![]() The default value is SyncTERM, which results in some weird behavior as it’s not recognized. linux, xterm, and xterm-color are all fine (I’ve used all of them and honestly can’t see any difference between them). We are now logged in and can run any command on the Raspberry Pi as if we were logging in locally.Ī couple extra things before we part ways once again: First, you’ll probably want to change the TERM environment variable to something that the bash shell actually recognizes so you can use full-screen programs. Seconds later we are dropped into a command shell. If the password entered was correct, we see this message flashing briefly as the server logs us in: The default password for Raspbian is “raspberry”, though in this case I have changed it to a much stronger password that only I know. We do this by selecting it from the menu and hitting Enter. Let’s get out of this menu and log into the Raspberry Pi server. If we hit F2 we are brought to a menu where we can change the individual settings for connecting to the Raspberry Pi. When that’s done, we see that a menu item for the Raspberry Pi has been added. SyncTERM will now prompt us for an address:įor this particular LAN, the address of the Raspberry Pi is 10.10.8.200… We will name our new host “Raspberry Pi”. Tap the INS key to create a new item in the directory (these items represent settings for connecting to remote hosts). I don’t know about you but I think that’s pretty cool. You could potentially have several people logged into the Pi mainframe at once, all via SSH, all making use of the system’s resources in a time-sharing fashion. Except instead of a VAX running 4.3BSD, you have a Raspberry Pi running an ARM-based Linux distro. You can use SyncTERM like a remote video terminal to log into a central computer in a time-sharing network, just like in the good old days. I like it because it provides a nice retrofitted way of using the Raspberry Pi. SyncTERM is an ANSI-based terminal originally intended for browsing BBSs, but it works fine for SSH servers as well. Download SyncTERM from the official SyncTERM website, follow the installation instructions, and fire that sucker up. ![]() Now we switch over to the desktop computer. The Raspberry Pi is now configured to run as an SSH server. Then press Tab to go to the bottom buttons and select Finish. You will get a screen that looks like this:įrom this menu you can select option #8 – the advanced options.įrom the Advanced Options menu select option A4 for SSH. Okay, now that we have the preliminaries down, what you need to do is connect the Pi to a display of some sort and run the raspi-config program, using one of the two methods listed above. So you won’t need a special Raspberry Pi monitor to do this. Basically anything with an HDMI input will do, and this includes the majority of flat-screen TVs these days. It runs either when Raspbian is installing through NOOBS, or whenever you type sudo raspi-config at the Rasbpian terminal.įor this tutorial I will assume you have access to a screen that the Raspberry Pi can use as a display, even if you do plan to run it headless (I currently run a headless Raspberry Pi server on my LAN and access it through the method I’m about to give you). raspi-config is a menu-driven program that runs as root and selects different configuration options. An SSH server is one of the easiest servers to install on a Raspberry Pi, because all you have to do is run the Raspberry Pi configuration program, raspi-config and enable the SSH option from its menus. The protocol we will be using for our remote login terminal is SSH. a desktop computer connected to the same network, with SyncTERM installed. ![]() a Raspberry Pi running Raspbian and connected to a network 2. This tutorial will show you how to use the terminal emulator SyncTERM as a remote terminal to a Raspberry Pi.
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