C9500X-DNA-28C-A=: What Are Its Capabilities,
Overview of the C9500X-DNA-28C-A= The C9500X-DNA-...
The Cisco Catalyst C9300-24T-EDU is a specialized variant of the Catalyst 9300 series designed for education-sector networks, balancing cost efficiency with enterprise-grade performance. This model includes 24 Gigabit Ethernet ports, four 10G SFP+ uplinks, and a pre-bundled Cisco DNA Essentials license optimized for K-12 and higher education IT environments. Unlike standard Catalyst switches, the EDU SKU emphasizes simplified licensing and scalability for budget-conscious institutions managing high-density student and faculty devices.
A central user question: “What licensing advantages does the EDU SKU offer?” The DNA Essentials license includes Layer 3 Lite routing, basic security (ACLs, MACsec), and 3-year software updates—sufficient for most educational use cases. Crucially, Cisco provides discounted upgrade paths to DNA Advantage for institutions needing SD-Access or encrypted traffic analytics.
For verified procurement, the “C9300-24T-EDU” is available here.
Q: How does the 24T-EDU differ from the standard 24T-10A?
A: The 24T-10A includes a DNA Advantage license and targets enterprises needing SD-Access, while the EDU model offers Essentials licensing with education-specific pricing and support.
Q: Can this switch support Wi-Fi 6 access points?
A: Yes—though lacking PoE, the 24T-EDU can aggregate traffic from PoE switches or injectors powering Wi-Fi 6/6E APs in lecture halls or dormitories.
Q: Is redundant power available?
A: Yes—supports Cisco’s 715W DC or 1100W AC power modules for N+1 redundancy in server rooms or media centers.
Having worked with school districts transitioning to 1:1 device programs, the C9300-24T-EDU’s balance of upfront affordability and scalability addresses a critical pain point. While PoE models like the 24P-P suit IoT-heavy deployments, the EDU variant eliminates licensing complexity for IT teams managing tight budgets. Its 10G uplinks ensure readiness for emerging edtech tools, making it a pragmatic backbone for future-proof—yet fiscally responsible—campus networks.