Cisco Catalyst C9300X-48HX-A

• High-Speed Connectivity: Features 10G/mGig copper Ethernet ports for faster data transfers.
• Universal Power Over Ethernet (UPOE+): Delivers up to 90W per port for powering high-demand devices.
• Modular Uplinks: Allows flexibility in choosing uplink speeds and types, future-proofing the network.
• Energy Efficiency: UPOE+ reduces the need for additional power sources, simplifying infrastructure and saving energy.

• Model: Catalyst C9300X-48HX-A
• Type: 10G/mGig copper Ethernet switch
• Ports:
  • 48 x 10G/mGig copper Ethernet ports
  • Modular uplink for flexible future expansions
• Power Support: UPOE+ (up to 90W per port)

• Use Case: Best for large enterprises that need a high-performance, scalable network with superior power and management features.

• 1-Year BrightStar warranty for end-user customers
• 90-Day BrightStar Warranty for resellers

• Free FedEx Ground shipping within the United States
• FedEx Overnight shipping is available as well
• FedEx International Shipping is available for customers outside of the United States 

Q: What is the benefit of UPOE+?

A: UPOE+ (Universal Power over Ethernet Plus) provides up to 90W of power per port, allowing it to support high-demand devices such as next-generation access points, IP cameras, and PoE-powered workstations.

Q: Why is multi-gigabit (mGig) support important?

A: mGig support allows devices to connect at speeds higher than 1G, making it ideal for bandwidth-intensive applications like Wi-Fi 6 access points or large data transfer systems.

Q: How does the modular uplink feature benefit my network?

A: The modular uplink allows for greater flexibility and scalability by supporting different uplink speeds and port types, ensuring your network can grow and evolve without hardware replacements.

Q: Is this switch suitable for high-density environments?

A: Yes, the 48 x 10G/mGig ports and UPOE+ support make it perfect for high-density environments where you need both high-speed connectivity and the ability to power multiple devices through Ethernet.