N7K-C7010-FAN-S Cisco Nexus 7000 10 Slot Sys Fan

Cisco N7K-C7010-FAN-S Nexus 7000 10 Slot System Fan

The N7K-C7010-FAN-S is a spare fan module designed for the Cisco Nexus 7010 Switch. It provides efficient front-to-back airflow to maintain optimal operating temperatures. The module is hot-swappable, allowing replacement without interrupting network operations. It helps ensure reliable cooling, improves system stability, and supports continuous data center performance.

General Information

• Manufacturer: Cisco
• Part Number: N7K-C7010-FAN-S
• Device Type: Cooling Fan Tray

Technical Specifications

• System fan tray engineered for Cisco Nexus 7000 Series
• Designed for Cisco Nexus 7010 (10-Slot) chassis
• Provides cooling airflow for supervisor modules, line cards, fabric modules, and power supplies
• High-performance cooling with hot-swappable capability
• Front-access, tool-less installation for quick replacement
• Supports replacement without powering off the chassis
• Operates within a redundant cooling architecture
• Two system fan trays required per Cisco Nexus 7010 chassis
• Power Consumption: Typical 300 W per tray; maximum up to 2184 W combined

Compatibility

Supported Chassis

• Compatible only with Cisco Nexus 7010 (N7K-C7010) chassis
• Not compatible with Cisco Nexus 7004, 7009, 7018, 7700, or Nexus 9000 Series

Supervisor Modules

• N7K-SUP1
• N7K-SUP2
• N7K-SUP2E

Line Cards & Fabric Modules

• Works with all supported Cisco Nexus 7010 line cards
• Compatible with fabric modules installed in the chassis

Cooling System Integration

• Operates together with N7K-C7010-FAN-F (Fabric Fan Tray)
• Part of the complete cooling system architecture
• Cannot be used as a standalone fan module

Operational Excellence

• Designed for continuous 24×7 data center operation
• Authentic Cisco replacement system fan tray

Cisco N7K-C7010-FAN-S Nexus 7000 10 Slot Sys Fan Overview

The Cisco N7K-C7010-FAN-S Nexus 7000 10 Slot Sys Fan is a critical system component designed to ensure that the high-performance Cisco Nexus 7000 Series switches maintain optimal thermal stability under demanding data center workloads, and this fan tray is engineered with precision to deliver consistent airflow across all slots of the chassis, thereby protecting sensitive networking modules and supervisor engines from overheating while simultaneously supporting the long-term reliability and operational efficiency of enterprise-grade infrastructures.

Mechanical Architecture

The mechanical architecture of the Cisco N7K-C7010-FAN-S Nexus 7000 10 Slot Sys Fan is carefully structured to align with the chassis dimensions of the Nexus 7010 system, and the tray integrates multiple high-speed fans that are strategically positioned to maximize airflow distribution, with each fan unit operating in synchronization to create a balanced cooling environment that reduces hotspots and maintains uniform temperature levels across all line cards and fabric modules.

Airflow Optimization

The airflow optimization strategy embedded in the Cisco N7K-C7010-FAN-S is based on advanced computational fluid dynamics modeling, which ensures that the intake and exhaust patterns are harmonized with the chassis ventilation design, and this allows the system fan tray to deliver high-volume cooling capacity while minimizing turbulence, thereby reducing acoustic noise levels and enhancing the overall energy efficiency of the data center cooling system.

Durability and Reliability

The durability of the Cisco N7K-C7010-FAN-S Nexus 7000 10 Slot Sys Fan is achieved through the use of industrial-grade materials, reinforced housing, and vibration-resistant mounting mechanisms, and the reliability is further enhanced by redundant fan configurations that allow the system to continue operating even if one fan experiences a mechanical fault, thereby ensuring uninterrupted service availability in mission-critical environments.

System Integration

The system integration of the Cisco N7K-C7010-FAN-S is seamless within the Nexus 7010 chassis, as the fan tray is hot-swappable and can be replaced without disrupting network operations, and this integration ensures that maintenance activities can be performed efficiently while minimizing downtime, which is a critical requirement for organizations that rely on continuous network availability.

Energy Efficiency

The energy efficiency of the Cisco N7K-C7010-FAN-S Nexus 7000 10 Slot Sys Fan is achieved through intelligent fan speed control mechanisms that adjust rotational velocity based on real-time thermal readings, and this dynamic adjustment reduces unnecessary power consumption while maintaining optimal cooling, thereby contributing to lower operational costs and improved sustainability metrics within modern data centers.

Cooling Capacity

The cooling capacity of the Cisco N7K-C7010-FAN-S Nexus 7000 10 Slot Sys Fan is engineered to support the thermal demands of a fully populated 10-slot chassis, and the fan tray delivers high cubic feet per minute airflow that ensures even the most power-intensive line cards remain within safe operating temperature thresholds, thereby protecting hardware longevity and performance stability.

