2VV2G Dell Intel E810 Quad Port 10/25GBE SFP28 PCIE Adapter

Overview of Dell 2VV2G 4 Ports SFP28 PCI-E Full Height Adapter

The Dell 2VV2G Intel E810 Quad Port 10/25GbE SFP28 PCIe Full Height Adapter is engineered to deliver high-bandwidth network connectivity for modern enterprise infrastructures, cloud environments, virtualization platforms, and data-intensive workloads. Designed around Intel's advanced E810 Ethernet controller architecture, this network interface card provides four independent SFP28 ports capable of supporting both 10GbE and 25GbE network speeds, enabling flexible deployment across evolving network ecosystems.

Organizations seeking enhanced throughput, lower latency, and improved network efficiency can leverage this adapter to support demanding applications such as virtualization, software-defined networking, hyper-converged infrastructure, AI workloads, high-performance computing, storage networking, and large-scale data center operations.

General Information

• Manufacurer: Dell
• Part Number: 2VV2G
• Product Type: Network Adapter

Technical Information

• Form Factor: Full-Height Plug-in Card
• Bus Interface Type: PCI Express 4.0 x16
• Supported PCI Revisions: PCIe 3.0, PCIe 4.0
• Available Ports: 2 x 25 Gigabit SFP28
• Connection Method: Wired

Quad-Port SFP28 Connectivity

• Four independent SFP28 ports
• Support for both 10GbE and 25GbE environments
• Scalable network deployment options
• Enhanced network redundancy
• Improved traffic management capabilities

PCIe High-Speed Interface

• Optimized PCIe bandwidth utilization
• Reduced latency communication
• Efficient packet processing
• Enhanced throughput performance
• Reliable server integration

Next-Generation Network Performance

Benefits of Intel E810 Architecture

• Enhanced packet forwarding efficiency
• Advanced traffic handling capabilities
• Intelligent workload acceleration
• Improved virtualization support
• Enterprise-class reliability
• Future-ready networking capabilities

Cloud Networking Advantages

• High-density network connectivity
• Scalable infrastructure growth
• Improved resource utilization
• Reduced network congestion
• Consistent performance under load

Virtualization Benefits

• Efficient VM traffic management
• Support for large virtual environments
• Enhanced workload mobility
• Reduced latency between virtual resources
• Improved overall host performance

Migration Advantages

• Smooth network modernization
• Backward compatibility support
• Reduced infrastructure disruption
• Lower upgrade costs
• Simplified deployment planning

High Availability Features

• Multiple network paths
• Failover support
• Increased operational resilience
• Reduced downtime risk
• Improved business continuity

Storage Infrastructure Benefits

• Accelerated data transfers
• Improved storage responsiveness
• Reduced access latency
• Efficient replication processes
• Enhanced backup performance

Advanced Network Segmentation

• Enhanced security controls
• Traffic isolation capabilities
• Improved compliance support
• Simplified administration
• Better workload organization

Ideal Deployment Scenarios

• Enterprise data centers
• Private cloud infrastructures
• Public cloud hosting platforms
• Virtualization clusters
• Hyper-converged environments
• High-performance computing systems
• Artificial intelligence platforms
• Machine learning infrastructures
• Large-scale storage networks
• Financial trading environments
• Research and analytics platforms
• Telecommunications infrastructures

Workloads That Benefit Most

Data-Intensive Applications

• Big data analytics
• Database processing
• Real-time analytics
• Content delivery services
• Video streaming platforms
• Scientific simulations

Modern Enterprise Services

• Containerized applications
• Kubernetes environments
• Software-defined networking
• Virtual desktop infrastructure
• Business-critical enterprise software
• Large-scale collaboration platforms

Outline of Dell 2VV2G Quad Port 10/25GbE Full Height Adapter  

The Dell 2VV2G Intel E810 Quad Port 10/25GbE SFP28 PCIe Full Height Adapter is a high-performance enterprise network interface card designed to meet the demanding connectivity requirements of modern data centers, cloud computing environments, virtualization infrastructures, and mission-critical business networks. Built around Intel's advanced Ethernet Controller E810 technology, this adapter provides four independent SFP28 ports capable of supporting both 10 Gigabit Ethernet and 25 Gigabit Ethernet connectivity. The combination of exceptional throughput, low latency, advanced hardware offloading, and enterprise-grade reliability makes this adapter a preferred solution for organizations seeking scalable network performance.

