HPE 544+Qsfp Infiniband Fdr/Ethernet 10GB/40GB 2Port Adapter 764736-001

Interface: Infiniband Fdr/Ethernet

The HPE 764736-001 Adapter is equipped with an Infiniband Fdr/Ethernet interface, which provides users with a high-performance networking solution. This interface combines the benefits of both Infiniband and Ethernet technologies, offering users a versatile and efficient connectivity option.

Benefits of Infiniband Fdr/Ethernet

1. High Speed: The Infiniband Fdr/Ethernet interface supports high data transfer rates, allowing for quick and efficient communication between devices. This is particularly beneficial for applications that require fast and reliable data transmission, such as large-scale data analysis, cloud computing, and high-performance computing.

2. Scalability: The Infiniband Fdr/Ethernet interface offers excellent scalability, making it suitable for growing network infrastructure needs. It allows users to easily expand their network by adding more devices without compromising performance.

3. Low Latency: Infiniband Fdr/Ethernet has significantly lower latency compared to other networking technologies. This means that data can be transmitted and received with minimal delay, resulting in improved responsiveness and reduced waiting times.

Importance of Infiniband Fdr/Ethernet

The importance of the Infiniband Fdr/Ethernet interface lies in its ability to provide users with a powerful and flexible networking solution. It enables seamless integration with existing network infrastructure while delivering high-speed and low-latency connectivity.

With the increasing demand for data-intensive applications and the growing complexity of modern networks, having a reliable and efficient interface like Infiniband Fdr/Ethernet is crucial for businesses and organizations. It ensures smooth operations, faster data processing, and improved overall performance.

Applications of Infiniband Fdr/Ethernet

The Infiniband Fdr/Ethernet interface is suitable for a wide range of applications, including:

• Big Data Analytics: Infiniband Fdr/Ethernet allows for quick and efficient transfer of large datasets, enabling faster data analysis and insights.
• High-Performance Computing: The interface's high-speed and low-latency capabilities make it ideal for demanding computational tasks, such as simulations, modeling, and scientific research.
• Cloud Computing: Infiniband Fdr/Ethernet ensures reliable and fast communication between cloud servers, enabling smooth operations and improved user experience.
• Data Centers: The interface is well-suited for data centers that require high-speed networking for storage, virtualization, and server connectivity.

Speed: 10GB/40GB

The HPE 764736-001 Adapter offers a speed of 10GB/40GB, providing users with fast and efficient data transfer capabilities. This high-speed feature is essential for various applications that require quick transmission of large volumes of data.

Benefits of 10GB/40GB Speed

1. Increased Productivity: The high-speed capability of 10GB/40GB allows users to transfer data rapidly, resulting in improved productivity. Tasks that involve transferring large files or accessing remote resources can be completed more quickly, saving valuable time for users.

2. Enhanced Collaboration: With faster data transfer speeds, teams can collaborate more effectively. Sharing large files, working on shared documents, and conducting video conferences become smoother and more seamless.

3. Future-Proofing: The 10GB/40GB speed ensures that the adapter is compatible with modern networking standards and can handle future bandwidth requirements. This future-proofing feature saves users from having to upgrade their equipment frequently and provides a reliable solution for years to come.

Importance of 10GB/40GB Speed

The importance of the 10GB/40GB speed lies in its ability to meet the demands of data-intensive applications and high-performance networking environments. It provides users with the necessary bandwidth to handle large data transfers, high-resolution media streaming, virtualization, and other resource-intensive tasks.

As technology advances and data volumes continue to grow, having a high-speed adapter like the HPE 764736-001 becomes crucial for businesses and individuals who rely on fast and efficient data transfer. It ensures that users can keep up with the ever-increasing demands of modern computing and networking.

Applications of 10GB/40GB Speed

The 10GB/40GB speed feature is beneficial for a wide range of applications, including:

• Data Backup and Recovery: High-speed data transfer enables quicker backup and recovery operations, reducing downtime and improving data protection.
• Video Editing and Streaming: The fast transfer speeds allow for seamless editing and streaming of high-definition videos, ensuring a smooth user experience.
• Virtualization: Virtualized environments benefit from the increased bandwidth provided by the 10GB/40GB speed, enabling efficient communication between virtual machines.
• Data Centers: High-speed networking is essential in data centers for handling large amounts of data, supporting virtualization, and ensuring smooth operations.

