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Open media vault
Open media vault







  1. #OPEN MEDIA VAULT INSTALL#
  2. #OPEN MEDIA VAULT UPDATE#
  3. #OPEN MEDIA VAULT PASSWORD#
  4. #OPEN MEDIA VAULT DOWNLOAD#

Thirdly, if you do end up with the ASRock board, you’ll need to make a change to your grub configuration so that the board will boot headless. I’d like to think it’s because the market is a bit more limited in Australia, but it’s more because I’m not very good at this stuff. I mean, it works, but it could have been better. A better choice would have been a workstation-class board with support for ECC RAM, a decent CPU and a bunch of SATA ports in a micro-ATX form-factor. The case is nice and roomy, but there’s no hot-swap for the disks. I’m really not the best at choosing the right hardware for the job. You’ll notice the lack of ECC RAM, and the board is limited in SATA ports, hence the requirement for a single-lane, 4-port SATA card.

  • PSU – Silverstone Strider Essential 400W.
  • IO Crest Mini PCIe 2-port SATA III controller (RAID capable), using a Syba (?) chipset.
  • SATA Controller PCIe x1 4-port SATA III controller (non-RAID), using a Marvell 88SE9215 chipset.
  • HDDs – 1 * SSD, 8 * Seagate Constellation ES 2TB drives.
  • RAM – 2 * Kingston 8GB 1600MHz DDR3 Non-ECC CL11 SODIMM.
  • CPU – Intel Quad-Core Pentium Processor N3700 (on-board).
  • Secondly, here’s a list of the hardware I used for this build: You can follow this guide to setup some semi-automated backup of the configuration. I decided to use an SSD I had laying about as I couldn’t be bothered with more workarounds and “tweaks”. Theoretically you could put it on a stick and redirect the more frequently written stuff to a RAM disk if you really didn’t want to give up the SATA ports on your board.

    #OPEN MEDIA VAULT INSTALL#

    It’s recommended that you install it on a hard drive (ideally in a RAID 1 configuration) rather than on USB or SD cards. Anyway …įirstly, you can download OpenMediaVault here. The Jensen is no longer with us, but the fond memories remain. I’ve had a soft spot for Debian ever since I was able to get it running on a DECpc AXP 150 I had lying about many moons ago. While it isn’t quite as mature as FreeNAS, it is based on Debian. Test setupĪt the end i show a picture of the test setup.Following on from my brief look at FreeNAS here, I thought I’d do a quick article on OpenMediaVault as well. Here, the 100 Mbit network interface has been optimally utilised. This value was very similar at reading from NAS. When copying over the network (writing on NAS): 10 MB / s (with smaller file 1 MB / s). In the following illustration I made once calculate 24 hour idle (row 2) and 24-hour copy (row 1). The power consumption can be calculated with this Web page. At idle time the NAS consumed about 2.3 Watts. For a short time I had 4 Watts as a maximal value. I’ve connected the test setup directly with a power meter and thus I could see a consumption at any time.Ībout 3.2 Watts was displayed when copying large files over the network. At finish i could access to NAS from my computer with Windows. I create the directories, shares, users and so on in the next steps. Here i refer to the documentation of OMV. I have a Samsung S1 mini 120 GB and I could include them during operation via USB. Embed a external HDD as a storage mediumĪ further storage device is required for the NAS. I refer to the extensive configuration options of OMV on the pages of or Google.

    #OPEN MEDIA VAULT PASSWORD#

    – password = openmediavault (can changed on Putty with the command “passwd”) – password = openmediavault (can changed by web site) Note: Settings are set by default as follows and should be changed for security reasons. Here you login with “admin” and change the network configuration. The network configuration is done with the Web page. You must if necessary consult your router/DHCP server and search for the device raspberry pi. First startupĪfter the raspberry PI is up with a sd card, the configurations can begin.

    open media vault

    At the end, the microSD card into the raspberry is inserted pi 2. The copying process is performed with “write”. Please keep in mind that a wrong ‘device’ deletes the destination drive. The copying is carried out with the Win32 disk imager (download )Ĭhoose the image file from the directory and the drive with the microSD card. img file included and this file must copied to a sd card.

    #OPEN MEDIA VAULT DOWNLOAD#

    Installationĭownload the latest version of image file for Raspberry Pi:Īfter the successful download you must unzip this file with 7Zip. The tutorial will be done for Raspberry 4.

    #OPEN MEDIA VAULT UPDATE#

    I will update this website shortly, because the installation of Debian on Raspberry and OMV has changed massively in many places.









    Open media vault