakout board is advertised as 5V but does not work on 3.3V systems. They also criticized the voltage regulator output and logic compatibility with 3.3V systems. Overall, the Stemedu Mini TF Card Adapter Reader Module seems to be a reliable and useful device for a variety of projects, especially in conjunction with Arduino. However, some users have experienced issues with interference and data loss. It is important to Consider the specific requirements of your project and to be mindful of any potential compatibility issues.

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Pros

  • Compact and easy-to-use
  • Compatible with Arduino and Raspberry Pi
  • Works well for data logging
  • Can handle errors gracefully

Cons

  • May not be compatible with 3.3V systems

Product Price History

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KYD 23

Order now and get it around Friday, June 26

QTY:

Secured transactionsecured transaction

Ubuy works hard to protect your security and privacy. Our advanced payment security system ensures confidentiality by encrypting your information during transmission using AES (Advanced Encryption Standards) and SSL (Secure Socket Layer) protocols. Your payment details are 100% secure as we do not share your payment details with third party sellers.

Our Top Logistics Partners
  • fedex
  • dhl
Fastest cross-border delivery

Features & Benefits

  • Supports Micro SD Card, Micro SDHC card (high-speed card).
  • Micro SD card max is 2GB, micro SDHC card max is 32GB.
  • Interface level: 5V or 3.3V.
  • Power supply is 4.5V~5.5V, onboard 3.3V regulator circuit.
  • Communication interface is standard SPI interface.