Plug the ethernet cable (one side on your main router, the other on your board).On GNU/Linux, you have plenty of choices, like Brasero or K3b On Windows, use ImgBurn to write the image file on the disc The software to use depends on your operating system. Administration from the API or an external applicationįor older devices, you might want to burn a CD/DVD. Customize the appearance of the user portal.Moving an app folder to a different storage.Adding an external storage to your server.Exchange files with your server using a graphical interface.DNS and subdomains for the applications.Choose your selfhosting method and providers On Windows, the partition where the image is mounted is named boot.Ĭreate a text file inside boot and named it wpa_supplicant.text. Setting up WiFi Connectionįor the Raspberry Pi Zero W to connect to WiFi on boot, we need to add a file named wpa_nf on the SD card image. When the image has been written, there is a need to setup WiFi and SSH for us to connect to the Raspberry Pi Zero W using a terminal program like Putty. Using Win32 Disk Image is straightforward: If you love working on a terminal screen (like me), go for the “Raspbian Stretch Lite” image.Īfter downloading, write the image (.img) file to your 8GB microSD card using Win32 Disk Imager. If you need a gui, you go for the “Raspbian Stretch with Desktop” image. As of this writing (February 2018), the latest image is Raspbian Stretch. See how the Raspberry Pi Zero compares to the PocketBeagleĪs for the image, you can download the latest from here. I had no problem powering up the Pi Zero W from my computer’s USB port. You need at least a micro-usb cable to power-up the board, like the older versions. The Raspberry Pi Zero W has two micro-usb ports, one mini HDMI port, the usual GPIO pins (but with no pins soldered), micro-SD card slot and display connector.
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