G38004-002 Intel Dual Ports 10GBPS PCIE Server Network Adapters

Highlights of Intel Dual Ports 10GBPS PCIE Adapter

The Intel G38004-002 X520-DA2 10 Gigabit Ethernet Server Adapter is engineered for high-performance networking. Packaged with both brackets in a clamshell, this adapter ensures seamless integration into enterprise systems requiring reliable and fast connectivity.

General Information

• Manufacturer: Intel
• Part Number: G38004-002
• Device Type: Server Adapter

Technical Specifications

• Device Type: Network Adapter - 2 Ports
• Form Factor: Plug-in Card - Low Profile
• Interface Type: PCI Express 2.0 x8

Networking Capabilities

• Connectivity: Wired
• Protocol: 10 Gigabit Ethernet
• Transfer Rate: 10 Gbps
• Supported Protocols: TCP/IP, UDP/IP, IPsec, iSCSI
• Remote Management: SNMP, RMON
• Status Indicators: Link Activity, Port Speed, Link OK

Advanced Features

• Flow Control
• VLAN Support
• Packet Filtering
• Quality of Service (QoS)
• Virtual Machine Device Queues (VMDQ)

Compliance Standards

• IEEE 802.1q
• IEEE 802.1p
• IEEE 802.3ad (LACP)
• IEEE 802.1ae
• IEEE 802.1as

Processor and Memory

• Processor: Intel 82599ES

Expansion and Connectivity

• Expansion Slots: 2 (2 free) x SFP+
• Compatible Slots: 1 x PCI Express 2.0 x8 - Full-length, Low-profile

Intel G38004-002 X520-DA2 10 Gigabit Adapter Overview

The Intel G38004-002 X520-DA2 10 Gigabit Ethernet Server Adapter with both brackets in clamshell is a professional-grade networking solution designed to deliver exceptional connectivity, advanced virtualization support, and reliable data transmission for modern enterprise environments. As organizations continue to demand higher network throughput, lower latency, and improved scalability, 10 Gigabit Ethernet technology has become an essential component of data center infrastructure, virtualization platforms, cloud computing deployments, and mission-critical business applications.

The Intel X520-DA2 adapter is engineered to provide dual-port 10GbE connectivity through SFP+ interfaces, allowing organizations to create flexible and high-speed network architectures. The inclusion of both full-height and low-profile brackets enhances deployment flexibility, making the adapter suitable for a wide range of rack servers, tower servers, storage appliances, and specialized computing systems. The clamshell packaging ensures secure transportation and protection during storage and installation processes.

Enterprise-Class 10 Gigabit Ethernet Performance

The growing demands of modern applications require network infrastructures capable of handling substantial data volumes without compromising performance. The Intel X520-DA2 server adapter addresses these requirements by providing dual 10 Gigabit Ethernet ports that significantly outperform traditional Gigabit Ethernet solutions. Organizations deploying virtualization platforms, cloud services, database servers, and storage systems can benefit from increased bandwidth and reduced network bottlenecks.

By supporting 10GbE connectivity, the adapter enables rapid data transfer between servers, storage arrays, and network devices. This enhanced throughput is particularly beneficial for applications involving large file transfers, virtual machine migration, backup operations, multimedia processing, and real-time analytics workloads.

Dual-Port Architecture for Enhanced Connectivity

The dual-port configuration of the Intel G38004-002 X520-DA2 provides significant advantages for enterprise environments requiring redundancy, load balancing, and network segmentation. Multiple network ports enable organizations to design resilient network architectures that minimize downtime and improve service availability.

Network administrators can configure the dual ports for various deployment scenarios, including dedicated traffic separation, failover configurations, link aggregation, and virtualized networking environments. The ability to support multiple network paths enhances operational flexibility while improving overall infrastructure reliability.

Advanced Intel Ethernet Controller Technology

Optimized Network Processing Capabilities

The Intel X520-DA2 adapter incorporates advanced controller technology designed to offload networking tasks from the host processor. This intelligent processing approach reduces CPU utilization while maintaining high throughput levels across demanding network workloads. By handling specific networking functions directly on the adapter, server resources remain available for business-critical applications and services.

