Category: Home esxi server

Technology has come very far over the years, finally we can consolidate all of our physical machines into virtual machines. In this article I will share with you, the hardware I have used for my home server build as well as all of the costs associated with it.

There are many advantages of having a home server but its primary usage will solely depend on the user. Here are some of the many uses of a typical home server. I personally use my server for many of the things listed above.

It would definitely cost me a lot of money in energy if I were to have an individual appliance for each of the above applications.

How to build a home lab using your PC. Part 1: ESXi 6.7 U1

Although, Hyper-V is free assuming you own a Windows Server license. While picking out the parts for this VMware server, I wanted to strike a balance between energy use and performance. Processor — Intel Xeon E V3 is a 3. This processor has a max energy consumption of 80 watts which makes it perfect for an ESXI home server build. Case — Fractal Design Node is an amazing case, plenty of room for all of your drives and very well built. You can fit up to 10 — 3. Power Supply — I went with a Seasonic power supply due to their quality reputation and I wanted something modular for my case, taking this route helped tremendously with cable management.

The built-in USB 3. What is the energy consumption like on this ESXI home server build? Coming from an old AMD Phenom X4 build using watts of power, this was a major improvement for me.

Although, AMD processors have gotten much better nowadays with the introduction of Ryzen using just 65 watts of power and a ton of cores. If you have any questions please comment below and please share your home server build or specs with us, thank you for visiting. O is also my passion.

home esxi server

If you are interested in my services, you may hire me to do content writing, content marketing or other S. O work. Sharing is caring! Intel Xeon E v3 Quad-core 4 Core 3. Price Disclaimer.

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Related Posts Computers. Author 49 Posts. This site uses cookies: Find out more. Okay, thanks.I have spent quite some time recently to choose the right server for my homelab expansion and I have considered a lot of options. I believe SuperMicro is a new king on the market of mini servers for the home lab. As you can see from the table below CPU performance across both pairs of servers is pretty much similar. NUC CPUs got a slightly better score due to higher frequency in TurboSpeed mode, but Xeon-D processors have more cores which is an important factor in virtualized environment.

You can find more details on Avaton setup and performance here and here. For some of you who just start the adventure into virtualization world 32GB per server may look like a very decent number, but believe me, RAM is the first resource your home lab runs out.

Deploy a vCenter and you used another 8GB. In addition to that you will most probably have Domain Controller, virtual firewall, file server, jump host.

This is the minimum to get your gear working. So there is no way a single NUC can be considered for nested virtualization lab. You may find a way to run a few lab scenarios on a single NUC, but it will a lot of juggling with powered on and powered off virtual servers.

I reckon this is the second most important factor for a home lab to choose Supermicro server. You may also want to play with load-balancing setups using LACP or load-based teaming.

BTW, stay tuned for some news from VMworld NUC and Mini-1U are on par here. The other 3 servers can hold 1 x M. NUC computers are hands down dominant here with Intel Iris graphic cards which let you play most of the modern games. And there is no audio in Mini-1U servers. Having management interface on the server is such a handy thing. This size gives some interesting opportunities to organize the home lab. Look for some examples in Homelab subreddit. This looks ugly to me, but you can always hide it.

This can be pretty important thing to consider in some countries. HP or Dellfor very good price and the month later get surprised with the electricity bill.

High Power, Low wattage ESXi server - Part 1: hardware and ESXi

Whereas some full-sized servers would easily go over W in idle mode. All 4 servers are quiet enough to keep them in the living room, though the noise level is a very subjective topic. According to TinkerTry. Supermicro servers look like they can be fine-tuned with ultra-quiet Noctua fans, for instance. However, you have to be careful choosing fans. The Supermicro servers have 2x 4 pins fans, where the 4th pin is used to control the rotational speed. So, if you buy 3-pin fan it will be working at full speed all the time.

Also, some people were saying that third-party fans would constantly rev up and down which is even more annoying just a loud fan. So, if you find a quiet fan that works well with Mini-1U let me know.

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It can be different for different countries. The main difference is that Supermicro servers let you start small and then you can scale up and scale out whereas with NUC computers you can only scale out, which is a more expensive option.

Filed under: Hardware by Askar Kopbayev. Free Webinar. Register Now. Home StarWind Blog Choosing ideal mini server for a home lab.

Choosing ideal mini server for a home lab Posted by Askar Kopbayev on August 11, To cloud providers like Google and Amazon; compute, space, bandwidth, efficiency and lower infrastructure costs are key to their success. Sure if you want whistles and bells [which you may never have time to correctly set up because your Ops team is too busy working on day-to-day or projects] then Buy UCS or another top brand.

