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Video of ESXi install workaround for Fatal CPU mismatch on feature for Intel 12th Gen CPUs and newer

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I have been noticing more and more users that have acquired hardware that includes the latest Intel 12th Generation CPU (Alder Lake) and even the newest Intel 13th Generation CPU (Raptor Lake) for use with ESXi. Starting with the Intel 12th Generation CPU, Intel has introduced a new hybrid "big.LITTLE" CPU architecture that integrates two types of CPU cores: Performance-cores (P-cores) and Efficiency-cores (E-cores) into the same physical CPU die.

ESXi is currently not aware of this new consumer architecture and it currently expects all cores within a CPU package to have uniform characteristics. If you boot the ESXi installer, it will PSOD (Purple Screen of Death) by default and you will see a message about "Fatal CPU mismatch on feature" which is due to the different CPU properties across both the P-Cores and E-Cores. However, there is a way to workaround the issue by disabling the CPU uniformity check that ESXi performs as part of its boot up.

UPDATE (01/16/24) - See this blog post on some updated experiments using CPU affinity when both E-Cores and P-Cores are enabled when using ESXi.

UPDATE (04/22/23) - If you decide NOT to disable either E-Cores or P-Cores, you may also run into an additional PSOD when powering on a VM with GP exception in world message. To workaround this problem, please see this blog post HERE.

UPDATE (03/24/23) - It is possible and recommended to actually disable the E-cores within the Intel NUC BIOs following the instructions HERE to prevent ESXi from PSOD'ing due to non-uniform CPU cores rather than applying the ESXi boot option workaround as described in the video below.

I initially wrote about the solution back in Feb of 2022 where this new CPU was first introduced in the Intel NUC line with the Intel NUC 12 Extreme (Dragon Canyon) and subsequently, I had also wrote about the solution reviewing both the Intel NUC 12 Pro (Wall Street Canyon) and the Intel NUC 12 Enthusiast (Serpent Canyon).

While the majority of folks have not had any issues applying the workaround, I have started seeing some folks running into challenges, perhaps its familiarity with ESXi or applying kernel options. In any case, I figured it might help to record a video demonstrating the workaround for those that rather visualize the solution along with the written instructions (included below).

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ESXi on SimplyNUC Ruby and Topaz

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Ruby and Topaz is the latest in SimplyNUC's custom lineup of NUC-like systems which they started to build and sell a couple of years ago. The Ruby platform is based on the AMD Ryzen 4000 Series and the Topaz platform is based on Intel 11th Gen Tiger Lake Series.

Given the current global chip shortage that may last a couple more years, it may take some time before everyone can get their hands on either of these platforms, but I have slowly been seeing new inquiries about these platforms as folks are starting to receive their units. Of course, the most popular inquiry that I have received is whether these systems can be used with ESXi? 😀

Topaz

Since Topaz uses the same Intel 11th Gen Tiger Lake CPU, it works exactly the same as the Intel NUC 11 Performance (Panther Canyon) and Intel NUC 11 Pro (Tiger Canyon), which requires the Community Networking Driver for ESXi to enable both the 2.5GbE and 1GbE onboard network adapters when installing ESXi on Topaz. One really nice feature of Topaz is that all three models (i7, i5 and i3) include dual onboard network adapters, where as this option is only available on Intel NUC 11 Pro as an add-on card that must be purchased separately.

Here is screenshot of the latest ESXi 7.0 Update 2 release running on Topaz

Ruby

Although there was quite a bit of community interests in running ESXi on the Ruby platform, I was not particularly optimistic mainly because both the onboard network adapters are from Realtek. Since there are no ESXi networking drivers from Realtek, ESXi would not be able to detect either of the network adapters which is the same behavior that I have seen for other AMD-NUC like kits such as the ASRock Gen 1 and Gen 2 systems.

Unfortunately, there has been no progress with Realtek joining VMware's I/O Vendor Partner (IOVP), which would enable the development of an official network driver for ESXi. Although folks can add networking to these platforms leveraging the USB Network Native Driver for ESXi, it is less than ideal. At this point in time, I can not recommend Ruby or other AMD-based NUCs that uses Realtek-based network adapters.

Here is screenshot of ESXi 7.0 with USB network adapter running on Ruby

E100-9W - A new fanless Supermicro "NUC" platform

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At the end of 2020, I had published a blog article which covers the latest Supermicro kits that are being used and others that can be used for both VMware Homelabs as well as for production workloads. The article was very well received, especially as this is a topic that I frequently get questions about on the latest hardware kits that will work with vSphere, vSAN and NSX-T.

While researching for the article, I had a chance to speak with the Supermicro Product Manager and I came to learn about a new E100-9W platform that was just released last Spring of 2020. This platform is part of Supermicro's Embedded IoT family of servers and focuses on use cases such as Industrial Automation, Retail, Smart Medical Systems, Kiosks and Digital Signage to name a few. Many of these use cases are also applicable to our VMware customer base, especially for running a small and lower power footprint at an Edge or ROBO location. I was also interested in this platform as it could also be interesting for VMware homelabs.


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