HP 16GB Dual Port PCI Express 3.0 Fibre Channel Host Bus Adapter - C8R39-60001

Capacity: 16GB

Enhanced Performance and Efficiency

The HP C8R39-60001 Fibre Channel Host Bus Adapter is equipped with a remarkable capacity of 16GB, making it an ideal choice for users who require high-performance storage solutions. With this impressive capacity, users can experience enhanced performance and efficiency in their data-intensive applications and workloads.

Improved Data Transfer Speeds

One of the key benefits of the 16GB capacity is the improved data transfer speeds it offers. With larger capacity, the Fibre Channel Host Bus Adapter can handle larger amounts of data simultaneously, resulting in faster transfer rates. This is particularly important in scenarios where time is of the essence, such as in large-scale data backups or real-time data analysis.

Seamless Scalability

Another advantage of the 16GB capacity is its ability to accommodate expanding storage needs. As businesses grow and accumulate more data, having a high-capacity Fibre Channel Host Bus Adapter ensures that there is enough room for future storage requirements without the need for frequent upgrades or replacements. This seamless scalability allows users to focus on their core operations without worrying about storage limitations.

Efficient Resource Utilization

By utilizing a Fibre Channel Host Bus Adapter with a 16GB capacity, users can optimize their resource utilization. The increased capacity allows for better allocation and distribution of storage resources, ensuring that each application or workload receives sufficient space to operate efficiently. This efficient resource utilization results in improved overall system performance and reduced latency.

Future-Proof Solution

Investing in a Fibre Channel Host Bus Adapter with a 16GB capacity ensures that users are future-proofing their storage infrastructure. As technology continues to advance and data requirements grow exponentially, having a high-capacity adapter guarantees compatibility with future storage systems and prevents the need for immediate upgrades.

Support for High-Performance Applications

With a 16GB capacity, the HP C8R39-60001 Fibre Channel Host Bus Adapter can handle demanding, high-performance applications effortlessly. Whether it's running virtualized environments, handling data-intensive analytics, or supporting mission-critical databases, the high capacity ensures smooth and uninterrupted operations. Users can rely on this adapter to meet the performance demands of their most critical applications.

Port: Dual Port

Enhanced Redundancy and Availability

Featuring dual ports, the HP C8R39-60001 Fibre Channel Host Bus Adapter offers enhanced redundancy and availability for users. This dual-port configuration allows for simultaneous connections to multiple storage devices or networks, providing redundancy in case of a port failure. In mission-critical environments where uninterrupted access to data is crucial, having dual ports ensures continuous availability and minimizes the risk of downtime.

Improved Load Balancing

With dual ports, the Fibre Channel Host Bus Adapter enables improved load balancing across multiple paths. This load balancing feature distributes data traffic evenly across both ports, preventing bottlenecks and optimizing bandwidth utilization. By leveraging both ports effectively, users can achieve higher throughput and better overall system performance.

Flexible Connectivity Options

The dual-port configuration of the Fibre Channel Host Bus Adapter offers users greater flexibility in their connectivity options. Users can connect to multiple storage devices or networks simultaneously, allowing for seamless integration into existing infrastructures. This flexibility is particularly beneficial in complex environments where different storage systems or networks need to be accessed simultaneously.

Simplified Storage Management

Having dual ports simplifies storage management tasks for users. The redundant nature of the dual-port configuration makes it easier to perform maintenance operations, such as firmware updates or hardware replacements, without interrupting data access. By isolating one port while the other remains operational, users can ensure continuous data availability during maintenance activities, minimizing downtime and improving overall storage management efficiency.

Scalable and Future-Proof Solution

The dual-port design of the Fibre Channel Host Bus Adapter enables scalability and future-proofing of storage systems. Users can easily expand their storage infrastructure by connecting additional devices or networks to the available ports. This scalability ensures that the adapter can adapt to changing storage requirements without the need for complete replacements or significant reconfigurations.

Increased Fault Tolerance

The dual-port configuration enhances fault tolerance in storage environments. In case of a port failure or network issue, the redundant port continues to provide access to data, minimizing the impact on operations. This increased fault tolerance is vital for businesses that cannot afford any disruptions to their critical applications or services.

