Cisco 12000/10-AC-PEM Enhanced AC Power Entry Module

• Carrier-grade core routing infrastructure
• Enterprise data center backbone power systems
• ISP and telecom aggregation networks
• Large-scale WAN core deployment
• Government national network infrastructure
• Financial institution mission-critical routing systems
• Cloud provider backbone network operations
• High-availability disaster recovery networks
• Multi-tenant service provider environments
• Large enterprise campus core routing systems

• Enhanced AC power entry module for Cisco 12000 Series
• Designed for 10-slot high-density chassis systems
• Supports redundant power configurations
• Carrier-grade power reliability for core networks
• Optimized load balancing across routing modules
• High-efficiency AC power conversion design
• Built for continuous 24/7 mission-critical operation
• Hot-swappable modular architecture support
• Enhanced operational stability under heavy network load
• Designed for enterprise and service provider environments
• Improves system uptime and fault tolerance
• Scalable power architecture for growing networks
• Compatible with Cisco 12000 Series infrastructure
• Supports infrastructure modernization initiatives
• Long lifecycle durability for backbone deployments

• Brand: Cisco
• Product Series: Cisco 12000 Series
• Model: 12000/10-AC-PEM
• Type: AC Power Entry Module
• Chassis Compatibility: 10-slot Cisco 12000 chassis
• Power Type: AC input
• Redundancy Support: Yes (dual/redundant configurations)
• Deployment Environment: Carrier / enterprise core networks
• Architecture Role: Power distribution module
• Operation: Continuous 24/7 mission-critical use
• Form Factor: Modular chassis component

WHY CHOOSE THIS PRODUCT?

• Organizations choose the Cisco 12000/10-AC-PEM to ensure uninterrupted power delivery for mission-critical routing infrastructure. It is essential for maintaining high availability in large-scale carrier and enterprise backbone networks.
• Compared to non-redundant power solutions, it provides superior resilience, modular redundancy, and predictable uptime performance. Against lower-tier power modules, it delivers enhanced efficiency and better compatibility with high-density 10-slot chassis environments.
• Its design supports long-term infrastructure stability, enabling enterprises and service providers to scale network capacity without compromising operational continuity or power reliability.