UCSC-PCIE-ID40GF Cisco Intel Xl710 Dual-Ports NIC

Cisco UCSC-PCIE-ID40GF 2-Port Network Interface Card

The Cisco UCSC-PCIE-ID40GF Intel XL710 Dual-Port Network Interface Card is engineered to deliver high-performance Ethernet connectivity for enterprise-class servers, virtualization clusters, cloud computing environments, and modern data centers. Designed to provide reliable dual-port 40 Gigabit Ethernet connectivity, this server adapter helps organizations achieve greater network throughput, lower latency, and improved workload efficiency. As business applications continue to demand faster data transfers and scalable infrastructure, the Intel XL710 controller integrated into this Cisco network adapter enables exceptional bandwidth while maintaining compatibility with a broad range of Cisco Unified Computing System servers.

Modern organizations increasingly rely on virtualization, software-defined networking, distributed storage, and cloud-native applications. These technologies require network adapters capable of handling significant traffic volumes without becoming performance bottlenecks. The Cisco UCSC-PCIE-ID40GF addresses these challenges by providing enterprise-grade hardware acceleration, intelligent packet processing, and optimized Ethernet performance for mission-critical computing environments.

Enterprise-Class Design for Cisco UCS Infrastructure

The Cisco UCSC-PCIE-ID40GF is specifically developed for Cisco Unified Computing System deployments, ensuring seamless integration with compatible rack servers and blade infrastructures. Organizations implementing Cisco UCS platforms benefit from consistent hardware compatibility, simplified deployment procedures, and centralized management capabilities that streamline large-scale server administration.

The adapter's enterprise-oriented architecture supports demanding workloads including virtualization hosts, database servers, storage networking, analytics platforms, artificial intelligence environments, and high-performance computing clusters. Its robust hardware design ensures stable network connectivity even under continuous heavy utilization.

Intel XL710 Controller Technology

Advanced Ethernet Controller Architecture

At the core of the Cisco UCSC-PCIE-ID40GF is the Intel XL710 Ethernet controller, recognized for delivering enterprise networking performance with advanced traffic management capabilities. The controller incorporates sophisticated packet processing technologies that reduce CPU overhead while improving overall server efficiency. Instead of forcing the processor to handle every networking task, the controller intelligently offloads multiple networking operations directly to hardware.

This hardware acceleration significantly improves application responsiveness while allowing processors to dedicate more computational resources to business applications rather than networking operations.

Optimized Throughput for Modern Applications

Enterprise applications continuously exchange massive quantities of information between servers, storage arrays, backup systems, virtualization hosts, and cloud infrastructures. The Intel XL710 controller enables these workloads to operate efficiently by maintaining high-bandwidth communication channels with minimal latency. This capability becomes especially valuable in environments where multiple virtual machines simultaneously generate heavy network traffic.

Intelligent Traffic Management

The network controller includes sophisticated queue management, traffic prioritization, and packet scheduling mechanisms that help maintain consistent performance during peak utilization periods. Intelligent traffic balancing distributes workloads across both network ports while reducing congestion and improving overall bandwidth utilization.

Dual-Port 40 Gigabit Ethernet Connectivity

High-Speed Data Transmission

The Cisco UCSC-PCIE-ID40GF provides dual independent 40 Gigabit Ethernet interfaces capable of supporting demanding enterprise networking requirements. Multiple high-speed ports offer flexibility for redundancy, bandwidth aggregation, workload separation, and fault tolerance. Organizations can dedicate individual ports to different application categories or combine them for increased aggregate bandwidth.

High-speed Ethernet connectivity substantially reduces data transfer times between servers, allowing backup operations, storage synchronization, database replication, and virtual machine migration to complete significantly faster than traditional networking technologies.

Bandwidth Expansion Opportunities

As organizations expand digital operations, increasing network bandwidth becomes essential. The dual-port architecture enables infrastructure planners to design scalable networking topologies capable of accommodating future business growth without requiring immediate hardware replacement. This investment protection makes the adapter suitable for organizations planning long-term infrastructure modernization.

Reliable Network Availability

Redundant network paths minimize the possibility of communication interruptions. If one network path experiences maintenance or failure, traffic can continue through the remaining interface, improving application availability and reducing operational downtime.

Virtualization Performance Enhancement

Optimized for Virtual Machine Environments

Virtualized servers consolidate numerous workloads onto shared hardware platforms, dramatically increasing networking demands. The Cisco UCSC-PCIE-ID40GF supports virtualization technologies that optimize communication between hypervisors, virtual machines, and physical network infrastructure.

