I did a quick setup of my freshly build Ryzen Datastore, which actually replaces my Old one based on an i5 k. Normaly i had planned to upgrade again a few years later An error trying to expand the LVM to the new Disk s occured and forced me to try to first convert the LVM to 64 Bit version, which failed due to the disk errors which mainly caused the degredation.
Outgoing from the resultsi decided to stay at the installed OMV 4. If there are any questions for the system or in general, feel free to ask here. I will be doing a Ryzen upgrade myself in the next month and am curious to your input on this.
However my 2 local server are relatively old and I want to upgrade both of them for better performance and lower TDP. Needless to say I really want to not only lower electricity but also lower heat, as that is my 1 enemy right now. So I plan on having 1 main server we'll call this server "A" And a local redundant backup called "B".
Here is my biggest issue. Right now I have 2, very stable, working servers that I really don't want to rebuild the OS, not only the dockers and VM's that I have running on them. So I'd really love to just swap out the parts, and continue using the the server with all the same configuration. Register yourself now and be a part of our community!
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And of course I need to do something about a good backup strategy as well. So this will swallow up most if not all of our budget for I thought about buying used hardware to keep costs within our means but I decided to go mostly with new hardware. I have been reading this thread with interest because AMD seems to be at a better pricepoint at the moment.
A long time proofen combination.There is something magical about building your own infrastructure from scratch. And when I say scratch, I mean using bare metal.
This is a run through of my multipurpose FreeNAS server build process. After scratching the itch recently with my Raspberry Pi Kubernetes Cluster, I got a hankering to do it again, and this build was soon in the works. Part of my motivation came from my desire to reduce our reliance on cloud technology at home.
I have had experience running FreeNAS in the past for home lab setups. I never really used it seriously with the goal of making it reliable though. This time around, all my files would be at stake, so I did a fair bit of research into the features and offerings of both products.
Unraid performed quite well for me. But, what pushed me away from it was the fact that it is a paid for, closed source, commercial product. Unraid does make it super easy to bundle storage together and expand that storage in future if need be.
My goal here was to not spend too much money, but at the same time not cheap out and compromise on reliability. In reality the Gigabyte board does not support the ECC feature.
I figured this out after booting it up with Fedora Rawhide as well as a couple of uBuntu Server distributions and running the edac-utils package. I found it easy to get to the ECC and Virtualization settings.
Plex does much better with this. For me, the six core CPU does a fine job at encoding media for home and remote streaming over Plex. I wanted to use this system to server file storage for my home PCs and equipment. The simple solution for me here was multihoming the server onto the two networks. I created two Storage Pools. Both are encrypted. Besides the obvious protection encryption provides, this also makes it easier to recycle drives later on if I need to.
I setup a dedicated uBuntu Server I used the standard installation method for Pi-Hole. I made sure the VM was using a static IP address and was bridged to my home network.
3rd Gen AMD Ryzen build for FreeNAS
However, out of the box you get no SSL. I detailed my full process in this blog post.Davinci resolve vr plugin
Plex was a simple setup. It will install and configure a jail to run Plex.
To mount your media, you need to stop the Plex jail and edit it to add your media location on your storage. Here is an example of my mount point. The key points here were that I allowed the two network ranges I wanted to have access to this storage from.
Or any other clients that mount this storage.Primarily using the server for video editors 8 seats max. Any thoughts? Just trying to balance cost vs performance.Mcculloch racing go karts
TRx is a solid option but a TRx on sale is hard to turn down. I think it falls into the same budget as Ryzen build. I think 10Gbe maxes out at 6 stations if we zpool of raidz2. Please help clarify if I misunderstood. Idk if i can answer everything but i can help with the questions and others can help answer it.
Anyone running FreeNAS with Ryzen and ECC?
So so fare you have 6 editors working at once. You need a 10Gb link You are aiming for raidz2. I asume we are talking spinning rust?
If so you could benefit from a l2Arc. How do you intend to connect to these shares? Can i assume from the one core pr station that you are thinking samba shares? Are your editors on windows? Yes, aiming to do spinning rust for now. If I have to go to SSD, that will be later. Yes, editing large video files. Noted on l2arc but what capacity? If there is limited permissions, I might give them access through SMB only.
Idk about NFS but the thing with samba, unless something has changed in the last 2 yearsMy freeBSD knowledge is limited Samba is a single core application. And thus it wont scale with many cores and you wont get 1 user pr core. But i think we need someone else to tell us what speed is enough. As i lack the experience. However i think i need to stop here s my knowledge with scaling a l2Arc is limited, but i can say that generally one looks for high iops rather then size.
And you need alot of ram to have a usecase for it, but that is already your intention. PS: You might want to turn this into a build log and tag it accordingly, As you are asking for hardware guidance. And with that tag the right people will jump on this. Thanks Thro. Thanks for the input. SSDs will depend on the project load. Film jobs eat a lot of storage so I might still need spinning rusts. Cost cutting and such. AM4 or socket is built to a consumer pricepoint.Tensorflow retinanet
Sometimes, not even a GPU.Now this build is only starting. I might expand this post in the time to come. There's a lot I want to add to the the system, but I thought I'd start out with what I got. Also, I see people thinking about building a Ryzen setup, so here's my take on it. This cannot be stressed enough. And were you building a normal desktop computer it would be fine to cram up the speed of your memory sticks.
