C9300-48P-E – Cisco Switch Catalyst 9300
The C9300-48P-E Cisco Switch Catalyst 9300 is a type of network switch used for managing traffic within a computer network. Here are some key points to describe this switch:
- The C9300-48P-E switch is manufactured by Cisco, a leading provider of networking equipment.
- This switch has 48 ports, which can connect various devices, such as computers, printers, and servers, to the network.
- The “P” in the name of the switch stands for Power over Ethernet, which means it can supply power to devices that are connected to it via Ethernet cables, such as IP phones and wireless access points.
- The switch has a total power budget of 740 watts, which is sufficient to power a large number of devices simultaneously.
- The “E” in the name of the switch stands for Enhanced, which means it has some additional features compared to the standard version of the switch.
- Some of the enhanced features of the switch include support for advanced routing protocols, better security and management features, and support for programmability and automation.
- The switch also supports various quality of service (QoS) features, which allow network administrators to prioritize certain types of traffic over others, ensuring that critical applications receive the necessary bandwidth and reducing congestion on the network.
- The C9300-48P-E switch is designed for use in enterprise networks, where high reliability and scalability are essential. It is built to withstand high traffic volumes and to provide consistent performance over time.
- The switch also supports various tools and technologies that can help network administrators monitor and troubleshoot network issues, such as NetFlow, SNMP, and syslog.
- The switch can be managed using various methods, including a web-based interface, command-line interface (CLI), and programmatically through APIs.
- The C9300-48P-E switch is a part of the Cisco Catalyst 9300 Series of switches, which includes a range of models with different configurations to meet different network requirements.