Citrix XenServer is an industry and value leading open source virtualization platform for managing cloud, server and desktop virtual infrastructures. Organizations of any size can install XenServer in less than ten minutes to virtualize even the most demanding workloads and automate management processes – increasing IT flexibility and agility and lowering costs. With a rich set of management and automation capabilities, a simple and affordable pricing model and optimizations for virtual desktop and cloud computing, XenServer is designed to optimize private datacenters and clouds today and in the future.
XenServer is based on the Xen Project™ hypervisor. The Xen Project hypervisor is a bare metal virtualization paltform used by XenServer to deliver near native application performance for x86 workloads in an Intel and AMD environment.
Scalable Virtual Infrastructure
Roles Based Access Control
Control access to critical infrastructure resources by delegating access through RBAC.
Design document: Roles Based Access Control
Live VM Migration
XenMotion™ eliminates the need for planned downtime by enabling active virtual machines to be moved to a new host with no application outages or downtime.
Live Storage Migration
Move live running virtual machines and their associated virtual disk image within and across resource pools leveraging local and shared storage. This enables users to move a VM and its virtual disk image from a development to production environment, move between tiers of storage when a VM is limited by storage capacity, and perform maintenance and upgrades with zero downtime.
Host Failure Protection
Deliver high availability by automatically restarting virtual machines if a failure occurs at the VM, hypervisor or server level. Link aggregation bonds network interfaces for network redundancy and increased throughput.
Host Power Management
Take advantage of embedded hardware features to lower datacenter electricity consumption by dynamically consolidating VMs on fewer systems and then powering off underutilized servers as demand for services fluctuates.
Reduce costs and improve application performance and protection by sharing unused server memory between VMs on the host server.
Design document: Dynamic Memory Control Design
Virtual Machine Snapshot and Revert
Create snapshots of virtual machines to capture disk and metadata settings for backups, archives and configuration changes.
Heterogeneous Resource Pools
Enables resource pools to contain servers with different processor types, and support full XenMotion, high availability, and shared storage functionality.
Provides site-to-site disaster recovery planning and services for virtual environments. Site recovery is easy to set up, fast to recover, and has the ability to frequently test to ensure disaster recovery plans remain valid.