Cisco NCS 5500 1X200G CFP2 + 2X100G QSFP28 MPA

The Cisco NCS 5500 1X200G CFP2 + 2X100G QSFP28 MPA is a high-performance port adapter designed to dramatically boost the scalability and efficiency of your data networking infrastructure. Built for service providers and enterprise networks, this MPA (module port adapter) delivers flexible, multi-rate connectivity that accelerates modernization efforts, supports complex traffic patterns, and reduces total cost of ownership. Whether you are upgrading an existing chassis, expanding capacity, or creating resilient, multi-service backbones, this Cisco MPA helps you unlock next-level performance with precision and reliability.

• Flexible, multi-rate connectivity: A single 200G CFP2 port pairs with two 100G QSFP28 ports, enabling versatile deployment scenarios. Use the 200G channel for spine or core links that demand ultra-high throughput, while leveraging the 100G ports for deterministic access at the edge or for aggregated links in leaf architectures.
• Compact, scalable design for NCS 5500 series: Engineered to integrate seamlessly into Cisco NCS 5500 chassis, the MPA maximizes port density without compromising space or manageability. Its modular approach supports growth as your network scales, helping you future-proof your network investments.
• Optimized for carrier-grade reliability: Built to withstand demanding data-center and service-provider environments, this adapter emphasizes robust power delivery, thermal performance, and signal integrity. The MPA is designed for continuous operation with minimal maintenance, enabling operators to focus on service delivery rather than hardware concerns.
• Easy integration with Cisco management tools: Designed to work with Cisco’s extensive management ecosystem, the MPA supports streamlined provisioning, monitoring, and troubleshooting. Operators benefit from unified visibility across interfaces, QoS policies, and traffic analytics to drive guaranteed performance.
• Energy-conscious efficiency: The port adapter balances high throughput with efficient power use, contributing to lower operational costs and a cooler data center environment. This makes it suitable for large-scale deployments where power and cooling budgets are scrutinized.

Technical Details of Cisco NCS 5500 1X200G CFP2 + 2X100G QSFP28 MPA

• Ports and interfaces: 1x 200G CFP2 port and 2x 100G QSFP28 ports, enabling flexible breakout and aggregation options.
• Data rates: 200 Gbps on the CFP2 interface; 100 Gbps on each QSFP28 interface; supports high-density, low-latency interconnects for core, edge, and aggregation layers.
• Form factor: Module Port Adapter designed for Cisco NCS 5500 series platforms; hot-swappable design for rapid field maintenance and minimal downtime.
• Physical and environmental: Engineered for data-center-grade operation with attention to thermal management and reliability in dense environments.
• Compatibility: Explicitly designed for Cisco NCS 5500 family, enabling seamless integration with Cisco IOS XR/NCS management workflows and cabling strategies.
• Power and cooling: Optimized for efficient power delivery within chassis-level power budgets; maintains stable performance under peak traffic loads.
• Latency and performance: Architected to deliver deterministic forwarding with minimal latency, supporting mission-critical applications and real-time services.
• Management and monitoring: Integrates with Cisco management tools to provide real-time monitoring, fault detection, and telemetry to help operators plan capacity and ensure service levels.

how to install Cisco NCS 5500 1X200G CFP2 + 2X100G QSFP28 MPA

• Power down the NCS 5500 chassis and prepare the slot for a module port adapter. Verify there is no pending maintenance activity that could affect service continuity.
• Insert the MPA firmly into the appropriate I/O slot designated for port adapters in the Cisco NCS 5500 family. Ensure the connector is fully seated and the locking mechanism engages securely.
• Connect the necessary fiber or copper cables to the CFP2 and QSFP28 ports. Use compliant CFP2-200G and QSFP28-100G transceivers and cables as specified for your deployment scenario.
• Power on the chassis and boot to the Cisco management plane. Verify the MPA is recognized by the system and that each port negotiates to the correct speed with connected devices.
• Configure interface settings using your preferred Cisco management workflow (for example, Cisco IOS XR or related network management tools). Apply QoS, routing, and traffic engineering policies as required to meet service-level agreements.

Frequently asked questions

• Q: What is the Cisco NCS 5500 1X200G CFP2 + 2X100G QSFP28 MPA?
• A: It is a high-performance port adapter for Cisco’s NCS 5500 series that provides one 200G CFP2 port and two 100G QSFP28 ports, enabling flexible, scalable connectivity for core, edge, and aggregation layers in modern networks.
• Q: What deployment scenarios is this MPA best suited for?
• A: It excels in service-provider backbones, data-center interconnects, and enterprise networks needing high-density 200G links with additional 100G connections for routing, switching, and transport tasks.
• Q: Is the MPA hot-swappable?
• A: Yes. The module is designed for hot-swappable operation within compatible Cisco NCS 5500 chassis, allowing maintenance without powering down the entire system.
• Q: What management tools are compatible with this MPA?
• A: The MPA integrates with Cisco management platforms associated with the NCS 5500 family, providing provisioning, monitoring, and telemetry within Cisco IOS XR/NCS workflows for centralized control and visibility.
• Q: What optics or cables should be used with the 200G CFP2 and 100G QSFP28 ports?
• A: Use industry-standard 200G CFP2 optics for the CFP2 port and QSFP28 100G optics for the QSFP28 ports, following Cisco guidelines for compatibility and performance. Ensure cables and transceivers meet the applicable length and loss budgets for your network design.
• Q: Which Cisco platforms support this MPA?
• A: This MPA is designed specifically for Cisco NCS 5500 series platforms, enabling high-performance interconnectivity within that chassis ecosystem.