Exceptional Data Transfer Speed
The HPE 82B 8Gb Dual Port PCI-E Fiber Channel HBA stands out with its incredible data transfer speeds of up to 8.5 Gbps, which is twice the performance of older 4 Gbps HBAs. This remarkable capability makes it the ideal choice for enterprises looking to boost their SAN connectivity solutions, ensuring that your storage network can handle heavy workloads with ease.
Enhanced Connectivity Reliability
This host bus adapter boasts a dual port configuration that delivers additional reliability and redundancy. In critical environments where downtime can lead to significant losses, the HPE 82B ensures that your data remains accessible and your operations run smoothly without interruptions. By providing dual port functionality, you reduce the risk of a single point of failure, thereby enhancing the overall stability of your network.
Wide Compatibility with ProLiant Servers
Designed specifically for use with HPE ProLiant servers, this Fiber Channel HBA is compatible with various models, including the DL and ML series. Whether you are looking to upgrade an existing server or configure a new one, the HPE 82B is a versatile component that integrates seamlessly into your IT infrastructure, allowing you to leverage its high-performance capabilities without compatibility concerns.
Easy to Install
The HPE 82B comes in a plug-in card form factor, making installation straightforward for IT professionals and system admins. With its PCI Express x8 interface, setting up this device is quick and hassle-free, allowing you to focus more on optimizing your systems rather than dealing with complex installations. Play your part in maximizing your storage capabilities without missing a beat.
Quality and Dependability
Refurbished to Grade A standards, the HPE 82B delivers the reliability and quality that enterprises expect from HP products. Backed by a 30-day warranty, you can purchase this Fiber Channel HBA with confidence, knowing it has been rigorously tested and meets the high standards expected in modern IT environments.