This process takes about 2 minutes to complete, it also creates a new boot volume in the SD Card.Ģ Configuring Wireless Network Connectivity img file to, and click the WRITE button to flash the OS image on the Raspberry Pi Select the SD Card you want to write the. The Raspberry Pi OS Image can be downloaded HERE and is about 1.1 GB large. Insert your MicroSD Card into your computer and open the Raspberry Pi ImagerĬhoose the Raspberry Pi OS Image using the online download mode (or the custom mode by downloading the OS manually and uploading directly from your computer).

The Raspberry Pi Imager is the recommended tool for flashing the OS on the MicroSD card, the Balena Etcher tool can also be used alternatively.ĭownload and Install the Raspberry Pi Imager HERE You can check out a list of recommended operating systems from the Official Documentation

The Raspbian OS (currently known as Raspberry Pi OS) is a Debian-based operating system optimized for the Raspberry Pi Hardware. The Raspberry Pi requires an operating system to function properly. Headless Mode Configuration Stepsġ Flashing the Raspbian OS on the MicroSD Card

The next section contains specific steps to set up the Raspberry Pi in a headless mode. You can check out the product specifications for the Pi 3 (Model B+) HEREĪn introductory video from the official Raspberry Pi website can also be accessed below to understand the awesome features and benefits of the Raspberry Pi 3 (Model B+). Connect Remotely to the Raspberry Pi on a Desktop using an SSH client and VNC Viewerįor this tutorial, I will be using a Raspberry Pi 3 (Model B+) specifically and an 8GB MicroSD Card.Configure Wireless Network Connectivity.Flash the Raspbian OS Image on an SD Card using Raspberry Pi Imager.A wireless router (use your phone's hotspot alternatively).Existing users who want to learn how to connect remotely to a Raspberry Pi via a headless configuration.Beginners who want to get started with a Raspberry Pi.We shall also connect to the Raspberry Pi remotely using an SSH client and VNC Viewer on a Desktop. The primary purpose of this tutorial is to learn how to set up a Raspberry Pi in a headless mode, without the need for a mouse, keyboard, or external monitor. A Raspberry Pi can function as a 'mini-computer' and possesses features for rapid hardware prototyping in AI, Robotics, and IoT projects. keyboard, mouse), MicroSD card slot, MicroUSB Power supply, WiFi/Bluetooth chip, GPIO pins for interfacing with the external world, etc. A Raspberry Pi is a single-board computer (SBC) that consists of an on-board RAM, ARM-Cortex based SoC, memory, USB ports for connecting peripherals (i.e.

Install fritzing on raspberry pi 3