ASRock Rack 1U10E-ROME/2T Barebone System - 1U Rack-mountable - Socket LGA-4094 - 1 x Processor Support - 0

ASRock RackSKU: 6360652

Price:
Sale price$2,052.65

Description

ASRock Rack 1U10E-ROME/2T Barebone System — 1U Rack-Mountable Server Platform with LGA-4094 Socket

The ASRock Rack 1U10E-ROME/2T Barebone System is a purpose-built, ultra-compact server backbone designed for dense data-center deployments. Built to fit in a 1U chassis, this barebone delivers reliable compute power with a single LGA-4094 socket processor, giving you the scalability and performance needed for virtualization, storage nodes, or edge computing. Designed around an AMD-based platform, it combines enterprise-grade memory, storage, and I/O options with an efficient, space-saving form factor that maximizes rack capacity without compromising reliability. With up to 128 GB of DDR4 memory across eight slots, robust NVMe and SATA storage support, and an integrated management controller, this barebone supports modern workloads while keeping power, cooling, and maintenance straightforward for IT teams. Whether you’re building a compact data-center cluster, a high-density HPC node, or a compact server shelf, the 1U10E-ROME/2T delivers a solid foundation for performance, expandability, and uptime.

  • 1U rack-mountable barebone system engineered for dense data-center deployments, featuring a single LGA-4094 socket for a capable AMD-based CPU and a compact chassis that optimizes rack space while preserving critical performance and reliability.
  • Supports up to 128 GB of DDR4 SDRAM at DDR4-3200 (PC4-25600) across 8 memory slots, delivering ample memory bandwidth for virtualization, databases, and dense service workloads while enabling memory-heavy configurations without compromising density.
  • Flexible storage options with Serial ATA/600 along with an NVMe controller, plus an onboard M.2 slot for high-speed OS or cache storage, enabling fast boot times and responsive application data access in a compact server footprint.
  • Integrated management and graphics capability via the ASPEED AST2500 with 256 MB, combined with a dedicated RJ-45 network interface, enabling remote management, console access, and efficient out-of-band control essential for data-center operations.
  • AMD-based barebone architecture designed for enterprise reliability and scalability, providing a solid foundation for rack-ready servers, private clouds, or high-performance workloads in a demanding 1U environment.

Technical Details of ASRock Rack 1U10E-ROME/2T Barebone System

  • Form factor: 1U rack-mountable
  • Processor socket: LGA-4094
  • Processor support: 1 x Processor
  • Chipset/CPU platform: AMD
  • Memory: DDR4 SDRAM DDR4-3200 (PC4-25600) up to 128 GB
  • Memory slots: 8 total memory slots
  • Storage interfaces: Serial ATA/600; NVMe controller
  • Expansion: 1 x M.2 slot
  • Graphics: ASPEED AST2500 256 MB
  • Network: 1 x RJ-45

How to Install ASRock Rack 1U10E-ROME/2T Barebone System

Step 1 — Prepare the chassis and environment: Ensure you have a compatible 1U rack, adequate airflow, and a clean workspace. Verify you have the correct processor and cooling solution compatible with LGA-4094 sockets, along with the memory modules you plan to install. Ground yourself to prevent static discharge and confirm power-off status before handling components.

Step 2 — Install the CPU and cooler: Open the socket lever, align the processor with the socket, and securely seat it in place. Apply thermal paste if required by your cooler, then attach the CPU cooler firmly to ensure proper heat transfer. Connect any necessary fan headers to the motherboard or chassis controller if applicable.

Step 3 — Populate memory modules: Install DDR4 DIMMs into the 8 memory slots, following the motherboard’s population guidelines for dual- or quad-channel configurations. Start with the required minimum and expand to your target capacity up to 128 GB as your workload dictates. Ensure each module clicks firmly into place.

Step 4 — Install storage devices: Install one or more SATA drives into the appropriate bays or trays according to your chassis design. If using NVMe drives, place them in the dedicated NVMe/PCIe slots or adapt as supported by the barebone. Insert an M.2 drive into the M.2 slot for OS, cache, or high-speed data access as needed, and secure with screws.

Step 5 — Connect power, network, and management interfaces: Attach the power supply connections and route cabling to minimize airflow obstruction. Connect the RJ-45 network cable to the appropriate port for management or data traffic. Power on the system and enter the BIOS/UEFI to configure boot order, memory timings, and any enterprise-management features enabled by the ASPEED AST2500 controller.

Step 6 — Post-install configuration and testing: Boot into the operating system or barebone management interface, install base drivers, and verify hardware recognition for CPU, memory, and storage. Run a quick stress and health check to confirm fans, temperatures, and power delivery are within expected ranges. Create a baseline image for rapid deployment in your data-center environment.

Frequently asked questions

What is the form factor of the ASRock Rack 1U10E-ROME/2T? It is a 1U rack-mountable barebone system designed for dense, rack-based deployments in data centers and edge environments.

Which CPU platform does it use? The barebone is built around an AMD-based platform with a single LGA-4094 socket processor supported.

How much memory can it support? It supports up to 128 GB of DDR4 SDRAM across 8 memory slots, with DDR4-3200 as the target memory speed.

What storage options are available? It includes Serial ATA/600 support, an NVMe controller, and an M.2 slot for fast OS or cache storage, enabling flexible storage configurations for various workloads.

What management capabilities are built-in? The system features the ASPEED AST2500 controller with 256 MB of graphics memory for out-of-band management, along with a dedicated RJ-45 network port for remote administration and monitoring.

Is this a complete server or a barebone? This is a barebone system intended to be populated with the customer’s own CPU, RAM, and storage components to fit specific workload needs and performance targets.


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