UCSC-PCIEID10GF Cisco X710 - Network Adapter PCIe 3.0 X8 Low Profile 10 Gigabit SFP+ X 2

Cisco UCSC-PCIEID10GF X710 PCIe 2-Port Adapter

The Cisco UCSC-PCIEID10GF X710 Network Adapter is a high-performance dual-port 10 Gigabit Ethernet expansion card engineered to enhance enterprise server connectivity, virtualization, and data center networking. Designed for Cisco UCS C460 M4 Rack Servers, this low-profile PCI Express 3.0 x8 adapter delivers reliable, high-bandwidth networking while supporting demanding business applications, cloud computing environments, and virtualization platforms. Featuring dual 10 Gigabit SFP+ interfaces, the adapter provides exceptional throughput, low latency, and dependable network performance for modern IT infrastructures.

Built around Intel X710 Ethernet controller technology, the Cisco UCSC-PCIEID10GF delivers advanced networking capabilities that help organizations improve workload efficiency, accelerate data transfers, and maximize server utilization. Its low-profile design enables installation in space-constrained server chassis while maintaining excellent thermal efficiency and operational stability.

General Information

• Manufacturer: Cisco
• Part Number: UCSC-PCIEID10GF
• Product Type: Network Adapter

Networking Specifications

• Ports: 2 x 10 Gigabit SFP+
• Maximum Data Transfer Rate: Up to 10 Gbps per port
• Network Technology: 10 Gigabit Ethernet

Interface Specifications

• Host Interface: PCI Express 3.0 x8
• Form Factor: Low-Profile Plug-In Card
• Server Compatibility: Cisco UCS C460 M4 Rack Server

Benefits of PCIe Gen3 Architecture

• Higher throughput compared to previous PCIe generations
• Improved communication between CPU and network adapter
• Lower latency during packet transmission
• Excellent support for enterprise virtualization
• Efficient processing of network-intensive workloads
• Reliable long-term infrastructure investment

Advantages of SFP+ Technology

• Flexible fiber optic deployment
• Support for multiple compatible SFP+ transceivers
• Long-distance optical networking capabilities
• Reduced electromagnetic interference
• High-speed and stable network communication
• Easy future network expansion

Scalable Infrastructure Features

• Supports growing enterprise workloads
• Expandable networking capacity
• Simplified infrastructure upgrades
• Flexible deployment options
• Optimized bandwidth utilization
• Long-term networking investment

Cisco UCSC-PCIEID10GF 2-Port SFP+ Adapter Overview

The Cisco UCSC-PCIEID10GF X710 Network Adapter is engineered to deliver enterprise-grade 10 Gigabit Ethernet connectivity for Cisco UCS C460 M4 Rack Server environments. Built on the proven Intel X710 controller architecture, this PCI Express 3.0 x8 low-profile network interface card provides exceptional bandwidth, advanced virtualization capabilities, and dependable network performance for modern data centers. Organizations seeking higher throughput, lower latency, and improved application responsiveness can benefit from this dual-port SFP+ adapter, which is specifically designed for demanding workloads, virtualization platforms, cloud infrastructure, and mission-critical enterprise applications.

As organizations continue migrating workloads toward software-defined infrastructure and private cloud environments, the demand for high-speed networking continues to increase. The Cisco UCSC-PCIEID10GF adapter addresses these requirements by supporting two independent 10 Gigabit SFP+ interfaces capable of handling substantial network traffic while maintaining exceptional reliability. Whether deployed in virtualization clusters, storage networks, database environments, or application hosting platforms, this adapter provides a balanced combination of performance, scalability, and operational efficiency.

Designed Specifically for Cisco UCS C460 M4 Rack Server Platforms

The Cisco UCS C460 M4 Rack Server is recognized for supporting compute-intensive workloads requiring exceptional memory capacity, multiple processors, and extensive expansion capabilities. The Cisco UCSC-PCIEID10GF network adapter complements these capabilities by providing fast and reliable Ethernet connectivity that keeps pace with the server's processing power.

Designed specifically for compatibility with Cisco UCS infrastructure, the adapter integrates seamlessly into server management workflows while supporting the networking requirements of enterprise data centers. This hardware compatibility minimizes deployment complexity while ensuring reliable communication between servers, storage systems, virtualization clusters, and enterprise applications.

Enterprise-Class Hardware Integration

The adapter installs directly into an available PCI Express 3.0 x8 expansion slot, providing sufficient bandwidth to maximize dual-port 10 Gigabit Ethernet performance. Its low-profile design makes it suitable for rack-mounted systems where internal space optimization remains essential without sacrificing networking capabilities.

