XXV710DA2G1P5 Intel 2 Port Ethernet PCI E 3.0 X8 Network Adapter

Highlights of Intel 2 Port PCIE Adapter

The Intel XXV710DA2G1P5 Dual-Port Ethernet PCI-E 3.0 x8 Network Adapter is a high-speed solution designed for enterprise-grade networking, offering 25Gbps connectivity and advanced protocol support for modern workloads.

Product Identification

• Brand: Intel
• Model Number: XXV710DA2G1P5
• Product Type: Network Adapter

Technical Highlights

• Form Factor: Plug-in Card - Low Profile
• Interface Type: PCI Express 3.0 x8
• Ports: 25 Gigabit SFP28 x 2
• Connectivity Technology: Wired
• Data Link Protocol: 25 Gigabit LAN
• Data Transfer Rate: 25 Gbps

Supported Protocols

• Network / Transport Protocols: TCP/IP, UDP/IP, iSCSI, SMB, NFS
• Remote Management Protocols: SNMP, RMON

Compliance Standards

• IEEE 802.1q
• IEEE 802.1p
• IEEE 802.3x
• IEEE 802.3ad (LACP)
• IEEE 802.3ae
• IEEE 802.1as
• IEEE 802.3az
• IEEE 802.1qbg
• IEEE 802.1qbh
• IEEE 802.3by
• IEEE 802.3bd

System Requirements

• Linux Kernel 2.6 and 4.x
• Microsoft Windows Server 2008 R2 (64-bit)
• Microsoft Windows Server 2012 / 2012 R2 (64-bit)
• Microsoft Windows Server 2016 (64-bit)
• VMware vSphere 5.1, 5.5
• VMware ESXi 6.0 Update 3, ESXi 6.5
• SUSE Linux Enterprise Server 11 SP4, 12 SP1
• Ubuntu 14.04.x LTS (64-bit), Ubuntu 16.04 LTS
• Red Hat Enterprise Linux 6.9, 7.3
• FreeBSD 10.3, FreeBSD 11

Physical Characteristics

• Height: 2.7 in
• Width: 6.6 in
• Depth: 0.6 in

Key Advantages

• High-speed 25Gbps throughput
• Dual-port SFP28 connectivity
• Broad OS and virtualization compatibility
• Enterprise-grade reliability and scalability

Intel XXV710DA2G1P5 2 Port 25GB Network Adapter Overview

The Intel XXV710DA2G1P5 2 Port Network Adapter 25GB Ethernet PCI Express 3.0 x8 is engineered for modern enterprise environments that demand exceptional bandwidth, dependable connectivity, and advanced networking capabilities. As organizations continue to virtualize workloads, migrate to cloud platforms, and deploy high-performance storage solutions, 25 Gigabit Ethernet technology has become a preferred networking standard for balancing speed, scalability, and infrastructure efficiency. This category includes high-performance dual-port adapters designed for servers, virtualization platforms, software-defined networking environments, storage networks, cloud computing infrastructures, and data centers requiring reliable low-latency communication.

Designed around Intel's proven Ethernet controller architecture, the XXV710DA2G1P5 supports advanced networking technologies that improve throughput while reducing processor overhead. Organizations seeking improved application responsiveness, faster data transfers, and higher virtual machine density frequently choose this adapter category because it delivers enterprise-class networking capabilities while maintaining excellent compatibility with leading server platforms and operating systems. Whether deployed in rack servers, blade servers, virtualization hosts, or high-performance computing clusters, this adapter provides consistent networking performance suitable for mission-critical applications.

Enterprise-Class 25 Gigabit Ethernet Connectivity

The growing adoption of 25 Gigabit Ethernet has transformed enterprise networking by providing significantly greater bandwidth than traditional 10 Gigabit solutions while maintaining cost-effective infrastructure deployment. The Intel XXV710DA2G1P5 category addresses increasing bandwidth requirements generated by virtualization, cloud services, database clusters, backup operations, and high-speed storage connectivity.

With dual independent 25Gb Ethernet ports, organizations can separate workloads, implement redundant networking paths, improve availability, and increase aggregate network capacity. The PCI Express 3.0 x8 interface ensures sufficient bandwidth between the server and the network adapter, allowing demanding applications to take full advantage of available network resources.

Optimized Network Throughput

Servers equipped with Intel XXV710DA2G1P5 network adapters benefit from higher data transfer rates that minimize bottlenecks throughout enterprise infrastructures. Increased throughput improves application responsiveness, accelerates storage access, reduces backup windows, and enables efficient communication between servers, storage arrays, and network switches.

Organizations operating virtualized environments frequently experience improved workload consolidation because higher bandwidth enables additional virtual machines to share the same physical network adapter without compromising performance.

