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· 2 min read

Tabby's ROCm support is currently only in our nightly builds. It will become stable in version 0.9.

For those using (compatible) AMD graphics cards, you can now run Tabby locally with GPU acceleration using AMD's ROCm toolkit! 🎉

ROCm is AMD's equivalent of NVidia's CUDA library, making it possible to run highly parallelized computations on the GPU. Cuda is open source and supports using multiple GPUs at the same time to perform the same computation.

Currently, Tabby with ROCm is only supported on Linux, and can only be run directly from a compiled binary. In the future, Tabby will be able to run with ROCm on Windows, and we will distribute a Docker container capable of running with ROCm on any platform.

Install ROCm

Before starting, please make sure you are on a supported system and have ROCm installed. The AMD website details how to install it, find the instructions for your given platform. Shown below is a successful installation of ROCm packages on Arch Linux.

ROCm installed on Arch Linux

Deploy Tabby with ROCm from Docker

Once you've installed ROCm, you're ready to start using Tabby! Simply use the following command to run the container with GPU passthrough:

docker run \
--device=/dev/kfd --device=/dev/dri --security-opt seccomp=unconfined --group-add video \
-p 8080:8080 -v $HOME/.tabby:/data \
tabbyml/tabby-rocm \
serve --device rocm --model StarCoder-1B

The command output should look similar to the below:

Tabby running inside Docker

Build Tabby with ROCm locally

If you would rather run Tabby directly on your machine, you can compile Tabby yourself. If compiling yourself, make sure to use the flag --features rocm to enable it.

Once you have a compiled binary, you can run it with this command:

./tabby serve --model TabbyML/StarCoder-1B --device rocm

If the command is used correctly and the environment is configured properly, you should see command output similar to the following:
Tabby running
And enjoy GPU-accelerated code completions! This should be considerably faster than with CPU (I saw a ~5x speedup with StarCoder-1B using a Ryzen 7 5800X and an RX 6950XT).

Completions demo

· 4 min read

Hugging Face Spaces offers an easy-to-use Nvidia GPU hosting runtime, allowing anyone to host their machine learning models or AI applications.

In this blog post, we are going to show you how to deploy a Tabby instance in Hugging Face Spaces. If you have not heard of Tabby, it’s an open-source Github Copilot alternative that supports code completion. Check out more details here.

How it works

Let’s firstly take a look at what steps are needed to deploy a Tabby instance in Hugging Face. It’s super easy and you don’t need much coding knowledge. Buckle up and let’s get started.

Step 1: Create a new Hugging Face Space (link). Spaces are code repositories that host application code.

Step 2: Create a Dockerfile to capture your machine learning models' logic, and bring up a server to serve requests.

Step 3: After space is built, you will be able to send requests to the APIs.

That's it! With the hosted APIs, now you can connect Tabby's IDE extensions to the API endpoint. Next, we will deep dive into each step with screenshots!! Everything will be done in the Hugging Face UI. No local setup is needed.


Looking to quickly start a Tabby instance? You can skip the tutorials entirely and simply create space from this template.

Deep Dive

Create a new Space

After you create a Hugging Face account, you should be able to see the following page by clicking this link. The owner name will be your account name. Fill in a Space name, e.g. "tabbyml", and select Docker as Space SDK. Then click "Create Space" at the bottom.

In this walkthrough we recommend using Nvidia T4 instance to deploying a model of ~1B parameter size.

Create a new Space

Uploading Dockerfile

For advanced users, you can leverage the Git workspace. In this blog post, we will show you the UI flow instead. After you click the "Create a Space" in the last step, you will be directed to this page. Just ignore the main text and click the "Files" on the top right corner.

Docker Space

After clicking on the "Files", you will be able to see a "Add file" button, click that, then click on "Create a new file"

Empty Space

Then you will be redirected to the page below. Set the filename to “Dockerfile” and copy the content to the “Edit” input box. You can copy the code from the appendix here to bring up the SantaCoder-1B model. Once ready, click the button “Commit new file to main” on the bottom.

Edit Dockerfile

Edit Readme

You also need to add a new line the Click the "edit" button in the file.


Add this line "app_port: 8080" after "sdk: docker"


Click the button "Commit to main" to save the changes.

Verify Tabby is running

Click on the "App" button, you should be able to see the container is building:

Space Building

If the App is up successfully, you should see this page:

Tabby Swagger

Call code completion API

Now, you are able to call the completion API. The full URL is https://{YOUR-ACCOUNT-NAME} In this post, the URL is

To test if your APIs are up and running, use this online tool to send curl commands:


The complete curl command can also be located in the appendix. Ensure that you have adjusted the URL to align with your Hugging Face Spaces settings!

(If you are setting the space to private, you will need to fill in your Huggingface Access Token as bearer token in HTTP Headers, like Authorization: Bearer $HF_ACCESS_TOKEN.)


In this post, we covered the detailed steps for deploying a Tabby instance to Hugging Face Spaces. By following these steps, anyone is able to bring up their own code completion APIs easily.



FROM tabbyml/tabby

USER root
RUN mkdir -p /data
RUN chown 1000 /data

USER 1000
CMD ["serve", "--device", "cuda", "--model", "TabbyML/SantaCoder-1B"]

CURL Command

curl -L '' \
-H 'Content-Type: application/json' \
-H 'Accept: application/json' \
-d '{
"language": "python",
"segments": {
"prefix": "def fib(n):\n ",
"suffix": "\n return fib(n - 1) + fib(n - 2)"