Fingerprint Sensor AS608 - A Beginner's Guide
One touch can replace keys. This project uses an optical fingerprint sensor to enroll users and then grant access with a quick scan.
read tutorial →The Raspberry Pi Case for Pi 5 is a sleek, clip-together enclosure that provides robust protection while maintaining the optimal performance of your Raspberry Pi 5. With its four-part design and integrated, temperature-controlled cooling fan, this case ensures that your Raspberry Pi stays cool even under heavy load. The active cooling system is complemented by a 2mm × 17mm × 4mm heatsink with a self-adhesive pad that efficiently transfers heat away from the processor, maintaining a comfortable operating temperature during intensive tasks.
One of the standout features of this case is its easily removable lid, which not only provides access to the fan but also includes a breakout slot for connecting cables and accessing the GPIO pins. This design makes it simple to add or remove components and customize your setup. Additionally, the case's integrated mounting features allow for easy stacking, and you can mount HATs to the enclosure using stand-offs and GPIO header extenders (sold separately). The screw-less design offers a hassle-free assembly process while providing the flexibility to expand your Pi's capabilities with additional hardware.
The case comes with four silicone feet to ensure stability and prevent slipping on surfaces. With a 5V DC input supplied via the four-pin fan header on the Raspberry Pi 5, the fan operates with pulse width modulation control and a tachometer, achieving a maximum speed of 8000 RPM and delivering up to 2.79 CFM of airflow. Constructed from durable ABS and PC materials, this case not only offers protection but also enhances the longevity of your Raspberry Pi 5 by effectively managing heat dissipation.
NOTE: The Raspberry Pi Case is a screw-less design but allows for hats to be mounted if desired. Mounting hardware is NOT included.
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One touch can replace keys. This project uses an optical fingerprint sensor to enroll users and then grant access with a quick scan.
read tutorial →Wire a joystick to your Arduino, read X/Y, then print UP / DOWN / LEFT / RIGHT to the serial monitor.
read tutorial →Bench-test a 43 A motor driver before wiring the full project. Catches weak power, mis-pinning, and dead boards before they cost you time.
read tutorial →Coming from UNO and the Pico won't show a COM port? Here's the BOOTSEL trick, the driver fix, and the first sketch that actually works.
read tutorial →Share what you built. Photos, BOM, what worked, what didn't.
view thread →Symptom + what you tried + clear photo = answers within hours.
view thread →Brownout reset when adding a sensor? Notes on supply decoupling and GPIO checks.
view thread →Upload failing on your first Uno? Driver, COM port, board match — checklist inside.
view thread →