The PCIe Gen3 architecture significantly increases communication speed between the network adapter and host server, reducing bottlenecks that can limit application performance. This results in improved packet processing, reduced CPU utilization, and enhanced efficiency across demanding workloads.

PCI Express 3.0 x8 Architecture

Optimized Bus Performance

PCI Express 3.0 technology provides considerably higher throughput than previous PCIe generations. With eight dedicated PCIe lanes, the Cisco UCSC-PCIEID10GF adapter has sufficient bandwidth to simultaneously support both 10 Gigabit Ethernet ports without introducing internal bottlenecks.

High-bandwidth PCIe communication becomes increasingly important as organizations consolidate multiple virtual machines, databases, and storage services onto fewer physical servers. The adapter's PCIe Gen3 interface ensures that network traffic flows efficiently between applications and network infrastructure.

Improved Data Movement

Large datasets, backup operations, virtual machine migrations, and distributed computing environments benefit substantially from PCIe Gen3 technology. High-speed communication between CPU, memory, storage controllers, and network interfaces enables servers to process significantly more simultaneous workloads while maintaining predictable response times.

Reduced CPU Overhead

Modern enterprise adapters incorporate intelligent packet processing capabilities that reduce CPU intervention during network communication. This hardware acceleration allows server processors to dedicate more computing resources toward applications rather than networking tasks, increasing overall server efficiency.

Dual-Port 10 Gigabit SFP+ Connectivity

Flexible Network Deployment

The Cisco UCSC-PCIEID10GF includes two independent SFP+ ports supporting 10 Gigabit Ethernet connectivity. Organizations can configure these ports according to their infrastructure requirements, including redundant networking, dedicated storage traffic, virtualization traffic separation, or increased aggregate bandwidth.

Dual-port networking also improves overall infrastructure resiliency by enabling network failover configurations. Should one network path become unavailable, traffic can continue flowing through the remaining connection, helping maintain application availability.

SFP+ Interface Advantages

SFP+ connectivity offers outstanding deployment flexibility because administrators can select optical transceivers or direct-attach copper cables appropriate for their infrastructure. This modular approach allows network designers to deploy short-range, long-range, or direct-attach solutions using the same network adapter.

Fiber connectivity additionally provides lower electromagnetic interference, longer transmission distances, and enhanced signal integrity within enterprise networking environments.

Scalable Infrastructure Planning

Because SFP+ ports support multiple transceiver options, organizations can expand network infrastructure without replacing installed network adapters. This flexibility protects hardware investments while supporting evolving networking requirements.

High-Speed 10 Gigabit Ethernet Performance

Modern enterprise applications continuously generate increasing volumes of network traffic. Databases process larger transactions, virtualization hosts support greater VM densities, storage arrays deliver higher throughput, and cloud applications communicate continuously across distributed infrastructure.

The Cisco UCSC-PCIEID10GF supports these growing requirements by providing up to 10 Gigabits per second per port. This level of bandwidth dramatically exceeds traditional Gigabit Ethernet, significantly reducing transfer times for large files, backups, storage synchronization, and virtualization workloads.

Accelerated File Transfers

Organizations transferring engineering datasets, multimedia content, scientific simulations, healthcare imaging, or enterprise databases benefit from substantially faster transfer speeds. Reduced transmission times improve productivity while shortening backup windows and maintenance operations.

Database Optimization

Database clusters often require continuous synchronization between nodes. High-bandwidth networking minimizes replication delays while maintaining application responsiveness for transaction-heavy enterprise environments.

Virtualization Optimization

Designed for Virtual Machines

Virtualized environments frequently consolidate dozens or even hundreds of virtual machines onto a single physical server. This consolidation dramatically increases network traffic density, making high-performance adapters essential for maintaining predictable performance.

The Cisco UCSC-PCIEID10GF supports virtualization technologies that enable efficient sharing of physical networking resources while maintaining isolation between workloads.

Virtual Machine Mobility

Technologies such as live migration depend heavily upon network bandwidth to move running virtual machines between hosts without disrupting application availability. Dual-port 10 Gigabit Ethernet significantly reduces migration duration while improving operational flexibility.

Hypervisor Compatibility

The adapter supports deployment across major virtualization platforms, enabling organizations to integrate the hardware into existing virtual infrastructure while maintaining consistent networking performance.