Interface: PCI Express 3.0

Optimized Data Transfer Speeds

The HP C8R39-60001 Fibre Channel Host Bus Adapter utilizes the PCI Express 3.0 interface, offering optimized data transfer speeds for users. This interface leverages the high bandwidth capabilities of PCIe 3.0, allowing for faster communication between the adapter and the host system. With improved data transfer speeds, users can experience reduced latency and enhanced overall system performance.

Compatibility and Interoperability

PCI Express 3.0 is a widely adopted industry standard, ensuring compatibility and interoperability across various hardware platforms. The Fibre Channel Host Bus Adapter with a PCI Express 3.0 interface can seamlessly integrate into existing systems without compatibility issues, making it an ideal choice for users who require a versatile and future-proof storage solution.

Efficient Utilization of Bandwidth

The PCI Express 3.0 interface maximizes the utilization of available bandwidth, ensuring efficient data transfer between the adapter and the host system. The increased bandwidth enables users to handle large volumes of data more efficiently, reducing bottlenecks and improving overall system performance. This efficient utilization of bandwidth is particularly beneficial in data-intensive applications that require fast and reliable storage access.

Scalability and Flexibility

The PCI Express 3.0 interface offers scalability and flexibility for storage systems. With support for higher data transfer rates, the Fibre Channel Host Bus Adapter can accommodate future storage requirements without the need for immediate upgrades or replacements. This scalability allows users to scale their storage infrastructure as needed, ensuring that their systems can adapt to changing business demands.

Enhanced I/O Performance

By leveraging the capabilities of the PCI Express 3.0 interface, users can experience enhanced I/O performance in their storage systems. The increased data transfer speeds and improved bandwidth utilization result in faster response times and reduced latency. This enhanced I/O performance is critical for applications that rely on real-time data access or require rapid data processing.

Reduced CPU Overhead

The PCI Express 3.0 interface helps reduce CPU overhead in storage operations. By offloading data transfer tasks to the Fibre Channel Host Bus Adapter, the host system's CPU can focus on other critical tasks, improving overall system efficiency. This reduced CPU overhead allows for better utilization of system resources and ensures that the host system can handle additional workloads without performance degradation.

Bracket: Standard

Easy Installation and Compatibility

The HP C8R39-60001 Fibre Channel Host Bus Adapter comes with a standard bracket, ensuring easy installation and compatibility with various server chassis and enclosures. The standard bracket design allows users to seamlessly integrate the adapter into their existing systems without the need for additional modifications or specialized brackets. This ease of installation saves time and effort, enabling users to quickly set up their storage infrastructure.

Cost-Effective Solution

The use of a standard bracket reduces costs associated with specialized brackets or customization. Users can avoid the need to purchase separate brackets or incur additional expenses for custom manufacturing. This cost-effective solution is particularly beneficial for businesses operating on a budget or those looking to optimize their storage infrastructure without incurring unnecessary expenses.

Versatile Deployment Options

With a standard bracket, the Fibre Channel Host Bus Adapter offers versatile deployment options for users. The standard form factor allows for easy integration into various server chassis and enclosures, providing flexibility in storage system designs. Whether it's a rack-mounted server, blade enclosure, or tower server, users can confidently deploy the adapter without concerns about compatibility or form factor limitations.

Interchangeability and Upgradability

The standard bracket design ensures interchangeability and upgradability of the Fibre Channel Host Bus Adapter. Users can easily replace or upgrade their existing adapters with the HP C8R39-60001 without needing to modify the server chassis or enclosure. This interchangeability allows for seamless integration of new features or capabilities into existing systems, providing users with the flexibility to adapt to changing storage requirements.

Maintenance and Serviceability

The use of a standard bracket simplifies maintenance and serviceability tasks for users. In case of hardware issues or component failures, replacing the Fibre Channel Host Bus Adapter becomes a straightforward process. With a standard bracket, users can easily remove and replace the adapter without requiring complex disassembly or modifications to the server chassis. This ease of maintenance ensures minimal downtime and efficient resolution of hardware-related issues.