Intel SR1600URHSR Barebone System - 1U Rack-mountable - Socket B LGA-1366 - 2 x Processor Support

The Intel Server System SR1600URHSR Barebone System is designed for high-density compute power in a 1U rack chassis. This Server System features includes 12 DIMMs DDR3 memory, high speed PCI Express 2.0 I/O slots, and integrated RAID, for high performance computing (HPC). Experience high performance.

• Dual-processor scalability in a compact 1U design: Engineered for performance-dense workloads, this barebone supports 2 processors in the Socket B LGA-1366 grid, enabling substantial multi-core throughput in a space-efficient form factor. The 1U chassis footprint makes it ideal for dense data centers, HPC clusters, and enterprise deployments where rack space is at a premium. With dual sockets, you can tailor compute power to your workload, scale up performance as demand grows, and maximize per-rack efficiency without sacrificing reliability or manageability.
• Generous memory capacity with DDR3 speed and density: The SR1600URHSR offers 12 DIMM slots for DDR3 memory, delivering robust memory bandwidth and capacity for virtualized environments, large-scale databases, in-memory analytics, and other memory-intensive applications. This memory configuration supports demanding workloads that require fast data access, low latency, and improved overall system responsiveness, helping to reduce bottlenecks in memory-bound tasks.
• High-speed PCI Express 2.0 I/O slots for expansion: Expand system capability with PCI Express 2.0 I/O slots designed to accommodate accelerators, networking cards, storage controllers, and other high-performance peripherals. This capability enables flexible scaling for compute acceleration, enhanced networking, or accelerated storage solutions, allowing you to adapt the server to evolving workloads without redesigning the platform.
• Integrated RAID for data protection and streamlined storage management: An integrated RAID feature set helps safeguard critical data and simplifies storage configuration within the barebone chassis. This built-in reliability reduces the need for additional external controllers in many deployments, contributing to a cleaner rack layout, consolidated management, and improved data protection across enterprise workloads and HPC storage nodes.
• Enterprise-ready design for HPC, virtualization, and density-focused workloads: The SR1600URHSR is purpose-built for environments where compute density, uptime, and scalability matter. Its 1U form factor, dual-socket capability, ample memory, fast I/O, and RAID integration combine to deliver a robust foundation for virtualization clusters, scientific computing, data analytics, and other high-performance tasks that demand consistent performance per rack unit.

Technical Details of Intel SR1600URHSR Barebone System

• Form factor: 1U rack-mountable server system
• Processor support: Socket B LGA-1366 with 2 x processor support (dual-CPU capable)
• Memory: 12 DIMMs DDR3 memory capacity and bandwidth designed for memory-intensive workloads
• Expansion slots: High-speed PCI Express 2.0 I/O slots for expandable network, storage, and accelerator cards
• Storage and protection: Integrated RAID capability for data protection and streamlined disk management

How to install Intel SR1600URHSR Barebone System

• Prepare a compatible 1U rack environment with appropriate cooling and uninterrupted power supply. Ensure rack rails and mounting hardware are suitable for the SR1600URHSR chassis.
• Install the two compatible processors into the Socket B LGA-1366 sockets. Follow the motherboard and component guidelines for thermal paste, seating, and locking mechanisms to ensure proper electrical contact and cooling clearance.
• Populate the 12 DDR3 memory DIMMs according to the motherboard’s memory population rules. Balance channel occupancy and capacity to maximize memory bandwidth and performance for your workloads.
• Install any required PCIe expansion cards (e.g., networking, storage controllers, accelerators) into the PCI Express 2.0 slots. Secure cards and connect necessary power and data cables, keeping airflow clear for optimal thermals.
• Configure the integrated RAID controller and storage devices as needed. Install drives if required for your deployment, booting into the appropriate RAID or storage configuration utility to create volumes and ensure data protection from the outset.
• Rack-mount the completed barebone system, connect power and network management interfaces, and power on. Enter the BIOS/UEFI to configure boot order, CPU/memory settings, and RAID parameters, then proceed with operating system installation or provisioning according to your deployment plan.

Frequently asked questions

• Q: Is the SR1600URHSR a complete server or a barebone system?
• A: This is a barebone server system designed to house dual processors, memory, and expansion cards. You will need to supply compatible CPUs, memory modules, drives, and an operating system to complete the build and bring the server online.
• Q: What kind of processors does it support?
• A: The system is built around the Socket B LGA-1366 interface, supporting dual processors. For exact processor models and compatibility, refer to Intel’s processor support guidance for Socket B LGA-1366 in your chosen CPUs and the SR1600URHSR platform documentation.
• Q: How many memory slots are available, and what type of memory is used?
• A: The chassis/board configuration provides 12 DIMM slots for DDR3 memory, enabling substantial memory capacity and bandwidth to support virtualization, HPC workloads, and data-intensive applications.
• Q: Does it include RAID capabilities?
• A: Yes, the SR1600URHSR includes integrated RAID features to improve data protection and storage management within the barebone system, suitable for scalable storage configurations in enterprise and HPC environments.
• Q: What workloads is this server best suited for?
• A: The design targets high-density compute, HPC, virtualization, and data-intensive analytics scenarios where dense rack space, reliable performance, and expandable I/O are critical to meeting evolving workloads.