If your company's data security and integrity is important to you and if you place a high value on it,
Sun Hosting offers the full line of Raid 1 Windows servers for enterprises and businesses of any size.
Our Raid 1 dedicated Windows servers feature reliable HP, IBM and Dell servers, and run on Microsoft's
Windows Server 2003 (or on the Linux operating system).
What's more, all our Raid 1 servers also feature dual power supplies that offer true and complete N + 1
redundancy 24 hours a day, 365 days a year for all your mission-critical business applications. They also
feature Dual Xeon Intel processors with minimum clock speeds of 3.0 Ghz and more.
All our Raid 1 dedicated servers also feature 2 NIC (network interface cards) for full Internet
connectivity and redundancy at all times. If one card ever fails, the other one switches on automatically,
ensuring you of zero downtime. You can learn more about RAID 1 lower on this page.
Microsoft Windows Raid 1 Standard Dedicated ServerUltra-Reliable Dual Xeon Intel CPUs, 64-bit rated at 3.2 Ghz each
4 Gigs of fast RAM, with 512 Mb cache
920 Mb bus speed, 64 bit system
Fully redundant ROM backup with standby battery
500 Gigs a month in Internet bandwidth
Raid 1 software included
Integrated RAID on motherboard feature
2 x reliable 73 Gigs Ultra 370 SCSI hard drives rated at 10,000 RPM
Both hard drives are hot swappable
High-performance, industrial-grade motherboard
2 fully redundant high-speed Gig-E NIC cards, for full N + 1 reliability
2 x 550-watt each fully redundant power supplies on two 20 A separate circuits
Full N+1 redundant power reliability at all times
Cisco hardware firewall included for added security with MS Windows (6)
Full RDP (remote desktop) access 24 hours a day, 365 days a year
100 percent fully redundant BGP network
Microsoft Windows Server 2003 R2 Standard operating system with CAL-5 license
Two dedicated IPs supplied ($5 extra per additional IP per month if more are needed)
Free manual reboots 24 hours a day, 365 days a year
Basic tech support ticketing system (4)
No control panel included (5)
$250 one-time setup fee (3)
Payable month-to-month (1)
Just $199.95* a month (1) (2)
Order today, please click here. We also accept Visa and MasterCard over the phone as well.
(1) Paid monthly. A 4 percent discount apply if paid one year in advance.
(2) Does not include any domain name registration fee unless paid one year in advance.
(3) Standard configuration. $150 additional configuration fee is required for a customized setup.
(4) Add $175 a month for a fully-managed dedicated server.
(5) No control panel included. Add $40 a month for an unlimited domain license with Plesk, plus an extra $150 configuration fee.
(6) Standard firewall configuration only. A customized setup will cost from $75 to $150 extra depending on the exact settings required.
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What is RAID and how does it work?
RAID (Redundant Array of Independent Disks) refers to multiple independent hard drives (the yellow objects in
the pictorial to the left) combined to form one single but large logical array (the dashed object). Data is stored
on this array of disks with additional redundancy information. Sun Hosting offers the full range of Raid 1
dedicated servers that run either on Linux or on the Windows platform.
The data redundancy info may be either the data itself (mirroring), or parity information calculated
out of several data blocks such as RAID 4 or RAID 5, which are similar from RAID 1 but different.
With RAID in place, the operating system, whether it be Linux, Windows or NetWare no longer deals with
individual hard drives, but instead with the entire disk array as one logical drive. A linux server with Raid 1
must have a minimum of two hard drives, up to six or even sometimes more on very complex servers.
To the operating system, it 'sees' just one logical drive whether there are 2 or more hard drives installed
on the server. The major objectives of RAID are to improve data availability, reliability, sustainability,
security and overall data integrity.
RAID also helps prevent server downtime in the event of a hard disk failure, however it cannot recover data
that has been deleted by the user or destroyed by a major event such as theft or a fire. Because of this,
it is still imperative to routinely back up all your data to secure your system from such potential issues
after a RAID system is installed or on a new server.
Some important features to look for in a hardware RAID controller are: ease of installation and maintenance,
the capabilities of the management software and the manufacturer's experience in developing RAID components.
A RAID controller should support the most important RAID Levels (0, 1, 4, 5 and 10), and should be capable
of simultaneously handling multiple arrays with different RAID levels, and across multiple channels.
There are two methods of implementing a RAID solution on a Linux server. A hardware RAID controller is
'intelligent' and processes all RAID information itself. With this kind of system installed, all control
of the RAID array is off-loaded from the host computer and is controlled entirely by the RAID controller.
An alternative to this is to implement RAID with a simple host adapter and RAID driver. In this type of
system, the driver is integrated into the operating system, i.e. Linux. In this case, the performance
of the RAID system is completely dependent on the processing load placed on the host CPU, which can potentially
become a problem during the array reconstruction phase following a disk failure. That is why all Linux
dedicated servers with Raid 1 offered by Sun Hosting all feature Dual-Xeon Intel processors with clock
speeds above 3.0 Ghz or more.
Our Raid 1 dedicated servers are either HP, Dell or IBM, with the vast majority being HP and Dell. They
all offer high reliability, high availability, data redundancy, a higher data integrity and a much lower
If data integrity and overall performance is important to your business, then we strongly recommend
a Sun Hosting dedicated server that runs on the Linux operating system. All our Raid 1 servers also
feature dual power supplies that offer true and complete N + 1 redundancy 24 hours a day, 365 days a year.
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