Intel Server System R1304WT2GSR incl. Server Board

Intel Server System R1304WT2GSR – The Ultimate 1U Barebone Platform

The Intel Server System R1304WT2GSR is a purpose‑built, single‑rack‑height (1U) server barebone that delivers uncompromised performance, scalability, and reliability for modern data‑center workloads. Designed around the Intel® C612 chipset and LGA 2011‑v3 socket, it supports dual Intel Xeon processors, up to 1.5 TB of DDR4 memory, and a full complement of hot‑swap storage options.

Key Design Features

Compact 1U Form Factor

The system’s 43.2 mm height and 438.1 mm width make it ideal for dense rack deployments where every millimeter counts. Despite its slim profile, the chassis incorporates a robust metal construction that ensures structural integrity while maintaining excellent airflow.

Powerful Power Delivery

A single 750 W AC power supply (rated 665–800 W) powers the entire platform. The unit is certified to the 80 PLUS Platinum standard, guaranteeing high efficiency and low operating costs even under full load.

Advanced Cooling Architecture

The R1304WT2GSR features a dedicated air duct system and six dual‑rotor fans (FR1UFAN10PW) that provide consistent airflow across the board. Two heatsinks (FXXCA84X106HS) are strategically placed to dissipate heat from critical components such as the CPU, memory, and PCIe slots.

Robust Storage Flexibility

• Four 3.5” hot‑swap drive carriers (FXX35HSCAR) allow for rapid replacement of failed drives without downtime.
• A 12 Gb SAS backplane (FR1304S3HSBP) supports high‑speed data transfer to connected storage devices.
• Up to 10 SATA connectors and a dedicated optical drive bay with filler panel provide versatile media options.
• The platform is compatible with both SAS1 and SATA drives, supporting capacities from 3 TB upwards.

Memory Capacity and Performance

With 24 DDR4 DIMM slots, the R1304WT2GSR can accommodate up to 1.5 TB of memory. Each slot supports RDIMM modules, ensuring low latency and high bandwidth for memory‑intensive applications such as virtualization, in‑memory databases, and analytics.

PCI Express Expansion

The board offers a total of four PCIe 3.0 lanes:

• Two x16 slots (F1UL16RISER) for high‑performance GPUs or NVMe storage adapters.
• One x8 slot and one x4 slot for additional expansion cards, enabling diverse workloads from networking to AI acceleration.

Networking Capabilities

The system is equipped with dual 1 GbE Ethernet ports, providing reliable connectivity for both management and data traffic. The integrated LAN controller supports standard Fast Ethernet (10/100) as well as Gigabit speeds, ensuring compatibility across a wide range of network environments.

Management and Software Support

Intel’s Server Management Software is bundled with the platform, offering out‑of‑band management, remote monitoring, and firmware updates. This software suite simplifies administration and enhances operational efficiency for IT teams.

Component Breakdown

Performance Highlights

• Processor Support: Dual Intel Xeon processors with LGA 2011‑v3 sockets, enabling multi‑core scalability.
• Memory Bandwidth: Up to 1.5 TB DDR4 RAM provides ample capacity for memory‑bound workloads.
• Storage Throughput: 12 Gb SAS backplane delivers high data rates suitable for enterprise storage arrays.
• RAID Options: Supports RAID levels 0, 1, and 10 for flexible redundancy and performance configurations.

Ideal Use Cases

The Intel R1304WT2GSR is engineered for environments that demand:

• High density server deployments in data centers or edge locations.
• Rapid hot‑swap storage capabilities to minimize downtime.
• Robust memory capacity for virtualization, big data analytics, and high‑performance computing.
• Reliable networking with dual Gigabit Ethernet ports for both management and traffic segregation.
• Seamless integration into existing Intel server ecosystems thanks to standardized components and management software.

Conclusion

The Intel Server System R1304WT2GSR delivers a compelling blend of compactness, power efficiency, and expandability. Its carefully engineered chassis, high‑performance storage backplane, and generous memory support make it an excellent foundation for building resilient, scalable server solutions that can adapt to evolving workloads without compromising on space or performance.