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Dell PowerScale H7100 80-Bay Hybrid NAS Storage

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Dell PowerScale H7100 is a high-density hybrid scale-out NAS platform designed for demanding enterprise file workloads and large unstructured-data environments. Each 4-node chassis supports 80 × 3.5-inch HDDs, 384 GB ECC memory per node, and chassis capacities from 960 TB to 1.9 PB, depending on HDD configuration. Front-end networking supports 2 × 100GbE or 2 × 25GbE per node, while infrastructure networking can use EDR InfiniBand, 100GbE, or 25GbE.

OVERVIEW

  • The PowerScale H7100 is a 4-node hybrid scale-out NAS platform for enterprises managing large, unstructured file workloads. It combines 80 × 3.5-inch HDDs per chassis with SSD cache and OneFS for a single namespace and distributed file system. Compatibility: Uses supported SATA/SAS HDD and SSD configurations with OneFS 9.11 or later. Model comparison: H7100 provides higher chassis capacity and memory than H710, making it better suited to capacity-intensive deployments. 

USE CASES

  • Enterprise file services: Centralize large volumes of business files within a distributed NAS architecture.
  • Unstructured-data repositories: Provide high-capacity storage for rapidly growing file-based datasets.
  • Media and content repositories: Support large file collections where capacity density is a primary procurement requirement.
  • Research and analytics environments: Provide scalable shared storage for data-intensive workflows.
  • Backup and secondary storage: Consolidate large backup datasets on high-capacity HDD-based storage.
  • AI and data pipelines: Provide shared file storage for large datasets feeding compute and analytics environments.
  • Large-scale departmental consolidation: Replace multiple isolated NAS systems with a scale-out namespace.
  • Enterprise data centers: Deploy high-capacity storage while retaining the ability to expand the cluster as requirements increase.
  • Mixed performance/capacity workloads: Combine HDD capacity with SSD cache to balance storage economics and access performance.

KEY FEATURES

  • 80 × 3.5-inch HDDs per chassis: High drive density - concentrates substantial raw capacity into a single 4-node chassis, reducing the infrastructure footprint required for large datasets. 
  • Up to 1.9 PB chassis capacity: High-capacity configuration - provides a large starting storage pool for organizations with significant unstructured-data requirements. 
  • 960 TB, 1.28 PB, 1.6 PB and 1.9 PB configurations: Multiple capacity choices - lets procurement teams align storage investment with current capacity requirements instead of overbuying unnecessarily. 
  • 384 GB ECC memory per node: Large memory footprint - supports demanding distributed file workloads while providing ECC protection for data held in memory. 
  • SSD cache per node: 3.2 TB or 7.68 TB SSD options - adds flash-based caching to an HDD-focused platform, helping balance capacity economics with workload responsiveness. 
  • 2 × 100GbE or 2 × 25GbE front-end networking per node: High-speed client connectivity - provides bandwidth options for demanding enterprise file-access environments. 
  • EDR InfiniBand, 100GbE or 25GbE infrastructure networking: Flexible back-end fabric choices - allows the H7100 to align with different data-center network architectures. 
  • OneFS 9.11 or later: Distributed file-system platform - provides a unified file system and global namespace rather than forcing users to manage isolated storage silos. 
  • 4-node chassis architecture: Distributed design - provides the foundation for clustered scale-out storage rather than a conventional single-controller NAS architecture. 
  • Scale-out cluster support: Up to 63 chassis and 252 nodes - provides a growth path from an individual chassis to a substantially larger storage environment. 
  • SATA and SAS storage support: Enterprise drive flexibility - gives infrastructure planners supported media choices for capacity and performance requirements. 

TECHNICAL SPECIFICATIONS

  • Brand: Dell
  • Product Family: PowerScale
  • Model: H7100
  • Product Type: Hybrid Scale-Out NAS Platform
  • Architecture: Distributed, symmetric scale-out cluster
  • Nodes per Chassis: 4
  • HDD Drives per Chassis: 80 × 3.5-inch
  • Supported HDD Capacities: 12 TB, 16 TB, 20 TB, 24 TB
  • Chassis Raw Capacity: 960 TB / 1.28 PB / 1.6 PB / 1.9 PB
  • Memory per Node: 384 GB ECC
  • Processor: Intel Xeon 5416S, 2 GHz, 16 cores, 150W TDP
  • Storage Media: SATA and SAS
  • SSD Cache per Node: 3.2 TB or 7.68 TB
  • SSD Cache Quantity: 1 or 2 per node, depending on HDD configuration
  • Front-End Networking: 2 × 100GbE QSFP28 or 2 × 25GbE SFP28 per node
  • Infrastructure Networking: 2 × EDR InfiniBand or 2 × 100GbE QSFP28 or 2 × 25GbE SFP28 per node
  • Operating System: OneFS 9.11.0.0 or later
  • Cluster Chassis Range: 1–63 chassis
  • Cluster Node Range: 4–252 nodes
  • Maximum Listed Cluster Capacity: 100 PB
  • Rack Units: 4U per chassis
  • SED Option: FIPS-compliant SED HDD options available
  • FIPS Coverage: FIPS 140-2 for 2TB–16TB drives; FIPS 140-3 for 20TB+ drives listed as CMVP pending
  • Compatibility: PowerScale H7100; supported OneFS 9.11+ configurations
  • Primary Workload: Demanding enterprise file workloads
  • Deployment Type: Data center / enterprise storage

Why Choose This Product?

  • High-capacity chassis design - 80 HDD bays provide a dense foundation for large enterprise data repositories.
  • Up to 1.9PB per chassis - Reduces the number of chassis required when capacity is the dominant procurement driver.
  • Scale-out architecture - Supports expansion from 4 nodes to large multi-chassis clusters without abandoning the distributed storage model.
  • High-speed networking options - 100GbE, 25GbE and EDR InfiniBand choices help align storage connectivity with existing data-center fabrics.
  • HDD plus SSD cache architecture - Delivers a capacity-focused platform without relying exclusively on flash storage.
  • Unified namespace - OneFS combines storage into a single distributed file system and global namespace, simplifying access to data across the cluster. 
  • Enterprise memory capacity - 384GB ECC memory per node provides a substantial memory resource for demanding file workloads.
  • Long-term capacity planning - Multiple HDD sizes and scalable chassis/node configurations give infrastructure teams flexibility as unstructured data grows.

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