![ubuntu vmware image 14 ubuntu vmware image 14](https://www.htpcguides.com/wp-content/uploads/2015/06/vmware-install-ubuntu-installation-screen-11.png)
Finally once you’ve made the adjustments you wanted, you can now convert the virtual machine to a Template, by right clicking the VM and choosing Template -> Convert to Template.
![ubuntu vmware image 14 ubuntu vmware image 14](https://i.stack.imgur.com/Eg1Qv.png)
Way easier then messing around with tools like fdisk and resize2fs I think.ġ0. The nice thing about the Ubuntu Cloud Image is that if you resize the disk in VMware, reboot the VM the disk within the VM is automatically expanded to consume the additional space. I generally give my templates a bit more memory and a large drive for the OS. Now you can make some changes to the hardware specs.
#Ubuntu vmware image 14 password#
Although some people might prefer to add for example the RSA public key and/or default password in the template (which I wouldn’t generally consider best practice expect maybe in a lab).ĩ. The Customer template settings do not need to be changed now, however we will be using those when deploying new VM’s from this template. I have accepted the defaults, since the FlashArray that I use will remove any zero’s and thin provision anyways, however you might want to change to Thin Provisioned depending on the storage you use to run your VMware cluster on.ħ. Select a datastore you want to deploy the template to. Some info about the template you are about to deploy.ĥ. Once again select the cluster / resource pool to deploy the template to.Ĥ. Enter a name for the template (or accept the default name provided)ģ. Right click the cluster and resource pool you want to deploy the template to and select Deploy OVF Template…Ģ.This is just a Next, Next, Finish click-through exercise, where you can accept the defaults, but I’ve included the screenshots for this just the same. Now that we have our OVA, we can deploy that to our VMware cluster. The file is relatively small (about 514 MB), so is quick to download and deploy.
![ubuntu vmware image 14 ubuntu vmware image 14](https://i.stack.imgur.com/0gMSj.png)
If you don’t want to search, here is the direct link to the. I tend to use the LTS images of Ubuntu for stability and support and the latest LTS release is 20.04, for which the cloud images can be accessed here: The Ubuntu Cloud Image is a prepackaged virtual machine template provided as an Open Virtualization Appliance (or. So if you prefer to do it that way, head over to that post and continue from there.
#Ubuntu vmware image 14 how to#
In this earlier post I have shown the steps on how to create a Ubuntu VM using the standard ISO image. However, some of these features are also available to your own datacenter and in this post I will touch on using the Ubuntu Cloud Image as a template in VMware. When working in the Public Cloud, one of the nice things is that you have all the VM templates available and you can quickly deploy them and start building what ever you want on top of those.