Dell EMC PowerMax 2000

Brand: Dell EMC
Availability: In Stock
  • Overview

    The Dell EMC PowerMax 2000 is an enterprise-grade all-flash storage array designed for mission-critical workloads. As the entry point into the the PowerMax family, it delivers high performance, ultra-low latency, and rich data services in a compact form factor. It supports end-to-end NVMe, Storage Class Memory (SCM), and integrated machine learning for auto-optimization. It is ideal for consolidating mixed workloads (databases, analytics, transaction processing), and supports rigorous availability, replication, and security capabilities.

    With support for up to 1.2 PB (petabytes) of usable capacity and a dual-brick architecture, the PowerMax 2000 offers a balance of performance, capacity, and enterprise features in a dense footprint.

     

    Features

    • End-to-End NVMe & SCM Support
      The PowerMax 2000 supports 32 Gb/s FC-NVMe host connectivity and native NVMe over PCIe drives, together with dual-port Intel® Optane™ SCM drives for even lower latency and fast I/O paths.
    • High Performance & Low Latency
      The system is engineered for I/O response times measured in microseconds and throughput up to tens of gigabytes per second (depending on configuration).
    • Advanced Data Services & Efficiency
      It includes inline global compression, deduplication, thin provisioning, snapshots, clones, and data reduction functionality to improve capacity utilization and reduce total cost of ownership.
    • Machine Learning–Driven Optimization
      Built-in real-time machine learning monitors workload patterns and automates data placement to optimize performance, without added administrative overhead.
    • High Availability & Reliability
      The architecture is designed for six nines (99.9999 %) availability, with redundant directors, cache, fabric, and failover mechanisms to support mission-critical operations.
    • Enterprise Replication & Disaster Recovery
      The system integrates with SRDF (Symmetrix Remote Data Facility) for synchronous and asynchronous replication, enabling business continuity and disaster recovery strategies.
    • Security & Encryption
      End-to-end efficient encryption is supported (from host to storage media), along with in-flight and at-rest encryption, while preserving data reduction capabilities.
    • Scalability & Consolidation
      The PowerMax 2000 supports mixed workload consolidation (block, file, mainframe, IBM i) on a single array, allowing fewer silos and simpler management.
    • Rapid Provisioning & Automation
      Storage provisioning can be completed in under 30 seconds. Integration with DevOps tools, Kubernetes, and automation frameworks simplifies operations.

     

    Specifications

    Below is a summary of key technical specifications for Dell EMC PowerMax 2000. Actual values may vary depending on chosen configuration, software package, drive types, and expansions.

    Category

    Specification

    Architecture

    Dual-brick architecture (1 to 2 bricks per system)

    Maximum Usable Capacity

    Up to ~1.2 PBe (petabytes) per array (with data reduction enabled)

    Drive Types Supported

    NVMe flash drives (2.5″) in 1.92 TB, 3.84 TB, 7.68 TB, 15.36 TB SCM drives in 750 GB, 1.5 TB

    Maximum Drives

    Up to 96 drives per array

    Cache / Memory

    Minimum raw cache: 512 GB Engine configurations support 512 GB, 1 TB, and 2 TB cache options

    Front-end Host Connectivity

    32 Gb/s FC / FC-NVMe 16 Gb/s FC 10 GbE (iSCSI, SRDF) 25 GbE (iSCSI, SRDF)

    Redundancy & High Availability

    Fully redundant directors, cache, fabric paths, power supplies, vaulting mechanisms

    Power & Electrical

    For one PowerBrick: ~3,099 VA (at >35 °C) combined zones For two PowerBricks: ~6,166 VA combined zones

    Physical Dimensions (Per Brick / System Bay)

    Height: 75 in / 190 cm Width: 24 in / 61 cm Depth: 42 in / 106.7 cm Max weight: ~620 lbs (281 kg) for one brick; up to ~1,610 lbs (730 kg) for dual-brick configuration

    Operating Environment

    Standard data center temperature and cooling ranges; internal vaulting to Flash

    Data Services

    Inline compression, inline deduplication, thin provisioning, snapshots, clones, replication (SRDF), encryption, automated optimization

    Management & Automation

    Web-based GUI, REST APIs, integration with DevOps / containers / orchestration frameworks

    Fault Tolerance & Reliability

    Designed for 99.9999 % availability, non-disruptive upgrades and expansions

    Replication & DR

    SRDF synchronous and asynchronous replication capabilities

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