Name: 2-Port 16Gbps SFP+ FC HBA QLE2662
Brand: Dell
Availability: InStock

Dell 06J0DD 2-Port 16Gbps SFP+ FC HBA QLE2662

The Dell 2-Port 16Gbps SFP+ FC HBA QLE2662 (model 06J0DD) delivers high-performance fibre channel connectivity for enterprise storage environments. Designed for servers that demand low latency and reliable data transfer, this host bus adapter provide... Read More

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In Stock: 2
Manufacturer: Dell
Model or Part: 06J0DD
Condition: Refurbished
Weight: 3.00lb

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Item Condition

New - Sealed or Open Box Condition
Excellent - Almost-New, Missing Original Packaging
Refurbished - Seller Refurbished, Good Condition, Previously Used Item

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Description

Overview
The Dell 2-Port 16Gbps SFP+ FC HBA QLE2662 (model 06J0DD) delivers high-performance fibre channel connectivity for enterprise storage environments. Designed for servers that demand low latency and reliable data transfer, this host bus adapter provides two independent 16Gbps SFP+ ports, enabling flexible, high-speed connections to SAN switches or direct-attached storage arrays.

Key Features

Dual 16Gbps SFP+ ports for redundant or aggregated links
PCIe 3.0 x8 interface maximizes bandwidth utilization
Support for up to 64 virtual machines per adapter
Advanced error detection and correction to ensure data integrity
Hot-plug capable for zero-downtime maintenance
Compatible with Dell PowerEdge servers and leading third-party platforms

Technical Specifications

Manufacturer: Dell
Model/Part Number: 06J0DD
Product Name: 2-Port 16Gbps SFP+ FC HBA QLE2662
Form factor: Low profile PCIe 3.0 x8
Port type: 2 x SFP+ (16Gbps Fibre Channel)
Maximum throughput: 32Gbps aggregate
Supported operating systems: Windows Server 2012 and later, Linux distributions with kernel 3.10 or newer
Power consumption: Typical 7W, idle 2W
Dimensions: 6.6in (L) x 2.7in (W) x 1.5in (H)

Applications
This adapter is ideal for mission critical workloads such as database clustering, virtual desktop infrastructure, high-performance computing, and backup/recovery solutions. It enables fast data movement between servers and storage arrays in SAN, NAS, or direct-attached configurations, helping organisations reduce latency, improve throughput, and maintain continuous availability for their most demanding applications.