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

Dell 2VV2G Intel E810 Quad Port 10/25GbE SFP28 PCIe Full Height Adapter Features and Capabilities

The Dell 2VV2G Intel E810 Quad Port 10/25GbE SFP28 PCIe Full Height Adapter is a high-performance enterprise networking solution engineered for modern data centers, cloud infrastructures, virtualization environments, and bandwidth-intensive business applications. Designed around Intel’s advanced E810 Ethernet controller architecture, this network interface card delivers exceptional throughput, enhanced scalability, and low-latency connectivity for demanding workloads.

Organizations seeking reliable and future-ready networking hardware can benefit from the adapter’s quad-port configuration, which enables multiple high-speed network connections through a single PCI Express expansion slot. The support for both 10GbE and 25GbE Ethernet speeds provides deployment flexibility while helping businesses prepare for evolving network requirements.

General Specification

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

Key Advantages 

• Quad-port SFP28 connectivity for expanded networking options
• Supports both 10 Gigabit and 25 Gigabit Ethernet environments
• Built on Intel E810 controller technology
• PCIe interface for high-bandwidth data transmission
• Optimized for virtualization and cloud computing platforms
• Low-latency packet processing capabilities
• Full-height form factor for enterprise server deployments
• Advanced traffic management and workload acceleration features
• Enhanced security technologies for modern networks
• Suitable for large-scale data center operations
• Intel E810 advanced network controller
• Data center and enterprise deployment readiness
• Virtualization and cloud optimization
• Scalable infrastructure compatibility
• Reliable and secure network connectivity

Benefits of Intel E810 Technology

• Higher network throughput efficiency
• Reduced latency for critical applications
• Improved virtualization support
• Enhanced traffic balancing capabilities
• Optimized workload distribution
• Support for modern networking standards
• Enterprise-grade reliability and stability

Advantages of Four SFP28 Ports

• Improved network redundancy
• Enhanced fault tolerance
• Efficient traffic segmentation
• Greater bandwidth aggregation possibilities
• Simplified cable management
• Reduced hardware footprint
• Increased deployment flexibility

Why 25GbE Matters

• Faster data transfers
• Improved workload performance
• Reduced bottlenecks
• Better resource utilization
• Enhanced scalability for future growth

Common Data Center Use Cases

• Server-to-server communication
• Storage networking infrastructure
• Cloud service deployments
• Hyper-converged environments
• High-density virtualization clusters
• Database server networking
• Big data processing platforms
• Enterprise backup solutions

Virtualization Benefits

• Enhanced virtual machine networking
• Reduced hypervisor overhead
• Improved workload isolation
• Efficient virtual switch operations
• Better network resource allocation
• Scalable cloud infrastructure support

Traffic Optimization Features

• Intelligent packet distribution
• Load balancing support
• Quality of Service enhancements
• Network congestion mitigation
• Efficient packet steering
• Advanced queue management

PCIe Advantages

• High-bandwidth communication
• Low-latency data transfers
• Scalable architecture
• Enterprise server compatibility
• Reliable performance under heavy workloads

Benefits of SFP28 Connectivity

• Flexible cabling options
• Support for multiple deployment distances
• Easy infrastructure expansion
• Improved network adaptability
• Cost-effective upgrade pathways

Enterprise Reliability Benefits

• Stable long-term operation
• Enhanced network resilience
• Consistent performance under load
• Reduced downtime risks
• Support for mission-critical applications

Ideal Server and Infrastructure Deployments

Enterprise Server Environments

• Rack servers
• Database servers
• Application servers
• Virtualization hosts
• Cloud infrastructure nodes
• Storage servers
• Hyper-converged platforms

Networking Scenarios

• High-speed aggregation networks
• Data center fabric architectures
• Software-defined networking deployments
• Enterprise storage connectivity
• Disaster recovery infrastructure
• Private cloud networking

Overview of Dell 2VV2G 4 Ports Full Height Adapter 

The Dell 2VV2G Intel E810 Quad Port 10/25GBE SFP28 PCIe Full Height Adapter is engineered to meet the growing networking demands of modern enterprise data centers, cloud computing environments, virtualization infrastructures, software-defined networking deployments, and high-performance computing platforms. Built around Intel’s advanced Ethernet Controller E810 technology, this adapter delivers enterprise-grade performance, low latency communication, enhanced security capabilities, and exceptional scalability for next-generation network architectures.

