All-NVMe
dual-ported architecture
Every drive slot is NVMe — no hybrid or spinning disk. Consistent low latency from day one to full capacity.
EMC Hardware
Dell PowerStore
Intelligent midrange storage — unified, scalable, and built for automation-first operations.
Not every workload demands mission-critical tier pricing, but that doesn't mean you should compromise on architecture quality. Dell PowerStore Gen 2 is built for organizations that need all-NVMe performance, unified file/block/container support, and scale-out flexibility — without the complexity or cost of high-end storage. It's the platform that hits the practical sweet spot for data centers modernizing storage without overbuilding or underinvesting.
>23 PBe
effective capacity per cluster
Up to 4 appliances cluster together for linear scale-out beyond 23 petabytes effective per Dell published specs.
4-in-1
unified workload support
Block, File, VMware vVols, and Kubernetes CSI container storage — all from a single appliance platform.
Always-on
inline data reduction
Deduplication and compression run inline at all times; no post-process scheduling required.
Why PowerStore Wins Midrange Evaluations
Dell positioned PowerStore Gen 2 as a practical performance platform with real data reduction guarantees and genuine scale-out architecture. These are the numbers that matter in procurement and architecture discussions.
The Midrange Platform That Takes Architecture Seriously
Midrange storage is often where organizations get burned. Entry-level price points lead to compromised architectures — spinning disks tucked behind NVMe cache, unified protocols that don't really unify, and scale-out stories that don't survive contact with real growth. PowerStore was designed to avoid those traps.
Built on Intel Xeon Scalable processors with an all-NVMe dual-ported design, PowerStore Gen 2 delivers consistent low-latency access whether you're running Oracle databases, VMware clusters, NFS home directories, or containerized applications from Kubernetes. The architecture doesn't differentiate between protocol tiers — it's genuinely unified.
For Soha customers, PowerStore fits best in organizations that have outgrown entry-level storage but aren't running the kind of mission-critical core banking systems that justify PowerMax pricing. It's the smart upgrade path for mid-sized enterprises, secondary data center tiers, and primary storage for environments where performance matters but extreme tier-1 isn't required.
Where PowerStore Fits Best
- VMware vSphere environments that need a reliable, high-performance datastore with vVols support and native snapshot integration.
- Oracle, SQL Server, and PostgreSQL databases in mid-tier environments where NVMe performance is valuable but full PowerMax pricing isn't justified.
- NFS and SMB file services for mixed enterprise environments alongside block storage from the same appliance.
- Kubernetes persistent storage for containerized applications using CSI — replacing separate storage solutions for container workloads.
- Secondary data center storage tiers, disaster recovery targets, and backup storage with native replication from primary arrays.
- Organizations consolidating multiple aging storage platforms into a single, unified midrange platform with a clear upgrade path.
Architecture and Platform Design
All-NVMe from the ground up
PowerStore Gen 2 uses dual-ported NVMe drives throughout — not NVMe-plus-SAS hybrids. This matters because it eliminates the latency variability that comes from tiered storage architectures. Every I/O path is consistent.
NVMe/FC and NVMe/TCP networking
Beyond the internal drive architecture, PowerStore supports NVMe-oF connectivity over both Fibre Channel and TCP/IP. Organizations can move their host connectivity to NVMe fabric protocols as their infrastructure evolves.
Scale-out cluster design
Up to 4 PowerStore appliances form a single cluster with shared management, shared pool, and linear capacity scaling. Expansion doesn't require forklift upgrades — add appliances as you grow.
Container-native storage support
PowerStore includes CSI (Container Storage Interface) support for Kubernetes workloads. Organizations running containerized applications don't need a separate storage platform — PowerStore handles persistent volumes natively.
What Makes PowerStore Easy to Operate
Single management interface for all protocols
Block, file, and vVols all managed from one UI and API — no per-protocol management silos. This significantly reduces operational overhead for teams that support mixed workload environments.
Immutable snapshots and native replication
Built-in snapshot protection with immutability options and native async/sync replication to a second PowerStore or PowerMax. Organizations get a coherent data protection story without third-party bolt-ons.
Intelligent workload placement
PowerStore uses machine learning to continuously monitor and balance workloads across the appliance. Manual tuning and performance management are significantly reduced compared to earlier generation platforms.
Non-disruptive expansion and upgrades
Adding capacity, adding appliances to the cluster, and software updates all happen non-disruptively. Infrastructure teams can maintain and grow the platform without scheduling maintenance windows for routine operations.
Product Views
Product imagery for technical, procurement, and architecture teams evaluating PowerStore for storage modernization discussions.
Official Dell References
Use these official Dell references to validate architecture claims, compare models, and prepare for technical evaluation or procurement discussions.
Dell PowerStore Product Page
Dell's commercial product landing page for PowerStore with model selector, current positioning, and related midrange storage links.
Open ReferencePowerStore Data Sheet
Official Dell data sheet covering PowerStore Gen 2 specifications, model variants, protocol support, and performance characteristics.
Open ReferencePowerStore Overview Page
Dell Technologies landing page for PowerStore architecture overview, use case positioning, and technical resource links.
Open ReferenceCapacity, performance, and protocol claims should be confirmed against the selected PowerStore model, software version, and your specific network and host configuration before commercial commitment.