Virtualization acceleration technologies reduce processor utilization while improving network efficiency for VMware, Microsoft Hyper-V, Linux KVM, and similar enterprise virtualization platforms. Hardware-assisted virtualization networking allows higher virtual machine density without compromising network responsiveness.

Support for Virtual Switching

Virtual switches rely on network adapters capable of efficiently processing traffic generated by dozens or even hundreds of virtual machines. The Intel XL710 controller accelerates packet forwarding while maintaining low latency and predictable network performance for virtual workloads.

Virtual Machine Migration Efficiency

Live migration technologies depend upon rapid network communication between virtualization hosts. High-speed Ethernet connectivity enables virtual machine migration to complete faster while minimizing service disruption for business-critical applications.

Cloud Computing Infrastructure

Private Cloud Deployments

Organizations implementing private cloud infrastructures require networking hardware capable of supporting elastic resource allocation, dynamic workload placement, and software-defined networking. The Cisco UCSC-PCIE-ID40GF contributes to cloud scalability by delivering consistent high-speed connectivity between compute nodes, storage systems, and orchestration platforms.

Hybrid Cloud Connectivity

Many enterprises utilize hybrid cloud architectures combining on-premises infrastructure with external cloud providers. High-performance Ethernet adapters facilitate secure and efficient data movement between local data centers and cloud-based resources while maintaining reliable application performance.

Cloud Resource Optimization

Fast networking minimizes communication delays between distributed cloud resources, improving application responsiveness and enabling organizations to maximize infrastructure utilization.

Storage Networking Applications

Support for Enterprise Storage Systems

Storage traffic frequently represents one of the largest consumers of network bandwidth within enterprise environments. The Cisco UCSC-PCIE-ID40GF supports storage networking workloads including network-attached storage, distributed storage clusters, backup repositories, object storage platforms, and high-capacity storage appliances.

Large-scale file transfers, storage replication, disaster recovery synchronization, and backup operations benefit from the adapter's substantial bandwidth capabilities.

Database Storage Connectivity

Enterprise databases require rapid communication between compute servers and storage infrastructure. High-bandwidth Ethernet reduces transaction latency while supporting continuous database replication, clustering, and backup activities.

Backup Infrastructure Performance

Organizations performing daily or continuous backups can significantly reduce backup windows by utilizing high-speed network adapters capable of transferring extensive datasets efficiently.

Data Center Scalability

Supporting Infrastructure Growth

Enterprise data centers continuously evolve to accommodate expanding application portfolios and increasing user demands. The Cisco UCSC-PCIE-ID40GF provides networking capabilities that scale alongside infrastructure growth, enabling organizations to deploy increasingly demanding workloads without immediately redesigning network architecture.

Future-Ready Networking

The adapter supports modern networking standards that align with contemporary enterprise infrastructure strategies. Its advanced controller technology provides long-term value by remaining compatible with evolving networking environments and server technologies.

Investment Protection

Deploying enterprise-class networking hardware extends infrastructure longevity while reducing the frequency of network hardware replacement projects.

Performance Optimization Features

Hardware Offloading Technologies

The Intel XL710 controller incorporates multiple hardware acceleration capabilities including checksum offloading, segmentation offloading, receive-side scaling, interrupt moderation, and intelligent packet classification. These technologies collectively reduce CPU utilization while increasing network throughput.

Low Latency Communication

Applications requiring rapid response times benefit from reduced communication delays. Financial applications, real-time analytics, clustered databases, and distributed computing workloads particularly benefit from low-latency networking capabilities.

Efficient Packet Processing

Advanced packet processing mechanisms allow the adapter to efficiently manage high packet rates without overwhelming server processors.

Security and Network Reliability

Enterprise Network Protection

Reliable networking hardware contributes to overall infrastructure security by maintaining consistent communication channels and supporting secure enterprise networking architectures. Stable connectivity minimizes unexpected interruptions that could impact critical business applications.

Operational Stability

Enterprise environments require continuous operation around the clock. The Cisco UCSC-PCIE-ID40GF is engineered for dependable long-term operation under demanding workloads, providing organizations with confidence in their networking infrastructure.

Consistent Business Continuity

Reliable network connectivity enables organizations to maintain continuous service availability while supporting mission-critical business operations that require uninterrupted communications.

Deployment Flexibility

Compatibility with Enterprise Server Workloads

The Cisco UCSC-PCIE-ID40GF is suitable for numerous enterprise applications including virtualization clusters, cloud infrastructure, enterprise databases, analytics platforms, backup servers, storage gateways, web hosting environments, application servers, and high-performance computing systems.

Simplified Infrastructure Expansion

As organizations expand server capacity, deploying standardized network interface cards simplifies maintenance, inventory management, and operational consistency throughout the data center.