• ISP backbone router power intake systems
• Telecom carrier-grade routing infrastructure
• Enterprise WAN core network power distribution
• Data center core routing environments
• Government national backbone networks
• Financial services high-availability core routing
• Cloud interconnect backbone systems
• Disaster recovery network infrastructure
• Large-scale peering and transit networks
• Legacy Cisco 12000 infrastructure maintenance

• Carrier-grade DC power entry module for Cisco 12000 Series
• Supports 10-slot high-density router chassis
• Ensures redundant and stable power intake
• Optimized for mission-critical backbone environments
• Enhances overall system uptime and reliability
• Supports high-availability network architectures
• Designed for continuous 24/7 carrier operations
• Improves power distribution efficiency across chassis
• Reduces risk of power intake failure points
• Compatible with Cisco 12000 Series infrastructure
• Enables scalable backbone deployment support
• Built for telecom and ISP-grade environments
• Supports enterprise core network modernization
• Strengthens infrastructure resilience and continuity
• Designed for long lifecycle operational stability

• Brand: Cisco
• Product Name: Cisco 12000 Series 10-Port DC Power Entry Module
• Part Number: 12000/10-DC-PEM
• Product Type: DC Power Entry Module (PEM)
• Compatible Platform: Cisco 12000 Series Routers
• Chassis Support: 10-slot router chassis
• Power Type: DC input power system
• Function: Power intake and distribution interface
• Deployment Environment: Carrier-grade / core network infrastructure
• Architecture Role: Power subsystem entry module
• Redundancy Support: High-availability power design
• Application: Backbone and service provider routing systems

WHY CHOOSE THIS PRODUCT?

• Organizations choose the Cisco 12000 Series 10-Port DC Power Entry Module because it ensures uninterrupted and redundant power intake for mission-critical backbone routers. It is essential for maintaining high availability in environments where downtime directly impacts service continuity and revenue.
• Compared to standard power input modules, it offers enhanced redundancy pathways, improved load handling, and better fault isolation for large chassis systems. Compared to lower-tier networking platforms, it supports the stringent power demands of carrier-grade routing environments operating at massive scale.
• It delivers strong lifecycle value by extending the operational stability of Cisco 12000 infrastructure, reducing outage risks, and enabling long-term backbone modernization strategies without requiring full system replacement.