HP Modular SA 2040 SAS 6GBPS San Dual Controller LFF Storage Hard Drive Array - K2R80A

HP K2R80A Server Enclosure Overview

Manufacturer and Product Information

• Brand: HP
• Part Number: K2R80A
• Product Type: Server Enclosure
• Sub-Type: Storage Array

Chassis Specifications

• Installed Devices: 0
• Maximum Supported Devices: 24
• Drive Compatibility: SAS-2 drives supported

Storage Capacity and Interface

• Maximum Capacity: Up to 43 TB
• Supported Interfaces: 8Gb Fibre Channel, 1GbE and 10GbE iSCSI, 16Gb Fibre Channel
• Maximum LUNs Supported: 512

Storage Controller Details

• Controller Type: Dual RAID controllers
• Interface: SAS 6Gb/s
• Data Transfer Speed: 600 MB/s
• Cache Size: 8 GB maximum
• Supported RAID Levels: RAID 0, 1, 3, 5, 6, 10, 50

Hard Drive Configuration

• Included Hard Drives: None

Expansion and Connectivity Features

• Expansion Bays: 24 total, 24 available – 2.5" SFF

Power Supply and Redundancy

• Power Supply: Two internal hot-plug power supplies
• Maximum Power Supplies: 2
• Redundancy: Supported with 1+1 redundancy scheme
• Input Voltage: AC 120/230V – 50/60Hz

Interface: SAS 6GBPS

Improved Data Transfer Speed

The HP SA 2040 Storage Hard Drive Array is equipped with a SAS 6GBPS interface, which offers an impressive data transfer speed. This means that users can experience faster and more efficient data transfers between the storage array and their connected devices. With a higher data transfer speed, tasks such as file transfers, backups, and data recovery processes can be completed in a shorter amount of time, saving valuable resources and enhancing productivity.

Enhanced Scalability

The SAS 6GBPS interface provides enhanced scalability options for the HP SA 2040 Storage Hard Drive Array. This allows users to easily expand their storage capacity by adding additional drives or arrays to the existing setup. The increased bandwidth offered by SAS 6GBPS ensures that the expanded storage remains accessible at high speeds, without compromising performance or causing bottlenecks in data transfer.

Reliable and Secure Connection

The SAS 6GBPS interface offers a reliable and secure connection between the HP SA 2040 Storage Hard Drive Array and connected devices. The use of SAS technology ensures a stable connection that minimizes the risk of data loss or corruption during transfers. Additionally, SAS provides advanced error detection and correction mechanisms, further enhancing the integrity of the data being transferred.

Seamless Integration with Existing Infrastructure

The SAS 6GBPS interface is widely supported by various server and storage technologies, making it easy to integrate the HP SA 2040 Storage Hard Drive Array into existing IT infrastructures. This compatibility ensures that users can leverage their current investments in hardware and software without the need for significant modifications or upgrades. The seamless integration also reduces deployment time and effort, allowing organizations to quickly incorporate the storage array into their operations.

Scalability for Future Growth

As businesses grow and their storage requirements increase, the SAS 6GBPS interface allows for easy scalability. Organizations can add more drives or arrays to the HP SA 2040 Storage Hard Drive Array as needed, ensuring that their storage solution can accommodate future growth without disruption or performance degradation. This scalability feature provides a cost-effective solution, eliminating the need for premature hardware replacements and ensuring that the storage array can continue to meet evolving business needs.

Improved Data Accessibility

The high data transfer speed of SAS 6GBPS ensures that data stored in the HP SA 2040 Storage Hard Drive Array is readily accessible whenever needed. Users can quickly retrieve files, access applications, and perform data-intensive tasks without experiencing delays or latency issues. This improved data accessibility translates into enhanced productivity, as users spend less time waiting for data to be retrieved, leading to more efficient workflows and faster decision-making processes.

Optimized Performance

The SAS 6GBPS interface optimizes the performance of the HP SA 2040 Storage Hard Drive Array by providing a high-speed connection that can handle demanding workloads. Whether it's running resource-intensive applications, processing large datasets, or handling multiple concurrent users, the storage array delivers consistent performance without compromising responsiveness or throughput. This performance optimization ensures that users can leverage the full capabilities of the storage array and achieve maximum productivity.

