HPE - SSD - Read Intensive, Mainstream Performance - 3.84 TB - hot-swap - EDSFF - PCI Express 5.0 (NVMe) - PE1010 - with HPE E3.S Thin Carrier

• Impressive performance
  With internal data rates reaching up to 11526 MBps and substantial IOPS for both random reads and writes, this SSD maximizes efficiency in data-intensive environments.
• Robust endurance
  An SSD endurance rating of 9741 TB ensures long-lasting performance, suitable for high-demand usage scenarios.
• Enhanced security features
  Incorporating digitally signed firmware and a Security Protection Data Model (SPDM), this drive safeguards data integrity and protects against unauthorized access.
• Flexible and reliable
  The hot-swap capability allows for easy replacement without downtime, ensuring continued operation in critical settings.
• Efficient power consumption
  Designed for various operational modes, this drive maintains optimal power usage while delivering performance.

The HPE solid state drive offers performance with a capacity of 3.84 TB, ideal for demanding applications. With a PCI Express 5.0 (NVMe) interface, this hot-swap hard drive delivers internal data rates of up to 11526 MBps for quick data access and retrieval. Designed for reliability and security, it includes digitally signed firmware and features a Security Protection Data Model (SPDM) to ensure data integrity and protection against unauthorized access.
This drive is built for read-intensive workloads, boasting a maximum of 1295535 IOPS for 4KB random reads and 261446 IOPS for 4KB random writes. Its SSD endurance of 9741 TB and a Drive Writes Per Day (DWPD) rating of 1.39 make it a choice for enterprises. Coupled with the HPE E3.S Thin Carrier, this SSD enhances server performance while maintaining efficient power consumption across various modes, making it an investment for modern data centers.

• Capacity of 3.84 TB for extensive storage needs
• Data rates of up to 11526 MBps for fast access
• Digitally signed firmware for enhanced security
• Supports PCI Express 5.0 (NVMe) for performance
• Built for read-intensive applications with high IOPS ratings