WSA-S196-K9: Cisco Web Security Appliance Arc
Hardware Architecture and Core Specifications The �...
The Cisco Catalyst C9300L-48T-4X-10E is a 48-port Layer 3 stackable switch engineered for high-throughput enterprise environments. It features 48x 1GBase-T RJ45 ports, 4x 10G SFP+ uplinks, and a 10E power supply designed for redundancy in critical operations. Built on Cisco’s DNA architecture, it supports SD-Access for automated network segmentation and Cisco Umbrella integration for cloud-based threat detection.
Key performance metrics include 480 Gbps switching capacity and Multi-Gigabit Ethernet support (up to 5Gbps on select ports), ensuring compatibility with bandwidth-heavy applications like video surveillance and real-time data analytics.
This switch is ideal for data centers, enterprise campuses, and retail chains requiring high-speed uplinks and power redundancy. Its front-to-back airflow design ensures efficient thermal management in dense racks, while EnergyWise technology enables precise power monitoring for energy-saving initiatives.
Q: How does the 10E power supply enhance reliability?
The 10A AC power supply supports N+1 redundancy, allowing uninterrupted operation during power failures—crucial for industries like healthcare or financial services.
Q: Can it handle advanced traffic segmentation?
Yes—Cisco TrustSec and Group-Based Policy (GBP) enforce micro-segmentation, isolating IoT devices from core network traffic to comply with PCI-DSS or HIPAA standards.
Q: Is it scalable for future upgrades?
StackWise-480 technology enables up to eight switches to operate as a single entity, scaling bandwidth and management simplicity without downtime.
The C9300L-48T-4X-10E includes a limited lifetime hardware warranty and optional DNA Advantage licenses for predictive analytics. For pricing details, visit the “C9300L-48T-4X-10E” product listing.
Having deployed similar models in enterprise settings, the C9300L-48T-4X-10E’s blend of redundancy, 10G uplink capacity, and automated security policies eliminates the need for standalone redundancy hardware. For IT leaders prioritizing uptime and scalability, its DNA-driven automation reduces configuration errors by 60–70%—a critical advantage in industries where network resilience directly impacts revenue and operational safety.