P10104-001 HPE Intel Ethernet 10/25gb 2-port Sfp28 Adapter

HPE P10104-001 Intel E810-XXVDA2 2-Port Adapter Overview

The HPE P10104-001 Intel E810-XXVDA2 Ethernet 10/25Gb 2-Port SFP28 OCP3 Adapter is a high-performance server networking solution engineered for enterprise-class computing environments that demand exceptional bandwidth, low latency, and reliable connectivity. Designed specifically for modern HPE servers utilizing the OCP 3.0 form factor, this adapter enables organizations to maximize network throughput while maintaining efficient resource utilization across virtualized, cloud, storage, and high-performance computing infrastructures. Built on Intel's advanced Ethernet controller architecture, the adapter supports both 10 Gigabit Ethernet and 25 Gigabit Ethernet connectivity, allowing businesses to seamlessly upgrade their networking capabilities while preserving compatibility with existing infrastructure.

As enterprise workloads continue to expand through virtualization, hybrid cloud adoption, software-defined networking, artificial intelligence, machine learning, and large-scale data analytics, organizations require network adapters capable of supporting increasing data traffic with outstanding efficiency. The HPE P10104-001 Intel E810-XXVDA2 adapter fulfills these requirements by providing dual SFP28 ports, intelligent traffic acceleration, advanced security technologies, and comprehensive virtualization support, making it an ideal networking component for next-generation data centers.

Optimized OCP 3.0 Server Networking Architecture

The Open Compute Project 3.0 specification has transformed modern server design by introducing dedicated networking expansion slots that separate network connectivity from traditional PCI Express expansion resources. The HPE P10104-001 adapter is specifically engineered to leverage the advantages of the OCP3 standard, enabling organizations to deploy flexible networking configurations while preserving valuable PCIe slots for GPUs, storage controllers, FPGA accelerators, or additional expansion hardware.

Its compact OCP3 implementation simplifies installation, improves cable management, enhances airflow within dense rack environments, and contributes to improved thermal efficiency. These characteristics make the adapter particularly valuable for enterprise servers operating continuously in mission-critical environments where cooling efficiency and hardware reliability remain essential operational priorities.

Purpose-Built for Enterprise HPE Servers

The adapter integrates seamlessly with compatible HPE ProLiant servers designed for OCP 3.0 networking modules. This integration provides firmware compatibility, centralized management, streamlined deployment, and simplified lifecycle maintenance. Organizations benefit from native support within HPE infrastructure management platforms while maintaining compatibility with Intel networking technologies.

The dedicated OCP slot design also improves system serviceability by enabling network adapter upgrades without disturbing other critical expansion devices installed within the server chassis.

Dual 10Gb and 25Gb Ethernet Connectivity

One of the defining characteristics of the HPE P10104-001 Intel E810-XXVDA2 adapter is its ability to support both 10 Gigabit Ethernet and 25 Gigabit Ethernet networking over dual SFP28 interfaces. This flexible bandwidth capability enables organizations to migrate gradually from existing 10Gb infrastructures toward higher-performance 25Gb deployments without replacing networking hardware.

The dual-port configuration allows administrators to implement redundant network paths, network segmentation, storage traffic isolation, virtualization networking, or link aggregation according to organizational requirements. Multiple connectivity options improve resilience while enabling higher aggregate throughput for demanding enterprise workloads.

Advantages of Dual SFP28 Ports

Dual SFP28 interfaces provide organizations with deployment flexibility across numerous networking scenarios. Each port can be configured independently for different networks, VLANs, storage fabrics, or virtual machine environments. Administrators may also implement failover configurations or bandwidth aggregation technologies to increase both availability and performance.

SFP28 connectivity additionally allows organizations to choose between direct attach copper cables for short-distance rack deployments and optical transceivers for longer-distance fiber infrastructure, maximizing deployment versatility throughout modern enterprise facilities.

Intel E810 Ethernet Controller Technology

The Intel E810 Ethernet controller represents one of Intel's most advanced networking platforms, delivering significant improvements in bandwidth efficiency, hardware acceleration, virtualization support, and programmable packet processing. The controller is designed to meet the evolving requirements of cloud computing, software-defined infrastructure, edge computing, and enterprise virtualization.

Intel's architecture incorporates advanced packet scheduling, traffic prioritization, intelligent buffering, and extensive offload capabilities that reduce CPU utilization while maintaining consistently high throughput across demanding workloads.