Organizations that require high-speed Ethernet connectivity often seek solutions capable of supporting increasing workloads while maintaining consistent throughput and reliability. The Dell 2VV2G adapter addresses these requirements through its quad-port architecture, enabling multiple simultaneous high-bandwidth network connections from a single PCI Express slot. This design reduces infrastructure complexity while maximizing server networking capabilities.

The adapter utilizes SFP28 interfaces, providing flexible deployment options for both 10GbE and 25GbE networking environments. This flexibility allows businesses to transition gradually from legacy network infrastructures to higher-speed Ethernet deployments without requiring complete hardware replacement. The result is an investment-friendly networking solution that supports both current and future operational requirements.

Intel E810 Ethernet Controller Technology

At the core of the Dell 2VV2G adapter lies the Intel E810 Ethernet Controller, a highly advanced networking processor designed for cloud-scale data centers and enterprise computing environments. The controller introduces numerous enhancements compared to previous-generation Ethernet adapters, including improved packet processing efficiency, enhanced virtualization support, and expanded hardware acceleration capabilities.

The Intel E810 architecture is optimized to reduce CPU overhead by offloading network-intensive tasks directly to the adapter hardware. This allows servers to dedicate more processing resources to business applications, database operations, virtual machines, and cloud workloads rather than networking functions. The resulting performance improvements contribute significantly to overall infrastructure efficiency.

Advanced traffic management mechanisms within the controller ensure consistent network performance even under demanding workloads. Intelligent packet handling, queue management, and hardware-based acceleration features enable predictable throughput across diverse application environments.

Quad-Port Network Connectivity Advantages

The four-port design significantly expands networking possibilities for modern servers. Organizations can dedicate individual ports to separate network functions, including storage traffic, virtual machine communications, management networks, and application data streams. This separation enhances both security and performance while simplifying network management.

Quad-port configurations also facilitate advanced redundancy architectures. Multiple links can be configured for failover protection, ensuring continuous connectivity in the event of cable, switch, or port failures. This capability is especially important for mission-critical applications where downtime can result in operational disruptions and financial losses.

Network administrators benefit from increased flexibility when designing high-availability infrastructures. The adapter’s four independent SFP28 interfaces support numerous deployment models, allowing enterprises to optimize bandwidth allocation according to specific workload requirements.

10GbE and 25GbE Networking Capabilities

The Dell 2VV2G adapter supports both 10 Gigabit Ethernet and 25 Gigabit Ethernet standards, providing exceptional versatility for organizations at different stages of network modernization. This dual-speed compatibility helps businesses maximize return on investment while preparing for future bandwidth requirements.

Benefits of 25 Gigabit Ethernet Technology

25GbE networking has become increasingly popular in modern data centers due to its ability to deliver substantially higher bandwidth without the infrastructure complexity associated with some alternative technologies. Compared to 10GbE solutions, 25GbE provides significantly increased throughput, enabling faster application response times and more efficient handling of large-scale workloads.

High-bandwidth applications such as virtualization clusters, distributed databases, machine learning environments, content delivery platforms, and cloud services benefit considerably from the increased network capacity provided by 25GbE connectivity. The Dell 2VV2G adapter allows organizations to leverage these advantages while maintaining deployment flexibility.

Scalability for Expanding Infrastructure

As enterprise workloads continue to grow, networking requirements often increase proportionally. The Dell 2VV2G adapter provides a scalable foundation capable of supporting evolving business demands. Organizations can deploy the adapter within existing 10GbE infrastructures and gradually transition toward 25GbE environments as operational needs expand.

This scalability minimizes disruptive infrastructure changes while enabling long-term growth planning. Businesses can implement networking upgrades strategically rather than conducting costly large-scale replacements.

PCI Express Interface Performance

The adapter utilizes a high-performance PCI Express interface designed to support the substantial throughput generated by four simultaneous 10GbE or 25GbE network connections. The PCIe architecture ensures sufficient bandwidth between the network adapter and server platform, preventing bottlenecks that could otherwise limit overall performance.