And your software architect has designed your app to work across multiple servers in an App pool preferably each on a different hostthen you can take an outage on a VM, disk, motherboard, NIC, switch, load balancer or host, and your app will still be online. And these problems can be solved with code instead of throwing more costly hardware at them. No complaints, however, you will pay for the brand and higher quality. And now we have HP Proliant servers. HP rack servers and blades are great for running raw metal servers with Windows and Linux, or for building high-density virtualization server infrastructures.

The only real problem I recall was managing firmware upgrades and the frustration caused by generation changes. As an alternative to going all the way white box, I would take Dell PowerEdge server hardware all day long. Because Dell makes great general-purpose servers that can do it all. Another value-add is Dell has a sweet spot for lower TCO when building a vSphere cloud over other top brands. How can I say such a thing?

Cisco is notorious for giving away UCS chassis and blades to seed businesses with their server hardware. The problem I see here is long-term cost will go up, and you will find yourself refereeing network and server teams that both feel they own the UCS platform. It could be due to the lock other big server brands have, or the stigma of saying you are running on Super Micro?

I guess it would be like saying you drive a Hyundai instead of Honda. For the record, Super Micro has a large selection of server hardware to choose from with a similar configuration of Dell and HP.

home esxi server

And they also have blade and chassis for high-density computing. On the ABMX websiteyou can choose from a variety of 1u, 2u, 3u, 4u and blade server hardware configurations. Just like a candy store at the mall, ABMX has everything a server hardware guru could ever dream of. With a fantastic white box server inventory to choose from, Servers Direct is also located in Sunny California and has been doing business for 10 years. Build Your Own — Open Compute Designs are becoming more popular, and the Open Compute Project is the place to visit for ideas on open server, storagenetwork, and data center designs.

They build a robust white box server made from Super Micro parts. I have been pleased with their servers for building ESXi and Xen clusters. They offer low-cost servers, as well as white box network and storage products. Best of all here are the benefits of ordering server hardware from Amazon:.I come from a Hyper-V background so I want to set up a home server with VMware so I can begin tinkering prior to starting.

They will be providing full training but it's always good to get stuck in beforehand. Neither are officially supported for that version of VMware but the R does have a custom VMware install for 6. What are the general thoughts on running VMware on older hardware not on the compatibility list? Is it a case of " will probably work but we won't support it ", or " definitely doesn't work, that's why it's not on the list "?

ESX is a very low resource install and can be ran using a small server or can also be ran on a powerful normal PC. All you need to do is install your ESX hosts as a VM within vmware workstation and configure from there. First thing: For a home server, it should be no big deal, if there is no official support for the hardware.

I will say it is a "will probably work but we won't support it" case. You might see some error messages for unsupported hardware, which does not necessarily mean, that it will not run. You will find a customized image for the HP server, too. You may miss some nice things like moving the clients online, but these things are intuitive.

Are you set on those devices? I would look into getting an R I have two in my home lab running ESXi 6. They are much more powerful machines with lots of upgrade options. Not sure what country you are in but here in the states you can pick them up on ebay cheap!

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The bigger issue I believe you'll have is that the free version of ESXi offers nothing that the other paid versions do. The R should work fine with ESXi 6. I have 6.

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Flextechs is an IT service provider. If you have a beefy PC, you could virtualize your hosts since vmware supports nested virtualization.

Not recommended in production obviously, but saves money on buying hardware for a home lab. Especially a home lab that is used for so little time. DL G7. The Dell only supports 5. Thanks for the all the responses, I'll try and address some below. I'm very rusty so even some exposure to the UI is better than nothing.

Plus I'll be running other VMs as part of my training so it may as well be on top of a virtualisation platform I'm also going to be supporting.Especially when you run a lab with a several hosts. Additional factors like cooling or noise can be usually solved by moving the server s to the separate room with natural airflow, but the power consumption is something that you have to plan ahead and you'll be dealing with during the lifetime of the lab.

The post is part of an article series starting here. With this in mind I started to look around for parts that would fit as foundation bricks for the homelab. You can see the differences when you compare both CPUs. The yellow color differentiate which characteristics are different between those two. Yes the cost is a factor, but we spend money on cars, apartments, houses, so why not home datacenters? With price drops expected this year, additional RAM can get purchased later.

However PC and server hardware is never future prove…. However for performance reasons some might just prefer LSI which is understandable. You can update it with an IT or IR firmware. On this I'll report later. Colin has had a question about fitting a RAM in the slots close to the heatsing. Check my answer, and here I also shooted a photo showing how I mounted the heatsing and that the fan can move up and down in order to fit the RAM sticks which need to fit into the slots close to the CPU….

