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You are here: Home / VMware Cloud on AWS / VMworld Hackathon Hardware/Software BOM

VMworld Hackathon Hardware/Software BOM

10.03.2017 by William Lam // 13 Comments

I know many of you have been asking about the hardware setup that we had used in this years VMworld Hackathon. I finally got a chance to document the details and you can find the complete hardware and software BOM below. For VMworld US, we had two different HW configurations, one for the primary Hackathon which was also re-used for VMworld Europe but we also had another configuration for the Hackathon Training sessions which was new this year. For VMworld Europe, we re-used the primary Hackathon hardware, but we also had the opportunity to take advantage of the new VMware Cloud on AWS offering and built a similiar configuration that teams could also remotely connect to as well. The only difference between the on-premises hardware and VMWonAWS, is the latter required users to RDP to a Windows jump host. Both options were provided and teams could select either environment to use.

Note: Internally, CDW is one of our vendors for purchasing hardware/software and that is why there are links directly to their site. However, you may find better pricing by looking online, especially Amazon which majority of the components are cheaper except for the server which you can get an exclusive vGhetto Discount at MITXPC. I have added links to both CDW/Amazon where applicable and I recommend doing research to find the best pricing if you are on a budget.

Here is a picture of the setup at VMworld US:


Here is a picture of the setup at VMworld EU:

Hackathon Setup:

  • 6 x Supermicro E200-8D (6 Node vSAN Cluster)
  • 24 x 32GB memory (128GB per system)
  • 6 x 250GB NVMe for vSAN Caching
  • 6 x 1TB SSD for vSAN Capacity
  • 6 x USB keys for ESXi Install

Cost per System: $2,929.92 (based on CDW pricing)

Hackathon Hardware BOM:

  • Supermicro E200-8D Server - (CDW $839.99) (Amazon $835.39) (MITXPC $799 w/vGhetto Discount)
  • Samsung 960 EVO 250GB  Cache Drive - (CDW $143.99) (Amazon $116.98)
  • Samsung 850 EVO 1TB Capacity Drive - (CDW $369.99) (Amazon $327.99)
  • Samsung 32GB DIMM - (CDW $389.99) (Amazon $317.99)
  • SanDisk USB Key - (CDW $15.99) (Amazon $13.81)

Hackathon Training Setup:

  • 4 x Supermicro E200-8D (1 per training session)
  • 16 x 16GB memory (64GB per system)
  • 4 x 250GB NVMe for vSAN Caching
  • 4 x 1TB SSD for vSAN Capacity
  • 4 x USB keys for ESXi Install

Cost per System: $2,049.92 (based on CDW pricing)

Hackathon Training Hardware BOM:

  • Supermicro E200-8D Server - (CDW $839.99) (Amazon $835.39) (MITXPC $799 w/vGhetto Discount)
  • Samsung 960 EVO 250GB  Cache Drive - (CDW $143.99) (Amazon $116.98)
  • Samsung 850 EVO 1TB Capacity Drive - (CDW $369.99) (Amazon $327.99)
  • Samsung 16GB DIMM - (CDW $169.99) (Amazon N/A)
  • SanDisk USB Key - (CDW $15.99) (Amazon $13.81)

Sofware BOM US:

  • ESXi 6.5 Update 1
  • vCenter Sever Appliance (VCSA) 6.5 Update 1
  • vSAN 6.6.1
  • NSX 6.3.3

Here is a screenshot of the Hackathon environment via the vSphere Client:

Sofware BOM EU:

In addition to the on-premises hardware/software configuration that was used for both VMworld US and Europe, we also had an additional environment that was available exclusively for VMworld Europe. We were able to leverage the new VMware Cloud on AWS offering and built a similiar configuration that teams could remotely connect to as well. Below is a screenshot of the VMWonAWS SDDC which has the exact same configuration in terms of the vPods that were built and the only difference is that it lives in the Cloud and teams would have to RDP to a Windows jump host to access their infrastructure.

More from my site

  • First look at the new Supermicro E302-12D (Ice Lake D)
  • Supermicro 2021 Homelab Group Buy
  • E100-9W - A new fanless Supermicro "NUC" platform
  • Integrating VMware Cloud Notification Gateway with VMware Event Broker Appliance (VEBA)
  • Custom notification and automation based on host failure in VMware Cloud on AWS

Categories // VMware Cloud on AWS, VMworld, VSAN, vSphere 6.5 Tags // Hackathon, homelab, Supermicro, VMC, VMware Cloud on AWS, vmworld

Comments

  1. *protectedSteffen Oezcan says

    10/03/2017 at 12:56 pm

    Thanks a lot for the BOMs, William! Pretty helpful to see what you guys used. Might inspire me to get some new gear finally.

