Single-board computer Raspberry Pi 5 with Wi‑Fi, 8 GB RAM and 32 GB microSD

Raspberry Pi 5 is a single-board computer that combines a modern quad-core processor, integrated wireless networking and 8 GB of system memory with a preinstalled 32 GB microSD card. The board provides a compact platform for software development, learning computing concepts, building home servers or multimedia players, and for integration into prototyping and embedded systems. It runs operating systems from the Raspberry Pi ecosystem and offers standard interfaces for peripherals and networking.

Advantages

The board integrates Wi‑Fi connectivity and ample RAM to support multitasking and memory-intensive applications. A preinstalled 32 GB microSD card enables immediate setup and testing without the need to prepare storage media. Its compact form factor and standard GPIO and connector layout make it compatible with many accessories and HATs designed for Raspberry single-board computers.

Suitable for

• Software development and testing of Linux-based applications
• Educational use in programming and electronics courses
• Home server tasks such as file sharing, lightweight web services and network utilities
• Media center projects for streaming and local playback
• Prototyping embedded projects and IoT devices

Key specifications

• Processor: multi-core ARM-based CPU suitable for general-purpose computing
• Memory: 8 GB RAM for multitasking and container use
• Storage: included 32 GB microSD card for operating system and data
• Wireless: onboard Wi‑Fi for network connectivity without external adapters
• Expansion: standard GPIO header and common connectors for peripherals and HAT modules
• Video and audio: video output and audio interfaces compatible with Raspberry Pi OS and media applications
• Form factor: compact single-board design for desk or embedded installation

How to use

Insert the preinstalled 32 GB microSD card into the board’s card slot, connect a display, keyboard and mouse as required, and power the board using an appropriate USB power supply. Boot into a supported operating system from the Raspberry Pi ecosystem and proceed to configure network settings, install software packages and enable required interfaces such as GPIO or remote access. For headless setups, configure Wi‑Fi credentials or connect via Ethernet and use SSH or remote desktop tools for management.

Usage recommendations

Use a stable, adequately rated power supply and a case or mounting solution that allows airflow. Regularly back up the microSD card image if used for important services, and apply system updates from the Raspberry Pi software repositories to maintain security and compatibility.