HPE P49764-B21 400GBPS MM QSFP Transceiver 50m InfiniBand NDR HCA-side

Part Number: P49764-B21

Benefits and Importance

Seamless Compatibility

The HPE 400GBPS Multi-mode QSFP Transceiver Module HCA-side InfiniBand NDR is identified by its unique part number - P49764-B21. This part number serves as a crucial identifier for users and ensures seamless compatibility with their existing infrastructure. By selecting the specific part number, users can confidently integrate this transceiver module into their network without any compatibility issues or disruptions. This compatibility feature is of paramount importance as it eliminates the hassle of compatibility checks and enables users to deploy the transceiver module effortlessly.

Easy Identification and Replacement

The P49764-B21 part number also simplifies the identification and replacement process for users. In large-scale networks, where multiple devices are deployed, it can be a challenging task to pinpoint a specific component. However, with the unique part number, users can easily identify the HPE 400GBPS Multi-mode QSFP Transceiver Module HCA-side InfiniBand NDR among other similar modules. This feature saves valuable time and effort during troubleshooting or replacement scenarios, enabling users to swiftly address any issues and maintain uninterrupted network operations.

Product Documentation and Support

The part number P49764-B21 plays a crucial role in accessing product documentation and support services. Users can refer to the specific part number when seeking assistance from technical support teams or consulting product manuals. This feature ensures that users receive accurate guidance and support tailored to their specific transceiver module variant. Moreover, it facilitates access to firmware updates, compatibility matrices, and other relevant resources that are specific to the P49764-B21 model. This comprehensive support ecosystem enhances user experience and allows for efficient troubleshooting and maintenance.

Maximum Data Rate: 400Gbps

Benefits and Importance

Unparalleled Speed and Performance

The HPE 400GBPS Multi-mode QSFP Transceiver Module HCA-side InfiniBand NDR sets itself apart with its impressive maximum data rate of 400Gbps. This feature offers users unparalleled speed and performance, enabling them to handle demanding workloads and data-intensive applications. Whether it's large-scale data transfers, high-resolution video streaming, or real-time analytics, the 400Gbps data rate ensures smooth and efficient data transmission. Users can experience reduced latency and improved network responsiveness, resulting in enhanced productivity and user satisfaction.

Future-Proof Investment

Investing in a transceiver module with a high maximum data rate is a strategic move for users looking to future-proof their network infrastructure. As technology advances and data demands continue to grow, having a transceiver module capable of handling higher speeds becomes crucial. The 400Gbps data rate of the HPE 400GBPS Multi-mode QSFP Transceiver Module HCA-side InfiniBand NDR ensures that users can meet the evolving requirements of their network without the need for immediate upgrades or replacements. This feature provides a cost-effective solution that can adapt to future advancements in networking technology.

Compatibility with Bandwidth-Intensive Applications

Bandwidth-intensive applications, such as virtualization, cloud computing, and high-performance computing (HPC), require robust network infrastructure capable of handling massive amounts of data. The 400Gbps maximum data rate offered by this transceiver module meets the demands of these resource-hungry applications. Users can confidently deploy this module knowing that it can support their bandwidth-intensive workloads without compromising performance or efficiency. As the reliance on such applications continues to grow, having a transceiver module that can keep up with their demands becomes increasingly important.

Transceiver Type: QSFP

Benefits and Importance

High Port Density

The QSFP (Quad Small Form-factor Pluggable) transceiver type featured in the HPE 400GBPS Multi-mode QSFP Transceiver Module HCA-side InfiniBand NDR enables high port density in network switches and routers. With its compact size, the QSFP transceiver allows for more ports to be accommodated in a limited space. This feature is especially valuable for data centers or network environments where space optimization is crucial. Users can maximize their network capacity and minimize the physical footprint, enabling efficient utilization of resources and cost savings.