The sophisticated controller architecture enables efficient packet processing, improved data flow management, and optimized communication between the network interface and server operating systems. These capabilities contribute to improved application responsiveness and enhanced system performance.

Reduced Processor Overhead

One of the primary advantages of enterprise-class network adapters is the ability to reduce CPU consumption associated with networking operations. The Intel X520-DA2 incorporates hardware acceleration features that help minimize processing overhead while maintaining consistent network performance under varying workload conditions.

This reduction in processor utilization can result in improved application efficiency, greater virtualization density, and enhanced overall server performance. Organizations operating resource-intensive applications benefit from the adapter's ability to optimize system resources while delivering high-speed connectivity.

Intelligent Traffic Management

Effective traffic management is essential for maintaining performance in complex enterprise environments. The Intel X520-DA2 supports advanced traffic handling mechanisms that help prioritize data flows, manage network congestion, and improve overall communication efficiency. These capabilities contribute to predictable application performance and enhanced user experiences across connected systems.

Support for Modern Data Center Environments

Virtualization Infrastructure Compatibility

Virtualization technologies have transformed modern IT infrastructures by enabling organizations to maximize hardware utilization and simplify resource management. The Intel X520-DA2 adapter is designed to support virtualization platforms through advanced networking features that enhance virtual machine performance and improve infrastructure scalability.

Data centers operating virtualized workloads require network adapters capable of handling substantial traffic volumes generated by multiple virtual machines sharing physical server resources. The Intel X520-DA2 addresses these requirements through hardware-assisted virtualization support and optimized networking performance.

Virtual Machine Traffic Optimization

Virtualized environments often generate significant network activity as virtual machines communicate with users, applications, databases, and storage resources. The Intel X520-DA2 facilitates efficient handling of this traffic, ensuring that virtualized workloads maintain reliable communication and consistent performance levels.

By supporting advanced virtualization technologies, the adapter helps reduce networking bottlenecks while improving workload distribution across physical infrastructure resources. This capability is especially important for organizations operating private clouds, hybrid clouds, and enterprise virtualization platforms.

Cloud Computing Deployments

Cloud infrastructures depend heavily on high-speed networking to support dynamic workloads, scalable services, and distributed computing resources. The Intel X520-DA2 server adapter provides the connectivity required for cloud environments that demand rapid data exchange and reliable network communication.

The adapter's dual-port architecture and high-bandwidth capabilities enable cloud service providers and enterprise IT departments to build flexible infrastructures capable of accommodating evolving business requirements and increasing workload demands.

Flexible SFP+ Connectivity Options

Support for Fiber Optic Networking

The Intel X520-DA2 utilizes SFP+ interfaces, providing organizations with extensive flexibility when selecting networking media. Fiber optic connectivity remains a preferred choice for many enterprise and data center deployments due to its ability to support high-speed communication over longer distances while maintaining signal integrity.

By leveraging compatible SFP+ transceivers, organizations can establish robust fiber-based network connections between servers, switches, storage systems, and network infrastructure components. This flexibility enables customized deployment strategies based on specific operational requirements.

Scalable Network Design

SFP+ technology supports scalable network architectures by allowing administrators to select transceiver modules appropriate for their environments. Whether deploying short-range connections within a server rack or longer-distance links across data center facilities, the Intel X520-DA2 provides the adaptability needed to support evolving network designs.

This scalability contributes to long-term infrastructure investment protection by enabling organizations to modify network configurations without replacing core networking hardware.

High-Speed Data Transmission

Fiber-based SFP+ connections support rapid and reliable data transmission, making them ideal for environments handling large datasets, virtualization traffic, backup operations, and storage communications. The Intel X520-DA2 leverages these capabilities to provide consistent network performance across demanding enterprise workloads.