As network traffic continues to grow due to virtualization, cloud applications, artificial intelligence workloads, big data analytics, software-defined storage, and high-performance computing environments, enterprises require network adapters capable of delivering consistent performance while minimizing CPU utilization. The Dell 2VV2G adapter addresses these requirements by incorporating advanced Ethernet features, PCIe-based high-speed communication, and extensive support for modern networking technologies.

Enterprise-Class Network Connectivity

Organizations deploying large-scale infrastructure need network solutions that deliver both bandwidth and reliability. The Dell 2VV2G Intel E810 adapter is engineered specifically for enterprise workloads where uninterrupted connectivity and predictable performance are critical. With four independent SFP28 interfaces, administrators gain flexibility when designing network topologies, implementing redundancy strategies, or segmenting traffic across multiple networks.

The quad-port architecture allows a single server to connect simultaneously to multiple switches, storage networks, application clusters, or management networks. This flexibility reduces hardware complexity while improving network availability. Businesses operating private clouds, virtualization farms, database clusters, and storage infrastructures can utilize the adapter's multiple ports to maximize resource utilization and maintain operational continuity.

Intel E810 Ethernet Controller Technology

Advanced Network Processing Capabilities

The Intel E810 controller represents a significant advancement in Ethernet networking technology. Developed to support the evolving requirements of modern enterprise computing, the controller incorporates intelligent packet processing, enhanced traffic management, and extensive hardware acceleration features. These capabilities help reduce CPU overhead while maintaining high throughput levels across diverse workloads.

By offloading networking functions from the host processor, the Intel E810 architecture enables servers to allocate more computing resources to business-critical applications. This becomes particularly important in environments where application performance directly impacts productivity, revenue generation, or customer experience.

Optimized Data Movement

Efficient movement of data between network interfaces and server memory is essential for maintaining performance under heavy workloads. The Intel E810 controller utilizes advanced DMA engines and optimized packet handling mechanisms that reduce bottlenecks and improve overall system responsiveness. These enhancements contribute to lower latency and greater throughput across enterprise networking environments.

Intelligent Traffic Distribution

Modern applications generate diverse traffic patterns that require intelligent handling and prioritization. The E810 controller supports sophisticated traffic management mechanisms that help ensure critical applications receive the network resources they require. This capability is particularly valuable in virtualized environments where multiple workloads share the same physical infrastructure.

Quad Port SFP28 Architecture

Four High-Speed Network Interfaces

The defining feature of the Dell 2VV2G adapter is its quad-port SFP28 design. Each port supports both 10GbE and 25GbE connectivity, allowing organizations to deploy the adapter across mixed-speed network environments. This flexibility helps protect infrastructure investments while supporting future network upgrades.

Having four independent ports enables administrators to implement a wide variety of deployment scenarios. Organizations can dedicate individual ports to storage traffic, application communication, management access, and backup operations. Alternatively, multiple ports can be aggregated to create higher-bandwidth connections for demanding workloads.

SFP28 Connectivity Advantages

SFP28 technology offers significant benefits compared to older network interface standards. The compact transceiver form factor enables high port density while maintaining efficient power consumption. SFP28 modules also provide deployment flexibility by supporting various cable types and transmission distances.

Data center operators benefit from the ability to select optical transceivers or direct attach copper cables according to application requirements, performance goals, and budget considerations. This flexibility simplifies network planning and facilitates efficient infrastructure scaling.

