MO006400KXPTU HPE 6.4TB NVMe U.3 SFF Gen4 Mixed Use BC V2 Multi Vendor SSD

Detailed of HPE 6.4TB NVMe SSD

Manufacturer Details

• Brand Name: Hewlett Packard Enterprise (HPE)
• Item Code: MO006400KXPTU
• Storage Type: Solid State Drive

Technical Specifications

Physical Attributes

• Storage Capacity: 6.4 Terabytes
• Drive Height: 15 Millimeters
• Form Factor: SFF (Small Form Factor)
• Connection Port: Single Interface
• Plug Mechanism: Hot-Swappable

Interface and Flash Technology

• Protocol: NVMe (Non-Volatile Memory Express)
• Flash Memory Type: Triple-Level Cell (TLC)
• Carrier Format: BC Type

Performance Metrics

Input/Output Operations Per Second (IOPS)

• Random Read Speed: Up to 211,802 IOPS
• Random Write Speed: Up to 394,003 IOPS

Sequential Data Transfer Rates

• Read Throughput: Up to 6200 MiB/s
• Write Throughput: Up to 4300 MiB/s

HPE MO006400KXPTU 6.4TB U.3 SFF SSD Overview

The HPE MO006400KXPTU 6.4TB NVMe U.3 SFF Gen4 Mixed Use BC V2 Multi Vendor SSD represents a pinnacle in enterprise-grade storage solutions. Designed for high-performance workloads, this SSD is part of HPE’s cutting-edge NVMe storage portfolio, offering unmatched speed, reliability, and efficiency for demanding data center environments. Utilizing the latest PCIe Gen4 interface, it significantly enhances data throughput and lowers latency compared to traditional SAS or SATA drives, ensuring seamless handling of intensive applications such as virtualization, databases, and high-frequency transactions.

U.3 Form Factor for Flexibility and Compatibility

Equipped with a U.3 small form factor (SFF), the HPE MO006400KXPTU SSD combines compact design with extensive compatibility. The U.3 interface supports both SAS and NVMe drives in the same backplane, enabling IT administrators to deploy hybrid storage infrastructures without requiring hardware modifications. This adaptability is critical for organizations transitioning from legacy systems to high-speed NVMe solutions, allowing seamless integration into existing server architectures while future-proofing data storage strategies.

Mixed Use BC V2 Architecture

The Mixed Use BC V2 (Balanced Capacity Version 2) design enhances both endurance and performance, making this SSD ideal for workloads that combine read-intensive and write-intensive operations. The drive's architecture ensures a balanced approach to data handling, offering high durability for transactional databases, virtual desktop infrastructures, and multi-tenant cloud environments. This approach minimizes performance degradation over time, maintaining consistent throughput and reliability across varying workloads.

Enterprise-Grade Endurance and Reliability

Durability is a cornerstone of the HPE MO006400KXPTU SSD. Designed with enterprise-level NAND flash memory, error correction mechanisms, and advanced wear-leveling algorithms, this drive provides exceptional endurance for continuous operation. Its resilience makes it suitable for 24/7 workloads, where maintaining data integrity and minimizing downtime are crucial. IT teams benefit from reduced maintenance costs and longer drive lifespans, ensuring a strong return on investment in enterprise storage infrastructure.

Multi-Vendor Compatibility and Ecosystem Integration

The multi-vendor certification of the HPE MO006400KXPTU SSD enhances its adaptability across diverse enterprise ecosystems. Certified to work seamlessly with leading server, storage, and virtualization platforms, this SSD simplifies deployment and integration. Organizations can leverage existing infrastructure while introducing high-speed NVMe storage capabilities, enabling hybrid storage strategies that maximize efficiency and performance without compromising system stability or compatibility.

High Availability and Data Protection Features

Reliability and data integrity are essential for enterprise storage, and the HPE MO006400KXPTU SSD includes advanced features to meet these requirements. Built-in error correction code (ECC), power-loss protection, and wear-leveling technologies ensure that critical data remains safe under all operating conditions. These features minimize the risk of downtime, support high-availability configurations, and maintain optimal performance, providing IT teams with confidence in their storage infrastructure.