![]() ![]() ![]() If you’re connected to a network, you can test your connectivity by using the ping command (e.g., ping ). You should now see the system boot up and, provided nothing went wrong, prompt for login to the device, which by default is named ‘alarmpi.’Īt this point you should have a bash shell prompt waiting and be logged in as root. Insert the formatted SD Card into your Raspberry Pi and turn it on. When the write is complete, eject your card, load it up on your Raspberry Pi, and start it up. Remember, be careful with these commands and make sure you select the correct drives, making a mistake could cause you to lose data that you want to keep! Writing these images erases whatever is written on the SD Cards. Once you’ve done that, write the Arch Linux ARM image to your SD Card using the Win32 Disk Imager Tool on windows or the “dd” command on Linux, as described in the previous article. Just to recap the instructions from Part 2(), we’ll quickly go over how to prepare your SD Card.įirst, mount the SD Card on your computer, if you’re using Windows, you merely have to plug it in, if you’re using Linux, you’ll have to get the right drive names using “df -h”. We must begin by downloading and preparing the Arch Image, which you can grab here. Installing Arch Linux ARM starts off the same way as installing Rhasbian. In this article, we will go through the processes of setting up a bare-bones Arch Linux ARM on your Raspberry Pi, a lightweight and flexible operating system which is inspired by the Arch Linux operating system for x86 architectures. While some operating systems are developed with a specialized use case in mind (for example, XBian is a Raspberry Pi flavoured version of XBMC, an operating system that turns your Raspberry Pi into a media-center), others are more general and allow you to decide what you want to do with them. Each of them has their own strengths and weaknesses. There are many alternative operating systems to the Raspberry Pi. You don’t need a graphical desktop environment when you’re only setting up a web-server, after all. For example, Rhaspbian comes with software, packages, and environments that are unnecessary for specialized applications, and only result in wasted memory and CPU usage. Using Rhaspbian, or some other similar operating system, means that there will probably be resources on your Raspberry Pi that won’t be utilized. While Rhaspbian is an excellent choice for an operating system, with extensive support and numerous packages, you may want to use a system that is a bit more customized. Hopefully, you’ve even started tinkering with the platform and have created some projects of your own. ![]() Assuming you’ve checked out the first two installments of this series, you may have already gotten a Raspberry Pi and have it running on Rhaspbian Wheezy. ![]()
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