Dual-Port Architecture for Flexible Network Design

Independent Network Connections

The dual-port configuration offers flexibility for various enterprise networking strategies. Each network interface can be assigned different workloads, VLANs, security policies, storage traffic, or application-specific communication channels. This architecture supports infrastructure segmentation while maintaining centralized server management.

Independent ports also simplify network redundancy planning by allowing administrators to connect each interface to separate switches, reducing single points of failure and improving business continuity.

Improved Redundancy

Network redundancy remains essential for enterprise operations where downtime directly affects productivity and revenue. Dual-port Intel adapters enable failover configurations that maintain communication if one network path becomes unavailable. This capability helps ensure continuous access to business-critical applications, databases, virtualization platforms, and storage resources.

PCI Express 3.0 x8 High-Speed Interface

Balanced System Performance

The PCI Express 3.0 x8 interface delivers substantial host bandwidth, enabling the network adapter to process large volumes of network traffic efficiently. High-speed server interconnects reduce latency while preventing interface bottlenecks that could otherwise limit application performance.

Servers processing analytics, artificial intelligence workloads, virtualization clusters, and software-defined storage benefit from efficient communication between system memory, processors, and network infrastructure.

Reduced Processing Overhead

Intel networking technologies are designed to offload networking tasks from the primary CPU whenever possible. Hardware acceleration improves packet processing efficiency, allowing processors to dedicate additional resources to business applications rather than networking operations.

Reduced CPU utilization contributes to improved server efficiency, better virtualization density, and lower operational costs throughout enterprise deployments.

Support for Modern Data Center Infrastructure

Cloud Computing Platforms

Cloud environments require predictable network performance capable of supporting dynamic workload allocation, automated resource provisioning, and rapid application deployment. The Intel XXV710DA2G1P5 category integrates well into private cloud, hybrid cloud, and enterprise cloud infrastructures where network scalability directly influences overall platform performance.

High-bandwidth connectivity enables cloud orchestration platforms to move workloads efficiently between physical servers while maintaining application responsiveness and service availability.

Virtualized Server Environments

Virtualization technologies continue to increase networking demands because multiple virtual machines share physical hardware resources. Intel XXV710DA2G1P5 adapters provide the bandwidth necessary to support numerous virtual machines communicating simultaneously across enterprise networks.

Organizations utilizing virtualization platforms benefit from advanced networking features that enhance traffic management, workload isolation, and virtual switch performance while simplifying infrastructure administration.

Virtual Machine Scalability

As organizations expand virtual infrastructures, networking performance becomes increasingly important. Dual-port 25Gb adapters support greater virtual machine density by providing sufficient bandwidth for multiple concurrent workloads without introducing unnecessary congestion.

Storage Networking Performance

Fast Data Access

Enterprise storage environments rely heavily on network performance. High-speed Ethernet adapters improve communication between application servers and storage platforms, reducing latency during file access, database operations, virtualization storage traffic, and backup activities.

Organizations implementing network-attached storage, software-defined storage, or distributed storage architectures benefit from faster synchronization and improved overall storage responsiveness.

Backup and Disaster Recovery

Large-scale backup operations often require moving substantial amounts of information across enterprise networks. Increased bandwidth shortens backup windows, accelerates replication tasks, and improves disaster recovery preparedness by enabling faster data synchronization between primary and secondary locations.

Compatibility Across Enterprise Platforms

Broad Operating System Support

The Intel XXV710DA2G1P5 adapter category is widely recognized for compatibility with enterprise operating systems commonly deployed throughout business environments. Organizations operating Windows Server, Linux distributions, virtualization hypervisors, and other enterprise platforms appreciate the stability and mature driver ecosystem associated with Intel Ethernet products.

Comprehensive software support simplifies deployment while reducing integration challenges during infrastructure upgrades or server replacements.

Server Platform Integration

These adapters integrate with a wide variety of enterprise server platforms supporting PCI Express 3.0 x8 expansion slots. They are commonly installed in rack-mounted servers, tower servers, blade systems, and specialized computing platforms requiring high-speed Ethernet connectivity.

Advanced Networking Technologies

Intelligent Traffic Management

Enterprise networking increasingly relies on intelligent traffic prioritization to ensure critical applications receive adequate bandwidth. Intel networking technologies support advanced traffic handling mechanisms that improve communication consistency across demanding workloads.

Efficient packet handling contributes to lower latency, smoother application performance, and predictable network behavior during peak operating periods.

Quality of Service Support

Quality of Service capabilities allow administrators to prioritize business-critical traffic over less time-sensitive communications. Database transactions, voice services, virtualization traffic, and storage operations can receive appropriate network resources to maintain optimal user experiences.

Hardware Virtualization Features

Hardware-assisted virtualization technologies improve networking efficiency within virtual infrastructures by reducing software overhead. Intelligent packet distribution, virtualization acceleration, and enhanced resource allocation improve networking performance across multiple guest operating systems.

