![]() There is a data center just a few kilometers from me which offers a 1U/2x1Gbps/50w slot for $25/mo. * Upcoming ARM Cortex with ECC RAM support: * Upcoming Rockchip with an 8-core offering and VP9 hardware decoding: It makes sense to support aarch64 in the future, since there are a number of new SoCs coming out this year with markedly higher performance and lower power consumption, and I'd have to assume there will eventually be some SoCs which will start offering multiple SATA ports or just direct access to PCI-E lanes, which will facilitate storage solutions with >=4 SATA disks. It's likely that other SoCs using more-performant CPUs can get a bit better performance with encrypted transfers, but at the cost of power consumption.Īarch64 is coming up in the world, as several distros (Arch ARM, Ubuntu, Debian) now have it in some capacity, with Raspberry Pi OS ramping up the support now. ![]() So, RPi is still maybe not quite there yet as a performant storage solution. ![]() With FTP, I get closer to full gigabit speeds, since there is no encryption overhead. Transferring files via scp/rsync rails the CPU cores, and I only get about 35MBps transfer speed (although 65MBps with the rsync daemon itself). I have an Rpi4 with some USB-attached SSDs. They make a 4+1 version for the Rock Pi 4. Jails: running 1 iocage jail (Plex) using danb35's script:Īdditional NIC: MELLANOX 10GB CONNECTX2 - MNPA19-XTR Take a look here: A post with Links to useful threadsĪdditional NIC: MELLANOX 10GB CONNECTX2 - MNPA19-XTR Take a look here: A post with Links to useful There is a 4-drive SATA hat made by RockPi for Raspberry pi 4 which uses a J Micron controller for USB3 -> SATA: Vdev-1 = 4 x 6 TB drives in RAID-z1 (4 WD Gold drives - WD6002FRYZ)īoot pool: 1 vdev with 2 x 40 GB notebook drives in mirror (2 drives total - FUJITSU MHW2040BS) Vdev-0 = 4 x 6 TB drives in RAID-z1 (4 WD Gold drives - WD6002FRYZ) Vdev-1 = 6 x 4 TB drives in RAID-z2 (6 Seagate Exos drives - ST4000NM0115) Vdev-0 = 6 x 4 TB drives in RAID-z2 (6 Seagate Exos drives - ST4000NM0115) Vdev-1 = 6 x 4 TB drives in RAID-z2 (6 Seagate Desktop drives - ST4000DM000-1F2168) Vdev-0 = 6 x 4 TB drives in RAID-z2 (6 Seagate Desktop drives - ST4000DM000-1F2168) HBA: LSI/Broadcom SAS9207-8i, 6Gbps SAS PCI-E 3.0 HBA - flashed to IT Firmware: 20.00.07.00Ĭonnected to: two 6Gb/s 24-port 3.5" mini-SAS expander backplanes (80H10024001A0) 128 GB of 16GB sticks Samsung brand PC3-12800R, DDR3 Registered ECC Processor: Intel Xeon E5-2650 V2, 2.6GHz 8 Core (16 thread) System board: SuperMicro Motherboard X9SRL-F, LGA 2011/Socket R, IPMI For a home NAS, this chassis is huge, able to hold 48 data drives and two boot drives with a couple spaces internally for non-hot-swap drives. The three pools in this one system represent the three NAS systems I had before the consolidation. I have even put together some hardware just to test things out a time or two.įor a while I had three systems, all at once, at home but I am making some hardware changes right now and only one NAS is online. I made some mistakes along the way, learned some and I try to share some of those lessons learned experiences here in the forum. This is the 8th FreeNAS unit I have built for home. Using an SSH connection, you can then access the Raspberry Pi from the other computer and use Docker on Raspberry Pi.This one was built in 2018, but I reused the name from a previous build. When it starts, the computer will then load from the card and run with Hypriot. ![]() (The operating system can be downloaded for free from the official website or from GitHub.) Then insert the memory card into the Raspberry Pi. Hypriot OS is installed like other operating systems for Raspberry Pi: First prepare an SD card on another computer with the image of Hypriot. Thanks to the lightweight structure of the system, it’s also possible to run several computers in parallel on relatively inefficient systems. The Kernel is also specifically optimized for this purpose. The operating system is based on Debian, but is kept to a minimum making it perfectly suited to both Raspberry Pi and Docker. ![]() A small team of developers produced a special operating system for people who want to have a better experience with Docker and Raspberry Pi: Hypriot OS is specially pre-configured for using containers. ![]()
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