Description

The C9300-48S-A is a 48-port SFP (Small Form-factor Pluggable) switch, designed to provide fiber-optic connectivity for high-speed data transmission over long distances. It is a Layer 3 switch that supports both routing and switching capabilities, making it suitable for environments requiring flexibility and performance. The A suffix indicates it is equipped with Cisco IOS XE software, which provides advanced automation, security, and programmability features.

Key Features:

• 48 SFP Ports (Fiber-Optic Connectivity):

  • The C9300-48S-A provides 48 SFP ports that support fiber-optic connections. This enables long-distance, high-speed networking, ideal for core switches, data center links, or high-bandwidth applications.

  • These ports are flexible, allowing the use of different types of SFP modules, such as SX (short-range), LX (long-range), or LHX (long-range extended), based on the requirements of your network.

• Layer 3 Routing:

  • The C9300-48S-A includes Layer 3 routing capabilities, meaning it can perform routing between different subnets and VLANs. This makes it suitable for more complex network topologies where inter-network communication is needed.

  • Supported routing protocols include OSPF, EIGRP, BGP, and static routing, which can handle various routing needs depending on the network’s complexity.

• StackWise Technology:

  • The switch supports Cisco StackWise technology, which allows you to stack up to 8 switches and manage them as a single unit. This provides high scalability and simplifies network management, particularly in large or growing enterprise environments.

  • With StackWise-480 technology, the stacked switches provide up to 480 Gbps of stack bandwidth, ensuring high-speed communication between the switches and improving resiliency in case one of the switches in the stack fails.

• High Availability:

  • The C9300-48S-A is built for high availability with optional redundant power supplies (sold separately) and fan trays to ensure the switch operates continuously even in case of hardware failures.

  • Stacking also ensures that even if one switch fails, other switches in the stack continue to function without disrupting network connectivity.