Modern enterprise servers rely heavily on PCI Express technologies to facilitate communication between critical subsystems. The Dell 2VV2G adapter leverages this architecture to provide efficient data movement, low-latency packet processing, and reliable communication across demanding computing environments.

Low-Latency Data Transmission

Network latency plays a critical role in application responsiveness, particularly for real-time workloads, financial transactions, distributed computing platforms, and cloud-native applications. The adapter's optimized PCIe implementation contributes to reduced communication delays and improved overall system responsiveness.

By minimizing packet processing overhead and accelerating data movement, the adapter supports performance-sensitive workloads that require rapid network communication. These capabilities help organizations maintain service quality while accommodating increasing user demands.

Virtualization and Cloud Infrastructure Support

Virtualization technologies continue to form the foundation of modern IT infrastructures. The Dell 2VV2G Intel E810 adapter is specifically designed to support heavily virtualized environments through advanced hardware-assisted networking features that improve efficiency, scalability, and workload isolation.

Single Root I/O Virtualization Support

Single Root I/O Virtualization, commonly known as SR-IOV, enables virtual machines to access network resources more directly through hardware-assisted pathways. This approach reduces hypervisor overhead and significantly improves networking performance within virtualized infrastructures.

The adapter's SR-IOV capabilities allow multiple virtual machines to share physical network resources while maintaining strong isolation and predictable performance characteristics. As a result, organizations can increase virtual machine density without sacrificing network responsiveness.

Enhanced Virtual Machine Performance

Virtualized workloads frequently generate substantial network traffic. Database servers, web application platforms, analytics engines, and enterprise software deployments all require reliable high-speed connectivity. The Dell 2VV2G adapter helps ensure these workloads receive consistent networking performance through intelligent resource allocation and hardware acceleration.

Improved virtual machine networking contributes directly to application responsiveness, user satisfaction, and infrastructure utilization efficiency. Enterprises operating private clouds, hybrid clouds, and multi-tenant environments can particularly benefit from these enhancements.

Cloud-Native Workload Optimization

Cloud-native architectures often involve microservices, containers, orchestration platforms, and distributed applications that generate extensive east-west traffic within data centers. The adapter's advanced packet processing capabilities enable efficient handling of these communication patterns while maintaining high throughput and low latency.

Containerized environments running orchestration platforms such as Kubernetes frequently demand rapid service-to-service communication. The Dell 2VV2G adapter supports these requirements through advanced networking acceleration features that improve cluster efficiency and application performance.

Advanced Security Features

Network security remains a top priority for organizations operating critical business applications and sensitive data environments. The Intel E810 controller incorporates numerous hardware-level security enhancements designed to strengthen infrastructure protection while maintaining operational efficiency.

Secure Data Transmission

Modern enterprise networks must protect data integrity and confidentiality throughout transmission processes. The Dell 2VV2G adapter supports advanced networking standards and security mechanisms that help organizations implement secure communication frameworks across data center environments.

Hardware-assisted security capabilities reduce the burden placed on host processors while maintaining robust protection against evolving threats. These features contribute to a comprehensive security strategy that supports regulatory compliance and risk management objectives.

Network Segmentation Support

Segmentation remains one of the most effective methods for improving network security and operational control. The adapter enables organizations to separate traffic flows across different network domains, applications, departments, or service environments.

By supporting sophisticated segmentation strategies, the Dell 2VV2G adapter helps reduce attack surfaces, improve compliance management, and enhance visibility across enterprise network infrastructures.

SFP28 Interface Flexibility and Deployment Options

The use of SFP28 connectivity provides significant deployment flexibility for enterprise networking environments. Organizations can select appropriate optical transceivers or direct-attach cable solutions based on distance requirements, infrastructure design, and budget considerations.

Optical Network Connectivity

SFP28 optical modules enable high-speed communication across short, medium, and long-distance network connections. Data centers can utilize fiber-optic technologies to support high-bandwidth communications between servers, switches, storage systems, and network aggregation layers while maintaining excellent signal integrity.

The flexibility offered by SFP28 technology allows organizations to optimize connectivity according to specific deployment requirements. Whether supporting top-of-rack architectures, spine-leaf networking designs, or campus connectivity scenarios, the adapter provides broad compatibility with modern Ethernet ecosystems.