EXL710QDA1G1P5 Intel 10GbE QSFP+ PCI Express Converged Network Adapter

Intel EXL710QDA1G1P5 Network Adapter

The Intel EXL710QDA1G1P5 is a high-performance converged network adapter designed for advanced enterprise environments, data centers, virtualization platforms, and high-speed computing applications. Featuring a single 40GbE QSFP+ port and PCI Express 3.0 x8 connectivity, this low-profile adapter provides exceptional bandwidth, efficient data handling, and reliable network communication for demanding workloads.

Product Information

• Brand: Intel
• Model: EXL710QDA1G1P5
• Product Type: Converged Network Adapter

Technical Specifications

• Form Factor: Plug-in Card (Low Profile)
• Bus Interface: PCI Express 3.0 x8
• Port Configuration: 1 × QSFP+
• Network Speed: 40 Gigabit Ethernet
• Data Transfer Rate: 40Gbps
• Connectivity: Wired
• Protocols: TCP/IP, UDP/IP, iSCSI
• Management Protocols: SNMP, RMON

Key Benefits of Intel EXL710QDA1G1P5

• High-speed 40GbE networking capability
• Advanced virtualization and storage support
• Efficient data center connectivity
• Enhanced packet processing performance
• Low-latency communication
• Reliable enterprise-grade operation
• Flexible deployment in modern server systems
• Designed for scalable network growth

Ultra-Fast 40GbE Network Performance

• Single 40GbE QSFP+ network port
• Up to 40Gbps data transfer speed
• High-capacity wired Ethernet connectivity
• Designed for bandwidth-intensive applications
• Optimized for enterprise and data center environments

PCIe Interface Advantages

• PCI Express 3.0 x8 architecture
• Efficient host-to-adapter data transfer
• Reduced communication delays
• Reliable performance for professional server platforms
• Compatible with low-profile installation requirements

Network Technologies

• 40 Gigabit LAN connectivity
• TCP/IP networking support
• UDP/IP communication
• iSCSI storage networking
• Fibre Channel over Ethernet (FCoE) capability

Infrastructure Benefits

• Streamlined network deployment
• Improved server efficiency
• Reduced hardware complexity
• Flexible support for multiple workloads

Network Offload Technologies

• TCP/IP offloading support
• UDP/IP offloading capability
• TCP Segmentation Offload (TSO)
• Large Send Offload (LSO)
• Giant Send Offload (GSO)
• Checksum offload functionality
• Receive Side Scaling (RSS)
• Extended Message-Signaled Interrupts (MSI-X)

Traffic Management Features

• Flow control technology
• Quality of Service (QoS)
• VLAN support
• Packet filtering
• Adaptive Load Balancing (ALB)
• Data Center Bridging (DCB)
• Virtual Ethernet Port Aggregator (VEPA)

Virtualization Capabilities

• Virtual Machine Device Queues (VMDQ)
• Single Root I/O Virtualization (SR-IOV)
• Virtual machine traffic acceleration
• PXE boot support
• iSCSI boot functionality
• Network teaming support

Management Functions

• SNMP remote management support
• RMON monitoring compatibility
• Port speed status indicators
• Link and activity monitoring
• Improved network visibility

Modern Networking Standards Compliance

• IEEE 802.3 Ethernet standard
• IEEE 802.1Q VLAN standard
• IEEE 802.1P traffic priority standard
• IEEE 802.3ad Link Aggregation Control Protocol (LACP)
• IEEE 802.1AS timing synchronization
• IEEE 802.1Qbg virtual networking standard

Energy Efficient and Reliable Operation

• Energy Efficient Ethernet support
• Watch Dog Timer (WDT) protection
• Optimized power utilization
• Consistent network availability
• Reliable performance in critical environments

Advantages

• Low-profile adapter design
• Internal PCIe expansion card format
• Simple server integration
• Suitable for enterprise hardware upgrades
• Space-efficient networking solution

Intel EXL710QDA1G1P5 10 Gigabit Adapter

The Intel EXL710QDA1G1P5 10 Gigabit Ethernet QSFP+ PCI Express Converged Network Adapter represents a high-performance networking solution designed for modern enterprise data centers, virtualization platforms, cloud infrastructures, and advanced server environments. This category of converged network adapters is built to support organizations that require reliable, scalable, and efficient high-speed communication between servers, storage systems, applications, and network resources.

