If an ESXi host was connected to a Distributed Virtual Switch (DVS) and you were not able to properly remove it from the vCenter inventory, which cleans up the VDS as part of the removal, then you will be left with a stale VDS configuration.
Of course, the ideal workflow is to clean this up within vCenter Server but if you some how lost access or the vCenter Server was deleted and you might be wondering how to manually clean this up?
As a heads up, I just wanted to share that VMware has just published a new knowledge base article to communicate that ESXi 7.x will be the last major release to officially support Apple macOS Virtualization, which was originally introduced back in 2011 with the release of vSphere 5.0.
Last year, VMware had also published a blog outlining that they will no longer pursue hardware certification for the Apple 2019 Mac Pro 7,1 for ESXi and as unfortunate as this is, hopefully this updated news will not come as a surprise to any of our customers or partners due to the various challenges in supporting the Apple hardware platform with ESXi.
On a more personal note, this is also a bitter sweet end, I have been writing about Apple macOS Virtualization on ESXi since its inception almost exactly 11 years ago. I came to learn about the new virtualization capability during an on-site beta for vSphere 5.0 (codenamed MN) at VMware HQ back when I was a customer. Not only did our organization have a need for this capability, but this was also the time that Apple had announced EOL'ed of Apple XServe, which was the initial hardware platform that was officially supported. I still recall emailing our leadership after the on-site to purchase as many XServe as we could before you could no longer buy the systems so that we can enable our development teams who were building both iOS and macOS applications.
It certainly has been a wild ride over the years in advocating for our users and their plethora of use cases to getting the Apple Mac Mini to run ESXi like any other x86 platform and even getting the Apple Mac Mini added to the VMware HCL. I still remember all the hoops and hacks that one needed to jump through just to boot ESXi and over the years, various VMware Engineers have incrementally helped get us to where we are at today, so a big thanks for all of their support over the years.
The Intel Xeon D embedded SoC product line is an amazing platform and has been extremely popular amongst VMware customers for VMware Homelabs and running workloads both in the Datacenter and at the Edge using kits like the Supermicro E200-8D and E300-9D to just name a few. While the E200-8D/E300-9D still remain popular, they are slowly coming up on their end of life support, Q1 2023 and Q1 2025 respectively.
Intel Ice Lake D is the first major architectural refresh of the Intel Xeon D product line, which is quite exciting for those looking to upgrade and take advantage of all the latest hardware capabilities this new platform as to offer! Two Ice Lake D kits that I am really excited for is the Supermicro E300-12D and E302-12D, both of which leverage the new Ice Lake D SoC. As a E200-8D owner, my only real nit pick is with the noise of the fans which can sound like a jet engine when using the stock fans. Although I have replaced the stock fans with the much quieter Noctua fans, under higher load the system is still audible and some in the community have also reported that it may still not be enough to cool system.
If I had to start all over again, I certainly would be looking at one of the new fanless kit from Supermicro! I was fortunate enough to get my hands on the upcoming Supermicro E302-12D system, a fanless Ice Lake D kit which has a similiar design to the existing E300-9D.
So here is your first sneak peak at this new Ice Lake D platform! 😀