HPE 875876-001 PCI-E 1.6TB MLC SFF SSD Smart Carrier for Server

Part Number: 875876-001

Introduction

The HPE PCI-E 1.6TB MLC SFF SSD Multi-Level Cell is an advanced storage solution designed to deliver exceptional performance and reliability for enterprise users. One of its key features is the Part Number, with the specific code being 875876-001. This unique identifier plays a vital role in ensuring compatibility and ease of use for users.

Identification and Compatibility

The Part Number, 875876-001, serves as a distinct identifier for the HPE PCI-E 1.6TB MLC SFF SSD Multi-Level Cell. This alphanumeric code makes it easier for users to identify and locate the specific product they require. It ensures that users are able to quickly find and purchase the correct SSD for their system.

Additionally, the Part Number has a crucial role in determining compatibility. By referencing the Part Number, users can verify if the HPE PCI-E 1.6TB MLC SFF SSD Multi-Level Cell is compatible with their existing hardware or server infrastructure. This compatibility ensures a seamless integration, minimizing any potential issues or complications during installation.

Product Quality Assurance

The unique Part Number, 875876-001, also serves as an assurance of product quality. As it is associated with the HPE brand, users can trust that the product has undergone rigorous testing and meets high standards of performance and reliability. The Part Number acts as a guarantee that users are investing in a top-notch storage solution.

Warranty and Support

The Part Number plays a crucial role when it comes to warranty and support services. By referring to the specific Part Number (875876-001), users can easily initiate any warranty claims or support requests. This simplifies the process and ensures that users receive prompt assistance from HPE's customer support team.

Availability and Scalability

The Part Number, 875876-001, also helps in managing product availability and scalability. As it uniquely identifies the HPE PCI-E 1.6TB MLC SFF SSD Multi-Level Cell, it allows users to check for stock availability, ensuring that they can acquire the product when needed. Furthermore, the specific Part Number facilitates future scalability, as users can easily identify and procure additional units of the same SSD for expanding their storage capacity.

Form Factor: SFF

Introduction

The Form Factor of the HPE PCI-E 1.6TB MLC SFF SSD Multi-Level Cell is Small Form Factor (SFF). This physical attribute plays a significant role in determining the compatibility, flexibility, and efficiency of the storage device.

Space Efficiency

The Small Form Factor (SFF) is highly advantageous for users seeking to optimize their available space. The compact design of the HPE PCI-E 1.6TB MLC SFF SSD Multi-Level Cell allows it to fit into tight spaces within servers or storage enclosures. This space efficiency is particularly crucial in data centers where rack space is at a premium.

By utilizing the SFF form factor, users can maximize the number of storage devices they can accommodate within their server infrastructure. This increased density not only saves physical space but also helps organizations scale their storage capacity without requiring additional racks or cabinets.

Improved Airflow and Cooling

The SFF form factor also contributes to improved airflow and cooling within server systems. The smaller size of the HPE PCI-E 1.6TB MLC SFF SSD Multi-Level Cell allows for better airflow between drives, reducing heat buildup and ensuring optimal operating temperatures.

With efficient cooling, the risk of thermal throttling and performance degradation is minimized, allowing the SSD to consistently deliver high-speed performance. Additionally, improved airflow and cooling enhance the overall reliability and lifespan of the storage device, reducing the likelihood of premature failures.

Compatibility and Interchangeability

The SFF form factor of the HPE PCI-E 1.6TB MLC SSD Multi-Level Cell ensures compatibility and interchangeability with various server models and storage systems. It adheres to industry standards, making it a widely supported form factor across different hardware manufacturers.

This compatibility allows users to seamlessly integrate the SSD into their existing server infrastructure or storage arrays. It eliminates the need for additional adapters or modifications, saving time and effort during installation or replacement processes. Furthermore, the interchangeable nature of SFF drives ensures flexibility for users to migrate drives between different systems or upgrade their hardware without compatibility concerns.

Hot Swap Capability

The SFF form factor often supports hot swap capabilities, enabling users to replace or add drives without shutting down the server. This feature is particularly valuable in mission-critical environments where uninterrupted operation is essential.

With hot swap capability, administrators can perform maintenance tasks or expand storage capacity without disrupting applications or incurring downtime. This enhances overall system availability and minimizes the impact on business operations.

