Dell EMC PowerStore 3200T All-Flash Array

The Dell EMC PowerStore 3200T is a purpose-built all-flash storage array architected from the ground up for NVMe-native performance, leveraging Intel Optane technology for intelligent tiering between ultra-low-latency and high-capacity flash tiers. The system delivers predictable sub-millisecond response times across database, virtualization, and high-frequency transactional workloads while inline compression reduces effective capacity consumption by up to 6:1 for typical enterprise datasets. PowerStore 3200T represents the convergence of flash economics with deterministic latency requirements, shipping with unified block and file protocols, native container integration, and Dell EMC's UNISPHERE management fabric for seamless multi-array federation.

Targeted at organizations where latency is a business differentiator—financial trading platforms, real-time analytics, clinical data systems—the 3200T integrates proven PowerStore reliability with next-generation flash media selection. The architecture eliminates traditional SSD-to-HDD tiering bottlenecks by positioning Intel Optane SSDs as a precision performance tier, automatically promoting frequently-accessed hot data while maintaining cost-efficient capacity on NAND flash. Native support for NVMe over Fabrics (NVMe-oF) enables direct application-to-storage I/O paths, reducing CPU overhead and eliminating SCSI protocol translation latency.

Launched in Q1 2023, PowerStore 3200T has achieved rapid adoption within financial institutions and hospital systems requiring guaranteed sub-millisecond response times for critical databases, Electronic Medical Records (EMR) systems, and algorithmic trading platforms. The system scales from 25.6TB to 409.6TB usable capacity per controller pair, supports native replication and snapshots at line rate, and integrates with Dell EMC's data protection ecosystem including PowerProtect and RecoverPoint.

Ideal for

• Real-time financial trading and market data platforms requiring sub-1ms latency for algorithmic execution and risk calculation
• Hospital Electronic Medical Records (EMR) and Picture Archiving & Communication Systems (PACS) supporting high-concurrency clinical access
• High-frequency data warehouse and operational analytics with strict SLA response time commitments
• In-memory database acceleration and caching layer for SAP HANA, Oracle Exadata, and Microsoft SQL Server deployments
• Machine learning model training and inference pipelines requiring low-latency access to large training datasets
• Virtualization consolidation with guaranteed performance isolation for mixed-criticality multi-tenant environments

Technical specifications

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