Skip to content


TensorBoard is a visualization toolkit for TensorFlow and offers a variety of functionalities such as presentation of loss and accuracy, visualization of the model graph or profiling of the application.

Using JupyterHub

The easiest way to use TensorBoard is via JupyterHub. The default TensorBoard log directory is set to /tmp/<username>/tf-logs on the compute node, where Jupyter session is running. In order to show your own directory with logs, it can be soft-linked to the default folder. Open a "New Launcher" menu (Ctrl+Shift+L) and select "Terminal" session. It will start new terminal on the respective compute node. Create a directory /tmp/$USER/tf-logs and link it with your log directory ln -s <your-tensorboard-target-directory> <local-tf-logs-directory>

mkdir -p /tmp/$USER/tf-logs
ln -s <your-tensorboard-target-directory> /tmp/$USER/tf-logs

Update TensorBoard tab if needed with F5.

Using TensorBoard from Module Environment

On ZIH systems, TensorBoard is also available as an extension of the TensorFlow module. To check whether a specific TensorFlow module provides TensorBoard, use the following command:

marie@compute$ module spider TensorFlow/2.3.1
        Included extensions
        absl-py-0.10.0, astor-0.8.0, astunparse-1.6.3, cachetools-4.1.1, gast-0.3.3,
        google-auth-1.21.3, google-auth-oauthlib-0.4.1, google-pasta-0.2.0,
        grpcio-1.32.0, Keras-Preprocessing-1.1.2, Markdown-3.2.2, oauthlib-3.1.0, opt-
        einsum-3.3.0, pyasn1-modules-0.2.8, requests-oauthlib-1.3.0, rsa-4.6,
        tensorboard-2.3.0, tensorboard-plugin-wit-1.7.0, TensorFlow-2.3.1, tensorflow-
        estimator-2.3.0, termcolor-1.1.0, Werkzeug-1.0.1, wrapt-1.12.1

If TensorBoard occurs in the Included extensions section of the output, TensorBoard is available.

To use TensorBoard, you have to connect via ssh to the ZIH system as usual, schedule an interactive job and load a TensorFlow module:

marie@compute$ module load TensorFlow/2.3.1
Module TensorFlow/2.3.1-fosscuda-2019b-Python-3.7.4 and 47 dependencies loaded.

Then, create a workspace for the event data, that should be visualized in TensorBoard. If you already have an event data directory, you can skip that step.

marie@compute$ ws_allocate -F scratch tensorboard_logdata 1
Info: creating workspace.

Now, you can run your TensorFlow application. Note that you might have to adapt your code to make it accessible for TensorBoard. Please find further information on the official TensorBoard website Then, you can start TensorBoard and pass the directory of the event data:

marie@compute$ tensorboard --logdir /scratch/ws/1/marie-tensorboard_logdata --bind_all
TensorBoard 2.3.0 at

TensorBoard then returns a server address on Taurus, e.g.

For accessing TensorBoard now, you have to set up some port forwarding via ssh to your local machine:

marie@local$ ssh -N -f -L 6006:taurusi8034:6006 taurus

SSH command

The previous SSH command requires that you have already set up your SSH configuration .

Now, you can see the TensorBoard in your browser at http://localhost:6006/.

Note that you can also use TensorBoard in an sbatch file.