Cisco Catalyst C9300-48UXM-A Ethernet Switch

The Cisco Catalyst C9300-48UXM-A Ethernet Switch is a state-of-the-art networking solution tailored for modern enterprise environments. This switch seamlessly integrates advanced technology with robust performance, providing a flexible and secure networking infrastructure that meets the demands of security, IoT, mobility, and cloud applications. Experience unparalleled performance and advanced security features with this cutting-edge device, designed to elevate your network capabilities to new heights.

• Unmatched Performance: With a staggering 480 Gbps of stacking bandwidth, the Catalyst C9300-48UXM-A stands out as the highest-density stacking solution available in the industry, ensuring remarkable performance for critical applications.
• Advanced Security: Engineered to combat persistent security threats, this switch acts as a foundational component for Software-Defined Access (SD-Access), offering advanced security measures to safeguard your network against evolving vulnerabilities.
• Future-Ready Architecture: The Catalyst C9300-48UXM-A is powered by an x86 CPU architecture and equipped with substantial memory, ready to host containers and execute third-party applications, ensuring adaptability as your network requirements grow.
• Flexible Connectivity: With support for 1G and Multigigabit downlink options, along with versatile uplink choices including 1G, Multigigabit, 10G, and 40G, this switch offers the flexibility needed to meet changing connectivity demands.
• Energy Efficient: Thanks to Cisco StackPower technology, this switch ensures intelligent power management across stack members while supporting up to 384 PoE ports per stack, all while maintaining energy efficiency.

Technical Details of the Cisco Catalyst C9300-48UXM-A Ethernet Switch

• Local Stackable Switching Bandwidth: Up to 480 Gbps
• CPU: Intel® x86 architecture
• Memory: 8 GB RAM, 16 GB flash
• USB Slot: USB 2.0 for loading system images and configurations
• PoE Capability: Up to 60W Cisco UPOE and PoE+
• ASIC: UADP 2.0 with programmable pipeline and microengine capabilities
• Support for Wave 2 Access Points: Highest wireless scale with select models

How to Install the Cisco Catalyst C9300-48UXM-A Ethernet Switch

Installing the Catalyst C9300-48UXM-A Ethernet Switch is a straightforward process. Follow these steps to ensure proper installation:

1. Preparation: Gather all necessary tools and equipment, and verify the switch is compatible with your current networking environment.
2. Physical Installation: Mount the switch in a rack or position it in a suitable area with sufficient ventilation and access to power sources.
3. Connect Cables: Connect your network cables to the appropriate ports according to your configuration needs.
4. Power On: Plug the switch into a power source and turn it on. Ensure that the power supply can adequately support the PoE capabilities.
5. Configuration: Access the switch via the console port or SSH, and configure the settings based on your network requirements, utilizing Cisco IOS XE for advanced programmability options.

Frequently Asked Questions

• What is the maximum stacking capability of the Catalyst C9300-48UXM-A? The switch supports stacking with up to 480 Gbps of local switching bandwidth, enabling extensive scalability within your network.
• Can I use this switch in a multi-vendor environment? Yes, the Catalyst C9300-48UXM-A is designed to be open and extensible, allowing for seamless integration into diverse networking environments.
• What are the PoE capabilities of this switch? This switch features up to 384 PoE ports per stack and supports 60W Cisco UPOE and PoE+ to power a variety of devices.
• Is this switch suitable for IoT applications? Absolutely! The Catalyst C9300-48UXM-A is engineered to support IoT convergence, making it an excellent choice for environments with numerous IoT devices.
• How does Cisco StackPower technology work? Cisco StackPower enables power stacking among switch members, ensuring power redundancy and intelligent power management across the stack.