HPE 1.6TB NVMe Gen3 Mainstream Performance Mixed Use SSD - P47834-B21

HPE 1.6TB NVMe Gen3 Mainstream Performance Mixed Use SFF SC U.3 Static Multi Vendor SSD - P47834-B21

Capacity

The HPE 1.6TB NVMe Gen3 Mainstream Performance Mixed Use SSD provides users with a significant storage capacity of 1.6TB. This capacity allows users to store a large amount of data, including files, documents, applications, and media files. With such a high capacity, users can conveniently store and access their important data without the need for additional storage devices or frequent data transfers.

Benefits of 1.6TB Capacity

The 1.6TB capacity of this SSD offers several benefits for users:

Ample Storage Space

The large storage space provided by the 1.6TB capacity ensures that users have enough room to store their ever-increasing data requirements. Whether it's a business organization dealing with extensive databases or an individual with a vast collection of multimedia files, this SSD can accommodate their storage needs.

Reduced Need for Additional Storage Devices

With 1.6TB of storage capacity, users can minimize the need for additional storage devices such as external hard drives or cloud storage subscriptions. This not only saves costs but also simplifies data management by having all the necessary data stored in one place.

Faster Access to Data

The larger the storage capacity, the more data can be stored on the SSD. This means that frequently accessed files and applications are readily available, resulting in faster access times and improved overall system performance.

Enhanced Workflow Efficiency

Having ample storage space allows users to organize their data effectively and maintain a clutter-free environment. This translates into improved workflow efficiency as users can quickly locate and access the required files without wasting time searching through multiple storage devices.

Future-Proof Storage Solution

As data requirements continue to grow, having a high-capacity SSD like the HPE 1.6TB NVMe Gen3 Mainstream Performance Mixed Use SSD ensures that users are prepared for future data storage needs. This future-proofing eliminates the need for frequent upgrades or replacements, saving both time and money.

Interface

The HPE 1.6TB NVMe Gen3 Mainstream Performance Mixed Use SSD utilizes the NVMe Gen3 interface. NVMe (Non-Volatile Memory Express) is a protocol designed specifically for solid-state drives, offering significantly faster data transfer rates and lower latency compared to traditional interfaces like SATA.

Benefits of NVMe Gen3 Interface

The NVMe Gen3 interface provides several benefits for users:

High-Speed Data Transfer

The NVMe Gen3 interface offers faster data transfer rates, allowing users to move large files or perform data-intensive tasks quickly. This is particularly beneficial for professionals working with demanding applications such as video editing, 3D modeling, and data analysis, as it reduces waiting times and increases productivity.

Low Latency

NVMe's low latency ensures that data requests are processed rapidly, resulting in reduced access times and improved system responsiveness. This is especially important for applications that require real-time data processing or quick access to frequently accessed files.

Increased IOPS

The NVMe Gen3 interface supports higher Input/Output Operations Per Second (IOPS) compared to traditional interfaces. This translates into improved performance in scenarios where numerous small data transfers are required, such as virtualization environments or databases handling multiple concurrent requests.

Improved Scalability

NVMe's design allows for better utilization of multi-core processors, enabling efficient parallelization and scalability. This means that as technology advances and multi-core processors become more prevalent, the NVMe Gen3 interface will continue to deliver optimal performance and take advantage of the increased computing power.

Compatibility with Modern Systems

The NVMe Gen3 interface is widely supported by modern systems, ensuring compatibility with a wide range of devices. Whether it's a desktop computer, laptop, or server, users can benefit from the high performance and low latency offered by this interface.

Use

The HPE 1.6TB NVMe Gen3 Mainstream Performance Mixed Use SSD is designed for mixed-use applications. Mixed use refers to scenarios where SSDs are subjected to a combination of read and write operations, making it suitable for a variety of workloads.

Benefits of Mixed Use

The mixed-use capability of this SSD provides several benefits for users:

Versatility

Mixed-use SSDs are versatile and can handle different types of workloads effectively. Whether it's handling heavy write operations in a database server or supporting read-intensive applications like web servers or virtual desktop infrastructure (VDI), this SSD can accommodate a wide range of use cases.

Optimal Performance

The mixed-use design ensures that the SSD can handle both read and write operations efficiently. This results in balanced performance, allowing users to experience fast data access regardless of the workload type. The SSD can deliver consistent performance levels, even under heavy workloads and demanding applications.

Cost-Effective Solution

A mixed-use SSD offers a cost-effective solution for users who require a balance between read and write performance. It eliminates the need for separate SSDs optimized for specific workloads, reducing costs associated with purchasing and maintaining multiple storage devices.

Flexibility for Changing Workloads

Workload requirements can vary over time, and having a mixed-use SSD provides the flexibility to adapt to changing demands. Users can utilize the same SSD for different applications or modify their workload mix without worrying about compatibility or performance limitations.

Extended Lifespan

Mixed-use SSDs are designed with durability in mind, as they are built to handle a combination of read and write operations. This results in an extended lifespan compared to SSDs optimized solely for read-intensive or write-intensive workloads. The HPE 1.6TB NVMe Gen3 Mainstream Performance Mixed Use SSD is engineered to withstand heavy usage and deliver reliable performance over an extended period.

Part Number

The HPE 1.6TB NVMe Gen3 Mainstream Performance Mixed Use SSD has a part number of P47834-B21. The part number serves as a unique identifier for the specific product variant and plays a crucial role in ordering, inventory management, and compatibility verification.

Benefits of Part Number P47834-B21

The part number P47834-B21 offers several benefits for users:

Accurate Ordering

With a specific part number assigned to the SSD, users can ensure that they are ordering the correct product variant. This eliminates any confusion or ambiguity that might arise from similar product names or specifications.

Compatibility Verification

The part number allows users to verify the compatibility of the SSD with their existing hardware or systems. By cross-referencing the part number with compatibility lists or manufacturer documentation, users can ensure that the SSD is compatible and will work seamlessly with their setup.

Efficient Inventory Management

For businesses or organizations managing large quantities of SSDs, the part number simplifies the inventory management process. It enables easy tracking, identification, and organization of the specific product variant, streamlining stock control and reducing the risk of errors.

Technical Support and Documentation

When seeking technical support or referring to product documentation, having the part number readily available ensures accurate and efficient communication. It allows support personnel or users to quickly identify the specific SSD model in question, facilitating faster troubleshooting or access to relevant documentation.

Future Reference

The part number serves as a reference for future inquiries or purchases. Users can refer to the part number when seeking information about the SSD or when looking to acquire additional units of the same model, ensuring consistency and compatibility across their storage infrastructure.