HPE MSA 16GBPS SFP+ Transceiver Short Wave Fibre Channel 720999-002

Part Number: 720999-002

Overview

The HPE MSA 16GBPS SFP+Transceiver Short Wave Fibre Channel, with the part number 720999-002, is an essential component for high-speed data transmission in Fibre Channel networks. This transceiver module is designed specifically for short-range applications and is compatible with a wide range of HPE MSA storage systems.

Benefits of Part Number 720999-002

1. High-Speed Data Transfer

The part number 720999-002 provides an impressive data transfer rate of 16GBPS, ensuring rapid and efficient communication between devices in a Fibre Channel network. With this high-speed capability, users can experience enhanced performance and reduced latency, resulting in improved overall system productivity.

2. Reliable Connectivity

Reliability is a crucial aspect of any networking component, and the HPE MSA 16GBPS SFP+Transceiver Short Wave Fibre Channel with the part number 720999-002 excels in this area. It offers a stable and consistent connection, minimizing the chances of disruptions or downtime. This reliability is particularly important in critical environments where uninterrupted access to data is essential.

3. Easy Installation and Compatibility

The part number 720999-002 is designed to seamlessly integrate into existing HPE MSA storage systems. Its form factor and compatibility make it a hassle-free option for users who are upgrading their network infrastructure or expanding their storage capabilities. The simple installation process ensures minimal downtime during implementation, allowing users to quickly reap the benefits of this powerful transceiver.

Importance of Part Number 720999-002

1. Future-Proof Investment

Investing in the HPE MSA 16GBPS SFP+Transceiver Short Wave Fibre Channel with the part number 720999-002 ensures that businesses are prepared for future network advancements. With its high-speed capabilities, this transceiver can handle the ever-increasing demands of data-intensive applications and technologies. By choosing this part number, users can avoid the need for immediate upgrades or replacements when network requirements evolve.

2. Enhanced Network Performance

The part number 720999-002 plays a crucial role in enhancing network performance. Its high-speed data transfer rate enables faster data transmission, reducing latency and ensuring smoother communication between devices. This improved performance translates into better productivity, reduced waiting times, and a more efficient workflow for users. Whether it's accessing large files or running complex applications, this transceiver's capabilities contribute to an optimized network experience.

3. Seamless Integration

The compatibility of the part number 720999-002 with HPE MSA storage systems makes it a valuable addition to any existing infrastructure. Users can easily integrate it into their current Fibre Channel networks without the need for extensive modifications or replacements. This seamless integration minimizes disruption and ensures a smooth transition to higher speeds and improved connectivity.

4. Cost-Effective Solution

Choosing the HPE MSA 16GBPS SFP+Transceiver Short Wave Fibre Channel with the part number 720999-002 is a cost-effective solution for businesses. By leveraging this transceiver's capabilities, organizations can maximize their existing network infrastructure without investing in expensive equipment replacements. Furthermore, its reliability reduces the risk of downtime and potential financial losses associated with network disruptions.

Conclusion

In conclusion, the HPE MSA 16GBPS SFP+Transceiver Short Wave Fibre Channel with the part number 720999-002 offers high-speed data transfer, reliable connectivity, easy installation, and compatibility with HPE MSA storage systems. Its benefits include enhanced network performance, future-proof investment, seamless integration, and cost-effectiveness. By incorporating this transceiver into their Fibre Channel networks, users can ensure efficient data transmission, improved productivity, and a reliable foundation for their network infrastructure.