But with unRaid, and everything else where you want reliability, you don't want to go out of the spec for your memory controller. For Dual Rank memory, the memory controller on the Ryzen is only supporting Mhz. The kit I have, is dual rank memory.
Ok, with that out of the way, onwards with the build! It's a mouthful of drives, but they are what I had laying around I have a bunch of 2Tb drives laying around stilland it seemed stupid to buy new 8Tb drives when I had well functioning drives at hand. The drives are placed physically in the order they are shown in unRaid.
For the past 10 years I have had a gaming computer. It was gradually upgraded with various components. I first tried out a Windows Server build, using storage spaces, but in the end I got too irritated at it, and my wife got tired of all of my hardware lying around.
All of the hardware was sold, and the setup I have now was bought, time to combine everything into one case and save both space and power. The main reason I chose unRaid was that I needed a way to gradually expand the array, one drive at the time. Do feel free to write me about ideas for what to set up next, as well as plugins that I might find usable.
Zenstates Fixing the problem where gen1 Ryzen won't boost in unRaid. I had quite some problems with my speed and Cinebench score of my Ryzen I have made a post in General Support about thisbut here is the post for your convenience.
In my case it was set to "Power Save" as default. This moved my from about to in CineBench. A noticeable change. I used the UserScripts plugin to set up this script. Running every time that my array starts. I got the script from david I only apply for P0 as that is the only state I'm interested in. The rest is up to CPU to downclock itself.
FreeNAS Build with 10GBe and Ryzen
After all of these changes, CineBench score jumped from to We also have guidelines and suggestions for the additional components you'll need to complete your build. Its eight cores and base clock speed of 3. However, lower TDP values amount to lower power consumption in most cases. However, we are not using the motherboard in a gaming build.
How To Build a Home Server Using FreeNAS
So we decided to take a closer look. We found the following benefits for our scenarios:. This motherboard includes eight SATA connections, which gives plenty of space for hard drives without the need of expansion cards. You should get at least two to take advantage of the dual memory channels and have a decent amount of RAM for your workloads.
We offer some guidelines and recommendations, but you should take your own considerations and make your own calculations for your needs. Our FreeNAS It looks like support is planned for FreeNAS For more details, check the relevant issue on the FreeNAS reporting system. DevPro Media Toggle menu. Video card: You will need a video card to configure the server. Computer case: We prefer cases that have enough room for multiple hard drives. The Silverstone GD08 includes a removable hard drive bracket that makes working with hard drives easier.
It also includes options to install multiple fans to keep the air flowing through the system. However, you should make your own calculations and make sure you have an appropriate PSU.
A semimodular PSU gives enough flexibility to connect different cable lengths to reach all the hard drives in your build. Hard drives: Some vendors offer drives that are best suited for NAS systems. The WD Red series of drives have the right combination of size, features, and price for our systems. Use a USB 2. Previous Next. Leave a comment.I've been running home servers in one form or another for about a decade.
For me, the server has shifted from a convenience--a place to store files that I want to access anywhere and an easy way to stream music to the office for free--to a necessity. My first home server was simply an old gaming PC that I repurposed by installing Linux and setting up a few shared folders and an FTP server so I had access to files at home when I was at the office or travelling.
Unfortunately, its ancient Celeron processor was woefully underpowered to stream p video, and the OS has been effectively abandoned by Microsoft. When I decided to build a new server late last year, the first thing I did was figure out what I wanted to use it for.
Easy backups for a handful of Macs and one PC across the network was a must. I also wanted a machine that would be able to stream all of my media--using Plex Media Server to stream ripped movies and TV shows and Subsonic to stream my music collection.
I needed a safe and secure place to store my personal media--photos and home videos I've shot. FreeNAS makes it relatively simple to set up a multi-purpose machine that can run headless—that is, without a video card or monitor connected. Figuring out the hardware for the FreeNAS machine was tricky.
While you can buy dedicated network-attached storage devices that come pre-configured with FreeNAS, none of the options in my price range had the kind of high-powered CPU I was hoping for. After spending the last two years wishing my server was faster, my goal is to make this motherboard and CPU last at least five years, maybe more. The good news is that storage, which should be the main expense in a home server, has never been cheaper.
And yes, my original trick, of turning my old gaming PC into a server still works—although a newer rig will likely be more power efficient than your old gaming machine.
The main rule with FreeNAS is to load up your machine with as much memory as you can afford. You can choose any case you happen to have, and you'll need at least one USB thumbdrive, possibly two.
I didn't use one of these for my build, but I wish I'd bought a smaller thumbdrive than the one I ended up using. The only real problem I have with my server is that it's a power hog, especially compared to some of the lower-power CPUs available today.
The Pentium uses a fraction of the power that the Haswell-E I chose uses, but it won't be as capable when it comes to live transcoding video in Plex, and it only supports four hard drives.
Until recently, there hasn't been good data on reliability of hard drives.Chord pro manager
Recently, online-backup provider BackBlaze started posting failure rates for the drives the company uses in its storage cloud. While there are larger drives available now, this model of 4TB drive has been around for long enough to develop reliable data. Equally important, the price per gigabyte for these drives hit the sweet spot for me. Installing FreeNAS is a multi-step process. Wait, what?
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