Panduit CDE2 Airflow Cooling System

The Panduit CDE2 Airflow Cooling System is a purpose-built Net-Direct Air Inlet Duct designed to optimize cold aisle cooling in high-density server cabinets. This 2 RU inline solution sits beneath the switch, directing precise, high-velocity cooling airflow to critical Cisco Nexus fabric extenders and Cisco switches, helping data centers maintain ideal operating temperatures, extend equipment life, and improve overall energy efficiency. Engineered for reliability in rugged data-center environments, the CDE2 is an essential component for rack-level cooling that aligns with modern network deployments and scalable cabinet configurations.

• Optimized cold-aisle airflow for Cisco devices: The CDE2 is engineered to deliver targeted cooling to Cisco Nexus fabric extenders N2K-C2148T-1GE, N2K-C2248TP-1GE, and N2K-C2232PP-10GE, as well as Cisco WS-C4948E-F, WS-C4948E-F-S, and WS-C4948E-F-E switches. By focusing the airflow where heat tends to concentrate, this solution helps maintain consistent performance, reduce thermal throttling, and extend the lifespan of critical components in dense Cisco-based deployments.
• Space-saving 2RU inline design: Designed to fit neatly in the 2 RU space beneath the switch, the CDE2 occupies minimal rack footprint while maximizing cooling effectiveness. Its inline configuration simplifies cable management and supports streamlined front-to-back airflow, enabling cleaner airflow channels and easier service access for both maintenance and future upgrades.
• Net-Direct airflow technology: The Net-Direct inlet provides a direct, unobstructed path for cold air from the front of the cabinet to targeted equipment. This design minimizes air recirculation, reduces pressure drop, and improves cooling efficiency across the cold aisle. The result is more uniform temperatures across devices and fewer temperature variations that can affect performance and reliability.
• Durable construction for data-center environments: Built to withstand continuous operation in rack cabinets, the CDE2 uses robust materials and precision mounting to resist vibration, dust, and routine handling. The durable design ensures dependable cooling performance over time, even in densely populated racks and high-traffic data-center workflows.
• Compatibility and deployment readiness: The CDE2 integrates with Cisco-centric network layouts and Panduit’s broader data-center cooling ecosystem. It supports scalable cabinet configurations and can be deployed as part of a broader cooling strategy that includes cabinets, blanking panels, and cable management components, helping data centers maintain consistent thermal performance as systems expand.

Technical Details of Panduit CDE2 Airflow Cooling System

• Get this information from the "specifications" section of the product from https://ec.synnex.com/ using product "UPC" or "SKU" as reference

How to Install Panduit CDE2 Airflow Cooling System

Installing the Panduit CDE2 Airflow Cooling System is designed to be straightforward within standard server cabinets, with a focus on preserving front-to-back airflow and minimizing disruption to existing cables. The following guidance outlines a practical, risk-aware approach to achieve optimal cooling performance with minimal downtime.

• Plan your airflow and space: Before installation, assess the cabinet layout, the location of the switch mounting, and the proximity of other components. Confirm that there is a clear front-to-back airstream path and that the 2 RU space beneath the switch is available for the CDE2. Consider future growth and how new equipment might alter airflow requirements to ensure the ducting remains effective as the rack evolves.
• Shut down or prepare for maintenance window as needed: If working in production environments, schedule a maintenance window and communicate with the data-center team. While the CDE2 is designed for in-rack integration, it is prudent to pause nonessential workloads during installation to minimize disruptions and to verify cooling performance once the system is in place.
• Mount the ducting assembly securely: Align the Net-Direct Air Inlet Duct with the intended 2 RU space beneath the switch. Use the provided mounting hardware to secure the duct firmly to the rack rails, ensuring there is no wobble or play that could compromise airflow channels. Confirm that the duct is level and that all fasteners are tightened to spec to maintain a stable airflow path over time.
• Connect the inlet to the cold-aisle environment: Ensure the front of the cabinet remains unobstructed and that the duct’s inlet aligns with the cold-aisle openings. The design should facilitate a direct pull of conditioned air from the cold aisle into the duct and toward the switch and fabric extenders. Validate that there is no interference with cable bundles or door panels that could impede airflow.
• Route and manage cables for optimal airflow: After mounting, organize power and data cables so they do not intrude into the airflow path. Use cable management accessories to create clean channels that preserve a clear front-to-back air route. Proper cable organization minimizes turbulence and helps the CDE2 deliver consistent cooling where it’s most needed.
• Power and test the system: Power on the equipment and monitor temperature and airflow readings across the affected devices. Confirm that the temperature distribution is uniform and that hotspots have diminished compared to pre-installation measurements. If available, leverage thermal sensors and data-center infrastructure management (DCIM) tools to validate that the cold-aisle strategy is delivering the expected performance gains.
• Document and optimize: Record the installation details, including cabinet position, device thermal readings, and airflow observations. Use this data to fine-tune future deployments, such as adjusting blanking panels, refining cable management, or repositioning other cooling accessories to sustain optimal performance as your environment evolves.

Frequently asked questions

• Q: What equipment is specifically supported by the Panduit CDE2 Airflow Cooling System?
  A: The system is optimized to deliver cold aisle airflow to Cisco Nexus fabric extenders N2K-C2148T-1GE, N2K-C2248TP-1GE, N2K-C2232PP-10GE, and Cisco switches WS-C4948E-F, WS-C4948E-F-S, and WS-C4948E-F-E, making it a strong fit for Cisco-centric rack deployments in data centers.
• Q: How much rack space does the CDE2 require?
  A: The CDE2 uses 2 rack units (2 RU) of space in-line beneath the switch, preserving front-to-back airflow while maintaining a compact footprint within the cabinet.
• Q: Can the CDE2 improve energy efficiency in a data center?
  A: Yes. By concentrating cold air where it is needed and reducing recirculation, the CDE2 helps maintain consistent device temperatures with potentially lower fan speeds and more efficient cooling, contributing to lower overall energy consumption in the rack cooling system.
• Q: Is installation difficult for non-experts?
  A: The installation is designed to be straightforward for IT professionals familiar with rack mounting. It involves mounting the duct, aligning airflow paths, organizing cables, and verifying thermal performance. For complex environments, consult Panduit's installation guidelines or a qualified data-center engineer.
• Q: Does the CDE2 come with a warranty?
  A: Warranty details are provided by Panduit and should be confirmed at the time of purchase. The product is designed for durable operation in data-center conditions and is built to support ongoing reliability in server cabinet applications.