C9K-F3-SSD-240GB=: How Does It Improve Cataly
Overview of the C9K-F3-SSD-240GB= The C9K-F3-SSD-...
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.