Hardware RAID Dedicated Servers
Increasing drive speed and redundancy on dedicated servers.
What is a Hardware RAID Dedicated Server?
Hardware RAID dedicated server arrays are potentially useful in a number of ways. Depending on the type of RAID array you decide to use, it can help you to increase system performance, get more storage at a reduced cost, and make your data more reliable.
The idea of RAID (Redundant Array of Independent Disks) was born in the late ‘80s as the size of data kept increasing and it was becoming more and more difficult to store what was needed on a single computer drive. In 1987, RAID offered a solution to this problem by creating a method of computer storage that let users divide and replicate data on several different physical drives while still allowing it to be accessed by a computer’s operating system as if it was on one single drive.
How Can I Get a Hardware RAID Dedicated Server from Steadfast Networks?
Our data centers in downtown Chicago houses all of our dedicated servers, and staff members are on-site 24/7 so that we can provide a high level of support in a prompt manner. Dedicated servers with basic management start at $79.95/month, and SAS/SATA hardware RAID cards are available for an additional $50/month. PCI/HIPAA compliant and high availability solutions are available under our fully managed dedicated servers.
In order to set up a hardware RAID dedicated server array, you will need a RAID controller, and you’re going to want hot spare drives and the ability to add more arrays. Steadfast Networks can provide you with a couple of different options to do this. A 4 port SATA/SAS RAID card supports a RAID 1/5/6/10 array across 4 disks, or a couple smaller arrays on the same card. If that’s not enough for your needs, we also have a 16-disk hardware RAID dedicated server storage array that can be configured however you want it.
How do You Set Up RAID?
Installing and setting up a RAID array is not a simple procedure – so let us do it! When you purchase our hardware RAID dedicated server arrays, we set it up for you. Contact us today to discuss your dedicated server needs, and we’ll walk you through the process and make sure that you get the type of RAID you need. RAID 10 is often the best solution for those looking for a bit of everything, but there’s a reason – it’s also the most expensive. If that’s out of your price range, RAID 5/6 is a great choice for web servers and high read environments, RAID 1 can work well in write-heavy environments that don’t require lots of extra disk space. More in-depth information on RAID types is available on our blog.
Hardware RAID Dedicated Server System Requirements
All of our servers can have RAID implemented, from the lowest level Dual Core Atom 330 with a 1.6 Ghz processor, to our top of the line 32 TB storage array with Dual Xeon processors. Simply contact our sales department or specify RAID when ordering a dedicated server and we will set it up for you.
The Hardware RAID Cards we Use
- 3ware 9650SE-2LP - 2 port SATA RAID, supports RAID 0 and RAID 1. Available for $20/mo with all dedicated servers.
- Adaptec 5405 - 4 port SATA/SAS RAID, supports RAID 0/1/5/6. Available for $50/mo with Xeon X3450, i3 2120 and higher end dedicated servers.
- 3ware 9750-4i - 4 port SATA/SAS RAID with 6Gbit/sec, supports RAID 0/1/5/6. Available for $50/mo with Xeon X3450, i3 2120 and higher end dedicated servers, when using drives that support SATA3 or SAS2.
- Adaptec 6805Q with maxCache/MaxIQ - 8 port SATA/SAS RAID with 6Gbit/sec, Cache Protection with 4GB NAND flash (replacement for BBU), MaxCache/MaxIQ (solid state read and write cache when SSD is added), and supports RAID 0/1/5/6. Available for $100/mo with Xeon X3450, i3 2120 and higher end dedicated servers. Solid State Drives to be used as cache are an additional cost.
Tips and Tricks for RAID
- If you just need to set up RAID 0 (not recommended) or 1, and are running Linux (like CentOS or Debian) you are probably safe going with software RAID at no additional charge.
- When mirroring drives with RAID, always choose two equally-sized drives – otherwise, the mirror will default to the drive with less capacity.
- Never use RAID 0 in a server – it increases your chances of drive failure and data loss several times over.
- For advice on specific RAID levels please use our (Almost) Everything You Need to Know About RAID blog article.