Intelligent Hardware Acceleration

Hardware acceleration enables the adapter to process networking operations directly on the network interface rather than relying entirely upon host processor resources. By offloading repetitive networking tasks such as checksum calculations, segmentation, receive-side scaling, and packet filtering, overall server efficiency improves substantially.

This reduction in processor overhead allows application servers to dedicate more computing resources toward business workloads rather than network management functions.

Designed for Virtualized Infrastructure

Virtualization remains a fundamental technology within modern enterprise computing, requiring network adapters capable of efficiently supporting numerous virtual machines operating simultaneously. The HPE P10104-001 Intel E810-XXVDA2 adapter includes comprehensive virtualization technologies that optimize bandwidth allocation while minimizing latency between virtual workloads and external networks.

Support for virtualization acceleration enables hypervisors to distribute network traffic efficiently among multiple guest operating systems while maintaining consistent application responsiveness.

Enhanced Virtual Machine Performance

Virtual environments frequently host dozens or even hundreds of virtual machines per server. Efficient network distribution ensures that each virtual workload receives predictable network performance while minimizing contention for shared networking resources.

The adapter's intelligent traffic management technologies improve overall virtual machine density without compromising network responsiveness.

Support for Cloud Computing Platforms

Private cloud, hybrid cloud, and public cloud infrastructures require scalable networking capable of supporting dynamic workloads and rapidly changing application demands. The HPE P10104-001 adapter delivers the bandwidth, flexibility, and management capabilities required for cloud-native deployments where applications continuously scale according to business requirements.

Cloud orchestration platforms benefit from rapid provisioning, efficient traffic handling, and low-latency communication between compute nodes, storage platforms, and virtualization clusters.

Scalable Multi-Tenant Networking

Cloud environments often support multiple departments, customers, or business units operating simultaneously within shared infrastructure. Advanced traffic isolation capabilities help maintain security while ensuring reliable bandwidth allocation for individual workloads.

High-Speed Storage Networking

Storage infrastructures increasingly depend upon Ethernet technologies to support network-attached storage, distributed storage clusters, hyper-converged infrastructure, and software-defined storage platforms. The dual-port 10/25Gb architecture provides sufficient bandwidth to support demanding storage applications while maintaining low communication latency between storage nodes.

Large backup operations, database synchronization, storage replication, virtualization storage traffic, and disaster recovery operations all benefit from increased network throughput.

Improved Data Movement Efficiency

Organizations transferring large datasets between storage arrays, virtualization clusters, analytics servers, and backup repositories experience faster completion times through higher-bandwidth Ethernet connectivity. Reduced transfer durations improve operational productivity while minimizing backup windows.

Low-Latency Networking for Mission-Critical Applications

Latency plays an increasingly important role in enterprise computing. Business intelligence applications, financial services, real-time analytics, artificial intelligence, and high-performance databases require predictable communication between distributed computing resources. Intel's E810 architecture minimizes packet processing delays while delivering consistent response times under heavy workloads.

Lower latency contributes directly to improved application responsiveness, enhanced user experiences, and faster completion of distributed computational tasks.

Consistent Performance Under Load

Enterprise data centers frequently experience fluctuating network utilization throughout the day. The adapter maintains stable throughput and predictable latency even during periods of sustained network congestion, ensuring reliable application performance.

Advanced Network Security Technologies

Network security remains an essential requirement across modern enterprise infrastructure. The HPE P10104-001 Intel E810-XXVDA2 adapter incorporates hardware-assisted security features designed to strengthen network integrity while reducing exposure to malicious traffic.

Built-in security capabilities complement operating system protections and enterprise security policies by supporting secure communication, trusted networking environments, and hardware-level traffic management.

Secure Enterprise Communications

Organizations handling confidential customer information, financial records, healthcare data, government information, or intellectual property require secure networking infrastructure capable of supporting encryption, authentication, and controlled network access. Hardware-assisted security features strengthen the overall networking architecture.

Optimized for Software-Defined Networking

Software-defined networking continues transforming enterprise infrastructure through centralized management and programmable network policies. Intel's E810 controller supports technologies that integrate effectively with software-defined networking frameworks, enabling administrators to automate traffic management while simplifying infrastructure operations.

This flexibility allows organizations to adapt network configurations quickly as workloads evolve without requiring extensive hardware modifications.

