
HPE E SSD 2.5inch, NVMe, Gen3, Mainstream Performance, Mixed Use, SFF, BC, U.3, Static, Multi
1600 GB, 2.5"
On this page you'll find a ranking of the best HPE products in this category. To give you a quick overview, we've already ranked the most important information about the products for you.
The HPE 2.5-inch SSD with a storage capacity of 1.6 TB offers a reliable and powerful solution for servers and workstations. This NVMe SSD utilizes the U.3 interface and is designed for mixed-use applications, making it ideal for a variety of workloads. With a high IOPS performance of up to 155,000 for writing and 87,000 for reading 4k data blocks, it ensures fast data transfers and improved system responsiveness. The SSD is available in a 2.5-inch SFF format and supports hot-swap functionality, meaning it can be replaced without system downtime. These features make the HPE SSD an excellent choice for businesses that require a robust and flexible storage solution.
- Max. Random 4k Read: 87,000 IOPS
- Max. Random 4k Write: 155,000 IOPS
- Max. TBW (Total Bytes Written): 8,561 TB
- Power Consumption: 11.9 Watts
- Compatible with multi-vendor systems.
HPE E SSD 2.5inch, NVMe, Gen3, Mainstream Performance, Mixed Use, SFF, BC, U.3, Static, Multi
1600 GB, 2.5"
The 960GB SAS RI SFF SC SSD from Hewlett Packard Enterprise is a powerful internal solid-state drive designed for use in demanding IT environments. With a storage capacity of 960 gigabytes, it offers ample space for large amounts of data and applications. This SSD utilizes the SAS interface, which ensures high data transfer rates and reliability. The 2.5-inch form factor allows for easy integration into various systems, while the TLC NAND technology enhances performance and longevity. The SSD is ideal for businesses that require an efficient and fast storage solution to meet their data processing needs.
- High storage capacity of 960 GB for large data volumes
- SAS interface for fast data transfer rates
- TLC NAND technology for improved performance and durability.
Do you want to accelerate the performance of your data-intensive applications? HPE Server Solid State Drives (SSDs) for Mixed Use (MU) offer high performance and longevity for applications that require high IOPS performance for random read and write operations. All HPE (MU) SSDs have undergone more than 3.35 million hours of testing and qualification, providing reliable and robust drives for customers. HPE Value SAS SSDs deliver a significant performance boost over SATA SSDs, with nearly double the IOPS, allowing you to optimize transactional database workloads with cost-effective Value SAS SSDs. HPE's digitally signed firmware prevents unauthorized access to your data by ensuring that the drive firmware comes from a trusted source. The indicators on the HPE Smart Carrier make the drive status clear and straightforward. The "Do Not Remove" button.
High write and read speeds. By using 3D NAND flash memory, the HP S700 series offers higher storage density and capacity, making it more reliable and durable than traditional 2D NAND flash memory. The HP S700 series delivers better performance, whether during system boot, software installation, or read and write operations. It helps you save time and improve your work efficiency. Enhanced performance, longer lifespan. With improved Dynamic Wear Leveling and Static Wear Leveling, the HP S700 series increases the TBW (Total Bytes Written) and thus the durability of the SSD, meeting user demands for image editing, video editing, game programming, and storage applications. HP Professional Firmware ensures data security. The HP S700 series adheres to HP's strict firmware regulations. This professional-level security effectively prevents trojans and avoids unwanted attacks from hackers. Improved LDPC error correction, secure and reliable storage. The HP S700 series supports LDPC (Low Density Parity Check) error correction. This real-time error correction ensures the safety and integrity of data transmission. LDPC can effectively extend product lifespan and enhances product durability. Low power consumption, longer battery life, completely silent. The absence of mechanical components reduces power consumption, increases laptop battery life, and operates completely silently. HP quality standards for higher compatibility. As a leading brand in the IT industry, HP adheres to strict storage drive testing standards.
The HPE DRV SSD 480GB SATA SC DS is a powerful solid-state drive designed for a variety of applications in enterprise environments. With a storage capacity of 480 gigabytes, this SSD provides ample space for data and applications, while the SATA interface allows for easy integration into existing systems. The use of TLC NAND technology ensures improved performance and reliability, making it an ideal choice for business-critical applications. This SSD is not only known for its high storage capacity but also for its efficiency and longevity, meeting the demands of modern IT infrastructures. HPE is also committed to sustainable practices, which is reflected in the sourcing and manufacturing processes of this SSD.
- 480 GB storage capacity for extensive data applications
- TLC NAND technology for enhanced performance and reliability
- Easy integration thanks to the SATA interface.
HPE DRV SSD 480GB SATA SC DS
480 GB, 2.5"
The 800GB SAS 12G MU SFF SC DS SSD from Hewlett Packard Enterprise offers a powerful and reliable storage solution for businesses that have high demands for data storage and access. With a storage capacity of 800 gigabytes and a SAS 3.0 interface, this solid-state drive enables fast data transfer rates and improved system performance. The use of TLC NAND technology ensures efficient storage and a longer product lifespan. This SSD is ideal for use in servers and storage systems that require high availability and reliability. Its compact form factor and robust construction make it an excellent choice for modern IT infrastructures.
- SAS 3.0 interface for high data transfer rates
- TLC NAND technology for improved efficiency and lifespan
- Designed for use in servers and storage systems with high demands.