E810XXVDA4OCPV3 Intel 25Gb PCI-E 4-Port Server Adapter

Product Overview of the Intel 25Gb PCIe 4-Port Adapter

The Intel E810XXVDA4OCPV3 is a high-performance 25 Gigabit Ethernet server network adapter engineered for modern data centers, cloud infrastructures, enterprise networking environments, and virtualization platforms. Designed with an OCP 3.0 form factor, this advanced server adapter delivers exceptional throughput, low-latency connectivity, and reliable network performance for demanding workloads. Featuring four 25GbE ports and a PCI Express 4.0 x16 interface, it enables fast data transmission, enhanced scalability, and efficient bandwidth utilization across mission-critical applications. The adapter is ideal for organizations seeking to improve server networking efficiency, optimize storage traffic, support virtualized environments, and accelerate data-intensive operations while maintaining enterprise-grade reliability.

General Information

• Manufacturer: Intel
• Part Number: E810XXVDA4OCPV3
• Product Type: Server OCP3 Network Adapter

Technical Specifications

• Form Factor: OCP 3.0
• Host Interface: PCI Express 4.0 x16
• Network Technology: 25 Gigabit Ethernet
• Data Transfer Rate: 25 Gbps
• Number of Ports: 4 Ports

Performance Benefits

• Improves server-to-server communication with ultra-fast network throughput.
• Reduces latency for cloud-native applications and virtual machines.
• Supports efficient handling of large-scale data transfers and storage traffic.
• Enhances overall network responsiveness in enterprise environments.
• Helps maximize infrastructure utilization through high-bandwidth connectivity.

Compatibility

• Compatible with servers that support the OCP 3.0 network adapter specification.
• Works with systems featuring a PCI Express 4.0 x16 architecture or compatible server platforms.
• Suitable for deployment in enterprise, cloud, and data center environments utilizing 25GbE networking.
• Designed for integration with modern Intel-compatible server infrastructures and virtualization platforms.

The Intel E810XXVDA4OCPV3 25 Gigabit PCI-Express 4 Ports

The Intel E810XXVDA4OCPV3 25 Gigabit PCI-Express 4 Ports Server OCP3 Adapter is designed for enterprise-grade networking environments that require exceptional throughput, low latency communication, advanced virtualization capabilities, and reliable network performance. As data centers continue to evolve toward cloud-native infrastructures, software-defined networking, virtualization, hyperconverged environments, and high-density server deployments, network adapters must deliver greater bandwidth while maintaining efficiency and scalability.

This four-port 25 Gigabit Ethernet adapter is built to address the increasing network demands of modern enterprise workloads. Organizations operating large-scale virtualization platforms, cloud computing environments, storage networks, distributed databases, containerized applications, and high-performance computing infrastructures can benefit from the advanced networking technologies integrated into this adapter.

Leveraging Intel Ethernet controller technology, the adapter provides high-speed connectivity, extensive hardware acceleration capabilities, enhanced traffic management features, and support for modern network protocols. The OCP 3.0 form factor ensures compatibility with contemporary server architectures and enables efficient deployment within hyperscale and enterprise data center environments.

Advanced 25 Gigabit Ethernet Connectivity

As organizations process increasing amounts of data, traditional network infrastructures often become bottlenecks that impact application responsiveness and overall system efficiency. The Intel E810XXVDA4OCPV3 delivers four dedicated 25 Gigabit Ethernet ports, allowing servers to handle substantial network traffic volumes while maintaining consistent performance.

The adapter enables network administrators to build scalable infrastructures capable of supporting bandwidth-intensive applications, including cloud services, virtualization clusters, software-defined storage systems, artificial intelligence workloads, analytics platforms, and large-scale enterprise applications. The combined network throughput available through multiple high-speed ports helps eliminate communication bottlenecks and improves overall system responsiveness.

Benefits of 25 Gigabit Ethernet Technology

Twenty-five Gigabit Ethernet has become a preferred networking standard for many modern data centers due to its balance between performance, efficiency, and infrastructure scalability. Compared with older networking technologies, it offers significant improvements in throughput while maintaining compatibility with contemporary networking ecosystems.

Four-Port Network Flexibility

The four-port configuration provides network architects and infrastructure administrators with exceptional deployment flexibility. Multiple network ports enable traffic separation, redundancy implementation, workload segmentation, and advanced network design strategies that improve reliability and security.

Organizations can allocate specific ports for management traffic, storage communication, virtual machine networking, backup operations, cluster synchronization, or application-specific workloads. This flexibility helps optimize network performance while supporting operational requirements across diverse computing environments.

Network Segmentation Advantages

Network segmentation remains an important strategy for enhancing performance, security, and manageability within enterprise infrastructures. With four independent high-speed ports available, administrators can create dedicated traffic paths for critical services.

Dedicated network connections reduce contention between workloads and ensure predictable performance during peak operating conditions. Segmentation also simplifies troubleshooting and allows organizations to implement more granular security policies across their infrastructure.

