
Berrybase 48W power supply for Raspberry Pi Build HAT, EU, white
On this page you’ll find a ranking of the best Development board accessories from Berrybase. To give you a quick overview, we’ve added the most important product details. This page always stays fresh and updates automatically.
Power your Raspberry Pi Build HAT projects with the Raspberry Pi Build HAT Power Supply. This 48W power supply provides enough power for the Build HAT and the connected LEGO Technic motors, as well as your Raspberry Pi computer. The Build HAT is compatible with the LEGO Technic motors and sensors included in the LEGO Education SPIKE portfolio. With the Build HAT and the power of the Raspberry Pi computer, you can combine simple building possibilities to create creative and robust projects.
Specification:
Output
- Output voltage: +8.0V DC
- Minimum load current: 0.01A
- Rated load current: 6.0A
- Maximum power: 48.0W
- Load regulation: ±5%
- Line regulation: ±5%
- Ripple and noise: 200mVp-p
- Rise time: maximum 100ms up to the regulation limits for DC outputs
- Switch-on delay: 3000ms maximum at nominal input AC voltage and full load
- Protection: short circuit protection, overcurrent protection, overvoltage protection
- Efficiency: minimum 87.77% (output current of 100%, 75%, 50%, 25%)
- Output cable: 1.5m 16AWG
- Output plug: barrel plug
- Dimensions: 5.5mm × 2.1mm × 11mm
- Centre positive
Input
- Voltage range: 100-240Vac (rated), 96-264Vac (operating)
- Frequency: 50/60Hz ±3Hz
- Current: maximum 1.2A
- Power consumption (without load): maximum 0.1W
- Inrush current: no damage must occur and the input fuse must not blow.

Berrybase 48W power supply for Raspberry Pi Build HAT, EU, white
The Berrybase Audio Amp SHIM is a compact and user-friendly accessory for Raspberry Pi that provides an easy way to connect a 3W speaker. This development board allows for high-quality digital I2S audio output while keeping the Raspberry Pi's GPIO pins accessible. The innovative friction-fit header enables simple installation, as it slides directly over the GPIO pins without the need for soldering. The integrated MAX98357A DAC/amplifier chip processes digital audio signals and amplifies them, making it suitable for use with passive speakers. The Audio Amp SHIM is ideal for various applications, from retrofitting an old radio to building a compact MP3 player or integrating it into a retro handheld device. It offers a convenient solution to add audio output to Raspberry Pi Zero or Pi 400 without adding extra bulk, making it perfect for installation in compact enclosures.
- Easy installation via friction-fit header without soldering
- Processes high-quality digital audio signals via I2S
- Integrated MAX98357A DAC/amplifier chip
- Ideal for building compact audio applications
- Compatible with various types of speakers, including bookshelf and floor-standing speakers.

The official Raspberry Pi Zero and Zero Wireless Case is now available! Specifically designed and available in the classic colors of red and white, this sleek and sturdy snap-together case is perfect for protecting your Raspberry Pi Zero.

Double your GPIO pins and connect up to four add-ons to a single Raspberry Pi Pico with the formidable Pico Decker Expander Board!
Are you faced with the dilemma of choosing between Pico add-ons? Combine an epic stack of features and connect up to four Pico Packs or Bases simultaneously, or use the four fully labeled male GPIO pins to easily connect other devices, jumper wires, or circuits - very useful for prototyping. We’ve also included some small rubber feet to keep everything stable, four M2.5 mounting holes, and particularly quirky, Routemaster bus-inspired artwork on the back.
A Raspberry Pi Pico is not included!
Features
* A landing area with labeled sockets for connecting to your Pico
* Four landing areas with labeled (mirrored) pin headers for connecting expansion boards
* 4x M2.5 mounting holes
* 4x rubber feet
* Compatible with Raspberry Pi Pico
* 99% pre-assembled - you just need to stick on the feet!
* No soldering required
* Dimensions: approx. 148mm x 52mm x 13mm (including feet and headers)
Notes
* If you are using multiple Pico add-ons, you need to check for potential conflicts with the data pins - we recommend using pinout.xyz or checking the shop page of the respective add-on!
* If you need to connect a Pico Base to the Pico Decker, you should do so with a jumper (male/female) to keep things tidy and prevent everything from getting turned upside down!.

