HPE PM1735a 3.20 TB Internal 2.5" U.3 PCIe NVMe 4.0 Mixed-Use SSD

The HPE PM1735a 3.20 TB Solid State Drive is the cornerstone of high-performance storage for demanding enterprise environments. Built as a 2.5-inch internal U.3 drive with PCIe NVMe 4.0, this mixed-use (MU) SSD is engineered to accelerate data-driven operations across analytics, cloud workloads, virtualization, databases, and AI-enabled business intelligence. Designed for reliability, endurance, and efficiency, the PM1735a delivers fast, predictable performance under heavy multitasking while maintaining low latency and strong data integrity. If you’re upgrading a data center, server, or edge infrastructure, this drive combines enterprise-grade features with scalable capacity to support today’s most essential workloads without compromising on I/O depth or sustained throughput. With HPE’s reputation for rugged reliability and serviceability, the PM1735a is a trusted choice for IT teams seeking to unlock faster business results from their NVMe storage investment.

• Premium performance for mixed-use workloads: The PM1735a delivers high sequential and random I/O throughput designed to accelerate Big Data analytics, cloud platforms, virtualized environments, and database applications. Its NVMe 4.0 interface minimizes latency while maximizing parallelism, enabling faster query results, improved reaction times, and smoother virtual machine performance even during peak demand.
• High-capacity 3.20 TB for data-intensive environments: With a sizable capacity, this drive sustains growth for large datasets, extensive catalogs, and multi-tenant workloads. The ample space supports rapid data ingestion, staging, and long-running analytics pipelines, reducing the need for frequent capacity planning and upgrade cycles as workloads expand.
• 2.5-inch U.3 form factor for versatile deployment: The internal 2.5" U.3 form factor enables seamless integration into modern servers, backplanes, and storage arrays that rely on standard enterprise interfaces. Its compact size provides flexibility for dense rack deployments, hot-swap backplanes, and enterprise-class infrastructure that prioritizes efficiency and space utilization.
• PCIe Gen4 x4 NVMe 4.0 technology for ultra-low latency: Leveraging PCIe 4.0, the PM1735a achieves reduced I/O latency and higher bandwidth compared with earlier generations. This translates into faster boot times, quicker data access, and improved transactional throughput across OLTP, BI, and data analytics workloads—without sacrificing reliability or endurance.
• Enterprise-grade reliability and efficiency for business-critical workloads: Engineered with endurance, data-protection features, and robust power management, the PM1735a is built to maintain consistent performance under sustained load. It supports enterprise-grade safeguards for data integrity and continuous operation in demanding data-center environments, helping to minimize downtime and maximize return on investment.

Technical Details of HPE PM1735a 3.20 TB Solid State Drive

• Capacity: 3.20 TB
• Form factor: 2.5-inch internal
• Interface: PCIe Gen4 x4 NVMe 4.0
• Connector/backplane: U.3 (SFF-8639) compatible for flexible enterprise deployment
• Workload classification: Mixed Use (MU) optimized for a combination of analytics, virtualization, databases, and cloud workloads
• Endurance and reliability: enterprise-grade reliability features designed to support sustained operation in data centers
• Usage scenario: ideal for big data analytics, cloud computing, high-performance compute, business intelligence, database applications, and virtualization

how to install HPE PM1735a 3.20 TB Solid State Drive

• Power down the server or storage array and disconnect from power sources before installation to prevent any electrical damage or data loss.
• Verify compatibility with your server, backplane, or storage controller. Ensure the system supports 2.5-inch U.3 NVMe drives and PCIe Gen4 bandwidth for optimal performance.
• Remove the existing drive or prepare an available U.3 slot/backplane bay. Confirm that the drive tray and backplane align with the PM1735a’s dimensions and connector configuration.
• Insert the PM1735a into the backplane or drive slot, aligning the connectors carefully to avoid bent pins. Secure the drive with the appropriate screws or latch mechanism as dictated by your enclosure or carrier tray.
• Power up the system and enter the appropriate RAID or NVMe controller utility to initialize the drive. Update firmware if available, partition and format the drive as needed, and perform any required drive health checks and optimization steps as part of standard deployment procedures.

Frequently asked questions

• What workloads is the HPE PM1735a best suited for? The PM1735a is engineered for Mixed Use workloads, including Big Data analytics, cloud services, virtualization, business intelligence, and database operations. It delivers strong read/write performance and reliable endurance to support diverse enterprise applications.
• Which interface and form factor does it use? It uses a 2.5-inch internal form factor with a U.3 (SFF-8639) connector and the PCIe Gen4 x4 NVMe 4.0 interface, enabling high-throughput, low-latency storage suitable for data-center deployments.
• Is this drive suitable for NVMe RAM or storage-heavy workloads? Yes. Its MU classification and enterprise design make it well-suited for mixed workloads that require fast random I/O, sustained throughput, and reliable data integrity across analytics, virtualization, and database environments.
• What about data reliability and protection? The PM1735a includes enterprise-grade reliability features designed to protect data integrity, support power loss protection, and maintain steady performance under heavy load—important for mission-critical applications and 24/7 operations.
• How do I install and configure this drive in a server? Install the drive into a compatible server or storage backplane, initialize through the server’s NVMe controller or RAID utility, and format as needed. Always verify firmware compatibility and follow your vendor’s deployment best practices for performance optimization and drive health monitoring.
• What is the expected performance impact when upgrading to the PM1735a? Upgrading to a PCIe Gen4 NVMe MU SSD typically yields faster application response times, higher IOPS, reduced latency, and improved throughput for concurrent workloads, which can translate into faster analytics results and smoother virtualization and database operations.