HPE P41405-B21 3.2TB NVMe Gen4 High Performance Mixed Use SFF BC Self-encrypting FIPS U.3 CM6 SSD

SSD

MPN:P41405-B21

SKU:CMPLA24135

Product Highlights

HPE P41405-B21 3.2TB NVMe Gen4 High Performance Mixed Use SFF BC Self-encrypting FIPS U.3 CM6 SSD

Specifications

General

Brand

HPE

Country Of Origin

Singapore

Endurance Dwpd

Lifetime Writes

17520

Manufacturer Warranty

3-year warranty

Plug Type

Hot Pluggable

Product Type

SSD

Write Iops

Random Write IOPS (4KiB, Q=16) 350,000, Max Random Write IOPS (4KiB) 350,000@Q32

Ports

Platform Supported

HPE ProLiant Rack

Power

18.2 Watts

Physical

Dimension

21.92 x 22.86 x 14.61 Cms

Height

15 Mm

Weight-Kg

0.68 Kg

Product Manuals

No manuals available for this product

Description

Product Details

Supercharge Storage Performance with HPE P41405-B21 3.2TB NVMe Gen4 SSD: Transform your storage capabilities with the HPE P41405-B21, a high-performance NVMe Gen4 SSD engineered for mixed-use workloads. Boasting an impressive 3.2TB storage capacity and advanced features such as Self-Encrypting FIPS U.3, this SSD delivers exceptional speed, reliability, and security for a variety of data storage applications.

Next-Gen NVMe Gen4 Technology: Harness the power of NVMe Gen4 technology, providing unparalleled data transfer rates and reduced latency. The HPE P41405-B21 is designed for high-performance storage environments, ensuring swift access to data and heightened overall system responsiveness.

3.2TB Storage Capacity: With a substantial 3.2TB storage capacity, this SSD offers generous space for mixed-use workloads, databases, and virtualized environments. Experience high-speed storage without compromising on capacity, meeting the demands of modern enterprise workloads.

High Performance for Mixed-Use Workloads: The P41405-B21 SSD is optimized for mixed-use workloads, making it versatile for applications with a combination of read and write operations. Enhance the efficiency of data access, accelerate application performance, and minimize bottlenecks in your storage infrastructure.

Self-Encrypting FIPS U.3 Security: Ensure the security of sensitive data with Self-Encrypting FIPS U.3 technology. This hardware-based encryption feature protects data at rest, meeting stringent security requirements and providing peace of mind for safeguarding critical information.

Small Form Factor (SFF) Design: The Small Form Factor design optimizes space utilization in your server or storage system, enabling efficient deployment in various environments. Maximize storage capacity without sacrificing valuable space in your data center.

Broad Compatibility (BC) and CM6 Compatibility: The P41405-B21 SSD features Broad Compatibility (BC), ensuring compatibility with various server and storage platforms. Additionally, it complies with the CM6 standard, providing flexibility and ease of integration into your existing infrastructure.

Reliable and Durable Storage Solution: Built for durability, the P41405-B21 SSD offers reliable performance in demanding environments. Benefit from enhanced endurance and longevity, reducing the need for frequent replacements and minimizing downtime.

FAQs

Frequently Asked Questions

The P41405-B21 SSD is designed with Broad Compatibility (BC) and complies with the CM6 standard, ensuring compatibility with various server and storage platforms. Verify compatibility with your specific system for seamless integration.

Self-Encrypting FIPS U.3 provides hardware-based encryption, ensuring data security at rest. This feature is valuable for protecting sensitive information and meeting regulatory compliance standards.

Yes, the P41405-B21 SSD is specifically optimized for mixed-use workloads, making it suitable for applications with a combination of read and write operations.

Refer to HPE's official warranty documentation or website for detailed information regarding the warranty period and terms for the P41405-B21 SSD.

NVMe Gen4 technology offers faster data transfer rates and reduced latency, significantly improving storage performance and overall system responsiveness compared to previous generations.