Description
Fujitsu DX200-S4-12LFF-DC Technical Overview
The Fujitsu DX200-S4-12LFF-DC is a high-performance storage array controller enclosure designed for ETERNUS DX S4 series enterprise network environments. This field-tested unit serves as the foundational compute and management node for scalable data centers, providing robust block-level storage virtualization. By utilizing the DX200-S4-12LFF-DC architecture, administrators can consolidate mission-critical workloads while maintaining high availability through redundant controller configurations. The system is engineered to optimize I/O throughput, ensuring that the DX200-S4-12LFF-DC maintains consistent latency across demanding virtualized applications.
The 12LFF chassis configuration indicates that this specific DX200-S4-12LFF-DC model is optimized for high-capacity 3.5-inch large form factor drives, facilitating massive data density within a compact 2U rack footprint. Equipped with DC power supplies, this hardware is specifically tailored for telecommunications or specialized data center environments requiring direct current infrastructure. The mechanical design ensures seamless integration into standard 19-inch racks, allowing for rapid deployment and simplified maintenance cycles. Its logical role is to act as the primary interface for host connectivity, managing data protection, snapshots, and replication services across the storage fabric.
Fujitsu DX200-S4-12LFF-DC Technical Specifications
- Drive Support: Accommodates 12 Large Form Factor (LFF) drives to provide high-capacity storage density for massive data repositories.
- Power Infrastructure: Integrated DC power supply modules ensure compatibility with specialized telecommunications and high-efficiency data center power grids.
- Scalability: Supports seamless expansion within the ETERNUS DX S4 ecosystem, allowing for non-disruptive capacity growth as enterprise demands increase.
- Reliability: Features redundant controller and power pathing to ensure maximum uptime and data availability for mission-critical applications.

