ASRock Rack 1U8S2E-ROME/2T Barebone System

The ASRock Rack 1U8S2E-ROME/2T Barebone System is a purpose-built, high-density 1U server chassis designed for modern data centers, edge deployments, and telecom environments. Crafted to maximize performance in a compact footprint, this barebone system integrates a single AMD-based processor platform with flexible memory, storage, and I/O options. It’s engineered to deliver dependable compute power, efficient cooling, and streamlined maintenance in a dense server rack, making it an ideal foundation for virtualization, database workloads, and multi-tenant applications.

• 1U rack-mountable form factor: A compact, space-efficient chassis built to fit seamlessly into standard data center racks while maintaining robust airflow and practical cable management for reliable operation in dense environments.
• Single processor support with Socket LGA-4094: Ready for a high-core-count AMD processor, enabling strong multi-threaded performance for virtualization, containerized workloads, and I/O-intensive tasks without the overhead of multi-socket complexity.
• Memory flexibility with DDR4: Supports DDR4 SDRAM at DDR4-3200/PC4-25600 speeds across up to 8 memory slots, providing scalable memory capacity to accelerate workloads, improve cache efficiency, and enhance responsiveness under heavy virtualization and cache-heavy applications.
• Storage and NVMe readiness: Serial ATA/600 RAID support combined with an NVMe controller and a dedicated M.2 interface, enabling a versatile storage strategy that blends cost-effective hard drives with fast NVMe-backed data acceleration for databases, OS drives, and scratch space.
• Networking and expandability: Integrated RJ-45 Ethernet connectivity, plus support for M.2 expansion and PCIe-based growth options, delivering essential network throughput and flexible I/O expansion for diverse deployment scenarios without sacrificing rack density.

Technical Details of ASRock Rack 1U8S2E-ROME/2T Barebone System

• Form factor: 1U rack-mountable chassis designed for dense data center deployments and flexible placement within standard server racks.
• Processor support: 1 x processor socket (LGA-4094) enabling a single high-performance AMD processor for compute-heavy workloads.
• Chipset/CPU family: AMD-based architecture optimized for reliability and enterprise workloads, delivering robust multi-threaded performance for virtualization, AI inference pipelines, and data processing tasks.
• Memory: DDR4 SDRAM support at DDR4-3200/PC4-25600 speeds with up to 8 total memory slots, allowing scalable RAM configurations to match workload profiles and future growth.
• Memory capacity: Designed to accommodate a broad range of DIMM configurations across 8 slots to balance density, bandwidth, and cost for enterprise use cases.
• Storage options: Serial ATA/600 RAID-supported storage interface providing flexible drive configurations for OS, data, and backup drives, with options for hardware-assisted RAID environments.
• NVMe: Built-in NVMe controller support for high-speed solid-state storage that accelerates boot times, databases, and data-intensive applications where low latency and high IOPS are critical.
• M.2 interface: 1 x M.2 interface, allowing ultra-fast boot drives or data cache/accelerator modules to boost overall system responsiveness and workflow efficiency.
• Networking: Network (RJ-45) connectivity to handle standard enterprise network requirements, ensuring reliable access to Ethernet networks and easy integration with existing infrastructure.
• Expandability: Designed to balance compact form factor with practical expansion possibilities through NVMe, M.2, and PCIe-compatible interfaces for future upgrades and workload diversification.
• Overall design philosophy: A dependable barebone platform that delivers core server capabilities in a compact 1U chassis, optimized for scalable deployments, straightforward maintenance, and efficient thermal management in professional data centers.

How to install ASRock Rack 1U8S2E-ROME/2T Barebone System

Before you begin, ensure you have a compatible AMD processor, memory modules, storage drives, and the necessary rack, rails, and power connections. Working on a clean, grounded workspace will help prevent static discharge and protect sensitive components. Follow these steps to assemble and deploy your barebone system into a rack environment:

• Step 1: Rack and rail preparation — Install the rack rails according to your data center’s standards, ensuring the chassis will align properly within the rack and have clear access for maintenance and cable management.
• Step 2: Install the motherboard and CPU — Open the chassis, locate the CPU socket (LGA-4094), and install the intended AMD processor with the correct mounting hardware. Apply thermal paste (if required) and attach the CPU cooler, ensuring secure mounting and proper clearance for airflow.
• Step 3: Memory installation — Insert DDR4 memory modules into the 8 available DIMM slots, following the motherboard’s population guidelines to maximize bandwidth and stability. Use modules with the same speed and capacity where possible to optimize performance.
• Step 4: Storage configuration — Install NVMe drives into the NVMe slots and any 2.5" or 3.5" SATA drives into the dedicated bays or backplane, depending on your chassis configuration. Configure the M.2 module as a boot drive or cache drive as needed for your OS and applications, and plan your RAID strategy if you’re using SATA RAID features.
• Step 5: Network and power connections — Connect the RJ-45 network cable(s) to the appropriate port(s) on the back of the chassis. Attach the power supply cable, ensuring it is secure and routed to avoid interference with fans and other components.
• Step 6: BIOS/UEFI setup — Power on the system and enter the BIOS/UEFI to configure CPU settings, memory profiles (such as XMP/DOCP), boot sequence, storage controller mode (AHCI/RAID), and any required RAID arrays or NVMe settings. Save changes and reboot.
• Step 7: Operating system installation — Install your preferred server OS onto the boot drive, configure network settings, and apply any necessary drivers or firmware updates to ensure full hardware compatibility and optimal performance.
• Step 8: Final validation — Run basic diagnostics, verify CPU and memory recognition, confirm RAID or storage volumes are visible, and ensure the system maintains proper temperatures under load with clean airflow.

Frequently asked questions

• Q: How many processors does the ASRock Rack 1U8S2E-ROME/2T Barebone System support? A: It is designed for 1 x Processor Support with a Socket LGA-4094, enabling a single high-performance AMD processor for compute-heavy workloads.
• Q: What type and how much memory can I install? A: The system supports DDR4 SDRAM at DDR4-3200/PC4-25600 speeds across up to 8 memory slots, allowing flexible RAM configurations to match workload demands.
• Q: Does it support NVMe and M.2 storage? A: Yes. It includes an NVMe controller and 1 M.2 interface, providing fast storage options for OS, cache, or data applications.
• Q: Is this system rack-mountable? A: Yes, the ASRock Rack 1U8S2E-ROME/2T Barebone System is a 1U rack-mountable chassis designed for dense data center deployments.
• Q: What kind of network connectivity does it include? A: It provides a Network (RJ-45) port for standard Ethernet connectivity, enabling straightforward integration with existing networks and infrastructure.