Cisco PSU-12VDC-40W2= Power Supply Unit: Tech
Understanding the Cisco PSU-12VDC-40W2= The...
The Cisco Catalyst C9300L-48PF-4G-1A is a 48-port PoE+ Layer 3 switch engineered for environments demanding high-power device connectivity. It provides 48x RJ45 ports with 740W total PoE+ budget (30W per port) and 4x 1G SFP uplinks for flexible backbone integration. Built on Cisco’s DNA-ready architecture, it supports SD-Access and automated policy enforcement, reducing manual configuration for large-scale deployments.
Key performance metrics include 132 Gbps switching capacity and compatibility with Multi-Gigabit Ethernet (up to 5Gbps), enabling seamless support for bandwidth-heavy IoT devices and real-time collaboration tools.
This switch is optimized for smart buildings, industrial IoT hubs, and healthcare campuses requiring simultaneous power and data delivery. Its front-to-back cooling system ensures stable operation in densely packed racks, while EnergyWise compatibility allows administrators to monitor and optimize power usage across connected devices.
Q: Can it power devices like PTZ cameras and wireless APs concurrently?
Absolutely—the 740W PoE+ budget supports 24x 30W devices (e.g., advanced APs) or 48x 15.4W endpoints (e.g., VoIP phones) without requiring external power injectors.
Q: How does it handle network segmentation for security?
The switch integrates Cisco TrustSec and Group-Based Policy (GBP) to isolate traffic between departments or IoT device groups, aligning with HIPAA or GDPR compliance requirements.
Q: Is it future-proof for network expansions?
Yes—StackWise-320 technology enables up to eight switches to operate as a single entity, scaling capacity without disrupting existing workflows.
The C9300L-48PF-4G-1A ships with a limited lifetime hardware warranty and optional Cisco DNA Software subscriptions for advanced analytics. For detailed pricing, visit the “C9300L-48PF-4G-1A” product page.
After evaluating its PoE density and automation features, the C9300L-48PF-4G-1A eliminates the need for fragmented power solutions in high-device environments. For IT teams managing smart infrastructure, its ability to streamline both power delivery and traffic segmentation translates to fewer hardware layers and faster troubleshooting—a critical advantage in industries where downtime directly impacts operational safety or revenue.