How To Create a New Linux VM With NVIDIA Virtual GPU in the OpenStack Dashboard Horizon on CREODIAS
You can create Linux virtual machine with NVIDIA RTX A6000 as the additional graphics card. The card contains
10,752 CUDA cores for rendering, graphics operations and heavy parallel computations,
336 Tensor cores which accelerate AI and data science model training, while
84 RT cores speed up ray tracing with shading or denoising, photorealistic rendering and so on.
There are four variants, using 6, 12, 24, or 48 GB of VGPU RAM. You will be able to select the particular model by choosing a proper flavor when creating the instance in Horizon (see below).
What We Are Going To Cover
How to create an instance with NVIDIA support
How to choose the proper flavor for the data in hand
How to add proper keypair in order to
SSH into the virtual machine you create, or
use the console within Horizon interface and
verify that you are using the NVIDIA vGPU.
Step 1 Create New Instance with NVIDIA Image Support
To define a new instance, use the following series of commands:
Project → Compute → Instances.
Click Launch Instance to get the following screen:
Insert the name of the instance (eg. “vm_with_vgpu”) and click Next button. In the next screen, you will choose the operating system for the new virtual machine you are defining:
Your goal is to use an image with predefinced NVIDIA support. To list all such images, click on field Available and enter ‘NVIDIA’ into it. Only the images with NVIDIA in their names will be listed:
Select Instance Boot Source (eg. “Image”), and choose desired image (eg. “Ubuntu 20.04 NVIDIA”) by clicking on arrow.
Images marked with “NVIDIA” are fully operational. They come preinstalled with
special NVIDIA Grid drivers
a licence token, as well as
the CUDA library.
If you do not need to have the system disk bigger than the size defined in a chosen flavor, we recommend setting “Create New Volume” feature to “No” state.
Click on the Next button and get to the following screen:
You will now choose one of the four models of the RTX A6000 card.
Step 2 Select Card Model / Flavor
The four available: RTXA6000-6C, RTXA6000-12C, RTXA6000-24C, and RTXA6000-48C, are described in this table:
The column VM Name contains flavor names vm.a6000.1, vm.a6000.2, vm.a6000.4, vm.a6000.8. Again, type a6000 into the field Available and list only the NVIDIA flavors:
Taking into account the data from the table above, if you select flavor vm.a6000.2, you will use 4 virtual cores and 28 GB of “normal” RAM, and simultaneously, you will also choose the RTXA6000-12C model with 12 GB of virtual GPU RAM.
Yellow triangles in the listing mean that you cannot select that row as one of the system resources is already engaged to other instances. If you, say, wanted to select the strongest flavor of NVIDIA, vm.a6000.8, you would first have to obtain 112 GB or more of available of RAM and only then be able to opt for that flavor.
In the situation above, select vm.a6000.2 and continue going through the usual motions of selecting instance elements to finish the procedure.
Step 3 Finish Creating the Instance
Click “Networks” and then choose desired networks.
Open “Security Groups” After that, choose “allow_ping_ssh_icmp_rdp” and “default”.
Choose or generate SSH keypair, as explained in article How to create key pair in OpenStack Dashboard on CREODIAS for your VM. Next, launch your instance by clicking on blue button.
You will see “Instances” menu with your newly created VM.
If you want to make your VM accessible from the Internet, see this article: How to Add or Remove Floating IP’s to your VM on CREODIAS
Step 4 Issue Commands from the Console
Open the drop-down menu and choose “Console”.
You can connect to your virtual machine using SSH, see this article: How to connect to your virtual machine via SSH in Linux on CREODIAS
You can also use the SPICE console using the Openstack Dashboard.
Click on the black terminal area (to activate access to the console). Type:
and hit Enter on the keyboard.
Insert and retype new password.
Now you can type commands.
To check the status of the vGPU device, enter the command:
After you finish, type “exit”.
This will close the session.