Programmable Network Intelligence

Modern networking increasingly depends upon programmable infrastructure capable of adapting to changing business requirements. Intelligent packet processing improves traffic classification, quality of service implementation, and network efficiency across diverse enterprise environments.

Reliable Performance for Enterprise Data Centers

Enterprise data centers demand continuous availability and predictable performance across thousands of interconnected systems. The HPE P10104-001 adapter is engineered for continuous operation within mission-critical environments where reliability directly impacts business continuity.

High-quality enterprise components, advanced thermal design, and compatibility with HPE server platforms contribute to dependable long-term operation under sustained workloads.

Continuous Operational Stability

Servers operating around the clock require networking hardware capable of maintaining consistent performance over extended periods. The adapter's enterprise-class engineering supports continuous network activity while minimizing downtime and maintenance requirements.

Compatibility with Modern Operating Systems

The Intel E810 platform supports numerous enterprise operating systems commonly deployed throughout data centers. Broad compatibility enables organizations to integrate the adapter into heterogeneous environments consisting of Linux, Windows Server, VMware ESXi, and other enterprise virtualization platforms.

Comprehensive driver availability simplifies deployment while ensuring long-term compatibility across future operating system updates.

Flexible Infrastructure Integration

Mixed operating system environments benefit from consistent networking behavior across multiple platforms. Standardized management capabilities simplify deployment and reduce administrative complexity for enterprise IT departments.

Energy-Efficient Networking Performance

Modern enterprise infrastructure emphasizes energy efficiency alongside performance. The HPE P10104-001 Intel E810-XXVDA2 adapter delivers high-speed networking while maintaining efficient power consumption appropriate for dense server deployments. Lower energy usage contributes to reduced operating costs and improved sustainability initiatives within large-scale data centers.

Efficient Resource Utilization

Intelligent hardware acceleration minimizes unnecessary processor activity, reducing total server power consumption while simultaneously improving application performance. Efficient networking architecture benefits both operational budgets and environmental objectives.

Ideal Enterprise Deployment Scenarios

Virtualization Clusters

Virtual machine clusters require predictable bandwidth, efficient workload balancing, and reliable redundancy. The dual-port 10/25Gb architecture supports expanding virtualization environments while enabling high-density server consolidation.

Cloud Infrastructure

Private and hybrid cloud deployments benefit from scalable bandwidth, intelligent traffic management, and seamless compatibility with cloud orchestration platforms supporting automated provisioning and workload migration.

High-Performance Computing

Scientific computing, engineering simulations, artificial intelligence, and machine learning workloads generate substantial east-west traffic between clustered compute nodes. High-speed Ethernet connectivity improves distributed processing efficiency.

Database Servers

Mission-critical database platforms benefit from low-latency communication with storage systems, replication clusters, backup infrastructure, and application servers. Higher bandwidth reduces synchronization delays while improving transaction responsiveness.

Enterprise Storage Systems

Storage appliances, hyper-converged infrastructure, distributed storage clusters, and backup repositories leverage the adapter's high-speed connectivity to accelerate data movement and improve overall storage performance.

Investment Protection Through Flexible Bandwidth

The ability to operate across both 10Gb and 25Gb Ethernet environments provides organizations with valuable investment protection as networking infrastructure evolves. Businesses can expand gradually without replacing existing adapters, preserving capital investments while supporting future growth.

Adaptability for Expanding Workloads

Enterprise computing requirements continue increasing as organizations adopt digital transformation initiatives, advanced analytics, cloud-native applications, and increasingly data-intensive business processes. The HPE P10104-001 Intel E810-XXVDA2 Ethernet 10/25Gb 2-Port SFP28 OCP3 Adapter provides the networking performance, scalability, reliability, and enterprise-class functionality necessary to support these evolving operational demands while maintaining exceptional compatibility with modern HPE server infrastructure.

Enterprise-Class Networking Value

The HPE P10104-001 Intel E810-XXVDA2 Ethernet Adapter represents a powerful networking solution that combines Intel's advanced Ethernet technology with HPE server optimization, dual-port 10/25Gb SFP28 connectivity, OCP3 integration, intelligent hardware acceleration, virtualization support, cloud readiness, advanced security capabilities, and scalable enterprise networking performance. Its comprehensive feature set makes it an excellent choice for organizations seeking dependable, high-bandwidth Ethernet connectivity across modern data centers, virtualization clusters, cloud platforms, storage infrastructure, and mission-critical enterprise applications.