HPE 3PAR-ST1748 Enclosure N9Z50-63003

Name: HPE 3PAR-ST1748 Enclosure N9Z50-63003
SKU: 1017
Availability: InStock

€16,449

• High-Density Storage Expansion: Accommodates up to 16 enterprise-grade SAS SSDs, delivering scalable performance and high throughput for demanding data center environments.

• Enterprise-Class Drives Included: Ships pre-populated with 16 × HPE PM1643a 1.92TB SAS 12Gbps SSDs (MZ-ILT1T9B), offering a total of 30.72TB of high-speed, reliable storage.

• High-Speed Connectivity: Includes 2 × HPE 2.0m MiniSAS HD to MiniSAS HD external cables, ensuring robust, low-latency connections to HPE 3PAR or compatible storage controllers.

• Optimized for 3PAR Systems: Engineered for seamless integration with HPE 3PAR arrays, supporting advanced storage tiering, deduplication, and high availability configurations.

• Tool-Free Maintenance: Modular design allows for easy drive access and replacement, supporting continuous uptime and simplified serviceability in enterprise deployments

Category: Uncategorized

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Description

The HPE 3PARB-ST1748 Enclosure (N9Z50-63003) is a high-performance external drive enclosure purpose-built for expanding HPE 3PAR storage arrays. Designed for enterprise and data center workloads, this 2U chassis supports up to 16 SAS SSDs and offers scalable, low-latency access to critical data.

Pre-installed with 16 × HPE PM1643a 1.92TB SAS 12Gbps solid-state drives (MZ-ILT1T9B), the enclosure delivers a cumulative 30.72TB of high-speed storage, ideal for performance-intensive applications such as virtualization, database acceleration, and analytics workloads.

The unit includes 2 × 2.0-meter HPE MiniSAS HD cables, enabling high-bandwidth connectivity to existing 3PAR systems. With native support for 12Gbps SAS, this enclosure ensures rapid data access and robust I/O capabilities, critical for latency-sensitive operations.

Built for seamless deployment and serviceability, the HPE 3PARB-ST1748 enclosure combines enterprise-grade reliability with scalable performance, making it a strategic addition to any mission-critical infrastructure.