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Xeon 6 logo in square
  • Advanced compute-intensive servers featuring Intel® Xeon® 6 family

    In the rapidly-evolving landscape of high-performance computing, the demand for efficient, scalable solutions has never been greater. To address this demand, server modular design has emerged as a transformative approach, reshaping the structure and operation of data centers.

    ASUS servers powered by the Intel® Xeon® 6 processors within the DC-MHS modular architecture offer improved scalability to meet various data center demands, enabling our clients to build customed data centers and scale up the infrastructure as demand grow.

  • Intel® Xeon® 6 processors,engineered for diverse performance and efficiency

    Intel® Xeon® processors are designed to modernize data centers and accelerate enterprise intensive-computing tasks. These processors aim to support vigorous adoption across various sectors, from data centers to edge computing.

    The lineup includes both Performance-core and Efficiency-core processors. Each is designed with a distinct core architecture to optimize different performance characteristics. Intel® Xeon® 6 processors with P-core target performance, while the Xeon® 6 with E-cores targets efficiency and high-thread count operations.

    P-cores (Performance cores) E-cores (Efficiency cores)
    Outstanding performance
    • 2-3X-better performance for AI workloads*
    • 2.8X-better memory bandwidth*
    • 2.5X-better rack density*
    • 2.4X performance-per-watt improvements*
    Focus Compute-intensive tasks Energy efficiency and parallel processing
    Architecture These cores are designed to handle more demanding workloads and provide better performance in applications that require higher processing power These cores are optimized for handling multiple, less demanding tasks simultaneously with lower power consumption
    Application Ideal for tasks such as real-time data processing, high-performance computing, AI workloads and applications requiring significant computational resources Suitable for environments that prioritize energy efficiency and multi-threaded workloads, such as data centers and cloud-computing environments

    *Compared to 4th Gen Intel Xeon Scalable processor. Based on architectural projections as of August 21, 2023 relative to prior generation. Your result may vary

  • Multi-node servers

    Multi-node servers are high-density, high-efficiency and high-serviceability platforms with the highest CPU core counts and memory bandwidth, making them ideal for high-performance computing (HPC) in fields such as financial services, life and material sciences, and robotics and manufacturing, as well as natural language processing, big data analytics and cloud applications.

    ASUS RS920Q-E12
    Unleash peak performance

    ASUS RS920Q-E12 servers with the latest Xeon® 6 CPU are particularly suited to heavy workloads ensuring efficient processing and data management. To maintain optimal performance and prevent overheating, these servers often require advanced liquid-cooling technology. This cooling method is crucial in managing the high thermal output generated by such powerful systems, thereby ensuring stability and reliability in demanding operational environments.

    • Form factor: 2U four-node server
    • Processor: 8 x Intel® Xeon® 6900P-series or Intel® Xeon® 6 Processors with E-Cores, up to 1024 cores, 500W CPU (LC only) per 2U system
    • Memory: Up to 96 DDR5 RDIMM 6400MTs and MRDIMM Gen1 8800 MTs per 2U system
    • Drive bays: 16 bays per 2U system
    • Expansion slots: 2 x PCIe Gen5 slots (1 reserved for LC kits) and 1 x OCP 3.0 Mezzanin support
    Datasheet

    ASUS servers and services are available globally. For further information, please reach out to your local ASUS representative.

    RS920Q-E12 with liquid tube
    ASUS RS720Q-E12
    Scalable high performance computing

    Balancing of server is essential for optimizing I/O throughput, which in turn simplifies storage management by ensuring that data is distributed evenly across multiple systems. ASUS RS720Q-E12 is engineered for maintaining high resource utilization with great scalability, requiring only basic infrastructure to achieve excellent performance for complex high performance computing workloads

    • Form factor: 2U four-node server
    • Processor: 8 x Intel® Xeon® 6700E-series or Intel® Xeon® 6 Processors with P-Cores, up to 688 cores, 350W CPU (LC only) per 2U system
    • Memory: Up to 64 DDR5 RDIMM 6400MTs and MRDIMM Gen1 8000 MTs per 2U system
    • Drive bays: Four bays per 2U system
    • Expansion slots: 2 x PCIe Gen5 slots (1 reserved for LC kits) and 1 x OCP 3.0 Mezzanin support
    Datasheet

    ASUS servers and services are available globally. For further information, please reach out to your local ASUS representative.