    Any word about the networking gear you did use?
    (Too bad something like a "10G token ring" doesnt work for lab environments :))

    Reply
    • William Lam says

      10/03/2017 at 1:39 pm

      We used a pretty cheap 1GbE consumer switch, but depending on your setup, you could run either a 2-Node (Direct Connect) between two Supermicro and avoiding a switch all together for the vSAN traffic OR you can look at some 10GbE switches. One recommendation that seemed decently price is Edimax https://twitter.com/ErikBussink/status/913809345149833217

      Reply
  2. *protectedFrancois Corfdir says

    10/03/2017 at 1:34 pm

    does gigabit ethernet was enought for it in all flash ? you dedicated one nic for VSAN an one for management / NSX ? the e300-8D have 10G SFP embeded. I don't really know what to choose between E200 and E300 for the homelab.

    Reply
    • William Lam says

      10/03/2017 at 1:43 pm

      It all depends on your workload 🙂 We had two pNICs, one for vSAN and one for rest of the traffic but they all connected up to a pretty cheap consumer grade 1GbE switch. As mentioned in previous reply, you could run either a 2-Node (Direct Connect) between two Supermicro and avoiding a switch all together for the vSAN traffic OR you can look at some 10GbE switches. One recommendation that seemed decently price is Edimax https://twitter.com/ErikBussink/status/913809345149833217

      If you've got SFP+ in your home or lab, then E300 might be a good fit but I honestly would recommend E200, not only for the size but the CPUs on E200's are more beefer 6-core vs 4-core

      Reply
  3. *protectedFrancois Corfdir says

    10/03/2017 at 2:01 pm

    great a didn't notice that they do not have same number of core between them. great to have 10G ethernet RJ45 on the E200-8D.
    thanks

    Reply
  4. *protectedJB says

    10/03/2017 at 4:47 pm

    Thanks ! Considering buying E200 for home lab. Is it noisy ?

    Reply
  5. *protectedYves says

    04/22/2018 at 10:35 am

    Hi William, first of all great blog one of my weekly favorites which I always read thru. Second I am kinda reaching out to you since I am kinda lost and you seamed to have used consumer hardware on your vsan vmworld hackaton setup too.

    I am running a triple vsan node setup with three times:

    Intel 1U Server R1208GZ4GC (each one with 2x Intel E5-2630L v2 / 128GB RAM / 2x 10GBit Intel Mezzanine Card / 3x Intel DC S4600 480GB (JBOD on the RMS25PB080) / 1x Intel Optane 900p)... but somehow the NVME does not get a usable IOP performance at all... even though if I would one use the NVME as a datastore performance is very very good.

    I ran HCIBench on this setup with 37292.28 IOs / 145.68 MB on easyrun. If I do just the 1x Intel DC S4600 as Caching Tier and 2x Intel DC S4600 as Capacity Tier... I get a 63699.04 IOs / 248.82 MBs same easyrun...

    Do you know any way to debug this issue?

    Did you by any chance run HCIBench on your Hackaton setup?

    Regards from switzerland,
    Yves

    Reply
  6. *protectedjay vyas says

    12/12/2020 at 6:27 pm

    cool ! ok i think i might take you up on this.
    So ... hmmm why do we need a cache drive ?

    Reply
    • William Lam says

      12/13/2020 at 5:42 am

      Well, I'm doing vSAN which has a requirement of at least 1 SSD for Cache and 1 SSD for Capacity 🙂

      Reply
  7. *protectedpeter says

    10/25/2022 at 11:49 am

    on which medium have you installed esxi on those supermicros?? i guess nvme and hdd/ssd were exclusive for vsan or not?

    Reply
    • William Lam says

      10/25/2022 at 1:05 pm

      USB was used for ESXi install/boot volumes and SSD/HDD was used for vSAN

      The E200-8D supports SATADOM and that is what I personally use for my E200-8D, so that you have reliable storage medium that doesn't affect the use of vSAN (which requires at least two disks for standard vSAN OSA)

      Reply
  8. *protectedCory Squires says

    12/04/2022 at 6:48 pm

    Is there any way to get 2 NMVE for vSAN, with a SATADOM for boot, and a TMP module on the Supermicro E200-8D? or do I have to go with the SYS-E300-9D-8CN8TP

    Reply
    • William Lam says

      12/05/2022 at 5:54 am

      Yes, that is my exact setup that I've been using for several years now 🙂

      You'll get 1 x M.2 NVMe on motherboard and then using M.2 to PCIe add-on-card (see https://williamlam.com/2018/11/supermicro-e300-9d-sys-e300-9d-8cn8tp-is-a-nice-esxi-vsan-kit.html) will give you second NVMe device for use with vSAN. I use SATADOM for ESXi installation + ESX-OSDATA and E200-8D has TPM (assuming that's what you meant as I don't know what TMP module is :))

      I should caveat that while E200-8D works w/latest ESXi 8.0, when I had upgraded, it did require ignore hardware compatibility warning, meaning that this platform in future may not work and if you're purchasing something new, I would strongly consider looking at a newer kit for future proofing

      Reply

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William is Distinguished Platform Engineering Architect in the VMware Cloud Foundation (VCF) Division at Broadcom. His primary focus is helping customers and partners build, run and operate a modern Private Cloud using the VMware Cloud Foundation (VCF) platform.

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