​C9500X-60L4D-EDU Overview: Engineered for Academic Scalability​

The ​​C9500X-60L4D-EDU​​ is a Cisco Catalyst 9500X Series switch tailored for educational institutions and research facilities requiring high-density connectivity and advanced automation. Based on Cisco.com documentation, this model features ​​60x 1/10/25G MultiGig Ethernet ports​​ and ​​4x 40/100G QSFP28 uplinks​​, bundled with ​​Cisco DNA Essentials licensing​​ to simplify network operations in large campuses or data-driven labs.


​Technical Specifications: Powering Next-Gen Learning Environments​

  • ​Port Density​​: ​​60x 10GBASE-T MultiGig ports​​ auto-negotiate speeds from 1G to 10G, supporting legacy devices and modern endpoints like VR classrooms or high-performance research workstations.
  • ​Uplink Capacity​​: ​​4x 100G ports​​ enable high-speed connections to data center cores, cloud resources, or research grids, backed by ​​6.4 Tbps system bandwidth​​ for non-blocking performance.
  • ​Power Over Ethernet​​: ​​PoE+ (30W per port)​​ powers IoT devices, digital lab equipment, and Wi-Fi 6/6E access points across campuses.
  • ​Resilience​​: ​​Hot-swappable power supplies and fans​​, combined with Cisco StackWise-1.6T for stacking up to 8 units, ensure ​​99.999% uptime​​ for critical academic operations.

​Key Features Addressing Educational Needs​

  • ​Centralized Security​​: ​​Cisco TrustSec​​ automates segmentation and encryption, protecting sensitive research data and student records from breaches.
  • ​Automated Workflows​​: Pre-integrated ​​Cisco DNA Essentials​​ enables zero-touch provisioning, predictive maintenance, and policy enforcement via a single dashboard.
  • ​Future-Ready Design​​: Support for ​​25G/40G/100G optics​​ ensures compatibility with emerging technologies like AI-driven research tools or high-performance computing (HPC) clusters.

​Critical Deployment Scenarios​

  • ​Campus-Wide Networks​​: Aggregate traffic from lecture halls, libraries, and dormitories while maintaining ​​sub-5-microsecond latency​​ for online exams or video lectures.
  • ​Research Labs​​: Connect GPU clusters, scientific instruments, and data storage systems with 25G/100G links for real-time collaboration on projects like genomics or climate modeling.
  • ​IoT-Enabled Campuses​​: Deploy PoE+ to power smart lighting, occupancy sensors, and security cameras alongside data delivery, reducing infrastructure complexity.

​Procurement and Licensing: Tailored for Academic Budgets​

While Cisco.com emphasizes technical capabilities, educational institutions often require cost-effective procurement. For example, the C9500X-60L4D-EDU is available through itmall.sale, which offers ​​education-specific discounts​​, ​​Cisco DNA Advantage upgrades​​, and ​​Smart Net Total Care​​ for hardware lifecycle management.


​Final Insight: Bridging Pedagogy and Network Innovation​

Having advised universities on network modernization, the C9500X-60L4D-EDU stands out for its ability to unify disparate academic workloads—from lecture streaming to supercomputing—on a single platform. The sheer port density eliminates the need for costly access-layer upgrades, while DNA Essentials reduces IT overhead. For institutions balancing tight budgets with the demand for cutting-edge infrastructure, this switch isn’t just a networking tool—it’s a catalyst for collaborative, future-focused education.

Related Post

Cisco 1783-MMS10E: What Makes This Industrial

Core Specifications of the Cisco 1783-MMS10E The ​​...

UCS-CPU-I4516Y+=: Cisco’s High-Performance

​​Technical Specifications and Architectural Overvi...

What is the Cisco M9200EXT12HK9 and How Does

​​Core Functionality: High-Density Expansion for Ca...