ASR-920-4SZ-D: How Does Cisco’s DC-Powered
What Is the ASR-920-4SZ-D? The ASR-920-4SZ-D�...
The Cisco Catalyst C9300L-48T-4G-10A is a 48-port Layer 3 stackable switch tailored for high-performance enterprise networks. It offers 48x 1GBase-T RJ45 ports and 4x 1G SFP uplinks, with 10A power supply redundancy for mission-critical environments. Built on Cisco’s DNA-ready platform, it supports SD-Access for automated policy enforcement and encrypted traffic analysis to detect threats without decryption.
Key specs include 132 Gbps switching capacity and Multi-Gigabit Ethernet support (up to 5Gbps on select ports), ensuring compatibility with modern IoT devices and high-bandwidth applications like Unified Communications.
This switch is ideal for large office campuses, financial institutions, and healthcare networks prioritizing uptime and security. Its front-to-back airflow design optimizes cooling in rack-mount setups, while EnergyWise integration provides granular power monitoring for sustainability initiatives.
Q: How does it ensure uninterrupted operation during power fluctuations?
The 10A AC power supply supports redundant configurations, enabling failover during outages—critical for environments like hospitals or trading floors.
Q: Can it handle advanced segmentation for compliance?
Yes—Cisco TrustSec and Group-Based Policy (GBP) isolate traffic between departments, meeting HIPAA or PCI-DSS requirements.
Q: Is it scalable for future network expansions?
StackWise-320 technology allows up to eight switches to operate as a single unit, simplifying capacity upgrades without downtime.
The C9300L-48T-4G-10A includes a limited lifetime hardware warranty and optional DNA Essentials/Advantage licenses for advanced analytics. For pricing and availability, visit the “C9300L-48T-4G-10A” product page.
Having scrutinized its redundancy features and security protocols, the C9300L-48T-4G-10A stands out for minimizing downtime risks while maintaining budget flexibility. For enterprises transitioning to software-defined networks, its DNA integration reduces manual configuration efforts by up to 70%—a tangible ROI in IT resource allocation. This model is particularly compelling for organizations needing to future-proof without overcommitting to hyperscale infrastructure.