    RS720Q-E12
  • General-purpose servers

    ASUS servers, built with the modular and scalable DC-MHS architecture provide seamless integration and optimization, making them ideal for modern data centers and diverse IT environments. These servers are highly flexible, supporting a broad spectrum of applications such as virtualization, content delivery network, web hosting and content-management systems, software-defined storage, surveillance and enterprise IT.

    ASUS RS720-E12
    GPU-accelerator optimization for maximum efficiency

    ASUS RS720-E12 is optimized for GPU support, efficiently handling demanding graphical and computational tasks. Featuring Intel Xeon 6 processors, it can manage multiple processes simultaneously. High-speed network capabilities ensure rapid data transfer, reducing latency and improving response times. The exclusive ASUS fan-bar design enhances maintenance convenience and neat cable routing. Additionally, optimized I/O throughput minimizes bottlenecks and improves storage and retrieval efficiency.

    • Form factor: 2U general purpose server
    • Processor: 2 x Intel® Xeon® 6700E-series or Intel® Xeon® 6 Processors with P-Cores, 350W CPU (AC)
    • Memory: Up to 32 DIMMs
    • Drive bays: 8/12/24 bays
    • Expansion slots: 8 x PCIe 5.0 + 2 x OCP 3.0 slots
    Datasheet

    ASUS servers and services are available globally. For further information, please reach out to your local ASUS representative.

    RS720-E12
    ASUS RS700-E12
    Effortless deployment and exceptional value

    ASUS RS700-E12 with all-NVMe storage, multi-core processors and large memory capacity provides high-speed data access and transfer rates, significantly enhancing efficiency. Featuring large storage capacities, it accommodates extensive data demands while maintaining swift access times. The Intel Xeon 6 processor ensures powerful computation capabilities, enabling efficient multitasking and processing of complex workloads. Coupled with high-speed network connectivity, RS700-E12 facilitates rapid data exchange and communication across networks. Also, the optimization of I/O throughput ensures seamless and efficient data processing, enhancing overall system performance.

    • Form factor: 1U general purpose server
    • Processor: 2 x Intel® Xeon® 6700E-series or Intel® Xeon®, 6 Processors with P-Cores, 350W CPU (AC)
    • Memory: Up to 32 DIMMs
    • Drive bays: 4/12 bays
    • Expansion slots: 2 x PCIe 5.0 + 2 OCP 3.0 slots
    Datasheet

    ASUS servers and services are available globally. For further information, please reach out to your local ASUS representative.

    RS700-E12
    What is DC-MHS?

    Innovative MHS architecture simplifies generational transition
    Understanding how customers will manage server upgrades and maintenance is a crucial concern for ASUS. Modular architecture allows businesses not only to scale their server infrastructure easily by adding or removing modules as needed, but simplifies maintenance since individual modules can be upgraded or replaced without affecting the entire system.

    The Data Center Modular Hardware System, otherwise known as DC-MHS or sometimes Server/MHS, is a standard developed by the Open Compute Project (OCP). It aims to transition from traditional monolithic server architectures to more flexible and efficient modular designs. This design reduces the need for excess components, thereby minimizing waste and energy consumption. By allowing for more efficient use of hardware resources, DC-MHS streamlines the transition from one generation to the next, significantly reducing the carbon footprint through precise scalability. DC-MHS architecture also extends the lifecycle of servers, reducing the environmental impact associated with manufacturing and disposing of hardware.

    • Modularity
      Modularity

      Enables the use of modular components like host processor modules (HPMs), which can be independently scaled for compute, storage, and networking resources

    • Interoperability
      Interoperability

      Promotes interoperability between different hardware elements, allowing for easier integration, reduced development costs and a lower overall carbon

    • Cost efficiency
      Cost efficiency

      By standardizing modular designs, DC-MHS helps reduce costs associated with development, integration and validation of server components

    • Scalability
      Scalability

      Supports scalable infrastructure deployments, making it suitable for varying workload demands, particularly in high-performance computing environments

    • Flexibility
      Flexibility

      Allows data centers to adapt quickly to changing technological and operational requirements, improving agility and efficiency