96 Dimms - Citrix Hypervisor compatible - 5U - 10U

Explore our selection of 5U to 10U Rackmount Servers, meticulously engineered to tackle the most demanding workloads such as large-scale AI training and high-performance computing (HPC) applications. These high-density servers deliver enterprise-class reliability, scalability, and customization options to seamlessly meet the requirements of large-scale data centers and complex computing environments.

Key Advantages:

• Peak Performance: Designed for intense operations, our 5U to 10U servers ensure maximum performance under heavy computational demands.

• Enterprise-Class Reliability: Each server is built for durability and sustained high performance, ensuring reliability in mission-critical applications.

• Scalability and Customization: Adapt your infrastructure to evolving demands with scalable configurations that support extensive customization.

• Energy Efficiency and Storage Density: Optimized for energy efficiency, our servers also offer superior storage density, making them ideal for environments where space and power consumption are considerations.

Browse our selection of high-performance computing solutions in this category, and for more versatile server solutions, explore our range of 4U servers, which offer adaptability for various applications alongside high availability.

Servers Compatible for Citrix Hypervisor are frequently utilized in enterprise settings, data centers, and hybrid cloud environments, supporting use-cases like server consolidation, disaster recovery, and application isolation. The hypervisor offers benefits such as streamlined management, robust security features, and resource optimization, positioning it as a comprehensive solution for virtualization needs.
Ninety-six memory socket servers are custom-built for the most computationally demanding environments, such as Tier 1 supercomputing centers and massive real-time analytics platforms. These servers offer unprecedented levels of memory capacity and computational power, making them indispensable for solving the most complex and resource-intensive tasks.