MO001600KXAVT HPE 1.6TB SFF NVMe Gen3 SCN TLC Mixed Use U.2 SSD

HPE 1.6TB NVMe Gen3 U.2 SFF MU SSD

General Information

• Brand: HPE
• Model Number: MO001600KXAVT
• Device Classification: Solid State Drive
• Performance Tier: Mainstream Enterprise Grade
• Compatibility: Multi-Vendor U.2 Interface

Technical Specifications

• Usable Capacity: 1.6 Terabytes
• Form Factor: Small Form Factor (SFF)
• Drive Height: 15mm
• Flash Memory Type: Triple-Level Cell (TLC)
• Interface Protocol: NVMe PCIe Gen3
• Connector Type: U.2
• Carrier Format: Smart Carrier Narrow (SCN)
• Port Configuration: Single-Port
• Hot-Plug Support: Enabled

Performance Metrics

• Sequential Read Speed: Up to 5500 MiB/s
• Sequential Write Speed: Up to 1150 MiB/s
• Random Read IOPS: Up to 155,000
• Random Write IOPS: Up to 87,000

The HPE MO001600KXAVT 1.6TB SSD

• Optimized for mixed-use enterprise workloads with reliable throughput
• NVMe Gen3 interface delivers fast data access and low latency
• Hot-plug capability simplifies deployment and maintenance
• Compact 2.5-inch SFF design fits standard server configurations
• Multi-vendor U.2 compatibility ensures flexible integration

HPE MO001600KXAVT 1.6TB SCN TLC SSD Overview

The HPE MO001600KXAVT 1.6TB SFF NVMe Gen3 SCN TLC Mainstream Performance Mixed Use U.2 Multi Vendor SSD represents a high-performance storage solution designed for modern enterprise environments. Optimized for mixed-use workloads, this SSD balances read and write operations efficiently, delivering consistent performance across diverse applications. With a 1.6TB capacity, the drive accommodates large datasets, making it suitable for transactional databases, virtualization, and intensive data analytics.

Performance Characteristics and Architecture

Built with NVMe Gen3 technology, the HPE MO001600KXAVT SSD leverages the PCIe 3.0 interface to achieve low latency and high throughput. The drive’s TLC NAND architecture ensures durability while maintaining cost-efficiency. Mixed-use optimization allows the SSD to handle 70/30 read/write workloads, which is ideal for environments where both data access and data creation occur frequently. HPE's SCN controller ensures that the drive maintains stable performance under sustained workloads, reducing bottlenecks and enabling rapid data retrieval.

Sequential and Random Throughput

The SSD delivers exceptional sequential read and write speeds, significantly improving data transfer rates for large file operations. Random read and write performance is equally optimized, providing fast IOPS for database queries and virtual machine operations. Enterprise applications that require consistent low-latency access benefit from the SSD’s ability to handle random I/O efficiently, ensuring smooth performance across mixed workloads.

Endurance and Reliability Features

The HPE MO001600KXAVT incorporates advanced endurance and reliability mechanisms to enhance drive longevity. The TLC NAND cells are paired with wear-leveling algorithms, reducing write amplification and extending the drive’s usable life. Power loss protection ensures that in-flight data is not corrupted during unexpected outages. Additionally, the drive includes end-to-end data path protection, mitigating the risk of data errors and ensuring enterprise-grade reliability for critical storage applications.

Form Factor and Compatibility

HPE MO001600KXAVT utilizes the Small Form Factor (SFF) U.2 2.5-inch interface, offering compatibility with a wide range of server platforms and storage arrays. The U.2 connector supports hot-swap capabilities, allowing drives to be replaced or upgraded without system downtime. Multi-vendor compatibility ensures seamless integration into existing storage infrastructures, providing flexibility for enterprises deploying heterogeneous storage environments. The compact form factor and standardized interface contribute to efficient rack space utilization, which is critical in data center environments.

Thermal Management and Power Efficiency

Efficient thermal management is integral to maintaining SSD performance under heavy workloads. The drive’s design incorporates optimized heat dissipation, preventing thermal throttling and sustaining consistent operation. Low power consumption further enhances operational efficiency, reducing energy costs while supporting enterprise sustainability initiatives. The combination of thermal and power optimization ensures that the HPE MO001600KXAVT maintains peak performance even in high-density server configurations.

Security and Data Protection

Data security is a key consideration in enterprise environments, and the HPE MO001600KXAVT includes features to safeguard sensitive information. Self-encrypting drive capabilities protect data at rest, ensuring compliance with regulatory standards. Advanced error correction codes (ECC) and end-to-end data integrity mechanisms further enhance security, preventing data corruption and maintaining consistent reliability across all workloads. These security features make the SSD suitable for mission-critical applications where data protection is paramount.

Comparison with Other Mixed-Use SSD

When compared to other mainstream mixed-use SSDs, the HPE MO001600KXAVT stands out due to its balanced performance, enterprise-grade reliability, and multi-vendor compatibility. While some SSDs may excel in either read or write operations, this model is engineered to provide consistent performance across a wide spectrum of workloads. Its combination of NVMe Gen3 throughput, SFF U.2 form factor, and TLC NAND technology positions it as a versatile solution for enterprises seeking high-performance storage that integrates seamlessly into existing infrastructure.

Maintenance and Lifecycle Management

HPE provides comprehensive monitoring and management tools for the MO001600KXAVT SSD, enabling administrators to track performance metrics, manage firmware updates, and monitor drive health in real time. These tools facilitate predictive maintenance, reducing the risk of unexpected failures and ensuring optimal storage performance throughout the drive’s lifecycle. Enterprises benefit from reduced operational overhead and improved system reliability by proactively managing SSD performance and endurance.