HPE P49750-001 6.4TB SAS 12GB Mixed Use Sff SC TLC Multi Vendor Solid State Drive.

Overview of the HPE P49750-001 6.4TB SAS 12GB Mixed Use SFF SC TLC Solid State Drive

The HPE P49750-001 6.4TB SAS 12GB Mixed Use SFF SC TLC Multi Vendor Solid State Drive (SSD) represents a robust and versatile storage solution designed to meet the demanding needs of enterprise environments. With a focus on high performance, scalability, and reliability, this solid-state drive is ideal for applications that require substantial storage capacity and fast data access speeds, such as virtualization, data analytics, and high-performance computing.

Key Features of the HPE P49750-001 6.4TB SAS 12GB SSD

• Capacity: 6.4TB of storage for high-volume data processing and extensive storage requirements.
• Interface: SAS (Serial Attached SCSI) interface for high-speed data transfer and compatibility with a wide range of enterprise systems.
• Performance: 12GB/sec data throughput with mixed-use capabilities, ensuring fast and efficient read/write operations.
• Form Factor: 2.5-inch SFF (Small Form Factor) SC (Short Connector) design, ensuring compatibility with a variety of storage platforms.
• Flash Technology: TLC (Triple-Level Cell) NAND flash, offering a balance of endurance and capacity while optimizing performance.

Understanding the Benefits of HPE P49750-001 in Enterprise Environments

The HPE P49750-001 is tailored for enterprises that require large, fast, and reliable storage solutions for mission-critical applications. Its SAS interface ensures maximum compatibility with a wide range of systems, including servers, storage arrays, and other enterprise-grade devices.

High Storage Capacity for Large-Scale Applications

With a total storage capacity of 6.4TB, the HPE P49750-001 is capable of supporting data-intensive workloads such as video editing, database management, and virtualized environments. The large capacity ensures that businesses can store vast amounts of data without the need for constant upgrades or replacements.

Multi-Vendor Compatibility

This solid-state drive is designed with multi-vendor compatibility in mind, making it a flexible solution for various enterprise systems. Whether you are using HPE servers, storage arrays from other manufacturers, or mixed environments, the HPE P49750-001 provides seamless integration across multiple platforms.

Performance for Mixed-Use Workloads

The HPE P49750-001 is engineered for mixed-use workloads, offering an excellent balance between read and write performance. The drive's 12GB/sec data throughput ensures that it handles a variety of enterprise workloads efficiently. The SSD is ideal for use cases where both read-intensive and write-intensive operations are required, such as transactional databases, virtual desktop infrastructure (VDI), and data-intensive applications.

Consistent Speed and Low Latency

Leveraging high-speed SAS technology, the HPE P49750-001 minimizes latency and maximizes throughput. With consistently fast data access speeds, the drive ensures that businesses can rely on it for rapid data processing and quick response times for critical applications.

Reliability and Durability for Enterprise Applications

In enterprise environments, reliability is paramount. The HPE P49750-001 features robust durability and longevity thanks to its advanced TLC NAND flash memory. Unlike traditional hard drives, which have moving parts that can wear out over time, SSDs like the HPE P49750-001 have no mechanical components, reducing the risk of failure and enhancing the overall reliability of the storage solution.

Endurance for Heavy Workloads

Equipped with TLC NAND flash technology, the HPE P49750-001 offers a balanced approach to endurance and capacity. While TLC drives typically have lower endurance compared to SLC (Single-Level Cell) or MLC (Multi-Level Cell) drives, they provide a much larger storage capacity at a more cost-effective price point. This makes the HPE P49750-001 suitable for mixed-use workloads, where the endurance requirement is balanced by the cost-effective nature of the drive.

Energy Efficiency and Cost Savings

One of the primary advantages of using SSDs like the HPE P49750-001 over traditional spinning hard drives is the significant energy savings. SSDs consume less power, produce less heat, and require less cooling, making them a more efficient choice for large-scale enterprise data centers.

Reduced Power Consumption

The HPE P49750-001 draws less power than mechanical hard drives, which directly translates to lower operational costs. This energy efficiency is particularly beneficial for businesses looking to reduce their data center's carbon footprint or lower electricity costs associated with high-performance storage solutions.

Flexibility and Scalability for Growing Enterprises

The scalability of the HPE P49750-001 is another key advantage. With a 6.4TB capacity, businesses can easily scale their storage systems without the need for major overhauls. Additionally, because the drive supports a variety of enterprise systems, it can be integrated into existing infrastructures, allowing companies to expand their storage capacity without disruption to their ongoing operations.

Seamless Integration with HPE and Third-Party Systems

The HPE P49750-001 can be seamlessly integrated with various HPE systems, including ProLiant servers, Apollo servers, and HPE 3PAR storage arrays. Furthermore, its multi-vendor compatibility allows for use in third-party storage arrays and servers, providing flexibility for businesses that use diverse technology stacks.

Advanced Technology Behind the HPE P49750-001 SSD

The advanced technology in the HPE P49750-001 enables it to deliver superior performance and reliability in enterprise settings. Let’s explore some of the key technologies that power this solid-state drive.

Advanced NAND Flash Technology

At the core of the HPE P49750-001 SSD is TLC NAND flash memory, a technology designed to store three bits per cell. This offers a high density, enabling a larger storage capacity compared to SLC or MLC flash, while still providing a solid balance of performance and cost-effectiveness. The use of TLC flash also helps to reduce the overall cost of the SSD, making it a practical choice for businesses that need large amounts of storage without breaking the bank.

Improved Write Endurance

The HPE P49750-001 uses advanced wear-leveling algorithms to improve the lifespan of its NAND flash. These techniques ensure that data is evenly distributed across the drive, preventing premature wear of any single memory cell. This results in extended endurance and reliability, even in high-write environments.

SAS Interface for Maximum Data Throughput

The SAS interface of the HPE P49750-001 enables extremely fast data transfer rates, which are essential for enterprise environments with large-scale storage needs. SAS offers faster speeds than SATA and is capable of supporting more devices on a single controller, making it ideal for high-density storage systems.

Superior Data Transfer Rates

The 12GB/sec transfer rate ensures that the HPE P49750-001 can handle high-volume data requests with minimal latency, making it an excellent choice for applications that demand fast data access times, such as cloud computing, big data analytics, and real-time data processing.

Reliability and Protection Features

The HPE P49750-001 is equipped with a suite of reliability and protection features to ensure data integrity and safeguard against unexpected power failures. These include power loss protection and error-correcting code (ECC) to maintain the integrity of stored data and prevent corruption.

Data Protection Technologies

The built-in power loss protection ensures that, in the event of an unexpected power failure, data in transit is not lost. This feature is essential for enterprises that rely on high-availability systems and cannot afford data loss during power outages or hardware failures.

Applications of the HPE P49750-001 SSD

Virtualization

The HPE P49750-001 is an ideal storage solution for virtualized environments. Its high capacity and low-latency performance ensure that virtual machines (VMs) have fast access to the storage they need, resulting in improved VM boot times and overall performance. It’s a great fit for large-scale virtualization deployments, including VMware, Microsoft Hyper-V, and XenServer.