HPE 843308-001 Apollo 4200 Rear Hard Drive Backplane 2.5 Inch SFF 6 BAY

Size: 2.5 Inch SFF

The Benefits of 2.5 Inch SFF

The HPE 843308-001 Rear Hard Drive Backplane is designed with a size of 2.5 inches, specifically for small form factor (SFF) drives. This feature offers a multitude of benefits for users, making it an excellent choice for various applications.

Space Efficiency

One of the primary advantages of the 2.5 inch SFF size is its space efficiency. Compared to larger form factor drives, these smaller drives take up significantly less space in your server or storage system. This is particularly crucial in environments where space is limited or at a premium. By utilizing these compact drives, you can maximize your storage capacity without sacrificing valuable real estate within your infrastructure.

Increased Drive Density

In addition to saving physical space, the 2.5 inch SFF drives allow for increased drive density. With their smaller size, you can fit more drives into the same enclosure or chassis compared to larger form factor drives. This translates to a higher overall storage capacity within a given physical footprint. Whether you are building a high-density storage system or simply looking to expand your existing infrastructure, the 2.5 inch SFF drives enable you to achieve greater drive density and ultimately increase your storage capacity.

Enhanced Performance

Another significant benefit of the 2.5 inch SFF drives is their enhanced performance capabilities. These smaller drives often offer faster access times and lower latency compared to their larger counterparts. With shorter seek times, data retrieval becomes quicker and more efficient, resulting in improved overall system performance.

Lower Power Consumption

The 2.5 inch SFF drives are known for their lower power consumption compared to larger form factor drives. This is especially important for organizations aiming to reduce their energy consumption and operating costs. By using these smaller drives, you can achieve higher drive density without significantly increasing your power requirements. This not only helps to lower your electricity bills but also contributes to a greener and more sustainable IT infrastructure.

Improved Cooling Efficiency

Due to their smaller size, 2.5 inch SFF drives generate less heat compared to larger form factor drives. This leads to improved cooling efficiency within your server or storage system. By using these drives, you can maintain optimal operating temperatures, reducing the risk of overheating and potential hardware failures. Additionally, the reduced heat output allows for better airflow and overall system cooling, contributing to the longevity of your infrastructure.

Conclusion

In conclusion, the 2.5 inch SFF size of the HPE 843308-001 Rear Hard Drive Backplane offers numerous benefits for users. From space efficiency and increased drive density to enhanced performance, lower power consumption, and improved cooling efficiency, this feature is essential for those looking to optimize their storage systems. Whether you are building a new infrastructure or upgrading an existing one, the 2.5 inch SFF drives provide a reliable and efficient storage solution.

Bay Count: 6

The Benefits of 6 Bay Count

The HPE 843308-001 Rear Hard Drive Backplane boasts a bay count of 6, making it an ideal choice for users who require ample storage capacity within their server or storage system.

Scalability and Flexibility

The 6 bay count on the HPE 843308-001 Rear Hard Drive Backplane provides users with scalability and flexibility in terms of storage expansion. With six available bays, you have the freedom to add additional hard drives as your storage needs grow over time. This scalability allows you to start with a smaller number of drives and easily expand as your data storage requirements increase. Whether you are a small business anticipating future growth or a large enterprise with ever-expanding data demands, the 6 bay count offers the necessary capacity and flexibility to meet your evolving needs.

Redundancy and Data Protection

The 6 bay count also enables users to implement redundancy and data protection strategies effectively. By using multiple drives within the backplane, you can configure various RAID levels, such as RAID 1 (mirroring) or RAID 5 (striping with parity). These RAID configurations provide data redundancy and protection against drive failures. In case one drive fails, the data can be seamlessly rebuilt or retrieved from the remaining drives in the array, ensuring minimal downtime and safeguarding critical information.

Efficient Storage Organization

Having six bays at your disposal allows for efficient storage organization. You can categorize and allocate specific drives for different purposes or data types. For example, you could dedicate certain bays for high-performance drives that store frequently accessed data while utilizing other bays for archival or backup purposes. This level of organization not only streamlines data management but also optimizes storage performance and efficiency.

Cost-Effective Solution

The 6 bay count offers a cost-effective storage solution for organizations of all sizes. Compared to backplanes with a higher number of bays, a 6 bay configuration provides a balance between storage capacity and cost. This makes it an attractive option for businesses with budget constraints or those seeking an affordable entry point into expanding their storage infrastructure. By choosing the HPE 843308-001 Rear Hard Drive Backplane with a 6 bay count, you can achieve the desired storage capacity while staying within your budgetary limitations.

Conclusion

In summary, the 6 bay count on the HPE 843308-001 Rear Hard Drive Backplane delivers significant benefits to users. From scalability and flexibility to redundancy and data protection, efficient storage organization, and cost-effectiveness, this feature allows for seamless storage expansion and enhanced data management. Whether you are looking to accommodate future growth, implement data protection measures, or optimize storage performance, the 6 bay count provides the necessary capabilities to meet your storage needs.

Compatible With: Apollo 4200

The Benefits of Being Compatible With Apollo 4200

The HPE 843308-001 Rear Hard Drive Backplane is specifically designed to be compatible with the Apollo 4200 server model. This compatibility brings numerous benefits to users, ensuring seamless integration and optimized performance within their infrastructure.

Effortless Integration

By being compatible with the Apollo 4200 server model, the HPE 843308-001 Rear Hard Drive Backplane offers effortless integration into your existing infrastructure. The backplane is designed to fit perfectly within the server chassis, eliminating any compatibility concerns or potential installation issues. This compatibility ensures a smooth and hassle-free integration process, allowing you to quickly incorporate the backplane into your server environment without any disruptions.

Optimized Performance

Being designed specifically for the Apollo 4200 server model means that the HPE 843308-001 Rear Hard Drive Backplane is optimized to deliver exceptional performance within this particular server configuration. The backplane's architecture and components are tailored to complement the server's specifications, ensuring maximum data transfer rates and overall system efficiency. This optimized performance results in faster data processing and improved productivity for your organization.

Enhanced Reliability

Compatibility with the Apollo 4200 server model also guarantees enhanced reliability for users. The backplane is rigorously tested and validated by Hewlett Packard Enterprise (HPE) to ensure its seamless operation within the specified server model. This validation process eliminates any potential compatibility issues that could lead to system instability or downtime. By using a backplane that is specifically designed for your server model, you can have peace of mind knowing that your storage infrastructure is built on reliable and trusted components.

Streamlined Management

The compatibility between the HPE 843308-001 Rear Hard Drive Backplane and the Apollo 4200 server model enables streamlined management of your storage environment. Since the backplane is designed to work seamlessly with the server, you can leverage the server's management tools and features to monitor and control your storage devices effectively. This integration simplifies storage management tasks, allowing you to allocate resources, configure RAID arrays, and monitor drive health from a centralized management interface. As a result, you can save time and effort in managing your storage infrastructure, leading to improved operational efficiency.

Conclusion

In conclusion, the compatibility between the HPE 843308-001 Rear Hard Drive Backplane and the Apollo 4200 server model offers significant benefits for users. From effortless integration and optimized performance to enhanced reliability and streamlined management, this compatibility ensures seamless operation within your server environment. Whether you are expanding your existing infrastructure or building a new one, choosing a backplane that is specifically designed for your server model guarantees a reliable, efficient, and scalable storage solution.