Asus RS700A-E11-RS12U-WOCPU044Z Barebone System — 1U Rack-Mount Dual SP3

The Asus RS700A-E11-RS12U-WOCPU044Z Barebone System is a purpose-built 1U rack-mount platform engineered for modern data centers that demand dense compute, flexible customization, and enterprise-grade reliability. This barebone chassis is designed to host up to two AMD EPYC 7003 Series processors in a Socket SP3 configuration, giving you the headroom to scale CPU cores, memory bandwidth, and parallel processing power to meet demanding virtualization, database, and analytics workloads. With ASUS’s heritage in server-grade engineering, this barebone offers a solid foundation for high-performance computing environments where precise control over memory, storage, and I/O is essential.

Ideal for private clouds, multi-tenant virtualization, and edge deployments, the RS700A-E11-RS12U-WOCPU044Z combines a compact 1U footprint with thoughtful design that prioritizes airflow, serviceability, and future-proof expansion. By choosing a barebone approach, you gain the flexibility to tailor the memory, storage, and networking configuration to your exact use case while benefiting from enterprise-grade reliability, long-term firmware support, and scalable performance. Whether you’re building a high-density virtualization cluster, a data-intensive analytics node, or a secure, compliant database server, this ASUSTek platform is built to deliver consistent, predictable performance under sustained workloads.

• Dual AMD EPYC 7003 Series support: The barebone is designed to accommodate up to two AMD EPYC 7003 Series processors in a Socket SP3 configuration, delivering exceptional multi-core performance, improved memory bandwidth, and robust parallel processing. This platform enables large-scale virtualization, memory-intensive databases, analytics, and AI workloads to run with high throughput and low latency. Enterprises can scale cores, cache, and bandwidth to meet peak demand while maintaining energy-efficient operation through ASUS engineering and optimized cooling.
• 1U rack-mount chassis for dense data centers: A true 1U form factor, engineered for high-density deployments in data centers and edge locations. The compact chassis frees up rack space while still delivering enterprise-grade connectivity and expansion options. The design emphasizes efficient airflow, minimal noise, and serviceability, ensuring quick replacement of components and minimal downtime during maintenance windows. This makes it suitable for large-scale data centers or tight rack environments where space and cooling efficiency are at a premium.
• Flexible memory and storage options: Supports DDR4 ECC RAM with multi-channel memory architecture to maximize memory performance and reliability. The system is designed to scale memory capacity in line with processor capabilities, enabling large in-memory databases and memory-intensive workloads. Storage is configurable with front hot-swappable drive bays and backplane options to fit various data storage strategies, from fast NVMe caches to long-term HDD pools. This flexibility helps you optimize cost per gigabyte while keeping data access fast and reliable.
• Advanced management and reliability: ASUS server platforms emphasize robust management features for remote monitoring and maintenance. Expect enterprise-grade firmware features, IPMI compatibility, and monitoring tools that simplify deployment, firmware updates, and health monitoring. Features like redundant or hot-swappable power options and improved cooling design help maintain uptime in demanding workloads and mitigate hardware failures before they impact services. These management capabilities are designed to streamline operations in dense deployments and support proactive maintenance regimes.
• Energy efficiency, cooling design, and long-term value: The RS700A-E11-RS12U-WOCPU044Z leverages optimized airflow channels, heat sinks, and motherboard-level optimization to balance performance with power efficiency. In data centers, this translates to lower total cost of ownership, reduced energy use, and quieter operation. The barebone approach also lets you choose efficient drives and power supplies to align with your sustainability goals and budget while maintaining high performance under sustained workloads. This combination of efficiency and scalability makes it a strong foundation for both existing and future workloads.

Technical Details of Asus RS700A-E11-RS12U-WOCPU044Z

• Model: RS700A-E11-RS12U-WOCPU044Z
• Chassis Form Factor: 1U rack-mountable barebone chassis
• CPU Support: Dual AMD EPYC 7003 Series processors, Socket SP3
• Memory Support: DDR4 ECC Registered memory with multi-channel architecture; scalable to large capacities depending on CPU and configuration
• Expansion: PCIe expansion slots to support accelerator cards, high-speed network adapters, and storage controllers
• Storage: Front drive bays with backplane options and internal storage pathways; supports NVMe and SATA configurations as configured
• Networking: Onboard NICs with options for mezzanine or added network expansion cards to meet enterprise connectivity requirements
• Management: Enterprise-grade management capabilities compatible with IPMI and ASUS monitoring tools for remote administration and firmware updates
• Cooling: Optimized 1U cooling solution with efficient airflow design to sustain performance under heavy workloads
• Power: Power supply options compatible with standard server PSUs, designed for reliability and serviceability in dense racks

How to install Asus RS700A-E11-RS12U-WOCPU044Z

• Prepare the rack: Ensure the rack has adequate clearance for airflow and cable management. Verify the workspace is clean, with grounding and cooling provisions ready for a high-density 1U deployment.
• Install processors: Insert up to two AMD EPYC 7003 Series processors into the Socket SP3 sockets following AMD guidelines. Apply appropriate thermal interface material and secure the heatsinks to ensure proper cooling and stability.
• Install memory: Populate DDR4 ECC memory modules in the recommended DIMM slots according to the motherboard’s guidance to maximize memory bandwidth and reliability. Use ECC memory for enterprise-grade error correction and stability under load.
• Configure expansion and storage: Add any PCIe expansion cards required for your workloads (such as accelerators or network adapters). Install drive backplanes and connect front hot-swappable bays or internal storage paths as per your storage strategy.
• Connect power and networking: Attach the appropriate server power supplies and connect power cords. Link network cables for management and data traffic, and ensure IPMI or other management interfaces are accessible for initial configuration.
• Initial boot and firmware: Power on the system and enter the BIOS/UEFI to configure storage controllers, memory settings, and virtualization features. Apply the latest firmware updates for CPUs, chipset, and management controllers to ensure compatibility and security.
• Install operating system or hypervisor: Load your preferred OS or hypervisor, configure boot order and RAID or storage controller settings, and apply any vendor-specific drivers or agent software needed for optimal performance and management.

Frequently asked questions

• Q: Is the Asus RS700A-E11-RS12U-WOCPU044Z a complete server? A: No. This is a barebone system designed to host your own CPUs, memory, drives, and software. It provides the chassis, power delivery, cooling, and management framework, while you supply the CPUs, RAM, drives, and OS.
• Q: What processors are supported? A: The platform supports up to two AMD EPYC 7003 Series processors in Socket SP3 configurations, enabling high-core-count workloads and strong virtualization performance.
• Q: What memory type is recommended? A: DDR4 ECC registered memory is recommended for reliability and error correction in enterprise workloads; memory capacity depends on CPU configuration and motherboard guidance.
• Q: Does it include management features? A: Yes. The system includes enterprise-grade management capabilities compatible with IPMI and ASUS monitoring tools to facilitate remote administration, health monitoring, and firmware updates.
• Q: What storage options are available? A: Storage is configurable with front drive bays and backplane options; configurations may include NVMe and SATA drives depending on chassis options and user needs.
• Q: Is this suitable for dense data centers? A: Absolutely. The 1U form factor, along with scalable CPU, memory, and storage options, is designed for high-density deployments in data centers and edge environments where space and cooling are critical considerations.