Cisco Nexus N9K-PAC-3000W-B 3000W AC Power Supply Module

• Data center core and aggregation layer power provisioning
• Cloud service provider switching infrastructure
• High-density virtualization clusters
• AI/ML compute and storage networking fabrics
• Enterprise campus-to-data center backbone systems
• Financial trading and low-latency environments
• Telecom and carrier-grade switching infrastructure
• Disaster recovery and redundant network architectures
• Hyperscale leaf-spine data center designs
• Mission-critical government and defense networks

• 3000W high-capacity AC power output for Nexus 9000 systems
• Hot-swappable module design for zero-downtime replacement
• Supports redundant power configurations (N+1 / N+N)
• Optimized for high-density switching and fabric workloads
• Designed for Cisco Nexus 9000 Series compatibility
• Enables scalable data center power architecture planning
• Supports enterprise-grade fault tolerance and resilience
• Helps maintain continuous uptime in mission-critical networks
• Modular design simplifies spare management and lifecycle control
• Improves operational efficiency in large-scale deployments
• Reduces risk of single-point power failure in chassis systems
• Built for long-term infrastructure modernization strategies
• Compatible with high-performance cloud and virtualization workloads
• Designed for energy-efficient enterprise networking environments
• Supports multi-chassis and distributed switching architectures

• Brand: Cisco
• Product Name: Cisco Nexus Power Supply Module
• Part Number: N9K-PAC-3000W-B
• Power Capacity: 3000 Watts
• Input Type: AC Power
• Form Factor: Hot-swappable modular PSU
• Compatibility: Cisco Nexus 9000 Series Switches
• Deployment Type: Data center / enterprise networking
• Redundancy Support: Yes (system dependent: N+1 / N+N)
• Installation Type: Field-replaceable unit (FRU)
• Cooling Support: Integrated with chassis airflow system
• Use Environment: Enterprise data center / cloud infrastructure

WHY CHOOSE THIS PRODUCT?

• This module is selected when enterprises need high-power stability for Nexus 9000 switching environments without compromising redundancy or uptime.
• It is preferred over lower-wattage modules because it supports future scalability, higher compute-driven traffic loads, and modular resilience strategies.
• Organizations benefit from simplified maintenance, consistent hardware standardization across deployments, and improved infrastructure lifecycle planning, especially in multi-rack or spine-leaf architectures.