Cisco Switch C9200-24PXG-A : Secure , Stackable & Energy-Efficient
PoE+ Switch
The Cisco Catalyst C9200-24PXG-A is a high-performance 24-port
Gigabit Ethernet switch with full PoE+ support, designed for secure
and scalable enterprise access-layer deployments. Featuring Cisco
DNA Center integration, StackWise-320 technology, and advanced
security, this switch delivers reliable connectivity, simplified
management, and energy-efficient power delivery for modern business
networks.
Key Features & Benefits
✅ High-Density PoE+ Support – 24x Gigabit Ethernet ports with 30W
PoE+ per port (370W total), ideal for IP phones, wireless APs, and
IoT devices.
✅ 10G Uplinks for Scalability – 4x 1G/10G SFP+ fiber uplinks ensure
high-speed backbone connectivity.
✅ Enterprise-Grade Security – Cisco TrustSec, MACsec encryption,
and automated threat containment protect against cyber risks.
✅ StackWise-320 for High Availability – Stack up to 8 switches with
320Gbps backplane, reducing downtime.
✅ Cisco DNA & SDN Ready – Zero-touch provisioning, AI-driven
analytics, and REST APIs for seamless automation.
✅ Energy Efficiency – EnergyWise technology optimizes power usage,
reducing operational costs.
Technical Specifications (C9200-24PXG-A)
| Category | Specification |
|---|
| Ports | 24x 10/100/1000 PoE+ (370W total), 4x 1G/10G SFP+ |
| Stacking | StackWise-320 (up to 8 switches, 320Gbps bandwidth) |
| Security | MACsec, TrustSec, Secure Boot, Cisco Talos threat defense |
| Management | Cisco DNA Center, CLI, Web UI, RESTCONF/NETCONF |
| Power Supply | 1x 715W AC (supports redundant PSUs) |
| OS | Cisco IOS-XE (SD-WAN & SD-Access ready) |
Ideal Use Cases
✔ Corporate offices (unified communications, Wi-Fi 6 APs)
✔ Smart buildings (IP cameras, access control, IoT)
✔ Branch networks (centralized SDN management)
Why Choose the C9200-24PXG-A?
As part of Cisco’s Catalyst 9000 series, this switch offers
future-proof scalability, military-grade security, and cloud-based
management—making it a top choice for enterprises investing in
secure, automated, and energy-efficient networking.
