The inet addr within this text is the most telling in terms of finding out your IP address. But you will need to know that address first of all by running “ifconfig” into the LX terminal.Ī lot of text will be generated but, as you are using an ethernet connection on your Raspberry Pi 2, you would want to be looking at the eth0 line, usually at the top. To do this, you will need to edit the /etc/network/interfaces file to fix the ip address on your Raspberry Pi 2, and make it static instead of dynamic. You will now need to get a fixed ip on your Raspberry Pi 2 now. This updating process may take awhile, so it could be a great time to get a coffee and just relax! Step 4: Get a fixed IP In the LX terminal, type in “sudo apt-get update”. After which, it’s time to make sure your Raspberry Pi 2 is updated to the latest firmware. Now that your Raspberry Pi 2 is rebooted, you can log in straightaway! The default username is “Pi” and the password is “Raspberry”. Reboot your Raspberry Pi 2 to lock in your options. Next, just press A8 to enable SSH encryption, and you are done. This is necessary as you won’t be using much video RAM on your server, for obvious reasons of graphics not being the priority on a server. Change that value to 16, which means your GPU will have an allocation of 16 MB. An automated process will begin and when it finishes, choose option 8 – Advanced options, and do a (press A4) memory split. To do this: choose option 1 and press start. The first thing of importance is to expand the filesystem on your SD card so it will enable the maximum amount of space within. You will be at the Raspi-config screen soon enough, on which you will be doing the necessary setups. Let it all start up, and it shouldn’t take more than 15 seconds. Insert your Micro SD card and boot it all up. Now that the Micro-SD is ready, plug in a monitor, and have a mouse and keyboard connected, not to mention, the power supply. Step 2: Now plug all your things into the Raspberry Pi 2 Eject the Micro-SD card and the operating system is fully loaded and ready for your Raspberry Pi. Click on “write” and your image file will be copied onto your Micro-SD. It is important to make sure of the particular letter as the contents of your MicroSD card will be erased as part of the writing process. Select the right disk letter that was allocated to your MicroSD card. Now, it becomes the simple matter of selecting the image file of Raspbian within disk imager.Extract Disk Imager onto your desktop, but only run it as an administrator (right click and select “Run as Administrator”). This will create an operating system image on your MicroSD. After which, download Win32 Disk Imager onto your Windows PC.You can simply see if the Micro-SD has been assigned a drive letter, if you can see it in Windows explorer. One way is to plug your Micro-SD into your Windows PC (on which you downloaded your Raspbian operating system into). As a side note, you would want to check if your Micro-SD card has a drive letter assigned to it, before loading the operating system onto it in the first place.Once the loaded card is inserted into your Pi, a menu will prompt you on which distro(s) you would want to install. Simply Google for it) into a blank fully-FAT-formatted microSD card. There is a NOOBS method where you can simply un-archive the NOOBS ZIP file (holding Raspbian. It’s an easy task, placing Raspbian on your Micro-SD card. With the OS on the Micro-SD card, you will be able to run the operating system from there. For creating our mini Raspberry Pi 2 servers, we have decided to go with Raspbian, the default distro for the Raspberry Pi. Raspbian is a bundled collection of software based on the linux kernel, which is known as a distribution, or distro for short. You will need to create Micro-SD containing the operating system, and it really is the simplest step of the process. Step 1: Get Raspbian on a Micro-SD and install it An compatible Raspberry Pi power supply that provides good ‘juice’.An empty MicroSD card to hold Raspbian, the OS for the Pi.It will accommodate and serve files over a secure protocol that provides a sufficient level of encryption to your connection, namely SSH. Place one at home and you get great home or small-business servers in the smallest of packages.įor this walk-through, we will transform the Raspberry Pi 2 into an energy-efficient and yet powerful tiny remote backup location. One single Raspberry Pi printed circuit board generates less heat and consumes far less power. There are plenty of reasons to go with Raspberry Pi 2, the ultra-small Linux computer, but the best reason would be less bulkiness and better cooling than traditional servers.
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