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Dell 6VK2R Lpe16002 16gb Dual Port Fibre Channel Host Bus Adapter
- 16Gb Fibre Channel Speed
- Dual Port Design for redundancy and increased throughput
- PCI Express (PCIe) Interface
- Host Bus Adapter (HBA) for SAN connectivity
- Supports enterprise-class storage environments
- Ensures reliable and high-performance data transfer to storage
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Typically 1-2 handling + 3-7 transit days
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Product Overview
The Dell 6VK2R Lpe16002 is a 16Gb dual-port Fibre Channel Host Bus Adapter (HBA). It provides high-speed, reliable connectivity for servers to Fibre Channel storage area networks (SANs), enabling efficient data access and management.
Technical Information
| Part Number | 6VK2R |
| Model | LPE16002 |
| Interface | Fibre Channel |
Additional Specifications
| Speed | 16Gb/s |
| Ports | Dual Port |
| Form Factor | PCIe Host Bus Adapter |
Product Description
The Dell 6VK2R, identified by the LPE16002 model, is a high-performance Host Bus Adapter designed to connect servers to Fibre Channel Storage Area Networks (SANs). With its dual-port configuration, it offers both increased bandwidth and redundancy, ensuring continuous connectivity even in the event of a port failure. This makes it a critical component for enterprise environments that rely on stable and high-speed access to shared storage resources. Operating at 16Gb/s per port, the 6VK2R provides substantial throughput, enabling faster data transfers for demanding applications such as large databases, virtualization platforms, and high-performance computing clusters. The adapter utilizes the PCI Express interface, allowing for direct communication with the server's motherboard at high speeds, minimizing latency and maximizing I/O performance. This HBA is engineered for reliability and efficiency in enterprise-class storage infrastructures. It facilitates seamless integration with various SAN fabrics and storage arrays, providing a robust and scalable solution for data access. The dual-port design enhances fault tolerance, ensuring that critical data remains accessible and operations can continue uninterrupted.