Here is the reference of what's possible to assembly with latest Supermicro R3 based boards. You can build a very powerful system loaded with lots of ram 8 available RAM slots. The CPU list is the lower cost selection with 6 or 8 cores.

home esxi server

That's why I did not reference the higher-end models. The RAM selection goes up to 32 Gb modules. Connect on: Facebook. Feel free to network via Twitter vladan. I love your blog man. I was considering running everything nested on a beefed up server, but then my requirements grew significantly.

I was looking into getting SuperServer D-TN4T, but then i looked at your build and was waiting patiently for you to lay out all the specs so that I can start on my lab build.

Thanks a million man. Can you also please highlight what SSD drives you are using for your new cluster. Vladan, great work on your home lab rebuild and sharing. Have 4 servers 32GB each. Like to consolidate to save power and home cooling. If you want just to learn for passing an Exam, then Online vLAB offers are surely cheaper way to go… but if you want to run real workflows, then you need to go physical. Yes, the DDR4 is stopper for most folks right now.

Eric Bussink has the same. I preferred Cisco over Netgear.So I got my evaluation license for ESXi 6. Despite having some hardware that was top tier at one time, the only thing that ESXi would install cleanly on was an ancient consumer-grade Dell Inspiron However, this thing is pretty limited.

Now I was looking online and saw some old Dell Precision workstations selling for peanuts. I almost got one with a Xeon W, but researched that Xeon and found that it does not support VT-d.

So I'm on a shoestring budget and can't afford a real server, but I might be able to swing one of these old workstations. However, the Xeon would have 4 actual cores plus 4 logical cores thanks to hyperthreading. Nobody answered this, but I just wanted to post this in case anyone else ever contemplated using a Dell T as a VM server.

ESXi 6. If you do buy a Dell Tx workstation, watch out for the W-series Xeon. That's an old card, but it allows me to use DirectX 10 games and such in a VM. I may also try experimenting with Steam streaming from the VM to another machine on the network, or perhaps to another VM. The main limitation I'm running into is RAM, and to a lesser extent, available cores.

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In spite of that, this has been a very interesting and relatively cheap project that will let me learn more about virtualization, VMWare and Windows Server. And if I recall correctly that price does not include storage or RAM.

Since it's a home lab, performance is not a top priority, though installing a guest OS and updating it can be time consuming. Noisy and might not be compatible with future releases? In fact I have moved mine around to identify what are my real needs: From the to a Intel SSP with 2xx, to a single i3.

All with used hardware laying around. One thing I've learned is that old servers are noise, expensive to run power billnot always compatible, and close to be incompatible. Good luck! I thought about getting an old server, but I didn't feel like dealing with the noise. A workstation usually doesn't support as much RAM or as many hard drivesas a server, but runs more quietly and can pull double duty as a desktop if necessary.While writing my previous articleI remembered the days when I was only building my first lab.

Building Energy Efficient ESXi Home Lab – parts list

It was a bit tough, you know, as vSphere yet was a black box for me. Those thoughts brought me to the idea of writing this article. The article in which I share my know-how of building a minimalistic lab using… only a PC, switch, and laptop. I hope that both of them will be really handy for you! As it comes from the article title, today, I take a closer look at building a minimalistic environment.

And, since it is just your starting point, you may not be ready yet to invest tons of money and time in the lab. Well, then what about a free setup? The setup that I use today is conditionally free. It is running on ESXi Evaluation since, for my money60 days trial period is enough to enjoy vSphere advantages and get used to its quirks. This article can be handy for guys who have just started with virtualization or work indirectly with it.

I know that these guys are often short on resources and do not want to purchase expensive equipment and licenses therefor. Yet, everybody who reads this scribbling has a PC! So, why not use it to build a home lab? Running a PC-based lab has several drawbacks and limitations. But, there are workarounds that I am happy to share with you here. For UEFI-based PCs, you need to look through the motherboard documentation as a way to enable processor virtualization may be different for each case.

You need just these 4 small things:. HCL might be a problem. The thing is, there may be some hardware components in your setup that officially do not support ESXi i. Such strict HCL may be a good reason to consider building a virtual setup. It is just cheaper and provides you the room for playing around with configurations. I told you at the beginning that I am going to use only my computer, remember?

Why did I miss ESXi hardware requirements? Well, I am sure that your hardware fits them. So, yes, I do not see any problems to build a home lab using more or less modern PC! I also used here the laptop on Windows 10


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