Cloud Infrastructure Performance

Private cloud and hybrid cloud deployments demand consistent networking capable of supporting automation, orchestration, storage access, containerized workloads, and software-defined networking. The Cisco UCSC-PCIEID10GF provides the bandwidth necessary to support cloud-scale communication while maintaining efficient resource utilization.

Container Platforms

Containerized applications generate extensive east-west traffic between microservices. High-speed Ethernet minimizes communication latency, helping distributed applications perform efficiently while scaling dynamically across multiple servers.

Software-Defined Infrastructure

Modern software-defined environments rely upon programmable networking components that efficiently distribute workloads across physical infrastructure. The adapter provides reliable connectivity supporting automated deployment models and cloud-native applications.

Storage Networking Capabilities

Support for Network Storage

Enterprise storage increasingly depends upon high-speed Ethernet connectivity for NAS appliances, IP-based SAN environments, backup repositories, and distributed storage clusters. The Cisco UCSC-PCIEID10GF delivers sufficient bandwidth for demanding storage workloads while maintaining low latency.

Backup Operations

Organizations performing daily or continuous backups benefit from reduced backup windows and improved recovery performance. High-speed networking allows backup software to transfer larger datasets within limited maintenance periods.

Replication Workloads

Disaster recovery environments frequently replicate storage between geographically separated locations. Reliable 10 Gigabit Ethernet connectivity accelerates synchronization while helping maintain recovery objectives.

Advanced Reliability Features

Enterprise Availability

Business-critical applications require dependable networking infrastructure capable of operating continuously under demanding workloads. The Cisco UCSC-PCIEID10GF incorporates enterprise networking technologies designed for long-term operational stability.

Organizations can configure redundant networking paths, teaming, failover, and load balancing to maximize uptime while improving application availability.

Load Distribution

Traffic balancing across both interfaces improves bandwidth utilization while preventing individual network links from becoming saturated during peak activity.

Low Latency Communication

Latency affects nearly every enterprise application, from databases and virtualization platforms to cloud services and financial systems. The Cisco UCSC-PCIEID10GF minimizes communication delays through efficient packet processing and hardware acceleration.

Energy-Efficient Networking

Optimized Power Consumption

Enterprise data centers continuously seek opportunities to improve energy efficiency while maintaining high performance. The Cisco UCSC-PCIEID10GF incorporates intelligent power management technologies that help reduce energy consumption without sacrificing networking throughput.

Lower power requirements contribute toward reduced operational costs while supporting environmentally responsible data center initiatives.

Security Capabilities

Secure Enterprise Networking

Enterprise network adapters contribute toward broader security architectures by supporting authentication mechanisms, traffic isolation, virtualization security features, and secure communication between infrastructure components.

The Cisco UCSC-PCIEID10GF integrates into enterprise security policies while enabling administrators to maintain controlled access across physical and virtual environments.

Scalability for Future Growth

Infrastructure Expansion

Organizations rarely maintain static infrastructure. As workloads expand, networking demands increase proportionally. The Cisco UCSC-PCIEID10GF provides a scalable foundation capable of supporting evolving compute environments, larger virtualization clusters, and expanding cloud deployments.

Its dual-port architecture enables administrators to increase aggregate bandwidth, introduce additional redundancy, or dedicate network interfaces to specialized workloads as infrastructure requirements evolve.

Application Performance Benefits

Enterprise Software

Business applications including ERP systems, CRM platforms, analytics engines, business intelligence tools, collaboration software, and web services all benefit from higher network throughput. Reduced communication delays improve transaction processing while supporting larger user populations.

High-Performance Computing

Engineering simulations, research computing, artificial intelligence preprocessing, and large-scale analytics frequently exchange massive datasets across clustered infrastructure. High-speed Ethernet enables these workloads to complete more efficiently while minimizing communication bottlenecks.

Deployment Flexibility

Multiple Networking Topologies

The Cisco UCSC-PCIEID10GF supports deployment across numerous enterprise network architectures. Organizations may dedicate individual ports to production traffic, management networks, storage connectivity, virtualization traffic, backup operations, or clustered applications depending upon operational requirements.

This deployment flexibility enables infrastructure architects to optimize traffic patterns while improving security segmentation and operational efficiency throughout the data center.

Compatibility Across Enterprise Environments

Broad Operating System Support

The Cisco UCSC-PCIEID10GF supports numerous enterprise operating systems commonly deployed within Cisco UCS environments. Broad compatibility enables organizations to standardize networking infrastructure across Windows Server, Linux distributions, virtualization platforms, and specialized enterprise operating environments.

This compatibility reduces deployment challenges while allowing administrators to maintain consistent networking standards across heterogeneous server environments.