Dell PowerScale F710 All-Flash NAS Node

The Dell PowerScale F710 is an all-flash NAS node built on a PowerEdge server foundation and designed specifically for high-throughput, low-latency unstructured data workloads. As part of the Dell PowerScale F-series portfolio, the F710 delivers dense NVMe-based flash storage capacity within the OneFS scale-out operating system, enabling organizations to consolidate large unstructured data repositories—including AI/ML training datasets, media files, genomics data, and telemetry archives—onto a single unified namespace that can scale from a handful of nodes to thousands without disruption to running workloads.

The F710 integrates directly into existing PowerScale clusters alongside other F-series, H-series, and A-series nodes, leveraging OneFS to present a single global namespace regardless of how many nodes are active. OneFS handles data protection through distributed erasure coding and mirroring policies without requiring a separate RAID controller, and it supports multi-protocol access across NFS, SMB, HDFS, S3-compatible object interfaces, and native REST APIs simultaneously. The node's NVMe flash tier eliminates the latency bottlenecks associated with spinning media, making it suitable for AI inference pipelines and iterative model training workflows that require rapid random and sequential I/O against very large file sets.

Targeted at enterprises running data-intensive AI infrastructure, life sciences research environments, media and entertainment production pipelines, and financial analytics platforms, the F710 is engineered to sustain high concurrent throughput as cluster node count grows. Dell's PowerScale architecture ensures linear performance and capacity scaling, and the F710 can participate in multi-tenant environments with granular quality-of-service controls, inline data reduction, and role-based access policies enforced uniformly across the cluster through OneFS administrative tooling.

Ideal for

• AI and machine learning data pipeline storage — serving NVMe-backed high-throughput NAS to GPU compute clusters for training and inference workloads requiring sustained random and sequential I/O against multi-petabyte unstructured datasets
• Life sciences genomics and imaging repositories — consolidating large FASTQ, DICOM, and whole-slide imaging files in a single scalable namespace accessible to HPC analysis clusters over high-speed NFS or S3-compatible interfaces
• Media and entertainment production storage — supporting 4K/8K video ingest, proxy generation, and simultaneous editorial access with the low-latency, high-bandwidth characteristics of all-flash NAS
• Financial services tick data and analytics archives — providing fast random-access storage for time-series market data repositories and quantitative research environments that require consistent low-latency reads across billions of small files
• Enterprise object and file convergence — replacing siloed NAS and object storage silos with a unified S3-compatible and NFS/SMB namespace that supports both modern cloud-native applications and legacy file-based workloads concurrently
• High-performance EDA and simulation scratch — acting as a shared high-speed scratch tier for electronic design automation tools and computational simulation jobs that generate and consume large intermediate datasets across distributed compute nodes

Technical specifications

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