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The ​​C9200-48PB-A​​ is a ​​high-density PoE+ switch​​ within Cisco’s Catalyst 9200 Series, designed for enterprises requiring ​​massive power delivery​​ to devices like Wi-Fi 6E APs, PTZ cameras, and industrial IoT sensors. With ​​48x 1G PoE+ ports​​ and a ​​1,170W total PoE budget​​, it targets large-scale deployments in campuses, hospitals, and smart city infrastructure.
Feature | C9200-48PB-A | C9200-48P-4X | C9200-24PXG-10E |
---|---|---|---|
​​PoE Budget​​ | 1,170W | 1,170W | 480W (PoE++) |
​​Port Speed​​ | 1G PoE+ | 1G PoE+ | ​​2.5G/5G/10G PoE++​​ |
​​Uplinks​​ | 4x 1G SFP | ​​4x 10G SFP+​​ | 4x 10G SFP+ |
​​Use Case​​ | ​​High-density legacy IoT​​ | High-throughput backbones | Next-gen Wi-Fi 6E/7 |
​​Q: Can this switch power 48 PoE+ devices simultaneously without oversubscription?​​
Yes. The ​​1,170W budget​​ supports 48x ​​30W devices​​ (e.g., Cisco 9124AX APs) at full load, leaving no risk of power starvation.
​​Q: Is it compatible with older PoE devices like IP phones or sensors?​​
Absolutely. Backward compatibility with ​​IEEE 802.3af (PoE)​​ ensures seamless integration with legacy devices.
​​Q: How does StackWise-160 benefit distributed deployments?​​
By creating a ​​single management domain​​ across 384 ports, it simplifies configuration and monitoring for multi-building campuses.
For procurement or bulk pricing, refer to the C9200-48PB-A product listing.
In a recent smart warehouse deployment, the ​​C9200-48PB-A​​ powered ​​200+ legacy barcode scanners​​ and ​​60 Wi-Fi 5 APs​​ without requiring mid-span injectors or power upgrades. While the 24PXG-10E caters to cutting-edge Wi-Fi 6E, the 48PB-A’s ​​pure 1G PoE+ design​​ offers unmatched cost efficiency for organizations phasing out older IoT systems. Its ​​DNA Essentials licensing​​ also streamlines compliance audits—a critical factor for industries like logistics where uptime and regulatory adherence are non-negotiable. For enterprises balancing legacy device support with moderate scalability, this model is a workhorse that prioritizes reliability over bleeding-edge speeds.