Flexible Connectivity Options

The QSFP transceiver type offers users a wide range of connectivity options. It supports various data rates, including 40Gbps, 100Gbps, and in this case, 400Gbps. This versatility empowers users to adapt their network infrastructure to meet specific requirements and scale their operations accordingly. Furthermore, the QSFP transceiver type supports different fiber types and distances, allowing for flexibility in network design and deployment. Users can choose the most suitable connectivity options based on their specific needs, ensuring optimal performance and reliability.

Interoperability

The QSFP transceiver type has become an industry standard, ensuring interoperability across different networking equipment vendors. This feature provides users with a wide range of options when it comes to selecting compatible switches, routers, or other networking devices. Users can confidently integrate the HPE 400GBPS Multi-mode QSFP Transceiver Module HCA-side InfiniBand NDR into their existing infrastructure, knowing that it will seamlessly communicate with other devices from various manufacturers. This interoperability feature simplifies network expansion or upgrades while offering users the freedom to choose the best equipment for their specific needs.

Cable Type: Multi-mode

Benefits and Importance

Cost-Effective Solution

The multi-mode cable type featured in the HPE 400GBPS Multi-mode QSFP Transceiver Module HCA-side InfiniBand NDR offers users a cost-effective solution for short-range data transmission. Multi-mode cables are typically less expensive compared to single-mode cables, making them an attractive choice for users operating within limited budgets. By utilizing multi-mode cables, users can achieve high-speed data transmission over shorter distances without compromising on performance. This cost-effective feature allows users to optimize their network infrastructure without incurring excessive expenses.

Flexible Distance Coverage

Multi-mode cables provide users with flexibility in terms of distance coverage. They are designed to transmit data over relatively shorter distances, typically up to a few hundred meters. This range is ideal for network environments where connectivity between nearby devices or within a single building is required. Whether it's connecting switches within a data center or establishing communication links between adjacent floors, the multi-mode cable type ensures reliable and efficient data transmission. This flexibility allows users to tailor their network design to suit their specific spatial requirements.

Compatibility with Existing Infrastructure

The multi-mode cable type is widely used and compatible with existing network infrastructure. Users who already have multi-mode fiber optic cables installed can seamlessly integrate the HPE 400GBPS Multi-mode QSFP Transceiver Module HCA-side InfiniBand NDR into their network without the need for additional infrastructure upgrades or replacements. This compatibility feature saves time and resources, enabling users to quickly deploy the transceiver module and leverage its high-speed capabilities. By leveraging existing infrastructure, users can achieve cost savings and minimize disruptions to their network operations.

Maximum Reach: 50m

Benefits and Importance

Optimized Network Layout

The 50m maximum reach offered by the HPE 400GBPS Multi-mode QSFP Transceiver Module HCA-side InfiniBand NDR allows for optimized network layout and design. Users can strategically position their networking equipment within a 50-meter radius, ensuring efficient cable management and minimizing signal degradation. This feature is particularly beneficial in scenarios where devices are located in close proximity, such as data centers or large office spaces. By adhering to the maximum reach specifications, users can achieve optimal signal quality, reduce cable clutter, and maintain a well-organized network environment.

Improved Signal Integrity

The maximum reach of 50m ensures improved signal integrity for data transmission. With multi-mode fiber optic cables, maintaining signal quality over longer distances can be challenging due to dispersion and attenuation. By setting the maximum reach at 50m, the transceiver module guarantees reliable data transmission without compromising on signal integrity. This feature is crucial for applications that require high data integrity, such as mission-critical operations or real-time data processing. Users can trust that their data will be transmitted accurately and without errors within the specified reach.

Efficient Resource Allocation

The 50m maximum reach allows users to allocate network resources efficiently. By understanding the precise reach limitations of the transceiver module, users can plan their network layout and allocate resources accordingly. This feature ensures that users optimize their infrastructure by avoiding overprovisioning or underutilization of resources. By accurately estimating the reach requirements, users can make informed decisions regarding their network design, resulting in efficient resource allocation and cost savings.