HPE P26259-B21 Broadcom Bcm57412 10GB SFP+ Ethernet 2-Port Adapter

Part Number: P26259-B21

Introduction

The HPE Broadcom Bcm57412 Ethernet 10GB SFP+ is a high-performance network adapter that comes with the part number P26259-B21. This specific part number, P26259-B21, holds immense significance for users as it denotes the unique identifier for this specific product. In this section, we will delve into the benefits and importance of this feature in detail.

Uniqueness and Compatibility

The part number P26259-B21 serves as a distinctive identifier for the HPE Broadcom Bcm57412 Ethernet 10GB SFP+. It ensures that users can easily identify and differentiate this particular model from other similar products available in the market. This unique identification is crucial, especially when procuring or replacing network adapters in enterprise-level setups where compatibility plays a vital role.

Easy Procurement and Replacement

When it comes to sourcing or replacing network adapters, having a specific part number like P26259-B21 simplifies the entire process. IT administrators can effortlessly communicate the exact product they require to vendors or support teams, ensuring accurate procurement. Additionally, in case of any faulty or damaged network adapters, users can reference the part number to ensure they receive the correct replacement without any confusion or delay.

Seamless Integration

The part number P26259-B21 also aids in seamless integration of the HPE Broadcom Bcm57412 Ethernet 10GB SFP+ into existing network infrastructure. With compatibility being a major concern, having a specific part number ensures that this network adapter is designed to work efficiently with other components of the network ecosystem. This compatibility minimizes any potential conflicts or issues during installation and integration.

Product Documentation and Support

Another crucial advantage of the part number P26259-B21 is its role in accessing product documentation and support. Users can easily search for technical specifications, user guides, and troubleshooting resources specific to this product by referencing the part number. This allows for quick and efficient access to the necessary information, ensuring smooth deployment and maintenance of the network adapter.

Authenticity and Warranty

The part number P26259-B21 also serves as a guarantee of authenticity and warranty coverage. Users can rest assured that they are purchasing a genuine HPE Broadcom Bcm57412 Ethernet 10GB SFP+ when they verify the presence of this specific part number. Additionally, manufacturers often tie warranty coverage to the part number, providing users with an added layer of assurance and protection for their investment.

Conclusion - Importance of Part Number P26259-B21

In conclusion, the part number P26259-B21 holds immense importance for users considering the HPE Broadcom Bcm57412 Ethernet 10GB SFP+. It not only serves as a unique identifier but also facilitates easy procurement, seamless integration, access to product documentation and support, and provides authenticity and warranty coverage. The part number P26259-B21 ensures that users can confidently deploy this network adapter in their infrastructure, knowing they have the right product with the necessary support to meet their networking needs.

Port: 2-Port Network Adapter

Introduction

The HPE Broadcom Bcm57412 Ethernet 10GB SFP+ features a 2-Port Network Adapter as one of its key attributes. In this section, we will explore the benefits and importance of this feature, shedding light on how it enhances network connectivity and performance.

Dual-Port Capability

The 2-Port Network Adapter offers users the advantage of dual-port capability. With two ports available on a single adapter, users can connect multiple devices or systems simultaneously. This feature proves particularly beneficial in scenarios where high-bandwidth communication or load balancing is required. By utilizing both ports, users can distribute network traffic effectively, ensuring optimal performance and minimizing bottlenecks.

Improved Network Redundancy

Having a 2-Port Network Adapter significantly enhances network redundancy. In case one port encounters a failure or disruption, the other port can seamlessly take over the network traffic. This redundancy feature ensures uninterrupted connectivity and minimizes downtime, vital for critical applications or systems that require continuous operation. Users can rely on this dual-port capability to maintain network availability and prevent any potential loss of data or productivity.

Flexible Network Topologies

The 2-Port Network Adapter offers users increased flexibility when it comes to network topologies. With two ports available, users have the option to configure various connection setups to suit their specific requirements. Whether it be link aggregation (bonding), switch redundancy (redundant links to different switches), or connecting to multiple VLANs (Virtual Local Area Networks), this feature empowers users to design and implement diverse network topologies that align with their infrastructure needs.

Scalability and Future-Proofing

Investing in a 2-Port Network Adapter ensures scalability and future-proofing for network infrastructures. As businesses grow and demand for higher network bandwidth increases, having additional ports readily available can save costs and effort in the long run. The 2-Port Network Adapter allows for easy expansion without requiring additional hardware investments, providing a scalable solution that adapts to evolving networking requirements.

Conclusion - Benefits of the 2-Port Network Adapter

To conclude, the 2-Port Network Adapter featured in the HPE Broadcom Bcm57412 Ethernet 10GB SFP+ offers numerous benefits for users. These include dual-port capability for improved network performance, enhanced network redundancy for uninterrupted connectivity, flexibility in network topologies, and scalability for future growth. The 2-Port Network Adapter empowers users to optimize their network infrastructure, ensuring efficient and reliable communication within their systems.