- #UBUNTU MARVELL RAID MONITOR HOW TO#
- #UBUNTU MARVELL RAID MONITOR INSTALL#
- #UBUNTU MARVELL RAID MONITOR SOFTWARE#
Wait for the process to complete and you should then see a single disk with the correct size in Windows Explorer.ĩ. Type or paste ‘Manage Storage Spaces’ into the Search Windows box to keep an eye on the array.RAID arrays provide increased performance and redundancy by combining individual disks into virtual storage devices in specific configurations.
#UBUNTU MARVELL RAID MONITOR INSTALL#
UBUNTU INSTALL MARVELL RAID MONITOR WINDOWS
#UBUNTU MARVELL RAID MONITOR SOFTWARE#
In Linux, the mdadm utility makes it easy to create and manage software RAID arrays. UBUNTU INSTALL MARVELL RAID MONITOR SOFTWARE
#UBUNTU MARVELL RAID MONITOR HOW TO#
In a previous guide, we covered how to create RAID arrays with mdadm on Ubuntu 16.04. In this guide, we will demonstrate how to manage RAID arrays on an Ubuntu 16.04 server. Managing RAID arrays is quite straight forward in most cases. To complete this guide, you will need access to a non-root sudo user. You can follow our Ubuntu 16.04 initial server setup guide to set up an appropriate user.Īs mentioned above, this guide will cover RAID array management. UBUNTU INSTALL MARVELL RAID MONITOR HOW TOįollow our guide on how to create RAID arrays with mdadm on Ubuntu 16.04 to create one or more arrays before starting on this guide. Querying for Information about RAID Devices This guide will assume that you have one or more arrays to operate on. To get detailed information about a RAID device, pass the RAID device with the -D or -detail option to mdadm: One of the most essential requirements for proper management is the ability to find information about the structure, component devices, and current state of the array. Name : mdadmwrite:0 (local to host mdadmwrite) The important information about the array will be displayed:Īrray Size : 209584128 (199.88 GiB 214.61 GB) UUID : 0dc2e687:1dfe70ac:d440b2ac:5828d61dįrom this view you can see the RAID level, the array size, the health of the individual pieces, the UUID of the array, and the component devices and their roles. Unused Space : before=130984 sectors, after=0 sectorsĭevice UUID : b0676ef0:73046e93:9d9c7bde:c80352bbīad Block Log : 512 entries available at offset 72 sectorsĪrray State : AAAA ('A' = active, '.' = missing, 'R' = replacing) To get the shortened details for an array, appropriate for adding to the /dev/mdadm/nf file, you can pass in the -brief or -b flags with the detail view:Īrray UUID : 0dc2e687:1dfe70ac:d440b2ac:5828d61dĪvail Dev Size : 209584128 (99.94 GiB 107.31 GB) The information provided in this view is all fairly well labeled. This information is similar to that displayed when using the -D option with the array device, but focused on the component device’s relationship to the array. This is often the best way to find the current status of the active arrays on your system: To get detailed information about each of the assembled arrays on your server, check the /proc/mdstat file.
0 kommentar(er)