OCP 3.0 Form Factor Integration

The Open Compute Project OCP 3.0 form factor has become an important standard within modern server architectures. The Intel E810XXVDA4OCPV3 is engineered specifically for OCP 3.0 compatible platforms, enabling streamlined deployment and optimized hardware integration.

OCP 3.0 adapters support efficient server design by providing dedicated networking modules that simplify maintenance, upgrades, and infrastructure planning. Data center operators benefit from standardized deployment models that improve hardware consistency and operational efficiency.

PCI-Express Interface Performance

The PCI-Express architecture provides the high-bandwidth communication channel required to support multi-port 25 Gigabit Ethernet networking. Enterprise servers rely on PCI-Express connectivity to move data efficiently between network interfaces, processors, memory subsystems, and storage resources.

High-speed PCI-Express communication ensures the network adapter can fully utilize available Ethernet bandwidth while minimizing bottlenecks within the server platform. This capability becomes particularly important in environments processing large volumes of data or supporting latency-sensitive applications.

Optimized Data Flow

Efficient data movement between server components contributes directly to overall application performance. By leveraging advanced PCI-Express technologies, the adapter supports rapid packet processing and improved workload efficiency across diverse deployment scenarios.

Applications involving large-scale analytics, virtualization, storage communication, machine learning, and cloud infrastructure can benefit from the improved throughput and responsiveness enabled by modern PCI-Express networking solutions.

Support for Virtualized Infrastructure

Enterprise virtualization platforms require network adapters capable of handling large numbers of virtual machines while maintaining predictable performance. The adapter supports modern virtualization requirements through advanced traffic management and acceleration technologies.

Cloud Infrastructure Optimization

Cloud computing environments demand scalable networking solutions capable of supporting dynamic workloads and rapidly changing resource requirements. The Intel E810XXVDA4OCPV3 is designed to meet the networking demands of public cloud, private cloud, and hybrid cloud infrastructures.

Cloud platforms often host thousands of applications and services simultaneously. Reliable high-speed networking enables efficient communication between compute nodes, storage systems, management platforms, and application services.

Scalability for Expanding Workloads

Cloud operators require networking hardware that can scale alongside business growth. The adapter provides the bandwidth and flexibility necessary to support increasing numbers of users, applications, containers, and services.

As infrastructure requirements evolve, organizations can leverage the adapter's advanced capabilities to maintain consistent performance while expanding operational capacity.

Storage Networking Performance

Enterprise storage systems generate significant network traffic as data moves between servers, storage arrays, backup platforms, and disaster recovery environments. High-performance storage networking is essential for maintaining application availability and ensuring efficient data access.

The four-port 25 Gigabit architecture enables rapid communication between compute and storage resources, helping organizations reduce latency and improve overall storage efficiency.

Data-Intensive Workload Support

Applications involving databases, analytics, content delivery, backup operations, and large-scale data processing benefit from the substantial bandwidth provided by the adapter. Faster data movement contributes to improved application responsiveness and reduced operational delays.

Database Environments

Enterprise databases frequently exchange large volumes of information across network infrastructure. High-speed connectivity helps maintain transaction performance and supports efficient database replication activities.

Backup and Recovery Operations

Backup workloads often generate substantial network traffic. The adapter supports accelerated backup transfers and improved recovery performance, helping organizations meet business continuity objectives.

Reliable Enterprise Connectivity

Reliability is a critical requirement for data center networking equipment. The adapter is engineered to provide stable connectivity for mission-critical workloads that require consistent network availability.

Enterprise applications, cloud services, virtualized platforms, storage environments, and distributed computing systems all benefit from dependable network infrastructure capable of supporting continuous operation.

High-Performance Computing and Analytics Workloads

High-performance computing environments rely heavily on fast and efficient network communication. Scientific computing, engineering simulations, machine learning platforms, artificial intelligence applications, and advanced analytics workloads often exchange large datasets between multiple servers.

The Intel E810XXVDA4OCPV3 provides the bandwidth necessary to support these demanding environments while reducing communication delays that can impact computational efficiency.

Accelerating Distributed Processing

Distributed computing infrastructures depend on rapid data exchange between nodes. High-speed multi-port connectivity supports efficient workload distribution and helps improve overall cluster performance.

Organizations utilizing advanced computational platforms can leverage the adapter to optimize communication pathways and enhance processing efficiency across large-scale deployments.

Data Center Infrastructure

Large enterprise data centers require scalable networking solutions capable of supporting diverse workloads. The adapter serves as a reliable connectivity platform for servers operating within high-density environments.

Future-Ready Networking Architecture

The Intel E810XXVDA4OCPV3 25 Gigabit PCI-Express 4 Ports Server OCP3 Adapter is engineered to support evolving enterprise networking requirements. As organizations continue adopting cloud technologies, virtualization platforms, software-defined infrastructures, and data-intensive applications, high-performance network adapters become increasingly important components within modern server environments.