HPE CN1200R 10GBASE-T Converged Network Adapter

The HPE CN1200R 10GBASE-T Converged Network Adapter is engineered for modern data centers that demand both high-speed Ethernet connectivity and robust Fibre Channel storage integration on a single PCIe card. By combining NIC (Ethernet/iSCSI) functionality with a Fibre Channel HBA, this converged adapter simplifies cabling, reduces hardware footprint, and streamlines management. It is designed to empower servers with flexible, high-performance networking and storage paths, enabling efficient consolidation of network and storage I/O without sacrificing reliability or throughput. Whether you are building a dense virtualization environment, deploying a private cloud, or optimizing storage-area networking, the CN1200R delivers a seamless, scalable solution that aligns with enterprise-grade workloads and future-ready infrastructure.

• Converged NIC and FC HBA on a single card: The CN1200R unifies Ethernet connectivity with Fibre Channel storage capabilities, enabling data paths for both LAN and SAN traffic to coexist on one adapter. This convergence reduces cable clutter, minimizes switch port usage, and simplifies server expansion while maintaining independent, high-performance pathways for each protocol.
• 10GBASE-T copper connectivity for scalable performance: Leveraging 10 Gigabit Ethernet over standard copper twisted-pair (RJ-45) cabling, the CN1200R delivers fast, reliable network access with broad compatibility for data center networks, virtualized environments, and storage traffic. This enables high-throughput workloads, low-latency I/O, and efficient utilization of existing cabling infrastructure.
• Enterprise-grade reliability and compatibility: Built to meet the demands of mission-critical workloads, the CN1200R supports mainstream operating systems and hypervisors with proven drivers and firmware. It is designed for consistent performance under load, with proactive error handling and robust compatibility with common data center switches and storage arrays.
• Designed for converged storage and network workloads: By delivering both Ethernet (iSCSI over Ethernet) and Fibre Channel storage paths, the CN1200R supports flexible deployment models, enabling storage traffic to travel over Fibre Channel while still maintaining Ethernet-based data access for clients and servers. This versatility makes it ideal for consolidating storage networking in virtualization, database, and line-of-business applications.
• Optimized for data-center efficiency and virtualization: The converged design reduces hardware footprint, lowers power consumption, and simplifies management in virtualized environments. With support for common virtualization features and scalable performance, the CN1200R helps IT teams maximize server utilization, minimize downtime, and accelerate workload provisioning.

Technical Details of HPE CN1200R 10GBASE-T Converged Network Adapter

• Product name: HPE CN1200R 10GBASE-T Converged Network Adapter
• Converged networking: NIC (Ethernet/iSCSI) combined with Fibre Channel HBA on a single adapter
• Connectivity: 10 Gigabit Ethernet over copper (10GBASE-T) for high-speed LAN traffic
• Interface: PCIe-based adapter designed for server slot compatibility and efficient I/O throughput
• Storage support: Fibre Channel path for storage networking in addition to Ethernet-based storage (iSCSI) traffic
• OS and hypervisor support: Broad compatibility with major Windows and Linux distributions and popular virtualization platforms
• Reliability features: Enterprise-grade firmware and drivers with focus on stability and compatibility in data-center deployments

How to install HPE CN1200R 10GBASE-T Converged Network Adapter

• Power down the server and remove the chassis cover to access the PCIe slots. Verify that you have a compatible motherboard slot and adequate clearance for the CN1200R card and any existing adapters.
• Insert the CN1200R into an appropriate PCIe slot, ensuring it seats firmly and aligns with the slot’s notch. Reinstall the server cover and reconnect power cables before powering on.
• Power on the server and access the operating system. Install the latest CN1200R drivers and firmware from the official HPE or vendor-provided sources to guarantee optimal performance and compatibility.
• Configure network and storage paths in the operating system or hypervisor management console. Establish Ethernet interfaces for iSCSI traffic and set up Fibre Channel zoning or storage fabric connectivity as required by your environment.
• Validate connectivity with test I/O workloads, ensuring that both Ethernet and Fibre Channel paths are functioning correctly. Monitor performance and health using standard system diagnostics and vendor-provided management tools.

Frequently asked questions

• What is the HPE CN1200R? The HPE CN1200R is a converged network adapter that brings together Ethernet NIC capabilities and Fibre Channel HBA functionality on a single PCIe card, enabling simultaneous LAN and SAN data paths on a single adapter.
• What environments is the CN1200R suited for? It is designed for data centers that require consolidated networking and storage I/O, including virtualization, private cloud deployments, database workloads, and storage-intensive applications that benefit from streamlined cabling and unified management.
• Does the CN1200R support iSCSI and Fibre Channel over Ethernet? Yes. The converged design supports Ethernet-based iSCSI traffic along with Fibre Channel storage paths, enabling flexible deployment options for storage architectures.
• What operating systems and hypervisors are supported? The CN1200R provides drivers and firmware designed to work with common Windows and Linux distributions as well as major virtualization platforms; check the latest compatibility matrix from HPE for your specific version.
• How does converged networking benefit my data center? Converged networking reduces rack space, cable complexity, and management overhead by integrating network and storage I/O on a single adapter. This can lead to lower total cost of ownership, easier provisioning, and improved server density in virtualized environments.