Hitachi Virtual Storage Platform One File 32

The Hitachi Virtual Storage Platform One File 32 (VSP-1F32) is a purpose-built unified file storage node designed as an integral component of the VSP One platform, extending its capabilities to address the demands of unstructured data growth at enterprise scale. Built on a scale-out NAS architecture, the VSP One File 32 delivers high-throughput file services over industry-standard NFS and SMB/CIFS protocols, enabling organizations to consolidate file workloads onto a single, manageable infrastructure tier that shares the operational model of the broader VSP One family.

The VSP One File 32 is engineered for environments where unstructured data volumes are expanding rapidly, such as media repositories, home directory services, analytics data lakes, and collaboration platforms. Its architecture supports non-disruptive scalability, allowing additional nodes to be introduced as capacity and performance requirements grow, without disruption to active workloads. Integrated data services including snapshots, replication, and tiered storage policies provide the data protection and efficiency mechanisms required by enterprise storage operations teams.

As part of the Hitachi Vantara VSP One portfolio, the File 32 benefits from a unified management plane that provides consistent operational governance across block and file storage tiers. This convergence reduces administrative overhead and simplifies policy enforcement across heterogeneous workload types. The platform is suited to organizations seeking to modernize legacy NAS infrastructure, support hybrid cloud data mobility, and bring enterprise-grade reliability to file-based storage at scale.

Ideal for

• Consolidation of distributed departmental NAS silos onto a single scale-out file platform with centralized management
• Home directory and user data services for large enterprise Active Directory environments requiring SMB/CIFS access
• Unstructured data repositories for analytics pipelines consuming NFS-accessible datasets at high concurrency
• Media and entertainment asset storage requiring high-throughput sequential read/write access to large binary files
• Long-term retention and tiering of file data with policy-driven movement to lower-cost storage tiers or object storage
• Hybrid cloud file workloads requiring on-premises NAS performance with data mobility to cloud object targets

Technical specifications

Available from Omnixon Global. Submit an RFQ and our team will confirm configuration and availability for your order.