Search Results for: supermicro

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

01/19/2021 by William Lam 12 Comments

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.

Supermicro VMware Homelab 2020 Options

12/14/2020 by William Lam 4 Comments

There are a number hardware options these days when it comes to building a new or upgrading your VMware Homelab. For instance, take a look at the 100+ VMware Community Homelab submissions which can range from $500 up to a whopping $50K. There are many factors that go into deciding what type of system to use and whether you use off the shelf hardware like an Intel NUC or a Supermicro kit or simply build your own.

From my experience, I have found that most folks prefer something that "just works" and for those needing more than 64GB memory, a Supermicro kit is generally preferred. For my personal homelab, I have an E200-8D and is by far it is one of the most popular Supermicro kits for running a VMware Homelab.

One question that I often receive is whether the E200-8D is still a recommended platform and whether there are other updated options? After answering several inquiries, I realize I probably should also do a quick blog post on this topic.

Dual Intel M.2 Optane 4801x in Supermicro E300-9D

01/14/2019 by William Lam 10 Comments

For those that have been following along, I have been testing the Supermicro E300-9D (SYS-E300-9D-8CN8TP) kit in my home lab which I have written about here. One of the last things I was looking into was storage expandability with this platform, especially since Supermicro has a PCIe Add-On Card (AOC-SLG3-2M2) which can add two additional M.2 devices supporting 2260 (60mm), 2280 (80mm) & 22110 (110mm) form factors.

At the same time, our friends over at Intel had just given me access to a couple of their pre-release Intel M.2 Optane 4801x devices which were then released right before the holiday last year. For those wondering why Optane is so interesting, especially from a vSAN perspective, check out this blog post here from my good buddy Pete Flecha over in our Storage and Availability Business Unit (SABU).

This was actually perfect timing as I was also interested to see if there were any high performance and supported M.2 devices that could be used for for vSAN Caching and this device would definitely fit the bill! When I had initially received all the components, I was scratching my head as the AOC was too big to fit horizontally in the E300-9D.

Supermicro Home Lab Group Buy

01/02/2019 by William Lam 35 Comments

Happy New Years everyone! I was supposed to get this out right before the holidays but #babylam got really sick and I had to put this on hold.

Back in November I threw out an idea on Twitter to see if the #vCommunity would be interested in doing a group buy for some Supermicro kits, especially for those looking to upgrade their personal home labs to take advantage of all the new VMware goodies such as vSAN, NSX and PKS for example.

Just thinking out loud … but would the #VMware Home Lab Community be interested in a potential Group Buy for Supermicro gear? Could be bare-bones chassis or some package configuration with memory + storage?

— William Lam (@lamw) November 14, 2018

Within minutes, I had several dozen replies and it was clear that folks were definitely interested in refreshing their lab, especially with a smaller and more modern platform. Over the last few weeks, I have been working with MITXPC (who I have worked with before) on putting together some packages that would appeal to the majority of the community. Initially, I was thinking about three options: system-only (no memory/storage), system with memory (no storage) and system with memory and storage. To be clear, system means complete chassis with CPU and motherboard included. Please see the product links below for more details.

Disclaimer: I am not affiliated with MITXPC nor am I receiving any referral bonus/compensation for the discounts listed below.

Supermicro E300-9D (SYS-E300-9D-8CN8TP) is a nice ESXi & vSAN kit

11/23/2018 by William Lam 33 Comments

Supermicro kits such as the E200-8D is a very popular platform amongst the VMware community and with powerful Xeon-based CPUs and support for up to 128GB of memory, it is perfect for running a killer vSphere/vSAN setup!

Earlier this Fall, Supermicro released a "big daddy" version to the E200-8D, dubbed E300-9D and specifically, I want to focus on the 8-Core model (SYS-E300-9D-8CNTP) as this system actually listed on the VMware HCL for ESXi! The E300-9D can support up to half a terabyte of memory and with the 8-Core model, you have access to 16 threads. The E200-8D is also a supported platform by VMware, you can find the VMware HCL listing here.

