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Raspberry Pi TF Card to Micro SD Adapter | Low-Profile Storage Switch Module
€4,50
Shipping outside Spain costs an additional €1
Upgrade or quickly swap out your operating systems with this ultra-low-profile TF to Micro SD Card Adapter designed for Raspberry Pi!
This specialized TF Card Adapter (TF 4 PI) is the ultimate utility for Raspberry Pi enthusiasts and power users. It allows you to convert a standard TF card slot into a secure, click-in Micro SD slot with a mechanical locking mechanism. Engineered with a low-profile PCB design, it sits flush against the board, preventing accidental ejects and eliminating the risk of a standard protruding card getting bent or broken inside custom enclosures.
It is an invaluable tool for developers who frequently swap operating systems (like switching between Raspberry Pi OS, RetroPie, or Kali Linux) or for protecting the delicate onboard storage slot of your development boards.
✨ Key Features
- Secure Mechanical Lock: Features a robust "Unlock / Lock" sliding mechanism that keeps your storage media firmly in place during movement or transport.
- Low-Profile & Flush Fit: Sits compact and tidy against the board structure, making it highly compatible with tight-fitting custom cases and 3D-printed enclosures.
- Plug-and-Play System Swapping: Simplifies the process of changing boot drives or micro SD cards without straining the original onboard spring slot.
- High-Quality Signal Routing: Thick gold-plated contacts on the back ensure stable, high-speed data transfers without data loss or read/write errors.
⚙️ Technical Specifications
- Module Type: TF Card to Micro SD Card Pass-through Adapter
- Compatibility: Optimized for Raspberry Pi boards and devices using standard TF/Micro SD interfaces.
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Lock Type: Manual slide-lock socket (
UNLOCK/LOCKindicators) - Form Factor: Precision cut to match standard memory card profiles with minimal overhang.
🛠️ Common Applications
- Setting up multi-boot environments (RetroPie, Home Assistant, OSMC) on a single Raspberry Pi.
- Preventing physical damage to the Micro SD card slot in portable gaming setups or arcade cabinets.
- Simplifying storage card swaps in deeply embedded robotics or industrial IoT enclosures.
- General prototyping and hardware testing with Arduino storage shields.