DS-C9706-FAN=: Thermal Management, Compatibil
What Defines DS-C9706-FAN= in Cisco's High-Densit...
The Cisco C9200-NM-4G= is a modular network interface card designed specifically for the Cisco Catalyst 9200 Series switches, enabling seamless integration of cellular 4G LTE connectivity into enterprise-grade switching infrastructure. This network module is engineered to provide reliable, high-speed wireless WAN connectivity, ideal for branch offices, remote sites, and environments where wired WAN links are impractical or unavailable.
As part of Cisco’s Catalyst 9200 family, the C9200-NM-4G module extends the switch’s capabilities by offering a secure, resilient LTE connection that supports business continuity, failover, and backup WAN scenarios. It is fully compatible with Cisco IOS XE software, allowing advanced network programmability, automation, and security features to be leveraged over cellular networks.
The module supports multiple LTE bands and carrier aggregation, ensuring broad geographic coverage and optimized throughput. It is designed for rapid deployment and easy integration, with a compact form factor that fits into the dedicated network module slot of Catalyst 9200 switches.
The Cisco C9200-NM-4G module is a compact, hot-swappable network module with the following physical characteristics:
The C9200-NM-4G module provides cellular WAN connectivity with the following technical specifications:
Security is paramount in cellular WAN deployments. The C9200-NM-4G supports:
The module is designed for efficient power consumption and regulatory compliance:
The C9200-NM-4G module enables Catalyst 9200 switches to connect directly to cellular networks without requiring external routers or gateways. This integration simplifies network architecture, reduces hardware footprint, and accelerates deployment timelines for branch and remote sites.
By leveraging LTE connectivity as a primary or backup WAN link, organizations can ensure uninterrupted network access even during primary link failures. The module supports dynamic failover and load balancing,