You are required to get an EECS instructional account to login to the workstations in the lab, since you will be doing all your work on these machines (whether you're working remotely or in-person).

1. Visit WebAcct: https://inst.eecs.berkeley.edu/webacct.
2. Click "Login using your Berkeley CalNet ID"
3. Click on "Get a new account" in the eecs151 row.

Once the account has been created, you can email your class account form to yourself to have a record of your account information. You can follow the instructions on the emailed form to change your Linux password with ssh update.eecs.berkeley.edu and following the prompts.

The servers used for this class are primarily eda-[1-12].eecs.berkeley.edu. You may also use the c111-[1-17].eecs.berkeley.edu machines (which are physically located in Cory 111/117). You can access all of these machines remotely through SSH.

SSH is the preferred connection for ASIC labs because most work will be performed using the terminal and should be used unless a GUI is required. The SSH protocol also enables file transfer between your local and lab machines via the sftp and scp utilities. WARNING: DO NOT transfer files related to CAD tools to your personal machine. Only transfer files needed for your reports.

How To:

• Linux, BSD, MacOS

  
  

  Access your workstation through SSH by running:

  ssh [email protected]

  In our examples, this would be:

  ssh [email protected]

• Windows

  
  The classic and most lightweight way to use SSH on Windows is PuTTY (https://www.putty.org/). Download it and login with the FQDN above as the Host and your instructional account username. You can also use WinSCP (winscp.net) for file transfer over SSH.

  Advanced users may wish to install Windows Subsystem for Linux (https://docs.microsoft.com/en-us/windows/wsl/install-win10, Windows 10 build 16215 or later) or Cygwin (cygwin.com) and use SSH, SFTP, and SCP through there.

It is highly recommended to utilize one of the following SSH session management tools: tmux or screen. This would allow your remote terminal sessions to remain active even if your SSH session disconnects, intentionally or not. Below are tutorials for both:

• Tmux Tutorial
• Screen Tutorial

For situations in which you need a graphical interface (waveform debugging, layout viewing, etc.) use X2Go. This is a faster and more reliable alternative to more traditional XForwarding over SSH. X2Go is also recommended because it connects to a persistent graphical desktop environment, which continues running even if your internet connection drops.

Download the X2Go client for your platform from the website: https://wiki.x2go.org/doku.php/download:start.

NOTE: MacOS sometimes blocks the X2Go download/install, if it does follow the directions here: https://support.apple.com/en-us/HT202491.

To use X2Go, you need to create a new session (look under the Session menu). Give the session any name, but set the "Host" field to the FQDN of your lab machine and the "Login" field to your instructional account username. For “Session type”, select “GNOME”. Here’s an example from macOS:

Before you begin exercises, you need to create a directory for your work. Your /home directory has limited space, therefore you will create a personal subdirectory underneath /home/tmp/<your-eecs-username> for all development work (copy any important results to your home directory).

Steps:

1. Log into the EECS Instructional WebAccount (https://inst.eecs.berkeley.edu/webacct) with your CalNet ID.
2. Click on "More..."
3. Select "Make /home/tmp Directory"

It is important that you can remotely access the instructional servers. Remote into server using either SSH (Secure SHell) or X2Go. The range of accessible machines are eda-[1-12] and c111-[1-17]. The fully qualified DNS name (FQDN) is eda-X.eecs.berkeley.edu or c111-X.eecs.berkeley.edu. For example, if you select machine eda-8, the FQDN would be eda-8.eecs.berkeley.edu.

If you're not on campus connected to eduroam, you need to use a global protect VPN to get over the instructional machine's firewall. Follow this guide to install the VPN: https://software.berkeley.edu/bsecure-remote-access-vpn

NOTE: You can use any lab machine, but our lab machines aren’t very powerful; if everyone uses the same one, everyone will find that their jobs perform poorly. ASIC design tools are resource intensive and will not run well when there are too many simultaneous users on these machines. We recommend that every time you want to log into a machine, examine its load on https://hivemind.eecs.berkeley.edu/ for the eda-X machines, or using top when you log in. If it is heavily loaded, consider using a different machine. If you also notice other eecs151 users with jobs consuming excessive resources, do feel free to reach out to the GSIs about it.