Razor Servers has partnered with hostreview.com to bring it’s users the best deals in VPS hosting. Razor Servers Virtual Private Server web hosting solutions, offering the power and freedom of a dedicated server at a fraction of the cost. With our VPS packages, you’ll have the ability to choose your operating system as well as have access to our customer portal. Each Virtual Private Server comes with root (linux) or Administrator (Windows) access. Now Featuring Windows 2003 and 2008 as well as linux.


| VPS01
$13.95/per month |
VPS Special
$19.95/per month |
VPS AIO Special
$49.95/per month |
VPS04
$59.95/per month |
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| Disk Space | 5000 MB | 20000 MB | 40000 MB | 40000 MB |
| Memory | 128 MB Guaranteed | 512 MB Guaranteed | 1 GB Guaranteed | 1 GB Guaranteed |
| Monthly Bandwidth | 200 GB | 500 GB | 2000 GB | 750 GB |
| IP Addresses | 1 Usable | 1 Usable | 3 Usable | 5 Usable |
| Remote Reboot | ||||
| FREE OS Reload | ||||
| WHM/Cpanel | NA | $10 per month | FREE!!! | $10 per month |
| WHMCS Billing Software | $15 per month | $15 per month | FREE!!! | $15 per month |
| Domain Name | $10 per year | $10 per year | FREE!!! | $10 per year |
| Setup Fee | $0.00 | $0.00 | $0.00 | $0.00 |
What is a Virtual Private Server?
Sometimes called OS-level or shared OS virtualization, OS virtualization virtualizes servers on the operating system (kernel) layer. This method of virtualization creates isolated partitions, or virtual environments (VEs) on a single physical server and OS instance to utilize hardware, software, data center and management efforts with maximum efficiency.
The hypervisor model has a base layer (usually a thin Linux kernel shown here as a hypervisor or standard OS) that is loaded directly on the bare server. To allocate hardware and resources to the virtual machines, all of the hardware on the server must be virtualized. The next layer up shows each chip, board, etc. must be virtualized so that it can be assigned to virtual machines. Once in the virtual machine itself, there is a complete copy of an operating system and finally the application or workload.
At the base resides a standard host operating system. Next is the virtualization layer with a proprietary file system and a kernel service abstraction layer that ensure isolation and security of resources between different virtual environments. The virtualization layer makes each virtual environment appear as a stand alone server. Finally, the virtual environment itself houses the application or workload.

