While preparing for my VMworld session with Michael Cade on automating and orchestrating the deployment of Veeam into VMware Cloud on AWS, we have been testing against the Single Host SDDC that’s been made available for on demand POCs for those looking to test the waters on VMware Cloud on AWS. The great thing about using the Single Host SDDC is it’s obviously cheaper to run than the four node production version, but also that you can spin it up and destroy the instance as many times as you like.
Single Host SDDC is our low-cost gateway into the VMware Cloud on AWS hybrid cloud solution. Typically purchased as a 4-host service, it is the perfect way to test your first workload and leverage the additional capability and flexibility of VMware Cloud on AWS for 30 days. You can seamlessly scale-up to Production SDDC, a 4-host service, at any time during the 30-days and get even more from the world’s leading private cloud provider running on the most popular public cloud platform.
To get started with the Single Host SDDC, you need to head to this page and sign up…you will get an Activation email and from there be able to go through the account setup. This big thing to note at the moment is that a US Based Credit Card is required.
There are a few pre-requisites before getting an SDDC spun up…mainly around VPC networking within AWS. There is a brilliant blog post here, that describes the networking that needs to be considered before kicking off a fresh deployment. The offical help files are a little less clear on what needs to be put into place from an AWS VPC perspective, but in a nutshell you need:
- An AWS Account
- A fresh VPC with a VPC Networking configured
- At least three VPC Subnets configured
- A Management Subnet for the VMware Objects to sit on
Once this has been configured in the AWS Region the SDDC will be deployed into the process can be started. First step is to select a region (this is dictated by the choices made at account creation) and then select a deployment type followed by a name for the SDDC.
The next step is to link an existing AWS account. This is not required at the time of setup however it is required to get the most out of the solution. This will go off and launch an AWS CloudFormation template to connect the SDDC to the AWS account. It creates IAM role to allow communication between the SDDC and AWS.
] I ran into an issue initially where the default location for the CloudFormation template to be run out of was not set to the region where the SDDC was to be deployed into. Make sure that when you click on the Launch button you take not the the AWS region and change where appropriate by change the URL to the correct region.
After a minute or so, the VMware Cloud on AWS Create an SDDC page will automatically refresh as shown below
The next step is to select the VPC and the VPC subnets for the raw SDDC components to be deployed into. I ran into a few gotcha’s on this initially and what you need to have configured is the subnets configured to size as listed in the user guides and the post I linked to that covers networking, but you also need to make sure you have at least three subnets configured across different AWS Availability zones within the region. This was not clear, but I was told by support that it was required.
If the AWS side of things is not configured correctly you will see this error.
What you should see…all things being equal is this.
Finally you need to set the Management Subnet which is used for the vCenter, Hosts, NSX Manager and other VMware components being deployed into the SDDC. There is a default, but it’s important to consider that this should not overlap with any existing networks that you may look to extend the SDDC into.
From here, the SDDC can be deployed by clicking on the Deploy SDDC button.
[Note] Even for the Single Instance Node SDDC it will take about 120 minutes to deploy and you can not cancel the process once it’s started.
Once completed we can click into the details of the SDDC, which allows you to see all the relevant information relating to it and also allows you to configure the networking.
Finally, to access the vCenter you need to configure a Firewall rule to allow web access through the management gateway.
Once completed you can login to the vCenter that’s hosted on the VMware Cloud on AWS instance and start to create VMs and have a play around with the environment.
There is a way to automate a lot of what i’ve stepped through above…for that, i’ll go through the tools in another blog post later this week.