10GbE and 25GbE Compatibility

The dual-speed capability of the adapter ensures compatibility with both existing and next-generation network infrastructures. Organizations upgrading from 10 Gigabit Ethernet can continue utilizing current network equipment while gradually transitioning to 25 Gigabit Ethernet technologies. This approach minimizes disruption and reduces capital expenditure during infrastructure modernization projects.

The ability to support multiple Ethernet speeds also simplifies inventory management and deployment planning. A single adapter model can be deployed across various server roles and network environments, reducing complexity for IT departments and data center operators.

PCIe Interface Performance Benefits

High-Bandwidth Host Connectivity

The Dell 2VV2G Intel E810 adapter utilizes a PCI Express interface that provides sufficient bandwidth to support demanding multi-port networking workloads. PCIe technology delivers high-speed communication between the network adapter and the host server, ensuring that network performance is not constrained by internal system bottlenecks.

As network speeds increase and applications generate larger volumes of data, the importance of a high-performance host interface becomes increasingly evident. PCIe connectivity enables efficient packet processing, rapid data transfers, and reliable operation under sustained heavy workloads.

Reduced Latency Characteristics

Low latency is a critical requirement for many enterprise applications, including financial transactions, real-time analytics, distributed databases, and high-performance computing workloads. The PCIe architecture used by the adapter helps minimize communication delays between the network controller and server resources.

Reduced latency contributes to faster application response times, improved user experiences, and greater overall system efficiency. These benefits are particularly valuable in environments where milliseconds can significantly impact operational outcomes.

Data Center Networking Applications

Cloud Infrastructure Deployment

Cloud computing environments demand scalable, reliable, and high-performance networking solutions. The Dell 2VV2G adapter provides the bandwidth and flexibility required to support cloud workloads across public, private, and hybrid cloud architectures. Multiple network ports enable traffic segregation and support advanced cloud networking strategies.

Cloud service providers and enterprise IT departments can leverage the adapter's capabilities to improve workload mobility, increase resource utilization, and enhance overall service delivery. The adapter's advanced hardware acceleration features further contribute to cloud infrastructure efficiency by reducing processor overhead.

Virtualization Platforms

Virtualized environments place significant demands on network infrastructure due to the large number of virtual machines sharing physical server resources. The Dell 2VV2G Intel E810 adapter is designed to support virtualization technologies through advanced networking capabilities that optimize virtual machine connectivity.

High bandwidth availability ensures that virtual machines can communicate efficiently with storage systems, application servers, and external networks. The adapter's multi-port architecture provides additional flexibility for separating virtual machine traffic from management and storage communications.

Support for Virtual Network Functions

As organizations increasingly adopt software-defined networking and network function virtualization, network adapters must support dynamic traffic flows and complex virtual networking architectures. The Intel E810 platform includes capabilities that facilitate the deployment of virtual network functions while maintaining consistent performance.

Storage Networking Performance

High-Speed Storage Connectivity

Enterprise storage systems rely heavily on network performance to deliver responsive access to critical business data. The Dell 2VV2G adapter provides the bandwidth required to support modern storage technologies, including network-attached storage, software-defined storage, and distributed storage platforms.

By supporting 25GbE connectivity, the adapter helps reduce storage access bottlenecks and improves data transfer efficiency. This enhanced performance benefits backup operations, disaster recovery processes, database transactions, and data-intensive business applications.

Support for Storage Traffic Segregation

Many organizations separate storage traffic from application and management traffic to improve performance and security. The quad-port design of the adapter makes it possible to dedicate specific ports to storage communications while reserving other ports for application workloads and administrative functions.

This segregation strategy contributes to predictable performance, simplified troubleshooting, and enhanced network management. Storage administrators can optimize network configurations according to workload requirements without impacting unrelated traffic flows.

High Availability and Redundancy Features

Network Resilience

Business-critical applications require continuous network connectivity. The Dell 2VV2G Intel E810 Quad Port Adapter supports redundancy strategies that help maintain operations even when individual network links experience failures. Multiple ports enable administrators to create fault-tolerant network architectures that improve overall infrastructure availability.