Ports: 2

The HPE 764736-001 Adapter features two ports, providing users with multiple connectivity options. Having two ports offers several advantages in terms of flexibility, redundancy, and increased network capacity.

Benefits of 2 Ports

1. Flexibility: The presence of two ports allows users to connect the adapter to multiple networks or devices simultaneously. This flexibility is particularly useful in scenarios where separate networks need to be accessed or when different devices require connectivity.

2. Redundancy: The dual-port configuration provides redundancy, ensuring that if one port fails or experiences issues, the other port can take over the network connection seamlessly. This redundancy feature increases network reliability and minimizes downtime.

3. Increased Network Capacity: With two ports, users can achieve higher network capacity by aggregating the bandwidth of both ports. This increases the overall data transfer capabilities and supports more devices or users on the network without compromising performance.

Importance of 2 Ports

The importance of having two ports in the HPE 764736-001 Adapter lies in the added flexibility, reliability, and capacity it provides to users. It allows for versatile connectivity options, ensures uninterrupted network access in case of port failures, and supports high-performance networking environments.

In scenarios where a single port is not sufficient to meet networking requirements, having two ports can significantly enhance productivity, reduce downtime, and accommodate future growth without the need for additional hardware investments.

Applications of 2 Ports

The presence of two ports in the HPE 764736-001 Adapter opens up possibilities for various applications, including:

• Load Balancing: Two ports enable load balancing across multiple networks or devices, distributing traffic evenly and optimizing network performance.
• High Availability Clustering: Dual ports support high-availability clustering configurations, ensuring uninterrupted access to critical resources even if one port fails.
• Network Segmentation: Having two ports allows for network segmentation, enabling separate networks for different departments, security zones, or applications.
• Link Aggregation: The dual-port configuration can be used for link aggregation, combining the bandwidth of both ports to increase network capacity and speed.

AdditionalFeatures: 544+Qsfp

The HPE 764736-001 Adapter comes with the additional feature of 544+Qsfp, providing users with enhanced capabilities for their networking needs. This feature offers increased connectivity options and improved performance.

Benefits of 544+Qsfp

1. Expanded Connectivity: The 544+Qsfp feature allows users to connect the adapter to a wide range of devices and networks, offering greater flexibility in networking configurations. It supports various networking protocols and provides compatibility with different equipment.

2. Improved Performance: The 544+Qsfp feature enhances the overall performance of the adapter by providing additional resources for data transmission and reception. This results in faster data transfer speeds, reduced latency, and improved network responsiveness.

3. Scalability: With the 544+Qsfp feature, users can easily scale their network infrastructure to accommodate growing demands. It enables the connection of multiple devices, supports expansion options, and ensures smooth operations in evolving networking environments.

Importance of 544+Qsfp

The importance of the 544+Qsfp feature lies in its ability to enhance connectivity options, improve performance, and support scalability. It provides users with a versatile networking solution that can adapt to changing needs and deliver reliable and efficient connectivity.

With the increasing complexity of modern networks and the need for seamless integration with diverse devices and networks, having an adapter with the 544+Qsfp feature is essential. It allows users to optimize their network infrastructure, achieve better performance, and future-proof their networking investments.

Applications of 544+Qsfp

The 544+Qsfp feature in the HPE 764736-001 Adapter is beneficial for a variety of applications, including:

• Data Centers: The expanded connectivity options and improved performance make the adapter suitable for data centers, where high-speed networking and compatibility with diverse equipment are critical.
• Network Virtualization: The 544+Qsfp feature supports network virtualization technologies, enabling the creation of virtual networks with enhanced connectivity and performance.
• High-Density Environments: In scenarios where multiple devices need to be connected in a high-density environment, the adapter's scalability and compatibility with various networking protocols are advantageous.
• Network Consolidation: The 544+Qsfp feature facilitates network consolidation efforts by providing connectivity options for different types of networks, eliminating the need for separate adapters.