Single-board computer Raspberry Pi Zero WH Basic set with pre-soldered GPIO header

Raspberry Pi Zero WH Basic is a compact single-board computer built on the Raspberry Pi Zero form factor and supplied with a pre-soldered 40-pin GPIO header for immediate connection to sensors, modules and HATs. The board runs standard Linux-based distributions compatible with the Raspberry Pi ecosystem and offers low-power operation, small physical dimensions and a clear I/O layout suitable for embedded development, education and simple automation tasks.

Advantages

The pre-soldered 40-pin header removes the need for manual soldering, enabling faster prototyping and safer use in classrooms or workshops. Its small footprint and low power consumption make it suitable for battery-powered or space-constrained designs. Being part of the Raspberry product family ensures broad software support, community documentation and compatibility with many existing accessories designed for the Zero form factor.

Suitable for

• Prototyping embedded systems and IoT devices
• Educational projects and electronics training
• Sensor integration and data-logging applications
• Compact media or display interfaces with low resource needs
• Home automation controllers and small robotics

Key specifications

• Form factor: Raspberry Pi Zero size (compact single-board computer)
• GPIO: 40-pin header pre-soldered for immediate use with HATs and modules
• Operating system: Compatible with Linux-based Raspberry Pi distributions
• Power: Low power consumption suitable for battery or USB power
• Connectivity: Standard Zero-series connectors for camera, display and USB (adapter cables may be required)
• Use environment: Intended for embedded, educational and small electronics applications

How to use

Install a compatible Linux image onto a microSD card, insert the card into the board and power it via the designated micro USB power connector. Attach sensors, displays or expansion boards to the pre-soldered 40-pin GPIO header or use the available connectors with the appropriate adapters. Configure network and software via standard Raspberry Pi tools and command-line utilities to run applications, scripts or services required by your project.

Usage recommendations

For stable operation, use a high-quality microSD card and a reliable 5V power source. When connecting external modules to the GPIO header, verify voltage and pin assignments to avoid damage. Keep the board in a ventilated enclosure if enclosed; consider level shifters when interfacing with 5V peripherals.