WDMVH Dell Network Adapter Dual Port Qlogic 25GB SFP+ Pci-e 3.0 X8 Intelligent Ethernet

Dell WDMVH QLogic 25Gb Dual-Port Ethernet Adapter Overiew

The Dell WDMVH QLogic Intelligent Ethernet Adapter is a high-performance network interface solution engineered for enterprise environments, cloud infrastructure, virtualization platforms, and modern data center deployments. Designed with dual-port 10Gb and 25Gb Ethernet capabilities, this PCI Express network card delivers scalable bandwidth, efficient traffic handling, and reliable connectivity for demanding workloads.

Built with advanced networking intelligence and flexible media compatibility, this adapter supports high-speed data transmission while maintaining low latency and optimized server performance.

General Product Information

Manufacturer Details

• Brand: Dell
• Part Number: WDMVH
• Device Type: Intelligent Ethernet Network Adapter
• Interface Type: PCI Express 3.0 x8
• Connectivity: Dual-Port 10Gb/25Gb Ethernet

Technical Specifications

• Network Speed: 10Gb / 25Gb Dual-Port Ethernet
• Expansion Interface: PCI Express 3.0 x8
• Card Type: Low-Profile Plug-In Adapter
• Media Support: SFP28 and SFP+
• Connectivity Options: Optical Transceivers or Direct Attach Copper Cables

High-Speed 10Gb and 25Gb Dual-Port Connectivity

• Dual independent network ports for redundancy and load balancing
• Support for both 10GbE and 25GbE networking environments
• High-bandwidth data transfer capabilities
• Reduced network bottlenecks
• Enhanced responsiveness for mission-critical applications
• Optimized server-to-server communication

PCI Express 3.0 x8 Architecture for Maximum Throughput

• High-speed internal data pathways
• Improved packet handling efficiency
• Lower processing overhead
• Reliable support for high-density traffic
• Better scalability for enterprise growth

SFP28 and SFP+ Media Compatibility

Supported Connection Options

• SFP28 optical transceivers
• SFP+ optical modules
• Direct Attach Copper (DAC) cables
• Fiber optic network deployments
• Short-distance and long-distance connectivity solutions

Advantages of Modular Transceiver Support

• Simplified upgrades
• Lower deployment complexity
• Flexible infrastructure expansion
• Reduced network redesign costs

Compact Design for Space-Conscious Deployments

• Ideal for dense server installations
• Supports modern rackmount environments
• Simplifies integration into enterprise hardware
• Maintains airflow efficiency inside servers

Recommended Deployment Scenarios

• Enterprise data centers
• Virtualized server clusters
• Cloud computing platforms
• Database environments
• High-performance computing workloads
• Storage networking infrastructure

Dell WDMVH QLogic 25Gb Dual Port SFP+ Ethernet Adapter

The Dell WDMVH QLogic 25Gb Dual Port SFP+ PCI-E 3.0 x8 Intelligent Ethernet Adapter is engineered to deliver enterprise-class networking performance for data-intensive environments requiring dependable throughput, advanced offloading capabilities, and scalable infrastructure deployment. Built for modern server environments, this intelligent Ethernet adapter enables organizations to achieve higher network efficiency while reducing processor overhead and supporting demanding workloads across virtualized and cloud-ready ecosystems.

Designed around a PCI Express 3.0 x8 interface, the adapter provides sufficient bandwidth to sustain high-speed packet processing and maintain stable communication between servers, storage systems, and application environments. The dual-port architecture supports multiple network paths and enables improved redundancy, failover protection, and traffic segmentation for mission-critical workloads.

Enterprise Networking Optimization

Modern enterprise networks require intelligent traffic handling and accelerated communication between compute and storage resources. The Dell WDMVH adapter integrates advanced Ethernet acceleration technologies that help maintain low latency while maximizing packet throughput.

Organizations operating virtual machines, software-defined infrastructure, and converged networking environments benefit from reduced CPU utilization because intelligent network processing functions are offloaded directly to the adapter hardware. This architectural approach improves application responsiveness and overall system utilization.

