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Other Intel and AMD small form factor (SFF) systems for vSphere Homelabs

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When it comes to selecting a platform for a vSphere Homelab, there are many options which include building your own "whitebox" system. For the large majority of folks, the preference is to purchase a ready to use kit such as an Intel NUC or Supermicro which both extremely popular. These systems not only work well but their form factor is also ideal for home offices where space is always at a premium.

With that said, there are many other small form factor (SFF) platforms that exists out in the market and not just Intel-based systems, but also AMD SFF kits which are being introduced and have been getting many inquiries about. As someone who keeps a close eye on this market for new and interesting platforms, I have been re(sharing) some of these new updates on Twitter.

Although Twitter is great way to share and discuss news, it is not the best place to consolidate this type of information that can easily be searched. This was one the motivation for putting together this post for both informational awareness but also something that can be updated over time. This was certainly a challenge when asked about other SFF options, especially in the AMD space where I was not able to easily point folks to. Below is a collection of SFF for both Intel and AMD that I have come across, some of which are currently being used for vSphere Homelabs and others having the potential given their specification. In addition, I suspect many of the kits below which report 32GB of memory as their max should be able to go up 64GB as I have shown in the past with NUC platform.

If folks have other SFF kits they would like to share or confirm that works with latest versions of vSphere, feel free to leave a comment which can help others in the VMware Community.

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Full OVA/OVF property support coming to Terraform provider for vSphere

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Terraform is one of the most popular Infrastructure as Code (IaC) tool out there today and it should come as no surprise there is Terraform provider for vSphere which many of our customers have been using. In fact, VMware just recently released a couple more new providers (here and here) supporting VMware Cloud on AWS and NSX-T solutions respectively.

Although I have used Terraform and the vSphere provider in the past, it has not been my tool of choice for automation as it still lacks a number of basic vSphere capabilities which I require on a regular basis. The most common one being the ability to deploy a Virtual Appliance (OVA/OVF) which has been my biggest barrier and I know this has been a highly requested feature from the community as well.

In early May of this year, I noticed that v1.18 of the vSphere provider finally added support for OVA/OVF deployment and I was pretty excited to give this a try and may even have been the first to kick the tires on this feature? Although OVA/OVF support was added, it looks like support for customizing OVF properties which is commonly included as part of an OVA/OVF would only possible if you are cloning from an existing imported OVA/OVF image. One of the most common use case is to import an OVF/OVA from either your local computer or from a URL and it looks like this use case was not possible.

I filed two Github issues, one for supporting OVF properties for initial OVA/OVF deployment and another regarding a bug I ran into when importing OVA/OVF from a remote URL. Just yesterday, I got the good news that my feature request has been completed and I was given an early drop of the vSphere provider to try out this feature. I may have also hinted to the Engineering team to use my popular Nested ESXi Appliance OVA as a reference test implementation as I knew this was something many customers will want to deploy 🙂

UPDATE (11/05/21) - Thanks to Ryan Johnson, it looks like there has been some changes to the Terraform Provider for vSphere in how to deploy OVF/OVA. I've gone ahead an updated the example below to reflect these changes, it certainly looks a bit more verbose than before, which is a bit unfortunate from readability standpoint.

UPDATE (06/23/20) - Support for OVA/OVF properties is now available as part of 1.20 of the Terraform Provider for vSphere

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Homelab considerations for vSphere 7

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With the vSphere 7 Launch Event just a few days away, I know many of you are eager to get your hands on this latest release of vSphere and start playing with it in you homelab. A number of folks in the VMware community have already started covering some of the amazing capabilities that will be introduced in vSphere and vSAN 7 and I expect to see that ramp up even more in the coming weeks.

One area that I have not seen much coverage on is around homelab usage with vSphere 7. Given this is a pretty significant release, I think there are some things you should be aware of before you rush out and immediately upgrade your existing homelab environment. As with any vSphere release, you should always carefully review the release notes when they are made available and verify the hardware and its underlying components are officially on the VMware HCL, this is the only way to ensure that you will have a good and working experience.

Having said that, here are just a few of the observations that I have made while running pre-GA builds of vSphere 7 in my own personal homelab. This is not an exhaustive list and I will try to update this article as more information is made available.

Disclaimer: The following considerations below is based on my own personal homelab experience using a pre-GA build of vSphere 7 and it does not reflect any official support or guidance from VMware. Please use these recommendation at your own risk.

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