As businesses continue to generate increasing volumes of data, traditional network architectures often struggle to provide the bandwidth and flexibility required by modern workloads. The Intel EXL710QDA1G1P5 category addresses these challenges by combining 10 Gigabit Ethernet capabilities with converged networking features, allowing organizations to optimize their infrastructure while maintaining strong performance, low latency, and improved resource utilization.

The adapter uses QSFP+ connectivity and PCI Express integration to deliver high-speed communication capabilities suitable for demanding enterprise applications. It is designed for environments where network efficiency, scalability, and consistent data transfer performance are essential. From large-scale data centers to specialized computing environments, this adapter category provides a foundation for reliable and future-ready network architecture.

High-Speed 10 Gigabit Ethernet Networking Technology

10 Gigabit Ethernet has become a key networking standard for organizations requiring faster communication between computing systems. The Intel EXL710QDA1G1P5 10 Gigabit Ethernet QSFP+ PCI Express Converged Network Adapter category provides significantly enhanced throughput compared to traditional Ethernet solutions, enabling faster movement of data across enterprise environments.

Modern applications such as database platforms, cloud services, artificial intelligence workloads, analytics systems, and virtualization environments generate enormous amounts of network traffic. A high-speed Ethernet adapter helps prevent congestion by providing the bandwidth necessary to support multiple simultaneous operations without reducing performance.

Enhanced Data Transfer Performance

Fast data transfer is essential for organizations that depend on real-time access to information. The Intel EXL710QDA1G1P5 category enables efficient communication between servers and connected resources, reducing the time required for large file transfers, system synchronization, and application communication.

Higher network capacity improves overall infrastructure efficiency by allowing applications to exchange information more quickly. This is especially important in environments where delays can affect productivity, user experience, and business operations.

Low Latency Enterprise Connectivity

Latency plays an important role in determining how quickly systems respond to user requests and application processes. The Intel EXL710QDA1G1P5 adapter category supports efficient network communication paths designed to minimize delays and improve responsiveness.

Low-latency networking is valuable for financial applications, high-performance computing, online services, and other workloads that require rapid communication. By improving network responsiveness, organizations can achieve better application performance and more efficient resource usage.

QSFP+ Interface Design and Network Flexibility

The QSFP+ interface used within the Intel EXL710QDA1G1P5 category provides a flexible connectivity option for high-performance networking environments. QSFP+ technology is widely adopted in enterprise and data center infrastructures because it supports high-speed communication while offering compatibility with various optical and cable solutions.

This interface allows organizations to design network environments based on their specific requirements, including distance, bandwidth, and deployment conditions. The flexibility of QSFP+ connectivity makes it suitable for a wide range of applications, from server-to-switch communication to large-scale infrastructure deployments.

Flexible Data Center Deployment

Data centers require networking equipment that can adapt to changing workloads and infrastructure demands. The Intel EXL710QDA1G1G1P5 category supports flexible deployment strategies by providing a high-speed interface suitable for modern data center architectures.

Network administrators can use this adapter category to improve connectivity between servers, storage platforms, and network switches. The ability to integrate high-performance adapters into existing environments allows organizations to upgrade their infrastructure without completely redesigning their network architecture.

Optimized Rack Server Connectivity

Rack-mounted servers are commonly used in enterprise data centers because they provide efficient use of space and centralized management. High-speed network adapters are essential components within these systems because they enable communication between individual servers and shared infrastructure resources.

The Intel EXL710QDA1G1P5 category supports rack server environments by providing reliable Ethernet connectivity that can handle demanding workloads. This makes it suitable for applications requiring continuous data exchange and dependable network performance.