Controller: Dual Controller

Enhanced Redundancy and Reliability

The HP SA 2040 Storage Hard Drive Array features a dual controller configuration, which enhances redundancy and reliability. With two controllers operating in parallel, the storage array can continue to function even if one controller fails or requires maintenance. This redundancy ensures uninterrupted access to stored data, minimizing the risk of downtime and data loss. Additionally, the dual controller setup allows for seamless failover, automatically switching to the backup controller in case of any failures, further enhancing the reliability of the storage array.

Improved Performance and Workload Distribution

The dual controller configuration in the HP SA 2040 Storage Hard Drive Array enhances performance and workload distribution. With two controllers working together, the storage array can handle higher workloads and distribute them across multiple paths simultaneously. This results in improved performance and responsiveness, as the workload is evenly distributed between the controllers, preventing any single point of failure or performance bottleneck.

Efficient Resource Utilization

The dual controller design optimizes resource utilization in the HP SA 2040 Storage Hard Drive Array. Each controller can independently manage and allocate resources such as cache, processing power, and network bandwidth. This efficient resource allocation ensures that the storage array operates at peak performance while effectively utilizing available resources. By leveraging the capabilities of both controllers, the storage array can handle a wide range of workloads efficiently, maximizing productivity and minimizing resource wastage.

Seamless Scalability and Expansion

The dual controller configuration provides seamless scalability and expansion options for the HP SA 2040 Storage Hard Drive Array. As storage requirements grow, organizations can easily add more drives or arrays to the existing setup without disruptions or downtime. The dual controllers ensure that the expanded storage capacity remains accessible at high speeds, maintaining performance levels even with increased workload demands. This scalability feature allows businesses to scale their storage infrastructure as needed, accommodating future growth without compromising performance or reliability.

Advanced Data Protection

The dual controller setup enhances data protection capabilities in the HP SA 2040 Storage Hard Drive Array. The redundant controllers provide built-in failover mechanisms that ensure continuous data availability in the event of a controller failure. In addition to failover, the dual controller configuration supports advanced RAID configurations, such as RAID 1+0 (RAID 10), which further enhances data protection by mirroring and striping data across multiple drives. This combination of redundancy and advanced RAID configurations minimizes the risk of data loss and provides an extra layer of protection for critical business data.

Simplified Management and Administration

The dual controller design simplifies management and administration tasks for the HP SA 2040 Storage Hard Drive Array. With two controllers, administrators can perform maintenance, updates, and configuration changes without disrupting storage operations. One controller can be taken offline for maintenance while the other continues to handle workload seamlessly. This feature ensures that system management tasks can be performed with minimal impact on business operations, reducing downtime and improving overall system availability.

Enhanced Flexibility and Customization

The dual controller configuration offers enhanced flexibility and customization options for the HP SA 2040 Storage Hard Drive Array. Each controller can be independently configured, allowing administrators to tailor settings based on specific requirements or workload characteristics. This flexibility enables organizations to optimize the storage array's performance and resource allocation to meet their unique needs, ensuring maximum efficiency and productivity.

Form Factor: LFF

Increased Storage Capacity

The HP SA 2040 Storage Hard Drive Array features a Large Form Factor (LFF) design, which allows for increased storage capacity. LFF drives are physically larger than their Small Form Factor (SFF) counterparts, enabling them to accommodate higher-capacity hard drives. With LFF drives, users can store larger amounts of data in a single drive slot, reducing the number of drives required to meet storage needs. This increased storage capacity translates into cost savings and simplified management, as fewer drives are needed to achieve the desired storage capacity.

Improved Heat Dissipation

The LFF form factor in the HP SA 2040 Storage Hard Drive Array offers improved heat dissipation capabilities. The larger physical size of LFF drives allows for better airflow within the storage array chassis, ensuring effective cooling of the drives. This enhanced heat dissipation helps maintain optimal operating temperatures, reducing the risk of overheating and extending the lifespan of the drives. By keeping the drives cool, the LFF form factor contributes to improved reliability and longevity of the storage array.

Easier Drive Replacement and Maintenance

The LFF design simplifies drive replacement and maintenance procedures in the HP SA 2040 Storage Hard Drive Array. The larger size of LFF drives makes them easier to handle and install compared to SFF drives. This ease of handling reduces the time and effort required for drive replacement, minimizing downtime and improving overall system availability. Additionally, the LFF form factor provides more space for drive connections and cabling, allowing for easier access during maintenance tasks.

