C9300-48S-E

Overview Of C9300-48S-E

The Cisco Catalyst 9300 Series switches set a new standard for enterprise networking, tailor-made for security, IoT, mobility, and cloud environments. As the cornerstone of Cisco's Software-Defined Access architecture, these switches deliver unmatched performance and scalability. With up to 480 Gbps stacking bandwidth, they offer unparalleled flexibility in network expansion. The Catalyst 9300 Series boasts cutting-edge features like high-density Wi-Fi 6 support and an x86 CPU architecture for running third-party applications, making it a future-proof investment. Designed with Cisco StackWise technology, these switches ensure nonstop connectivity, ideal for mission-critical applications.
In terms of security, the Catalyst 9300 Series offers advanced threat protection and integrated access controls. Moreover, its modular design allows for seamless scalability with multiple expansion slots for customization. Users benefit from redundant power supply support and high-density ports for Power over Ethernet applications. With a focus on simplicity and performance, these switches empower businesses to thrive in the digital age.

High-Density Stacking Bandwidth	Up to 480 Gbps for seamless network expansion
Wi-Fi 6 Support	Optimized for high-density wireless environments
Advanced Security Features	Integrated threat protection and access controls
Modular Design	Multiple expansion slots for custom configurations
Redundant Power Supply	Ensures uninterrupted operation for critical applications
Power over Ethernet (PoE+)	High-density ports for efficient power delivery
StackWise Technology	Nonstop forwarding with Stateful Switchover for resilience
Software-Defined Access Architecture	Automated, policy-based network management from edge to cloud
Customizable Network Virtualization	Segmentation and group-based policies for enhanced control
Support for Third-Party Applications	Host containers and run scripts within the switch for versatility
Enhanced Performance with x86 CPU Architecture	Maximize computing power for demanding workloads