Citrix XenServer compatible - Multi-processor servers
Supermicro Multiprocessor Servers are perfect for memory-intensive enterprise applications and in-memory computing. Our new-generation X11 MP systems offer the highest levels of performance, efficiency, and security, as well as essential RAS (Reliability, Availability, and Serviceability) functions. Discover our wide range of high-performance, reliable, and customizable multiprocessor servers designed for the most demanding workloads in this category, including GPU servers.
Servers Compatible for Citrix Xen are commonly deployed in enterprise IT environments and data centers, catering to use-cases like application virtualization, remote desktop services, and secure data access. The platform provides significant benefits such as enhanced security through centralized management, improved resource utilization, and high availability, making it ideal for businesses seeking to optimize their virtualized infrastructures.
Multi-processor Servers
A server with more than one processor is known as a multiprocessor server. By including more than one processor in a server helps to meet the demand for more computing power. ServerSimply offers Supermicro Multiprocessor Servers, which have the highest single node compute performance with up to 224 cores, 6 UPI links per socket, and 36TB of memory with 2nd Gen Intel® Optane™ Persistent Memory. The MP line of SuperServers is designed to deliver the highest performance, resource-saving, flexibility, scalability, and serviceability to power mission-critical enterprise workloads like ERP, large in-memory databases, and real-time analytics by scaling up to the maximum processing and memory afforded in one node.
Supermicro Multiprocessor Servers have 8-socket systems in 7U, 4-socket systems in 2U, 4U rackmount and tower form-factors, and advanced RAS features designed for enterprise mission-critical applications.
For specialized workloads and configurations, explore our range of high-performance servers, including MULTINODE SERVERS, designed to address diverse computing needs.