Catalyst 9600 Series 2000W AC Power Supply
Product Description
The Cisco Systems C9600‑PWR‑2KWAC is a high-capacity 2000-Watt AC power supply engineered for Catalyst 9600 Series modular switches. It delivers stable, redundant power to ensure high-performance operation of line cards, supervisors, and other critical modules in enterprise campus cores and aggregation networks.
Designed for mission-critical deployments, this power supply supports hot-swappable redundancy, enabling uninterrupted operation while servicing or upgrading hardware. The C9600‑PWR‑2KWAC is ideal for organizations demanding reliability, high availability, and scalable power delivery in large modular network infrastructures.
Model Type
Modular AC Power Supply — 2000W for Catalyst 9600 Series
Category
Networking – Enterprise Modular Switch Power Module
Key Features
2000W AC Output — Provides ample power for high-density line cards, supervisors, and expansion modules.
Redundant Power Support — Works in dual power supply configurations for high availability.
Hot-Swappable Design — Enables replacement or upgrade without downtime.
Catalyst 9600 Optimized — Fully compatible with modular Catalyst 9600 chassis and line cards.
Enterprise-Grade Reliability — Ensures continuous operation in core and aggregation network deployments.
Technical Specs at a Glance
| Specification | Details |
|---|---|
| Model | Cisco C9600‑PWR‑2KWAC |
| Platform | Catalyst 9600 Series |
| Power Output | 2000 Watts AC |
| Redundancy | Supports dual redundant PSU |
| Hot-Swappable | Yes |
| Deployment | Enterprise campus core / aggregation / data center edge |
| Compatibility | Catalyst 9600 modular switches |
Typical Use Cases
Enterprise Campus Core — Supplies reliable power to modular Catalyst 9600 chassis.
High-Availability Deployments — Provides redundancy for mission-critical network operations.
Data Center & Aggregation Layers — Supports continuous operation of high-density line cards and fiber modules.
Network Hardware Maintenance — Acts as a replacement/spare PSU for future-proofing critical deployments.









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