Comprehensive Compatibility Across Server Platforms

Support for Multiple Operating Systems

The Intel G38004-002 X520-DA2 is recognized for its broad compatibility with various operating systems commonly used in enterprise environments. Organizations operating mixed infrastructure environments can deploy the adapter across different server platforms while maintaining consistent networking capabilities.

Compatibility with widely used operating systems simplifies deployment processes and reduces administrative complexity. This versatility enables organizations to standardize networking hardware while supporting diverse application environments.

Windows Server Environments

Windows Server deployments benefit from the adapter's enterprise networking capabilities, enabling efficient communication between applications, databases, storage resources, and client systems. High-speed connectivity supports demanding workloads while enhancing overall infrastructure responsiveness.

Linux-Based Deployments

Linux servers play a critical role in modern data centers, supporting web services, cloud platforms, containerized applications, and database systems. The Intel X520-DA2 provides reliable connectivity for Linux environments requiring stable and high-performance network communication.

Virtualization Hypervisors

Leading hypervisor platforms require advanced networking support to manage virtual machine traffic effectively. The Intel X520-DA2 facilitates efficient communication within virtualized infrastructures, helping organizations maximize resource utilization and operational efficiency.

Both Brackets Included for Deployment Flexibility

Full-Height Bracket Support

The inclusion of a full-height bracket enables straightforward installation in traditional rack-mounted and tower server systems. Many enterprise servers utilize standard expansion slot configurations, making the full-height bracket an essential component for seamless deployment.

Organizations upgrading existing infrastructure can benefit from simplified installation procedures while maintaining compatibility with a broad range of server hardware platforms.

Low-Profile Bracket Compatibility

Compact server platforms and specialized computing systems often require low-profile expansion cards. The inclusion of a low-profile bracket ensures that the Intel X520-DA2 can be deployed in space-constrained environments without requiring additional accessories or modifications.

This flexibility supports diverse deployment scenarios and enables organizations to standardize networking hardware across multiple server form factors.

Adaptability for Mixed Infrastructure

Many organizations operate a combination of rack servers, blade systems, compact appliances, and specialized computing platforms. The availability of both bracket types allows the Intel X520-DA2 to support these varied environments while simplifying inventory management and procurement processes.

Reliability and Availability for Mission-Critical Operations

Continuous Network Connectivity

Business-critical applications depend on uninterrupted network communication to maintain operational continuity. The Intel X520-DA2 is engineered to support reliable connectivity across demanding enterprise environments, helping organizations minimize disruptions and maintain service availability.

Its enterprise-grade design contributes to consistent performance during sustained workloads, making it suitable for applications where network stability is essential.

Redundant Network Configurations

The dual-port design supports redundant networking strategies that enhance infrastructure resilience. Organizations can configure alternate communication paths to maintain connectivity in the event of network component failures or maintenance activities.

Such redundancy capabilities are particularly valuable in data centers, financial institutions, healthcare environments, and other mission-critical operations where downtime can have significant consequences.

Long-Term Operational Stability

Enterprise networking hardware must maintain performance and reliability throughout extended operational lifecycles. The Intel X520-DA2 is designed to support continuous operation while delivering dependable networking performance across diverse workload conditions.

Benefits for Storage and Data-Intensive Applications

Support for High-Speed Storage Networks

Modern storage infrastructures increasingly rely on high-bandwidth networking technologies to support data access, backup operations, disaster recovery processes, and business continuity initiatives. The Intel X520-DA2 provides the connectivity required to facilitate rapid communication between servers and storage systems.

Organizations deploying network-attached storage, software-defined storage, and storage area networking solutions can benefit from the adapter's ability to handle substantial data transfer requirements efficiently.

Backup and Recovery Operations

Backup processes often involve transferring large volumes of data across network infrastructures. The high-speed capabilities of the Intel X520-DA2 help reduce backup windows while improving recovery readiness. Faster data movement enables organizations to meet operational objectives and maintain business continuity requirements.

Database Performance Enhancement

Database servers frequently exchange significant amounts of information with application servers, storage resources, and client systems. The Intel X520-DA2 supports efficient data communication, helping reduce latency and improve responsiveness for database-driven applications.