The Raspberry Pi Pico Unicorn Pack from Berrybase is an innovative accessory for the Raspberry Pi Pico development board, featuring an impressive RGB LED matrix with 112 LEDs and four tactile buttons. This matrix is ideal for creative projects that require visual representation, whether for animations, text, or simple images. The LEDs can be individually controlled in color and brightness, opening up a wide range of applications, from decorative lights to interactive displays. The integration of the programmable I/Os of the RP2040 microcontroller allows for efficient control of the LEDs with minimal CPU load, optimizing the performance of the project. The use of 14-bit resolution ensures improved color accuracy and smooth transitions, significantly enhancing the visual quality of the displayed content. The Unicorn Pack is therefore an excellent choice for developers and hobbyists looking to enrich their projects with vibrant and customizable lighting effects.
- 112 RGB LEDs in a 7x16 matrix for vivid displays
- Individual control of color and brightness for each LED
- Four tactile buttons for mode switching and control
- Utilization of the programmable I/Os of the RP2040 for efficient LED control
- 14-bit resolution for improved color accuracy and smooth transitions.

What is FLIRC?
FLIRC is a USB infrared receiver that works on all platforms such as Windows, Mac, or Linux. The special feature of FLIRC is that it is compatible with 99% of all infrared remote controls, whether it's an Apple Remote, Sony BRAVIA remote, or a VCR remote.
How does FLIRC work?
FLIRC simply connects to your computer via a USB interface and is recognized by your operating system as a keyboard. No special drivers are required for the installation of FLIRC. You only need to familiarize FLIRC with your remote control once. This is done using a configuration program that you can download for free.
How does the configuration process work?
The configuration is very simple and takes just a few minutes. In the configuration program, you can choose between different controllers (arrow keys, full keyboard, Boxxee, XBMC, or Windows Media Center). You then click on a button in the program that you want to record and press the button on the remote control that you want to assign to that command. You can teach both individual keyboard commands and key combinations!
Where is the configuration stored?
The configuration of FLIRC is not stored on the computer but in the dongle itself. However, it is still possible to create a backup of the configuration and transfer it to another device.
How many commands can FLIRC store?
Approximately 160
Can I use FLIRC with the Raspberry Pi?
Yes! FLIRC works seamlessly with the Raspberry Pi. You just need to configure your remote control with FLIRC on a PC or Mac beforehand.

Compute Module 4 - Variants that include the optionally selectable onboard radio module (CM41xxxxx) feature an integrated PCB antenna. The available UFL connector allows for the use of an external optional antenna. The antenna set is specifically pre-certified and suitable for use with CM4 and the IO Board.

The BME688 Breakout Board from Bosch is a versatile development board specifically designed for measuring air quality parameters. It enables the collection of important environmental data such as air quality, temperature, and pressure. The integrated air quality sensor calculates the Indoor Air Quality Index (IAQ) using Bosch's software, the BSEC library. This board is ideal for developers and researchers looking to implement projects in the fields of environmental monitoring and smart home technologies. With its user-friendly interface and precise measurement functions, the BME688 Breakout Board provides an excellent foundation for innovative applications.
- Enables measurement of air quality, temperature, and pressure
- Calculation of the Indoor Air Quality Index (IAQ) via the BSEC library
- Ideal for applications in environmental monitoring and smart home technologies.

The Berrybase Audio DAC SHIM is an innovative solution to bring HiFi audio quality to your Raspberry Pi. This compact module allows for the output of digital audio signals via the I2S interface and offers impressive audio quality with 24-bit and 192 kHz. The PCM5100A DAC chip ensures precise and clear sound reproduction, while the 3.5mm stereo jack provides an easy connection to speakers or headphones. The SHIM is designed to plug directly onto the GPIO pins of the Raspberry Pi without the need for soldering, making installation particularly user-friendly. With its sleek design, the Audio DAC SHIM seamlessly integrates into various enclosures and is ideal for applications in HiFi devices, media centers, or radios. It is also a practical extension for the Raspberry Pi Zero or Pi 400 to add high-quality audio output.
- PCM5100A DAC chip for high-quality audio processing
- Outputs 24-bit / 192 kHz digital audio via I2S
- Easy installation with friction-fit header, no soldering required
- 3.5mm stereo jack output for versatile connectivity options
- Fully assembled and ready to use.

The Pimoroni Display HAT Mini is a compact and powerful IPS LCD display module specifically designed for use with Raspberry Pi. With a screen size of 2.0 inches and a resolution of 320 × 240 pixels, it offers an impressive color depth of 18 bits, allowing for the display of up to 65,000 colors. The IPS technology provides a wide viewing angle and high color accuracy, making it ideal for various applications, from IoT control panels to digital photo frames and retro gaming consoles. The display comes fully assembled and can be easily connected via the SPI interface to any Raspberry Pi with a 40-pin GPIO header, without the need for soldering. It includes suitable standoffs to ensure a stable connection. Additionally, the module features integrated buttons for direct control and an RGB LED for status indication, further enhancing the user experience.
- IPS LCD display with a resolution of 320 × 240 pixels and 18-bit color depth
- Wide viewing angle and high color accuracy
- Integrated buttons for physical input
- RGB LED for signaling status information
- Compatible with Qwiic/STEMMA QT and I2C headers for easy expansion.
