VS000480KWDUP HPE 480GB SSD NVME PCI-Express SFF

HPE VS000480KWDUP 480GB NVMe PCIe MLC SFF M.2 22110 G10 Solid State Drive Overview

The HPE VS000480KWDUP 480GB NVMe PCIe MLC SFF M.2 22110 G10 Solid State Drive is an enterprise-class storage solution engineered for exceptional performance, endurance, and reliability. Designed specifically for HPE ProLiant Gen10 servers, this drive leverages cutting-edge NVMe PCIe architecture to deliver lightning-fast data transfer speeds and consistent low latency. Built using Multi-Level Cell (MLC) NAND flash technology, the HPE VS000480KWDUP ensures superior endurance for demanding enterprise workloads while maintaining energy efficiency and space optimization through its M.2 22110 form factor. The drive represents a balance of speed, capacity, and endurance optimized for applications requiring rapid data access and high IOPS consistency within compact server environments.

Next-Generation NVMe PCIe Interface for High-Speed Performance

The NVMe PCIe interface in the HPE VS000480KWDUP SSD revolutionizes data storage performance by offering direct communication between the storage device and the CPU via the PCI Express bus. This reduces protocol overhead, minimizes latency, and enables parallelism unmatched by legacy SATA or SAS interfaces. With PCIe Gen3 x4 lanes, this drive achieves superior bandwidth and throughput, ideal for intensive read and write operations in enterprise environments. NVMe technology allows the HPE VS000480KWDUP to handle thousands of concurrent I/O operations efficiently, ensuring smooth data processing even during peak workloads.

PCIe 3.0 x4 Bandwidth Utilization

The HPE VS000480KWDUP capitalizes on PCIe 3.0 x4 connectivity to deliver data transfer speeds significantly faster than traditional SATA-based SSDs. The efficient protocol stack eliminates legacy translation layers, allowing faster command processing and lower latency. This enhanced performance translates to improved system responsiveness in virtualized infrastructures, online transaction systems, and analytics workloads that demand real-time performance and uninterrupted data flow.

NVMe Command Queuing and Low Latency Benefits

By utilizing NVMe command queuing, the drive supports up to 64K parallel queues with 64K commands per queue, dramatically increasing concurrency and throughput. This architecture ensures that the SSD can process multiple I/O requests simultaneously, minimizing wait times and maximizing application performance. Enterprises running data-intensive applications, virtualization platforms, or multi-threaded workloads benefit greatly from this low-latency performance profile.

Consistent and Predictable Performance Under Load

The HPE VS000480KWDUP maintains consistent throughput even during sustained operations. Its controller firmware dynamically manages read and write workloads to prevent performance degradation. This results in stable latency and predictable behavior across various workload intensities, making it highly dependable for business-critical deployments where performance predictability is key.

MLC NAND Technology for Superior Endurance and Reliability

The use of Multi-Level Cell (MLC) NAND flash in the HPE VS000480KWDUP SSD provides a strategic balance between performance, endurance, and cost efficiency. MLC technology stores two bits per cell, enabling higher capacity density without compromising durability. For enterprise environments that experience continuous data writes, MLC NAND ensures reliable performance over the drive’s operational lifespan, making it ideal for mixed workload applications that include frequent reads and moderate writes.

Enhanced Write Endurance and Data Retention

Unlike consumer-grade TLC NAND drives, the MLC-based HPE VS000480KWDUP offers greater program/erase (P/E) cycles, ensuring a longer usable life under constant enterprise usage. The drive is built to sustain a large number of writes per day, ensuring stability in demanding data center operations. The MLC architecture also enhances data retention and reliability, providing secure, stable storage for mission-critical applications such as databases and virtual machines.

Wear-Leveling

HPE incorporates intelligent wear-leveling algorithms to evenly distribute write operations across all memory cells. This process prevents localized wear and extends the drive’s endurance. Bad block management continuously monitors NAND health, isolating and remapping defective cells to maintain data integrity and sustained performance across the drive’s lifecycle. This combination ensures reliability in enterprise workloads that demand continuous uptime.

Compact SFF M.2 22110 Form Factor for Space

The HPE VS000480KWDUP utilizes the compact M.2 22110 Small Form Factor (SFF) design, enabling it to deliver powerful storage capabilities within minimal physical space. This makes it an ideal solution for high-density server architectures where maximizing performance per watt and per square inch is crucial. The M.2 22110 format offers excellent integration flexibility, particularly in rack servers and blade enclosures designed for scalable storage configurations.

Improved Airflow

The slim M.2 22110 design contributes to better airflow efficiency within server chassis. The HPE VS000480KWDUP is optimized for thermal control, featuring advanced heat dissipation components that maintain drive stability under sustained high I/O conditions. Its efficient thermal characteristics reduce throttling risks, ensuring consistent performance in 24/7 operational environments.

High-Density Server Deployments

With its compact size, the VS000480KWDUP SSD enables higher storage density, allowing multiple drives to be installed within limited rack space. This scalability supports data center configurations that demand maximum performance per unit area, ensuring that organizations can scale storage infrastructure without physical expansion or excessive power draw.

