ASRock Rack 1U2LW-X570/2L2T Barebone System

Designed for compact data centers, virtualization hosts, and demanding NAS deployments, the ASRock Rack 1U2LW-X570/2L2T Barebone System delivers a robust AMD X570-based platform in a compact 1U chassis. This barebone provides a solid foundation for enterprise workloads, offering a single AM4 processor socket, four memory slots, fast storage options, and reliable management features. It is engineered for professionals who need scalable performance in a space-saving form factor, with an emphasis on energy efficiency, reliability, and easy integration into existing rack infrastructures. With two 3.5" drive bays, SATA RAID support, and an NVMe controller, this barebone lets you tailor a high-performance storage stack that fits your workload—from virtualization and containerized apps to media servers and edge computing.

• Compact 1U rack-mountable design: A space-efficient chassis ideal for dense data centers, server rooms, and data-intensive edge deployments, allowing you to maximize rack density without compromising performance.
• Single AM4 processor socket with AMD X570 chipset: Ready to host a broad family of AMD Ryzen/EPYC-class CPUs on the fast AMD X570 platform, enabling strong CPU performance for virtualization, databases, and multi-threaded workloads.
• Memory capability for solid multi-tasking: Supports 4 DIMM slots with a maximum of 32 GB of DDR4 RAM at up to 3200 MT/s (PC4-25600), ensuring ample headroom for virtualization hosts, file servers, and remote workstations.
• Storage flexibility with RAID-ready options: Features 2 x 3.5" drive bays and a built-in NVMe controller, along with SATA 6Gb/s RAID support, giving you scalable storage performance for boot drives, data volumes, and fast data caches.
• Integrated management and graphics for reliability: Comes with an ASPEED AST2500 controller offering 16 MB of graphics memory for remote management, IPMI, and system monitoring, helping IT teams manage servers securely from anywhere.

Technical Details of ASRock Rack 1U2LW-X570/2L2T Barebone System

• Form factor: 1U rack-mountable chassis designed for dense server environments and rack installations.
• Processor support: 1 x Socket AM4 processor, enabling AMD Ryzen/EPYC-class CPUs for balanced performance and efficiency.
• Chipset: AMD X570, delivering PCIe 4.0 support and strong I/O performance for modern storage and networking needs.
• Memory: 4 DIMM slots, up to 32 GB total DDR4 memory, DDR4-3200 (PC4-25600) speeds for responsive multitasking and virtualization workloads.
• Storage options: 2 x 3.5" drive bays; SATA RAID 6Gb/s supported; NVMe controller for high-speed boot drives and fast data storage.
• Graphics and management: ASPEED AST2500 with 16 MB graphics memory for robust remote management, monitoring, and console access even when primary CPUs are under load.
• Networking and expansion: Built to integrate with modern data-center networks and add-on cards through the available expansion paths typical of 1U ASRock Rack barebones (note: confirm exact NIC/PCIe options per unit).

How to install ASRock Rack 1U2LW-X570/2L2T Barebone System

• Plan and prepare: Confirm rack placement, required CPU model within the AM4 family, memory modules (up to 32 GB total), storage drives (2 x 3.5" bays), and any NVMe or PCIe expansion cards you intend to install. Ensure you have appropriate cooling solutions and power supplies compatible with the chassis and your environment.
• Install the CPU: Open the CPU socket lever, align the processor with the socket using the marked corner, and gently seat it. Lower the lever to secure the CPU. Apply a suitable thermal interface material if your cooler requires it, and mount an appropriate air or liquid cooling solution designed for 1U servers.
• Install memory modules: Insert each DDR4 DIMM into the four memory slots, ensuring the notches align and seating firmly until the latches snap into place. Verify RAM is recognized in the BIOS during initial boot to ensure proper operation and stability.
• Install storage drives: Mount the 3.5" drives into the two bays, secure with screws, and connect SATA data and power cables as required. If you plan to use NVMe drives, install them in the appropriate M.2 or PCIe slots per the chassis design and motherboard layout, then ensure NVMe is enabled in the BIOS if applicable.
• Rack mounting and power: Attach the barebone to your 19" rack using the provided rails or mounting hardware, level and secure it, then connect the power cords to a suitable power source. Turn on the system, enter the BIOS/UEFI, and configure basic options such as boot order, RAID modes, and virtualization features as needed.
• Initial setup and testing: Run fundamental POST checks, confirm CPU, RAM, and drives are detected, configure RAID arrays if used, install your preferred operating system or hypervisor, and enable any remote management features (IPMI) for ongoing administration.
• Ongoing maintenance: Keep firmware and BIOS updated, monitor drive health and temperatures, and maintain proper airflow to preserve reliability in 1U deployments. Document configuration details for easy recovery and expansion later on.

Frequently asked questions

• Q: What is the CPU socket on this barebone? A: The ASRock Rack 1U2LW-X570/2L2T uses a single Socket AM4 processor configuration, suitable for AMD Ryzen/EPYC-class CPUs.
• Q: How many memory slots does it have and what is the maximum RAM? A: It features 4 DIMM slots with a maximum RAM capacity of 32 GB DDR4, up to 3200 MT/s (PC4-25600).
• Q: How many drive bays are available, and what storage options exist? A: This barebone provides 2 x 3.5" drive bays and supports SATA RAID (6 Gb/s). It also includes an NVMe controller for fast SSD storage.
• Q: Does it include remote management capabilities? A: Yes. The system includes an ASPEED AST2500 controller with 16 MB of graphics memory to support IPMI-based remote management and monitoring for reliable maintenance.
• Q: What workloads is this barebone best suited for? A: Its AMD X570 platform, 1U form factor, and storage flexibility make it well-suited for virtualization hosts, small to medium NAS deployments, edge computing, and other data-center tasks requiring compact yet capable hardware.
• Q: Is this a complete server or a barebones platform? A: It is a barebone system. CPU, memory, storage drives, and expansion cards must be provided by the user to customize the configuration for specific workloads.