Security and Reliable Network Operations

Secure Enterprise Communications

Modern enterprise infrastructures require secure networking that supports authentication, segmentation, and controlled communication between servers, storage systems, and application platforms. Intel Ethernet adapters are frequently deployed within secure environments where consistent performance and dependable operation remain essential.

Organizations implementing security frameworks benefit from stable networking hardware capable of supporting enterprise authentication mechanisms and secure traffic management policies.

Continuous Availability

High-availability environments rely on dependable networking hardware that performs consistently under continuous workloads. The Intel XXV710DA2G1P5 category supports infrastructures designed for uninterrupted operation, making it suitable for organizations running around-the-clock services.

Application Performance Across Business Workloads

Database Servers

Enterprise database platforms generate substantial network traffic through application requests, replication, reporting, analytics, and backup operations. High-speed dual-port networking minimizes communication delays while supporting faster transaction processing between servers and storage resources.

Business Analytics

Analytics platforms often process large datasets distributed across multiple servers. Increased network bandwidth reduces data movement delays, improving processing efficiency and accelerating analytical workflows.

Artificial Intelligence Infrastructure

Artificial intelligence and machine learning workloads frequently exchange extensive datasets between compute nodes and storage platforms. The Intel XXV710DA2G1P5 adapter category supports these environments by delivering dependable high-speed connectivity suitable for distributed computing architectures.

Scalable Enterprise Network Expansion

Future-Ready Infrastructure

Organizations planning long-term infrastructure investments often adopt 25 Gigabit Ethernet because it offers an excellent balance between performance, scalability, and deployment flexibility. As application demands continue to increase, higher network bandwidth supports infrastructure growth without requiring complete network redesign.

Deploying Intel XXV710DA2G1P5 adapters allows businesses to prepare for expanding virtualization workloads, increasing storage requirements, cloud migration initiatives, and evolving enterprise applications.

Investment Protection

High-quality networking hardware contributes to long infrastructure life cycles by supporting evolving enterprise technologies. Reliable Ethernet adapters reduce replacement frequency while providing consistent networking capabilities that remain relevant as organizational requirements grow.

Efficient Data Center Operations

Reduced Network Congestion

Higher bandwidth helps reduce congestion caused by simultaneous application traffic, backup operations, storage synchronization, virtualization communication, and user activity. Better traffic distribution contributes to improved application responsiveness throughout enterprise environments.

Optimized Resource Utilization

Efficient networking improves utilization of servers, storage arrays, processors, and virtualization hosts. Organizations can maximize infrastructure investments by minimizing networking bottlenecks that restrict application performance.

Improved Operational Efficiency

Enterprise administrators benefit from predictable networking performance that simplifies capacity planning and reduces troubleshooting efforts. Stable high-speed connectivity enables IT departments to maintain service quality while supporting expanding workloads.

Ideal Deployment Environments

Enterprise Data Centers

The Intel XXV710DA2G1P5 category is well suited for enterprise data centers supporting mission-critical applications, virtualization clusters, cloud platforms, enterprise databases, storage infrastructures, and large-scale networking deployments. Its dual-port architecture enables flexible network design while providing substantial bandwidth for demanding production workloads.

Private Cloud Infrastructure

Private cloud environments require dependable networking capable of supporting workload mobility, automated provisioning, resource optimization, and scalable service delivery. High-speed Ethernet adapters facilitate efficient communication between compute resources, storage systems, and network controllers.

High-Performance Computing

Scientific computing, engineering simulations, financial modeling, and research environments frequently exchange extensive datasets among clustered servers. The Intel XXV710DA2G1P5 adapter category provides the bandwidth necessary to support distributed computing applications where communication efficiency directly affects computational performance.

Large Enterprise Networks

Organizations operating geographically distributed offices, centralized data centers, virtualization farms, and cloud services require networking hardware capable of supporting continuous high-volume communication. Dual-port 25 Gigabit Ethernet adapters contribute to resilient enterprise infrastructures by delivering reliable connectivity, consistent throughput, scalable bandwidth, and efficient network resource utilization across evolving business environments.

Reliable Networking for Modern Digital Transformation

Digital transformation initiatives increasingly depend on high-performance networking capable of supporting cloud-native applications, containerized workloads, virtualization technologies, software-defined infrastructure, artificial intelligence platforms, enterprise storage systems, cybersecurity frameworks, and large-scale data processing. The Intel XXV710DA2G1P5 2 Port Network Adapter 25GB Ethernet PCI Express 3.0 x8 category represents an enterprise networking solution designed to address these evolving requirements by combining high bandwidth, dependable reliability, broad compatibility, intelligent hardware acceleration, scalable architecture, and long-term deployment flexibility for organizations building efficient, resilient, and future-ready network infrastructures.