Hot-Swappable Design

The hot-swappable design of the Cisco N7K-C7010-FAN-S allows administrators to remove and replace the fan tray without powering down the chassis, and this feature is particularly valuable in enterprise environments where uptime is paramount, as it enables proactive maintenance and rapid fault resolution without service disruption.

Compatibility

The Cisco N7K-C7010-FAN-S Nexus 7000 10 Slot Sys Fan is fully compatible with the Nexus 7010 chassis and integrates seamlessly with other system components such as supervisor engines, fabric modules, and line cards, and this compatibility ensures that the fan tray functions as an integral part of the overall system architecture, supporting the scalability and modularity of the Nexus 7000 Series platform.

Enhanced Network Reliability

By deploying the Cisco N7K-C7010-FAN-S Nexus 7000 10 Slot Sys Fan, organizations benefit from enhanced network reliability, as the fan tray ensures that critical networking modules remain within safe thermal operating ranges, thereby reducing the risk of unexpected hardware failures and supporting continuous service delivery in high-demand environments.

Reduced Complexity

The reduced maintenance complexity associated with the Cisco N7K-C7010-FAN-S is achieved through its modular hot-swappable design, which allows administrators to perform replacements quickly and efficiently, and this streamlined maintenance process reduces operational overhead while ensuring that cooling performance remains consistent across the lifecycle of the chassis.

Support for High-Density Configurations

The Cisco N7K-C7010-FAN-S Nexus 7000 10 Slot Sys Fan supports high-density configurations by delivering sufficient cooling capacity to handle fully populated chassis environments, and this capability allows organizations to maximize their investment in Nexus 7000 Series switches by deploying multiple line cards and fabric modules without compromising thermal stability or system performance.

Intelligent Monitoring

The intelligent monitoring features of the Cisco N7K-C7010-FAN-S Nexus 7000 10 Slot Sys Fan include real-time temperature sensors and fan speed controllers that continuously adjust cooling output based on system demands, and this proactive monitoring ensures that the chassis remains within optimal thermal ranges while reducing unnecessary energy consumption.

Redundant Cooling Architecture

The redundant cooling architecture of the Cisco N7K-C7010-FAN-S provides failover protection in the event of individual fan failure, and this redundancy ensures that airflow continues uninterrupted, thereby maintaining system stability and protecting critical networking operations from thermal-related disruptions.

Low Acoustic Profile

The low acoustic profile of the Cisco N7K-C7010-FAN-S Nexus 7000 10 Slot Sys Fan is achieved through advanced blade design and optimized airflow patterns that reduce turbulence, and this results in quieter operation, which is particularly beneficial in data center environments where noise reduction contributes to improved working conditions and overall operational efficiency.

Enterprise Data Centers

In enterprise data centers, the Cisco N7K-C7010-FAN-S Nexus 7000 10 Slot Sys Fan plays a vital role in maintaining the thermal stability of high-performance networking infrastructures, and its ability to deliver consistent cooling ensures that mission-critical applications and services remain available without interruption.

Cloud Infrastructure

Within cloud infrastructure environments, the Cisco N7K-C7010-FAN-S supports the scalability and reliability required to handle dynamic workloads, and by maintaining optimal thermal conditions, the fan tray enables cloud providers to deliver consistent service levels while minimizing the risk of hardware-related downtime.

Service Provider Networks

In service provider networks, the Cisco N7K-C7010-FAN-S Nexus 7000 10 Slot Sys Fan ensures that high-density chassis configurations remain stable under heavy traffic loads, and this stability is essential for supporting large-scale routing, switching, and data transport operations that form the backbone of telecommunications infrastructures.

Installation Process

The installation process of the Cisco N7K-C7010-FAN-S Nexus 7000 10 Slot Sys Fan is straightforward, as the tray is designed to slide into the designated chassis slot and lock securely into place, and this ease of installation reduces setup time while ensuring that the fan tray integrates seamlessly with the overall system architecture.

Maintenance Procedures

Maintenance procedures for the Cisco N7K-C7010-FAN-S involve periodic inspection of fan performance, monitoring of temperature readings, and replacement of the tray when necessary, and these procedures are simplified by the hot-swappable design, which allows administrators to perform maintenance without disrupting network operations.

Replacement Cycle

The replacement cycle of the Cisco N7K-C7010-FAN-S Nexus 7000 10 Slot Sys Fan is determined by operational hours and environmental conditions, and proactive replacement ensures that cooling performance remains consistent while minimizing the risk of unexpected failures, thereby supporting long-term system reliability.