CBW141ACM-R-EU: How Does Cisco’s Cloud-Mana
Overview and Key Specifications The C...
The Cisco C9300L-48T-4X-EDU is a non-PoE, high-density Layer 3 switch tailored for educational institutions and large campus networks. Part of the Catalyst 9300L series, it combines cost-effective licensing, 10G uplink scalability, and simplified management to support environments like classrooms, research labs, and administrative offices.
Q: What makes the “EDU” model unique?
The switch includes Education-specific licensing, offering discounted access to Cisco DNA features for qualifying academic institutions. This reduces long-term software costs for schools and universities.
Q: Are the 10G uplinks necessary for campus networks?
Yes. The four 10G SFP+ ports ensure seamless connectivity to core networks or network-attached storage (NAS) devices, critical for handling large research datasets or video-based learning platforms.
Unlike the C9300L-48T-4G-A (which has 1G uplinks), this model prioritizes high-speed backbone connectivity with 10G uplinks, making it better suited for multi-building campuses. The “EDU” licensing also differentiates it from commercial variants, providing cost savings for eligible organizations.
The switch ships with Cisco DNA Essentials for Education, covering foundational security and automation features. Upgrades to DNA Advantage for Education unlock advanced analytics and policy enforcement, though most schools find Essentials sufficient for basic needs.
For procurement, visit the “C9300L-48T-4X-EDU” at itmall.sale, which specializes in Cisco education solutions with verified academic pricing.
Having worked with K-12 and university IT teams, the C9300L-48T-4X-EDU’s 10G uplinks and EDU licensing address two pain points: budget constraints and bandwidth demands. While its lack of PoE limits IoT flexibility, most academic environments prioritize wired connectivity for desktops and servers. For schools planning hybrid learning infrastructures, this switch strikes a pragmatic balance—just ensure fiber compatibility for the 10G uplinks to avoid last-mile bottlenecks.