Raspberry Pi OS will automatically enable SSH (Secure Socket Shell) when it sees 'ssh' on its initial boot-up. To the root of the card's directory, create an empty text file named 'ssh' (no file extension). If you're not using a headless Raspberry Pi, simply insert the card, connect it to the monitor, keyboard, power source, and pointing device, and run it. The menu will display.įrom the OS menu, select Raspberry Pi OS (32-bit).Ĭlick on Choose storage option and select your micro SD card from the menu.Īs Raspberry Pi Imager downloads and burns Raspberry Pi OS to your micro SD card, this operation will take few minutes. Select your operating system by using the Choose OS option.

Once done, you will see below window on your desktop. Now, install and open Raspberry Pi imager software. Now, open the link to download the raspberry pi imager software. You should not use SD card of memory less than 8GB. If you are going to use lite OS then you can use 8Gb memory card. Here, I am using Raspberry Pi OS (32 bit). Memory size of micro SD card depends on the operating system that you are going to use. Here, I am going to use 16GB micro SD card. Installing the Raspberry Pi OS on micro SD cardįirstly, you need to insert a micro SD card into your computer. You need only these components for Raspberry Pi Zero W headless setup. Hardware Required for Headless Raspberry pi zero W setup It provides great connectivity with 2 Micro USB Ports (1 port for Power and other for USB Connectivity), 1 mini–HDMI Port and 1 Micro SD Card Slot and has 512MB of RAM.įeatures & Specifications of Raspberry Pi W Zero This board is specifically designed to get more benefits at affordable price.

It is the newest member of the Pi Zero family and comes with added wireless LAN and Bluetooth connectivity. Introduction to Raspberry Pi Zero Wīefore we get started, let us get acquainted with Raspberry Pi Zero W. In our previous tutorials, we covered many projects with Raspberry Pi 3 & Raspberry Pi 4 and in this tutorial, we are going learn how to set up the Raspberry Pi Zero W heedlessly SSH access over Wi-Fi using Windows. This screenless Raspberry Pi zero W system is referred to as a headless setup. There's no need to connect Reaspberry Pi to a display or input devices if you're only trying to program it or using it to operate electronics like lights, motors, and sensors because you can control the system remotely using a VNC or SSH client on your primary computer.

Raspberry Pi zero W is an affordable and compact derivative of Raspberry Pi but if you attach Raspberry Pi zero W with monitor, keyboard, and mouse, it takes up a lot more space.

Setup raspberry pi zero headless