PCI Express 3.0 x8 Connectivity Advantages

The PCI-E 3.0 x8 interface offers substantial data transfer capacity compared with earlier generation network adapters. This wider communication channel enables efficient movement of network traffic without introducing unnecessary bottlenecks.

Server administrators implementing high-density workloads often select PCI-E 3.0 x8 intelligent adapters because they support balanced throughput across multiple application streams and maintain predictable performance under sustained load conditions.

Bandwidth Efficiency Across Server Platforms

The adapter architecture allows enterprise servers to maximize available network resources through optimized lane utilization and intelligent queue management. By maintaining efficient communication between the processor, memory subsystem, and Ethernet ports, organizations can support larger user populations and heavier transactional workloads.

Reduced Latency for Critical Applications

Latency-sensitive environments such as transactional databases, virtualization clusters, analytics platforms, and real-time processing systems benefit from reduced communication delays and improved packet delivery efficiency.

Dual Port Design for Scalable Infrastructure Deployment

The dual-port configuration expands deployment flexibility by allowing administrators to connect servers to multiple switches, isolated network zones, or redundant communication paths. This design supports business continuity objectives and infrastructure resiliency.

Organizations can dedicate one port to production traffic while assigning the second interface to management operations, storage communication, backup traffic, or failover scenarios.

Network Redundancy and Availability

Redundant network connectivity remains essential for organizations operating environments where service interruptions create operational risk. The Dell WDMVH intelligent Ethernet adapter supports resilient communication patterns that help maintain service continuity.

Dual-port operation minimizes dependence on a single physical network path and supports advanced network configurations designed for improved uptime.

Load Distribution Strategies

Network administrators can implement load balancing techniques to distribute traffic across both available ports. This configuration helps optimize utilization and reduce congestion during peak operating periods.

Business Continuity Benefits

High-availability infrastructure requires hardware capable of supporting uninterrupted communication even when network conditions change. Intelligent Ethernet adapters play an important role in maintaining operational consistency.

25Gb Ethernet Performance for Data-Driven Environments

Twenty-five Gigabit Ethernet technology represents an efficient balance between throughput, infrastructure scalability, and deployment cost. The Dell WDMVH QLogic adapter enables organizations to transition beyond legacy 10Gb environments while avoiding unnecessary complexity associated with higher-speed migration projects.

As application demand continues to increase, 25Gb connectivity delivers improved data movement efficiency across compute clusters and distributed environments.

Support for High-Density Workloads

High-density workloads often generate simultaneous communication requests that require substantial network resources. Intelligent Ethernet adapters help maintain consistent performance levels even under elevated traffic conditions.

Applications including virtualization platforms, large-scale storage systems, enterprise databases, and cloud workloads benefit from enhanced throughput capacity.

Virtualized Infrastructure Performance

Virtualized environments frequently consolidate numerous workloads onto fewer physical systems. The network interface therefore becomes an important factor in maintaining predictable performance.

The Dell WDMVH adapter supports efficient communication between guest workloads and physical infrastructure while helping preserve overall server responsiveness.

Cloud and Hybrid Deployment Readiness

Organizations transitioning toward private cloud or hybrid deployment models require scalable networking hardware capable of adapting to evolving operational requirements.

Intelligent Ethernet technology supports these modernization efforts by delivering higher throughput and improved resource efficiency.

Advanced Intelligent Ethernet Features

The intelligent processing capabilities integrated into the adapter distinguish it from conventional network interfaces. Rather than relying exclusively on host CPU resources, the adapter accelerates network operations through hardware-assisted processing techniques.

Hardware Offloading Technologies

Hardware offloading reduces computational overhead associated with network operations. Tasks commonly accelerated include checksum calculations, segmentation processing, and packet handling operations.

By transferring selected networking functions to dedicated hardware components, server processors remain available for application execution and business workloads.

Improved Processor Allocation

Servers operating under sustained traffic loads benefit from lower processor consumption and improved operational balance. This optimization contributes to better scalability and more predictable resource allocation.

Long-Term Infrastructure Efficiency

Intelligent network acceleration supports long-term infrastructure planning by enabling organizations to maximize hardware investments while maintaining competitive performance levels across evolving workloads.