PCI Express Integration for Enterprise Servers

The PCI Express interface provides a direct connection between the network adapter and the host server system. This architecture enables efficient communication between the adapter and server hardware, allowing organizations to take full advantage of 10 Gigabit Ethernet capabilities.

Enterprise servers often process multiple workloads simultaneously, including application hosting, virtualization management, storage access, and database operations. A high-performance PCI Express network adapter ensures that network communication does not become a limiting factor for overall system performance.

Improved Server Resource Efficiency

Network operations require processing resources from the host system. Advanced Ethernet adapters help improve efficiency by managing networking tasks effectively and reducing unnecessary workload pressure on server processors.

The Intel EXL710QDA1G1P5 category supports optimized server communication, allowing computing resources to remain focused on business applications and critical workloads. This contributes to better performance and improved infrastructure efficiency.

Reliable High-Bandwidth Communication

High-bandwidth communication is essential in environments where large volumes of information move continuously between systems. The PCI Express-based architecture enables the adapter to provide consistent network performance under demanding conditions.

Organizations benefit from faster application access, smoother data transfers, and improved reliability across connected systems. These advantages make the adapter category suitable for mission-critical enterprise deployments.

Converged Network Adapter Capabilities

The Intel EXL710QDA1G1P5 belongs to the category of converged network adapters that combine networking functions into a unified infrastructure approach. Converged networking allows organizations to simplify their data center environments by reducing the need for separate communication systems.

Instead of operating multiple independent networks for different workloads, converged adapters provide a streamlined solution that supports various traffic types. This approach can reduce complexity, improve management efficiency, and support more flexible infrastructure planning.

Simplified Infrastructure Management

Managing multiple network systems can increase operational complexity and maintenance requirements. A converged adapter helps organizations create a more unified networking environment that is easier to monitor and maintain.

The Intel EXL710QDA1G1P5 category enables IT teams to improve infrastructure organization while supporting high-performance communication between critical resources.

Modern Enterprise Workloads

Enterprise workloads continue to evolve, with increasing reliance on cloud applications, virtualization, data analytics, and distributed computing. These technologies require network solutions capable of supporting large-scale communication efficiently.

The adapter category provides the connectivity foundation needed for organizations seeking to modernize their infrastructure and support advanced computing environments.

High-Density Virtual Machine Environments

As virtual machine density increases, network performance becomes increasingly important. Multiple virtual systems operating on the same physical server can generate substantial traffic, requiring sufficient bandwidth to avoid performance issues.

The Intel EXL710QDA1G1P5 adapter category helps organizations support dense virtualization deployments by providing the throughput required for efficient communication between virtual machines and infrastructure resources.

Cloud Infrastructure Optimization

Cloud environments depend on scalable networking solutions that can adapt to changing demands. High-speed Ethernet adapters provide the foundation for efficient cloud operations by supporting communication between compute resources, storage platforms, and users.

The Intel EXL710QDA1G1P5 category helps cloud infrastructures maintain reliable performance while supporting expanding workloads and increasing data requirements.

Data Backup and Recovery Efficiency

Backup and disaster recovery processes often involve moving large datasets across networks. Limited bandwidth can increase backup windows and delay recovery operations.

The Intel EXL710QDA1G1P5 category supports faster data movement, helping organizations improve backup performance and maintain stronger data protection strategies.

Enterprise Infrastructure Scalability

Scalability is one of the most important requirements for modern IT infrastructure. Organizations need networking solutions that can support growth without requiring frequent replacement or redesign. The Intel EXL710QDA1G1P5 10 Gigabit Ethernet QSFP+ PCI Express Converged Network Adapter category provides the performance and flexibility necessary for expanding enterprise environments.

With support for high-speed Ethernet communication, converged networking capabilities, virtualization workloads, storage applications, and data center deployments, this adapter category serves as an important component for building efficient and resilient network infrastructures. Its combination of speed, reliability, and flexible connectivity allows businesses to improve operational performance while preparing their systems for future technology demands.