I was very fortunate to get my hands on a loaner E300-9D (8-Core) unit, thanks to Eric and his team at MITXPC, a local bay area shop specializing in embedded solutions. In fact, they even provided a nice vGhetto promo discount code for my readers awhile back, so definitely check it out if you are in the market for a new lab. As an aside, when doing a quick search online, they also seem to be the only ones actually selling the E300-9D (8-Core) system which you can find here and in general, they seem to be priced fairly competitively. This is not an endorsement for MITXPC, but recommend folks to compare all prices when shopping online, especially as today is Black Friday in the US and Cyber Monday is just a few days away.

Complete vSphere with Tanzu homelab with just 32GB of memory!

11/09/2020 by William Lam 30 Comments

Since the release of vSphere 7.0 Update 1, the demand and interests from the community on getting hands on with vSphere with Tanzu and the new simplified networking solution, has been non-stop. Most folks are either upgrading their existing homelab or looking to purchase new hardware that can better support the new features of the vSphere 7.0 release.

Although vSphere with Tanzu now has a flavor that does not require NSX-T which helps reduces the barrier on getting started, it still has some networking requirements which may not be easily met in for all lab environments. In fact, this was actually the primary reason I had started to look into this since my personal homelab network is very basic and I do not have nor want a switch that can support multiple VLANs, which is one of the requirements for vSphere with Tanzu.

While investigating for a potential solution, which included way too MANY hours of debugging and troubleshooting, I also thought about the absolute minimal amount of resources I could get away with after put everything together. To be clear, my homelab is comprised of a single Supermicro E200-8D which has 128GB of memory and that has served me well over the years and I highly recommend it for anyone that can fit that into their budget. With that said, I did set out with a pretty aggressive goal of using something that is pretty common in VMware homelabs which is an Intel NUC and with just 32GB of memory.

Here is the hardware BOM (similar hardware should also work):

Intel NUC 10i7FNH
32GB memory
Single 250GB M.2 NVMe SSD
- NUC can support two SSD (M.2 + SATA), you can always go larger

Here is the software BOM:

Note: The Intel NUCs (Gen 6 to 10) can all support up to 64GB of memory and this is one of the best upgrades you can give yourself, but if you only have 32GB of memory, this will also work.

The final solution will comprise of the following:

1 x vCenter Server Appliance (VCSA) running on the Intel NUC self-managing the ESXi host
VMFS storage will be used instead of vSAN to reduce memory footprint (If you have 64GB of memory, recommend using vSAN)
Onboard NIC will be used for all traffic and will be attached to a Distributed Virtual Switch (VDS)
- 3 x Distributed Portgroups will be configured on top of your existing LAN network, the latter two will be routed through our Photon OS Router VM
  - Management - Existing LAN network
  - Frontend - 10.10.0/24
  - Workload - 10.20.0.0/24
1 x vSphere with Tanzu Cluster enabled with Workload Management
1 x HAProxy VM deployed using 3-NIC configuration
1 x Photon OS Linux VM used as a Router for IP forwarding and optionally, a DNS server if you do not already have one
9 x IP Addresses in total will be required from your local LAN network
- 4 x IP Addresses which should map to following hostnames or similiar
  - esxi-01.tanzu.local
  - vcsa.tanzu.local
  - router.tanzu.local
  - haproxy.tanzu.local
- 5 x IP Addresses in a consecutive block (e.g. 192.168.30.20-192.168.30.25) will be needed for the Supervisor Control Plane VMs

As part of this solution, I have automated as much of the tasks as possible and all scripts used for this solution can be found at https://github.com/lamw/vsphere-with-tanzu-homelab-scripts which I will be referencing throughout the instructions. There are also a number of techniques and tricks I am using to be able to reduce the overall memory footprint for setting up vSphere with Tanzu, obviously these should not be used in a Production grade environment.

I also want to give a huge thanks to Timo Sugliani for all of his help with the networking question/challenges and Mayank B. from the vSphere with Tanzu Engineering team who helped with the debugging and ultimately making this solution a possibility.
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