Name: 00DH062 IBM 4-Port Fibre Channel FCoE Adapter Card for Servers
Brand: IBM
SKU: 00DH062
Price: 1.00 USD
Availability: InStock
Rating: 4.8 (124 reviews)

Product Overview
The IBM 00DH062 is a 4-port Fibre Channel over Ethernet adapter card that enables integration of Fibre Channel storage networks with Ethernet infrastructures. It fits within server and storage systems requiring converged network capabilities, supporting standard Fibre Channel protocols delivered over Ethernet connections.

General Information
Brand	IBM

Technical Information
Port Count	4-Port (Quad)
Bus Interface	PCIe 2.0 x8
Connector Type	SFP+ (LC)
Network Topology	Switched Fabric (N-Port)

Physical Characteristics
Weight	3.00
Condition	Refurbished

Miscellaneous
Assembly Required	No

Product Description
The IBM 00DH062 adapter card provides four ports for Fibre Channel over Ethernet (FCoE) connections. It is used to integrate Fibre Channel storage networking with Ethernet infrastructure within servers or storage systems. IT professionals deploy it in data centers requiring consolidation of storage and network traffic on a single fabric. This adapter allows servers to communicate with Fibre Channel storage devices over Ethernet networks, simplifying cabling and infrastructure management. Key Features Four Fibre Channel over Ethernet ports for data and storage traffic convergence Designed for integration with IBM server and storage environments Supports standard Fibre Channel protocols over Ethernet Enables unified network infrastructure in data center deployments Facilitates consolidation of storage and networking interfaces This adapter card plays a significant role in simplifying server storage connectivity by combining Fibre Channel storage access with Ethernet networking. It is suited for environments aiming to reduce infrastructure complexity by converging networks, supporting both storage and data traffic on a single interface.

Use Cases
This adapter card is typically used in data centers and enterprise IT environments where converged networks are implemented. It benefits administrators managing storage traffic alongside Ethernet data traffic within server infrastructures. How It's Used: Connecting servers to Fibre Channel storage via Ethernet networks in data centers Enabling network consolidation by combining storage and data traffic over a single fabric Supporting virtualization environments requiring unified storage and networking interfaces Facilitating migration from traditional Fibre Channel to FCoE infrastructures Integrating with IBM server and storage hardware for streamlined connectivity Overall, this adapter card helps in reducing cabling and network complexity by enabling converged storage and data networking. It supports operational efficiency in environments adopting Fibre Channel over Ethernet technologies.

FAQ's
What does the 00DH062 adapter card support? The 00DH062 supports four Fibre Channel over Ethernet (FCoE) ports, allowing storage and data traffic convergence over Ethernet networks. Can the 00DH062 be used with non-IBM servers? The adapter is designed primarily for IBM server and storage systems; compatibility with other servers is not specified in the provided information. What type of network traffic does this adapter handle? This adapter handles Fibre Channel storage traffic encapsulated over Ethernet networks, supporting unified data and storage connectivity. Does the card support traditional Fibre Channel protocols? Yes, it supports standard Fibre Channel protocols delivered over Ethernet as part of FCoE technology. Is the 00DH062 suitable for virtualization environments? The card supports converged networking beneficial in virtualization setups requiring unified storage and data interfaces. What is the physical interface count on the 00DH062? The adapter features four physical ports for Fibre Channel over Ethernet connections.

00DH062 IBM 4-Port Fibre Channel FCoE Adapter Card for Servers

Product Overview

General Information

Technical Information

Physical Characteristics

Miscellaneous

Product Description

Use Cases

FAQ's