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

Designed for data-centric enterprises, the HPE PM1735a 3.20 TB NVMe PCIe 4.0 U.3 Mixed-Use Solid State Drive delivers exceptional reliability and scalable performance for demanding workloads. Built to thrive in modern data centers, this 2.5-inch internal drive leverages the power of PCIe NVMe 4.0 and advanced wear leveling to optimize throughput, latency, and endurance across mixed-use environments. Whether you’re accelerating Big Data analytics, powering cloud computing platforms, enabling high performance computing, supporting business intelligence pipelines, or hosting mission-critical databases and virtualized workloads, the PM1735a is engineered to deliver faster results with lower operational costs. This drive embodies the core HPE approach to storage: delivering enterprise-grade performance with efficiency to help businesses transform data into actionable insights while preserving reliability and resilience in multi-tenant environments.

• Blazing NVMe 4.0 performance for mixed-use workloads – The PM1735a is engineered to exploit the full bandwidth and ultra-low latency of PCIe NVMe 4.0, producing high sequential throughput and impressive random I/O performance. This means faster data ingest, quicker analytics, and snappier application response times for workloads ranging from real-time BI to large-scale data processing. In practice, you’ll see accelerated seed times, faster database operations, and smoother multi-tenant virtualization workflows that translate to quicker time-to-value for your business initiatives.
• Enterprise-grade reliability and endurance – Built for continuous operation in data centers, HPE’s PM1735a MU SSD employs robust error detection, wear leveling, and data protection mechanisms designed to endure long-term use under demanding MU workloads. With features that minimize the risk of data corruption and improve write stability, you gain higher service levels, reduced maintenance windows, and more predictable performance even under sustained heavy IO activity.
• Efficient power and thermal management for dense deployments – Optimized power delivery and thermal characteristics help maintain consistent performance while reducing heat output. This supports higher rack densities, cooler data-center environments, and lower total cost of ownership. The drive is designed to operate reliably in crowded backplanes and high-density arrays, where thermal throttling can otherwise hamper throughput and predictability.
• Optimized for Mixed-Use (MU) workloads – MU designation indicates a storage solution tuned to handle a diverse mix of workloads simultaneously. The PM1735a delivers balanced performance across analytics, transactional databases, virtualization, and cloud services, delivering consistent latency and predictable throughput. This makes it an ideal building block for modern data centers that consolidate multiple applications on a shared storage tier without compromising performance guarantees.
• Seamless integration with HPE ecosystems and U.3 backplanes – This drive is designed for straightforward deployment within HPE servers and backplanes that support 2.5-inch NVMe U.3 interfaces. The result is easier lifecycle management, smoother firmware updates, and reliable interoperability with existing HPE management tools, enabling efficient provisioning, monitoring, and optimization across your storage infrastructure.

Technical Details of HPE PM1735a 3.20 TB Solid State Drive

• Form factor: 2.5-inch internal drive optimized for U.3 backplanes and enterprise server chassis
• Interface: PCIe NVMe 4.0, delivering high bandwidth and low latency for fast data movement
• Standard compatibility: U.3 form factor designed for enterprise backplanes, hot-swap bays, and server blades
• Capacity: 3.20 TB (terabytes) of solid-state storage for large-scale data, databases, and virtualized environments
• Workload classification: Mixed Use (MU) SSD engineered to support diverse, concurrent workloads with balanced performance and endurance
• Reliability and protection features: Enterprise-grade data protection, error correction, wear leveling, and power-loss protection where supported

How to install HPE PM1735a 3.20 TB NVMe SSD

Installing the PM1735a in compatible environments follows standard enterprise NVMe procedures designed to minimize downtime and risk. Begin by powering down the server and following proper electrostatic discharge precautions. Remove the existing drive from its hot-swap bay or unlock a vacant 2.5-inch slot that supports U.3 NVMe devices. Align the PM1735a with the backplane connector and slide it firmly into place until it is fully seated. Reattach the drive caddy or tray if your chassis uses a hot-swap mechanism, then re-mount any covers and reconnect power and data interfaces as required. Power on the system and use the hardware management interface to confirm that the PM1735a is recognized and healthy. Within the operating system, install or update the latest HPE firmware and NVMe driver, then initialize the drive for use. Create a new NTFS, ext4, or other preferred filesystem, or configure it as a dedicated storage pool for MU workloads, depending on your OS and workload model. For continued reliability, enable applicable data protection features, such as write protection, SMART monitoring, and routine firmware health checks. Periodically review firmware versions and perform updates to maximize endurance, security, and compatibility with your server ecosystem. If you’re building a multi-drive array, ensure consistent firmware levels across all PM1735a units to avoid compatibility issues that could impact performance or reliability in mixed-use deployments.

Frequently asked questions

• What workloads is the HPE PM1735a best suited for? The PM1735a MU SSD is designed to excel in mixed-use workloads, including Big Data analytics, cloud infrastructure, high-performance computing, business intelligence, online transaction processing databases, and virtualization environments. Its PCIe NVMe 4.0 interface delivers the speed necessary for data-intensive applications while maintaining reliability for enterprise operations. The drive’s mixed-use optimization ensures that these varied workloads can co-exist on a single tier without creating hotspots or inconsistent latency.
• What does MU mean and why is it important? MU stands for Mixed Use. This indicates the drive is tuned to handle diverse and concurrent workloads with balanced performance and endurance. In practice, MU SSDs like the PM1735a avoid the extremes of niche-use drives and offer a versatile storage option suitable for hybrid or consolidated environments where multiple applications rely on the same storage tier.
• Is the PM1735a compatible with my server? Compatibility depends on your server model and the backplane’s support for 2.5-inch NVMe U.3 drives. Check your server’s hardware compatibility list or contact your vendor to verify that your system supports PCIe NVMe 4.0 U.3 drives in the 2.5-inch form factor and that a firmware level is compatible with the PM1735a family. If you operate in a heterogeneous environment, consider standardizing on a common drive family to simplify management and maintenance.
• What warranty or service coverage comes with the PM1735a? Warranty terms vary by vendor and region. Enterprise SSDs from HP typically include multi-year limited warranties and optional support plans. For precise terms, consult your purchase agreement or the vendor’s warranty documentation to understand coverage, RMA procedures, and service level commitments.
• What performance benefits can I expect in real-world scenarios? In practical deployments, you should expect faster data ingest for analytics pipelines, lower latency for transactional operations, and improved responsiveness for virtualized desktops and cloud services. The NVMe 4.0 interface helps reduce bottlenecks in busy data paths, while the MU design provides consistent throughput across mixed workloads, leading to more predictable performance under peak demand.