Managed Network Switch Cisco C9200CX-12P-2X2G-E Gigabit Ethernet PoE 14 Ports

The Cisco Catalyst 9200 Series switches bring intent-based networking capabilities and Catalyst 9000 platform innovations to a wider range of deployments. Designed as foundational elements of Cisco Digital Network Architecture, these switches deliver secure, resilient and manageable access-layer connectivity with support for PoE+, modular uplinks, stacking up to 160 Gbps and Layer 3 features. With Cisco IOS XE, open APIs and UADP programmability, the Catalyst 9200 Series balances current needs and future investment protection.

Advantages

Catalyst 9200 Series switches provide hardware and software protections that secure device integrity and data in transit, offer redundant power and fan options, and support high-availability features to maintain continuous operations. The platform supports programmability and automation through Cisco IOS XE and open APIs, enabling easier management, reduced operational costs and integration with Cisco DNA Center or cloud monitoring for Catalyst.

Key specifications

• PoE+ support
• Stacking bandwidth up to 160 Gbps
• Modular uplink options
• Layer 3 feature support
• Power and fan redundancy
• Runs Cisco IOS XE with open APIs
• UADP ASIC programmability

How to use

Deploy Catalyst 9200 switches at the access layer to provide reliable wired connectivity for branch offices, campuses or distributed sites. Use the modular uplinks and stacking capability to scale ports and bandwidth as needed, enable PoE+ to power endpoint devices, and configure Layer 3 features for routing between VLANs. Integrate with Cisco DNA Center or cloud monitoring to manage firmware, policies and automation tasks via Cisco IOS XE and available APIs.

Recommendations

Choose stacks or modular uplinks based on port-density and redundancy requirements, enable PoE+ only for ports that require powered devices to optimize power budgets, and integrate the switches with Cisco DNA Center or cloud monitoring to take advantage of automation and simplified operations.