How to use Apps4Rent’s Virtual Dedicated Servers? 

Pick a Plan: To start off, pick a plan that best meets your RAM and disk space requirements. Remember that it is easy to upgrade to more powerful plans on a short notice.

Select the OS: Then, select your choice of operating system, a flavor of Linux or a version of Windows server software.

Add Applications: On top of that, you can add applications that you have licensed or are available through open source, customizing and configuring as per your need.

Add Licenses: Then based on the number of users you would allow for the server, purchase adequate number of terminal services and other licenses.

Add Server Administration Plan: If you want to save the time, energy and money it takes to set up, monitor and maintain your Hyper-V virtual dedicated server, check out our Server Administration plans.

What is included in Apps4Rent’s Hyper-V Virtual Server Hosting Plans? 

No Setup Fee.

Month to Month Billing: Monthly billing and no long term contract. Upgrade or downgrade virtual server plans anytime from the control panel.

Full Access: Root access and administration rights to your virtual server.

Virtual Hardware Choices: Virtual dedicated server hosting plans offer choices of RAM, virtual CPU, bandwidth, IP addresses, RDP connections, underlying web servers such as Apache and IIS and databases such as MS SQL and mySQL.

Extensive OS Support: Hyper-V virtual server hosting supports both 32 and 64-bit systems across various server platforms including Windows, Linux and others. You can request flavors of OS such as Centos, Fedora, Red Hat, Suse on Linux and Windows Server 2003, 2008, or 2012 on the server.

Reliable Infrastructure: Apps4Rent uses powerful servers in multiple SAS compliant data centers to provide virtual private server hosting customers with 99.9% uptime. Regular backups ensure that your data is never lost.

Excellent Support: Available 24/7/365 phone, e-mail, and chat support.

Behind the virtual machine, the supporting infrastructure includes:

Improved 64-bit Architecture: Hyper-V virtual private server hosting supports an extensive array of device support methods.

Symmetric Multiprocessor Support: Hyper-V virtual server hosting can support multiple symmetric multiprocessors in a virtual private server hosting environment.

Network Load Balancing: Virtual switch capabilities and NLB services compatibility of Hyper-V virtual private server hosting are useful for load balancing among virtual servers.

Fast Migration: Hyper-V virtual private server hosting enables users to conclude fast migration in a running machine from one host system to another.

Virtual Machine Snapshot: Ability to take snapshots of a running machine allows reversion to a previous state and improves recoverability in Hyper-V virtual server hosting.

Scalability: Support for multiple processors and cores and improved memory access in the virtual machines helps in scalability.

Extensibility: Windows Management Instrumentation (WMI) interfaces and APIs can be used to customize and extend functionality.