Cost-Effective Scalability and Upgrades

The LFF form factor supports cost-effective scalability and upgrades for the HP SA 2040 Storage Hard Drive Array. As storage requirements grow, organizations can easily add higher-capacity LFF drives to existing drive slots, increasing storage capacity without needing additional infrastructure investments. This scalability option eliminates the need for hardware replacements or significant modifications to accommodate future growth. By leveraging the LFF form factor, businesses can scale their storage infrastructure in a cost-effective manner, avoiding unnecessary expenses.

Compatibility with Existing Infrastructure

The LFF form factor is widely supported by various server and storage technologies, ensuring compatibility with existing IT infrastructures. This compatibility allows organizations to integrate the HP SA 2040 Storage Hard Drive Array seamlessly into their current setups, leveraging their investments in hardware and software. The ability to leverage existing infrastructure reduces deployment time and effort, enabling organizations to quickly incorporate the storage array into their operations and start benefiting from its features and capabilities.

Increased Flexibility for Drive Selection

The LFF form factor provides increased flexibility for drive selection in the HP SA 2040 Storage Hard Drive Array. With a larger physical size, LFF drives can accommodate various drive types, including high-capacity HDDs and SSDs. This flexibility allows users to choose the most suitable drive type based on their specific requirements, whether it's maximizing storage capacity, optimizing performance, or balancing cost and performance. The ability to select from a wide range of drives ensures that the storage array can be customized to meet diverse needs and deliver optimal results.

Reduced Complexity in Storage Management

The LFF form factor simplifies storage management in the HP SA 2040 Storage Hard Drive Array. With fewer drives needed to achieve a given storage capacity, the overall complexity of managing the storage environment is reduced. Administrators can easily monitor and maintain a smaller number of drives, resulting in simplified storage management tasks. This reduction in complexity translates into improved efficiency and productivity, as administrators spend less time on routine maintenance and more time on strategic initiatives.

Part Number: K2R80A

Easy Identification and Ordering

The part number K2R80A is a unique identifier for the HP SA 2040 Storage Hard Drive Array. This part number makes it easy for users to identify the specific model they require when ordering or requesting support for the storage array. By providing the part number, users can ensure that they receive the correct product variant with all the desired features and specifications, avoiding any confusion or errors in the procurement process.

Compatibility Assurance

The part number K2R80A also serves as an assurance of compatibility with other components and accessories. When purchasing additional drives, expansion modules, or other accessories for the HP SA 2040 Storage Hard Drive Array, users can refer to the part number to ensure that the components are compatible with their specific model. This compatibility assurance eliminates the risk of purchasing incompatible components and ensures seamless integration within the storage environment.

Quick and Efficient Support

When seeking technical support or assistance for the HP SA 2040 Storage Hard Drive Array, providing the part number K2R80A helps streamline the support process. Support personnel can quickly identify the exact model being used and provide targeted solutions or guidance. This efficiency in support reduces response time and minimizes downtime, allowing users to resolve any issues promptly and get back to normal operations.

Accurate Documentation and Resources

The part number K2R80A enables users to access accurate documentation and resources specific to the HP SA 2040 Storage Hard Drive Array. User manuals, installation guides, firmware updates, and other relevant materials are often organized based on product models, including their part numbers. By using the correct part number when searching for documentation or resources, users can access the most relevant and up-to-date information, ensuring accurate guidance for installation, configuration, and maintenance tasks.

Future Expansion and Upgrades

The part number K2R80A facilitates future expansion and upgrades for the HP SA 2040 Storage Hard Drive Array. When planning to expand storage capacity or upgrade components, users can refer to the part number to ensure compatibility with their existing setup. This compatibility assurance simplifies the process of selecting and procuring additional components or accessories, making it easier to expand or upgrade the storage array without compatibility issues or disruptions.

Inventory Management and Tracking

The part number K2R80A plays a crucial role in inventory management and tracking for the HP SA 2040 Storage Hard Drive Array. By using the part number, organizations can accurately maintain records of their storage assets, track their location and usage, and plan for future hardware investments. The part number acts as a unique identifier that simplifies inventory management tasks, ensuring accurate and up-to-date information about the storage array and its associated components.

Standardization and Consistency

The use of the part number K2R80A promotes standardization and consistency within an organization's IT infrastructure. By adopting a standardized part number for the HP SA 2040 Storage Hard Drive Array, organizations can ensure that all units deployed across different locations or departments are identical in terms of features and specifications. This standardization simplifies management, maintenance, and support efforts, as administrators can rely on consistent configurations and settings across the storage environment.