In simple layman’s terms, RAID is a technology that allows users to combine multiple physical disk drives into a single unit. This improves data storage performance and reliability, enhances data ...

RAID in its several forms provides the backbone for most of our high availability, high performance storage. RAID devices have been with us since the late-1980s, and by now are so much a part of our ...

RAID 2 is similar to RAID 5, but instead of disk striping using parity, striping occurs at the bit-level. RAID 2 is seldom deployed because costs to implement are usually prohibitive (a typical setup ...

This information is also available as a PDF download. Since I've been doing a lot of coverage of storage technology both for the enterprise and for the home lately, I thought I should give an ...

Previously, I’ve presented you with a look at many RAID levels, including some hybrid RAID levels, such as RAID-10 and RAID-50. In a series of articles on data protection, I will provide you with a ...

When choosing a RAID level for a new array, there are a number of important points that you need to take into consideration. Scott Lowe outlines these points. In four recent TechRepublic blogs, we ...

RAID is one of the most common terms thrown around in the home lab ecosystem, though there’s a lot more to it than meets the eye. Despite offering some protection ...

Which RAID level should be used with three hard disks of 146 GB and one of 300 GB? All the main RAID levels are possible, but which RAID level you choose in this case depends on the criticality of the ...

In terms of raw price/performance, RAID 0 has the lowest cost. All disk space is used to store data; none is used for mirroring or parity data. Performance is good in terms of I/O, as data is striped ...