Smart Carrier: 1

Introduction

The HPE PCI-E 1.6TB MLC SFF SSD Multi-Level Cell features a Smart Carrier with a quantity of 1. This innovative design element enhances the overall user experience by providing convenience, security, and ease of installation.

Intelligent Drive Monitoring

The Smart Carrier of the HPE PCI-E 1.6TB MLC SFF SSD Multi-Level Cell incorporates intelligent drive monitoring capabilities. It enables real-time monitoring of drive health, performance, and other crucial parameters.

This proactive monitoring capability allows IT administrators to identify potential issues before they develop into significant problems. By providing alerts and notifications, the Smart Carrier empowers users to take necessary actions promptly, ensuring uninterrupted system operation and data integrity.

Enhanced Security

The Smart Carrier also contributes to enhanced security for the HPE PCI-E 1.6TB MLC SFF SSD Multi-Level Cell. It incorporates features such as tamper-evident seals and secure erase functionality.

The tamper-evident seals provide physical protection, ensuring that unauthorized access or tampering attempts are immediately noticeable. Additionally, the secure erase functionality allows users to securely erase all data on the SSD, preventing data breaches or unauthorized data recovery.

Effortless Installation

The Smart Carrier design facilitates effortless installation of the HPE PCI-E 1.6TB MLC SFF SSD Multi-Level Cell. It includes features such as tool-less drive installation and hot plug support.

With tool-less installation, users can quickly and easily install or replace the SSD without the need for additional tools or hardware. The hot plug support enables users to add or remove drives while the server is running, eliminating the need for system shutdowns and minimizing downtime.

The user-friendly design of the Smart Carrier simplifies installation procedures and reduces the reliance on specialized expertise, enabling users to deploy or upgrade their storage infrastructure efficiently.

Compatible With: Server

Introduction

The HPE PCI-E 1.6TB MLC SFF SSD Multi-Level Cell is compatible with various server models, making it a versatile storage solution for enterprise users. The compatibility with servers ensures seamless integration, optimal performance, and reliable operation.

Enhanced Performance

By being compatible with servers, the HPE PCI-E 1.6TB MLC SFF SSD Multi-Level Cell can leverage server-specific features and optimizations. This compatibility enables the SSD to achieve maximum performance and take full advantage of the server's capabilities.

The close integration between the SSD and server ensures efficient communication and data transfer, minimizing latency and bottlenecks. This enhanced performance translates into faster data access, reduced application response times, and improved overall system responsiveness.

Reliability and Data Integrity

Compatibility with servers also guarantees reliability and data integrity. The HPE PCI-E 1.6TB MLC SFF SSD Multi-Level Cell has been extensively tested and validated with specific server models, ensuring seamless operation without compatibility issues.

This compatibility minimizes the risk of incompatibility-related errors, crashes, or data corruption. By utilizing storage devices that are explicitly designed for the intended server environment, users can have confidence in the reliability and stability of their storage infrastructure.

Scalability and Flexibility

The compatibility with servers allows for scalability and flexibility in storage deployments. Users can easily integrate multiple HPE PCI-E 1.6TB MLC SFF SSD Multi-Level Cell drives into their server infrastructure, expanding storage capacity as needed.

Furthermore, the compatibility ensures that users can mix and match different storage devices while maintaining optimal performance and reliability. This flexibility allows organizations to tailor their storage configurations to meet specific requirements, whether it be high-performance applications or large-scale data processing.

Simplified Management

The compatibility with servers also simplifies management tasks. The SSD can be seamlessly integrated into existing management frameworks or server management software, streamlining monitoring, configuration, and maintenance processes.

With centralized management capabilities, administrators can efficiently monitor drive health, optimize performance settings, and apply firmware updates across all compatible SSDs. This reduces administrative overheads and ensures consistent management practices across the server infrastructure.

In conclusion, the HPE PCI-E 1.6TB MLC SFF SSD Multi-Level Cell offers a range of valuable features, including the Part Number (875876-001), Form Factor (SFF), Smart Carrier (1), and compatibility with servers. These features enhance user experience, optimize performance, improve reliability, and provide flexibility in storage deployments. By considering these features, users can make informed decisions when selecting storage solutions to meet their specific needs.