HPE PM1733a 15.36 TB NVMe SSD — 2.5" U.3 PCIe Gen4 Read Intensive

Engineered for enterprise-class storage, the HPE PM1733a 15.36 TB Solid State Drive delivers extreme scalability, reliability, and speed for data centers that demand fast data access and smooth operation under heavy read workloads. This 2.5" internal U.3 NVMe drive leverages PCIe Gen4 x4 to maximize read IOPS and minimize latency, making it an ideal choice for read caching, bulk storage, email archives, social media data stores, and boot/swap environments. Built for the modern enterprise, the PM1733a RI is designed to sustain high read throughput with consistent performance, helping businesses accelerate applications, reduce bottlenecks, and improve user experiences in data-intensive workflows.

• Unmatched read performance: PCIe Gen4 x4 NVMe interface delivers high IOPS and low latency, accelerating read-heavy workloads and delivering snappier application responses.
• Massive capacity for consolidation: 15.36 TB of enterprise-grade storage supports large data libraries, media assets, and cold data while reducing disk sprawl.
• Optimized for Read Intensive workloads: Tailored for read caching, social media data stores, bulk storage, email repositories, and boot/swap operations to boost access times and efficiency.
• Enterprise-grade reliability and protection: Built to survive demanding data-center environments with robust error detection, data integrity features, and durable design for long-term durability.
• Efficient and manageable: Optimized power usage and thermal behavior support dense deployments, with compatibility with standard NVMe management tools and server backplanes for easy monitoring and maintenance.

Technical Details of HPE PM1733a 15.36 TB Solid State Drive

• Capacity: 15.36 TB
• Form factor: 2.5" internal
• Interface: U.3 (PCIe NVMe Gen4) x4
• Drive type: Read Intensive (RI) NVMe SSD
• Primary workloads: read caching, bulk storage, email, social media caching, boot/swap

How to Install HPE PM1733a 15.36 TB NVMe SSD

• Power down the server or storage appliance and disconnect from power. Ground yourself to avoid static discharge.
• Identify a compatible 2.5" U.3 NVMe drive bay or backplane slot that supports PCIe Gen4 NVMe drives.
• Remove any securing screws and insert the PM1733a firmly into the slot. Ensure proper alignment with the backplane connectors and chassis rails, then secure the drive with screws as required.
• Reconnect power and data cables or backplane interfaces. Power up the system and enter the BIOS/UEFI to confirm the new drive is detected.
• In the operating system, initialize the drive, create a new volume or logical partition, and format it using your preferred filesystem. Configure performance options or storage tiers as needed for your workload.
• Update to the latest firmware if available and set up health monitoring using vendor tools or your existing storage management framework for ongoing performance and reliability tracking.

Frequently asked questions

• What workloads is the HPE PM1733a Read Intensive SSD best suited for?
  The PM1733a RI is optimized for read-intensive workloads such as read caching, social media data stores, bulk storage, email archives, and boot/swap operations, delivering high IOPS and low latency for rapid data access in demanding environments.
• What is the form factor and interface?
  It is a 2.5" internal drive using the U.3 interface with PCIe NVMe Gen4 x4, enabling fast, scalable connectivity in data-center backplanes and back-end servers.
• Can this drive be used for boot drives?
  Yes. The PM1733a RI supports boot and swap workloads, providing fast OS boot times and responsive system performance under heavy load scenarios.
• Is this drive suitable for enterprise reliability requirements?
  Yes. It is designed for data-center reliability with enterprise-grade features that ensure data integrity, durability, and steady performance under sustained read workloads.
• How do I monitor drive health and firmware?
  Use standard NVMe management tools and vendor-provided utilities integrated with your server platform to monitor health, firmware status, and performance metrics. Regular firmware updates are recommended for best performance and reliability.