Dell Dual Port 32GB SFP+ Fibre Channel Network Card Adapter

Overview

The Dell 05H4YH is a dual-port Fibre Channel network adapter designed to deliver high-speed connectivity at 32 Gbps per port. It fits into any server with a PCI Express 3.0 slot, providing a dedicated and low-latency connection to storage area networks. This adapter is well suited for environments that demand consistent throughput, such as virtualization clusters, real-time analytics, and large backup operations.

Key features

• Two 32 Gbps Fibre Channel ports that ensure fast and reliable data transfer between servers and storage systems
• PCI Express 3.0 interface offering broad compatibility with enterprise servers and efficient use of available expansion slots
• Includes two SFP+ transceivers pre-installed, simplifying setup and reducing the need for additional components
• Standard profile bracket included, allowing easy installation in most rack-mount server chassis without modifications
• Supports multi-path SAN configurations to provide redundancy and maintain uptime for critical workloads

Key specs

• Port type: Dual SFP+ Fibre Channel
• Link speed: 32 Gbps per port
• Interface: PCI Express 3.0
• Included transceivers: 2 SFP+ modules
• Bracket type: Standard profile

Connectivity and compatibility

This adapter integrates seamlessly with existing Fibre Channel fabrics and supports multi-path SAN designs, which are essential for maintaining high availability and load balancing. Its PCIe 3.0 interface ensures compatibility with a wide range of servers, making it a flexible choice for expanding storage connectivity without sacrificing valuable expansion slots.

Ideal uses and environments

The Dell 05H4YH excels in data centers and enterprise environments where high throughput and low latency are critical. It is particularly effective for servers handling heavy transactional workloads, virtual desktop infrastructures, and real-time data processing. Storage administrators will appreciate its ability to support redundancy and maintain performance in mission-critical applications.