2nd Generation Intel Xeon Scalable series - 4th/5th Generation Intel Xeon Scalable series - Multinode servers

Elevate your data center's efficiency with our state-of-the-art Multinode Servers. These Twin servers are designed to merge peak performance with an eco-friendly footprint, revolutionizing Green Computing in data centers.

Key Advantages:

  • High-Density Micronode Systems: Maximize your data center space with compact yet powerful server solutions that support a wide range of critical applications.

  • Cost-Effectiveness and Reliability: With shared components, Twin servers reduce the total cost of ownership (TCO) and enhance system reliability, providing a smarter investment for your business.

  • Modular Architecture: Enjoy the flexibility of systems that are easy to configure and maintain, allowing for quick adjustments according to your evolving needs.

  • Environmental Impact: Our Twin servers are designed with sustainability in mind, helping to preserve the environment while boosting your data center's computing and storage capabilities.

  • Increased Performance and Power Efficiency: Transition from previous models to these advanced servers without sacrificing performance, ensuring greater efficiency and reduced energy consumption.

For solutions that require even more robust infrastructure, consider our rack mount servers to further enhance your data center's efficiency and performance.

The 4th & 5th Gen Intel Xeon Scalable processors are engineered for advanced analytics, AI workloads, and mission-critical enterprise applications. Providing a robust suite of platform capabilities, including built-in AI acceleration, enhanced security features, and optimal energy efficiency, these processors are an ideal choice for data centers looking to modernize infrastructure and gain a competitive edge.
2nd Gen Intel Xeon Scalable processors are commonly deployed in enterprise-level data centers and for cloud services, offering robust performance and scalability for various computing needs. With advanced features like Intel Optane DC persistent memory and hardware-based security, these processors are designed to accelerate data-intensive tasks and offer enhanced reliability.

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  1. FatTwin SuperServer SYS-F619P2-FT - 8 nodes FatTwin SuperServer F619P2-FT

    Compute Intensive Applications
    Data Center
    HPC and Enterprise Applications
    Hyperscale, Hyperconverged

    21 838.08 €
  2. FatTwin SuperServer SYS-F619P3-FT - 8 nodes FatTwin SuperServer F619P3-FT

    Compute Intensive Applications
    Data Center
    HPC and Enterprise Applications
    Hyperscale, Hyperconverged

    22 367.90 €
  3. BigTwin SuperServer SYS-6029BT-DNC0R - 2 nodes SYS-6029BT-DNC0R Supermicro BigTwin SuperServer

    Compute Intensive Application
    HPC, Data Center
    Enterprise Server
    Hyperscale / Hyperconverged

    7 499.37 €
  4. BigTwin SuperServer SYS-6029BT-HNC0R - 4 nodes BigTwin SuperServer 6029BT-HNC0R

    Compute Intensive Application
    HPC, Data Center
    Enterprise Server
    Hyperscale / Hyperconverged

    12 620.40 €
  5. Twin SuperServer SYS-6029TR-HTR - 4 nodes Twin SuperServer 6029TR-HTR

    HPC, Data Center
    Enterprise Server
    Finanical Analysis
    Mission-critical applications

    9 211.17 €
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Multinode Servers

A multinode server is a computer server that is designed with two or more independent server nodes that share a single enclosure and one or more power supplies. In a multi-node server, power is distributed to all nodes through shared power supplies. Server nodes in a multi-node server are not designed to be hot-swappable. Multi-nodes offer a nice blend of rack server characteristics and blade server advantages. Multi-node systems are similar to blade servers yet offer unique advantages like AMD, 1 CPU versions, and provide a smaller fault domain. The multi-node has a greater potential of supporting a larger stack of future CPUs (with or without liquid cooling.)

For blade-based solutions, you may also explore our BLADE SERVERS to further enhance your server infrastructure and performance.