HPE ProLiant Gen10 Systems

The drive is fully validated for use in HPE ProLiant Gen10 servers, ensuring seamless compatibility and reliability. It integrates effortlessly with HPE’s Smart Array controllers and management tools, such as HPE Smart Storage Administrator (SSA). This tight integration provides streamlined deployment, monitoring, and maintenance across the HPE enterprise ecosystem.

Enterprise-Grade Reliability and Data Integrity

Reliability is at the core of the HPE VS000480KWDUP’s design. Built for continuous 24/7 operation, this SSD incorporates multiple layers of protection against data loss, corruption, and unplanned downtime. Enterprise features such as power-loss protection, ECC, and S.M.A.R.T. monitoring contribute to long-term stability and performance consistency across demanding workloads.

Analysis, and Reporting Technology

The S.M.A.R.T. monitoring system continuously evaluates drive health metrics such as temperature, read/write error rates, and reallocated sectors. Administrators can track performance trends and anticipate potential failures before they occur, enabling proactive maintenance and minimizing unplanned downtime. This predictive capability enhances the drive’s overall reliability in enterprise environments.

Consumption for Data Centers

With intelligent power management, the SSD dynamically adjusts power usage based on workload intensity. During low-activity periods, it automatically enters low-power states, reducing energy draw without affecting responsiveness. This efficiency helps data centers achieve lower total cost of ownership (TCO) while maintaining top-tier performance levels.

Thermal Control and Longevity

By operating at lower temperatures than traditional hard drives, the HPE VS000480KWDUP enhances overall system reliability. The efficient thermal design reduces strain on server cooling systems, extending component lifespan and contributing to sustainable IT operations. Lower thermal output also translates to quieter, more efficient data center environments.

Eco-Friendly Enterprise Design

Aligned with HPE’s commitment to sustainability, the VS000480KWDUP supports green IT initiatives. Its energy-efficient design reduces carbon footprint and supports environmentally responsible operations. This combination of performance and eco-efficiency enables organizations to achieve business objectives while contributing to long-term sustainability goals.

Cloud Applications

In virtualized environments, the drive’s high IOPS and low latency ensure rapid VM provisioning and responsive operation. This enables improved consolidation ratios and faster recovery times for virtual machines. In cloud infrastructures, the VS000480KWDUP offers predictable performance for multi-tenant environments, ensuring consistent end-user experiences.

Database Acceleration and Analytics

For database and analytics applications, the drive enhances query performance and data indexing speed. It reduces transaction latency, allowing real-time analytics engines to process large data sets more efficiently. This results in faster insights and improved productivity across enterprise analytics workflows.

Operating System Boot and Application Caching

The HPE VS000480KWDUP serves as an ideal boot or caching drive, significantly reducing startup and application load times. When used as a caching tier in hybrid storage environments, it accelerates frequently accessed data, reducing delays and enhancing system responsiveness for mission-critical applications.

Integration with HPE Smart Storage Ecosystem

The VS000480KWDUP seamlessly integrates into HPE’s Smart Storage solutions, allowing for enhanced monitoring, management, and optimization. Through tools like HPE Smart Storage Administrator (SSA) and HPE Integrated Lights-Out (iLO), administrators gain complete visibility and control over storage health and performance metrics.

Advanced Drive through SSA

Using HPE SSA, IT teams can view drive details, monitor health status, and configure arrays efficiently. The tool provides detailed analytics on wear-leveling statistics, temperature logs, and firmware versions, ensuring optimal performance across the storage ecosystem. This proactive visibility simplifies troubleshooting and predictive maintenance.

Firmware for HPE Servers

The firmware of the HPE VS000480KWDUP SSD is optimized for Gen10 servers, ensuring compatibility with Smart Array controllers and RAID configurations. This guarantees maximum performance and reliability under diverse enterprise workloads while maintaining stability during mixed read/write operations.

Scalability for Hybrid and All-Flash Configurations

The drive can be deployed as part of hybrid storage systems that blend SSDs and HDDs or in all-flash arrays designed for ultra-fast performance. Its flexibility allows enterprises to build scalable storage architectures that can evolve with future infrastructure requirements while maintaining consistent performance and data protection.

Enterprise-Grade Durability

The HPE VS000480KWDUP is built to withstand continuous enterprise-level workloads with minimal degradation. Its MLC NAND structure, combined with optimized firmware and HPE’s strict quality validation, ensures long-lasting endurance. The drive provides high write cycle tolerance, ensuring sustained performance over time, which translates into long-term cost savings and reduced maintenance requirements.

Predictive Failure Analysis

Built-in predictive failure analysis enables IT administrators to anticipate drive wear and schedule replacements before failure occurs. This helps maintain service continuity and reduces downtime across mission-critical systems. The lifecycle management tools integrated with HPE management suites make it easy to track device health, lifespan, and utilization metrics.

High Availability and Redundancy

The VS000480KWDUP supports integration within RAID configurations for redundancy and data protection. Combined with HPE’s Smart Array technology, the drive delivers enhanced fault tolerance and data availability. This ensures that even in the event of drive failure, data integrity and system uptime remain intact.