Network resilience is particularly important in data centers, financial institutions, healthcare organizations, manufacturing facilities, and cloud service environments where downtime can result in significant operational and financial consequences.

Link Aggregation Capabilities

Link aggregation technologies allow multiple physical connections to operate as a unified logical connection. By combining multiple ports, organizations can increase available bandwidth while simultaneously enhancing network redundancy. The adapter's four-port architecture provides considerable flexibility when implementing aggregation strategies.

Aggregated links improve throughput for demanding applications and help ensure continuous operation if individual network paths become unavailable. These capabilities contribute to robust and scalable enterprise networking environments.

Advanced Security and Traffic Management

Enhanced Network Protection

Enterprise networks face increasingly sophisticated security challenges that require comprehensive protection strategies. The Intel E810 platform incorporates advanced networking features designed to support secure communications and efficient traffic handling. These capabilities assist organizations in maintaining network integrity while supporting high-performance operations.

Security-conscious organizations benefit from hardware-assisted networking features that help reduce vulnerabilities and improve traffic visibility. By integrating security-oriented functionality directly into the network adapter architecture, businesses can strengthen overall infrastructure protection.

Traffic Prioritization Mechanisms

Not all network traffic carries equal importance. Critical business applications often require preferential treatment to ensure consistent performance. The adapter supports advanced traffic prioritization techniques that help allocate network resources according to organizational requirements.

Effective traffic management contributes to improved application responsiveness, better resource utilization, and enhanced quality of service across enterprise environments. These benefits become increasingly important as network utilization levels continue to grow.

Server Compatibility and Deployment Flexibility

Full Height Adapter Design

The full-height form factor of the Dell 2VV2G adapter makes it suitable for deployment in a wide range of enterprise server platforms. Many rack-mounted and tower servers provide support for full-height expansion cards, allowing organizations to integrate the adapter into existing infrastructure with minimal modifications.

The robust mechanical design ensures secure installation and reliable operation within demanding data center environments. Enterprise administrators can deploy the adapter confidently across various server configurations while maintaining consistent performance and stability.

Scalable Infrastructure Integration

Scalability is a fundamental requirement for modern IT environments. The Dell 2VV2G Intel E810 adapter supports organizational growth by providing flexible networking capabilities that accommodate evolving workload requirements. Whether supporting expanding virtualization clusters, growing storage environments, or increasing cloud infrastructure demands, the adapter offers a solid foundation for future expansion.

Organizations can standardize on this networking solution across multiple server deployments, simplifying management and reducing operational complexity. Consistent hardware platforms facilitate easier maintenance, streamlined support processes, and improved infrastructure planning.

Workload Optimization for Modern Applications

Big Data and Analytics Environments

Big data platforms and analytics workloads often involve the movement of massive datasets across distributed computing resources. The Dell 2VV2G adapter delivers the bandwidth necessary to support these data-intensive operations efficiently. High-speed Ethernet connectivity enables faster data transfers, reducing processing times and improving analytical performance.

Organizations leveraging business intelligence platforms, machine learning frameworks, and large-scale analytics systems benefit from the adapter's ability to handle substantial network traffic volumes while maintaining low latency characteristics.

Artificial Intelligence Infrastructure

Artificial intelligence and machine learning workloads frequently require rapid communication between compute nodes, storage systems, and data repositories. The high-performance networking capabilities of the Intel E810 platform help support these demanding environments by providing reliable, low-latency connectivity.

As AI workloads continue to grow in complexity and scale, network infrastructure plays an increasingly important role in overall system performance. The adapter's support for 25GbE networking positions organizations to meet the connectivity demands of advanced computational environments.

High-Performance Computing Applications

High-performance computing environments rely on efficient communication between clustered systems to maximize computational efficiency. The Dell 2VV2G Intel E810 Quad Port 10/25GbE SFP28 PCIe Full Height Adapter provides the throughput, scalability, and reliability required for HPC deployments, enabling organizations to support demanding scientific, engineering, research, and enterprise computing workloads with confidence.