UCSC-PCIEID10GC Cisco Intel Network Adapter PCIe 3.0 X4 Low Profile 10Gb Ethernet X 2

Cisco UCSC-PCIEID10GC Intel Network Adapter

The Cisco UCSC-PCIEID10GC Intel Network Adapter PCIe 3.0 x4 Low Profile 10Gb Ethernet x 2 Remanufactured is a high-performance server networking component designed for enterprise-class data environments requiring reliable, scalable, and efficient 10 Gigabit Ethernet connectivity. Built on Intel controller architecture and integrated into Cisco UCS compatibility frameworks, this adapter supports demanding workloads such as virtualization, cloud computing, storage networking, and high-speed data center interconnects.

As part of modern enterprise networking infrastructure, this dual-port 10GbE PCI Express adapter is optimized for bandwidth-intensive operations, ensuring stable throughput and reduced latency across server nodes. The remanufactured nature of this adapter allows organizations to deploy cost-effective infrastructure solutions while maintaining enterprise-grade performance standards.

Enterprise Networking Architecture and PCIe 3.0 Integration

PCI Express 3.0 x4 Interface Performance Design

The PCIe 3.0 x4 interface architecture provides a balanced combination of speed and efficiency for dual-port 10Gb Ethernet adapters. With enhanced lane bandwidth, the adapter ensures minimal bottlenecks in data transmission between the server CPU and network interface layer. This architecture is particularly beneficial in environments requiring deterministic network performance such as virtualization clusters and storage replication systems.

Low Profile Form Factor Optimization

The low profile bracket design allows the Cisco UCSC-PCIEID10GC adapter to be installed in compact rack servers and blade systems where space efficiency is critical. This form factor ensures compatibility with dense server deployments commonly found in enterprise data centers and colocation facilities.

Space-Efficient Deployment Advantages

Low profile networking adapters reduce spatial constraints within server chassis, enabling higher density compute configurations without compromising airflow or thermal efficiency. This contributes to improved system reliability and optimized rack utilization.

Dual-Port 10Gb Ethernet Connectivity Capabilities

High-Speed Network Throughput

The dual 10Gb Ethernet ports provide aggregated bandwidth capabilities suitable for modern application workloads including distributed databases, virtualization platforms, and high-frequency transaction processing systems. Each port operates independently, allowing traffic segmentation and redundancy configurations.

Redundancy and Failover Support

Dual-port architecture also enables network redundancy, ensuring continuous operation in the event of a port failure or link disruption. This is essential for mission-critical environments requiring high availability.

Intel-Based Controller Architecture and Performance Engineering

Advanced Network Processing Capabilities

Built on Intel Ethernet controller technology, the Cisco UCSC-PCIEID10GC adapter leverages hardware acceleration features to reduce CPU overhead and enhance packet processing efficiency. This includes support for checksum offloading, segmentation offload, and interrupt moderation.

Hardware Offload Optimization

By offloading networking tasks from the host CPU to dedicated hardware, system resources are preserved for application workloads, improving overall server performance and scalability.

Virtualization and Cloud Readiness

The adapter is optimized for virtualized environments including hypervisor-based infrastructure such as VMware, Hyper-V, and KVM. It supports virtual machine queueing (VMQ) and SR-IOV technologies, enabling efficient network resource allocation across multiple virtual instances.

Enterprise Use Cases and Data Center Applications

Cloud Infrastructure Deployment

In cloud computing environments, high-speed network adapters such as the Cisco UCSC-PCIEID10GC play a critical role in ensuring seamless communication between distributed compute nodes and storage clusters. The adapter supports high throughput requirements for containerized workloads and microservices architectures.

Storage Area Network Connectivity

The adapter is well-suited for storage-intensive applications including iSCSI and NAS-based infrastructures. Its low latency characteristics enable efficient data retrieval and replication across storage arrays.

High Availability Storage Networks

Enterprise storage environments benefit from dual-port redundancy and consistent throughput, ensuring data integrity and minimizing downtime risks in mission-critical systems.

Virtual Desktop Infrastructure (VDI)

VDI environments require stable and responsive network connections to deliver consistent user experiences. This adapter supports high session density deployments with optimized bandwidth distribution.

Remanufactured Hardware Value and Sustainability Benefits

Cost-Effective Enterprise Deployment

Remanufactured network adapters offer significant cost savings compared to brand-new equivalents while maintaining enterprise-grade reliability. This makes them ideal for organizations optimizing IT budgets without compromising performance.

Quality Assurance and Reliability Standards

Each remanufactured Cisco UCSC-PCIEID10GC adapter undergoes rigorous testing, validation, and performance benchmarking to ensure compliance with operational standards. Components are inspected and restored to meet functional specifications equivalent to new hardware.

Environmental Sustainability Impact

The reuse of enterprise-grade networking hardware contributes to reduced electronic waste and supports sustainable IT infrastructure strategies. This aligns with corporate environmental responsibility initiatives.

Network Optimization Features and Advanced Functionality

Traffic Segmentation and VLAN Support

The adapter supports VLAN tagging and segmentation capabilities that enable efficient network isolation and traffic management in complex enterprise environments.

Improved Network Security Architecture

Segmented network traffic enhances security posture by isolating workloads and reducing exposure across different operational zones within a data center.

Quality of Service (QoS) Integration

QoS features allow prioritization of critical network traffic, ensuring that latency-sensitive applications such as VoIP, financial transactions, and real-time analytics receive optimal bandwidth allocation.

Server Compatibility and Cisco UCS Integration

Cisco Unified Computing System Compatibility

Designed for integration within Cisco UCS environments, this adapter ensures seamless interoperability with Cisco blade servers, rack servers, and management systems. The UCS ecosystem enhances centralized control and network provisioning.

Firmware and Driver Alignment

Proper firmware synchronization ensures stability and compatibility across UCS-managed infrastructure, reducing configuration complexity and improving deployment efficiency.

Multi-Platform Server Support

Beyond Cisco environments, the adapter is compatible with a wide range of x86 server platforms, making it a versatile solution for heterogeneous IT infrastructures.

Performance Tuning and System Optimization

Latency Reduction Techniques

The adapter incorporates advanced packet processing techniques designed to reduce latency and improve response times in high-demand network environments.

Interrupt Coalescing and Efficiency Controls

Interrupt moderation helps balance CPU utilization and network responsiveness, ensuring stable performance under heavy traffic conditions.

Bandwidth Aggregation Strategies

Link aggregation support enables combining multiple network interfaces into a single logical channel, improving throughput and redundancy in enterprise deployments.