Cisco Catalyst 9500 Series 32-Ports 100GBASE-X QSFP28 Layer 3 Rack-mountable Managed Network Switch – C9500-32C-A

Cisco Catalyst 9500 C9500-32C-A 100G Switch

Build a high-capacity enterprise core or aggregation network with the Cisco Catalyst 9500 Series C9500-32C-A managed switch. This rack-mountable Layer 3 platform provides 32 100GBASE-X QSFP28 ports, giving network architects a dense high-speed interface option for backbone, data-center, and campus-core deployments. Its focused 100GbE port configuration is suited to environments where scalable optical connectivity and consistent Cisco switching architecture are central to the design. Confirm QSFP28 modules, software, licensing, power, rack, and cooling requirements before installation.

Key Features

• 32 100GBASE-X QSFP28 ports
• Layer 3 managed switching
• Rack-mountable Catalyst 9500 platform
• High-density 100GbE connectivity
• Designed for enterprise core and aggregation networks

Product Specifications

• Part Number: C9500-32C-A
• Manufacturer: Cisco
• Platform Family: Catalyst 9500 Series
• Port Count: 32
• Interface: 100GBASE-X QSFP28
• Networking Layer: Layer 3
• Form Factor: Rack-mountable
• Component Type: Managed network switch

Use Cases

• Supporting enterprise core switching
• Building high-speed campus backbones
• Connecting data-center aggregation links
• Replacing a compatible Catalyst 9500 switch

Compatibility

The C9500-32C-A is identified for Cisco Catalyst 9500 Series deployments. Confirm QSFP28 modules, fiber, software, licensing, power, rack, cooling, and network topology before installation.

Frequently Asked Questions

How many ports are included?

The switch provides 32 listed ports.

What interface type is specified?

The product uses 100GBASE-X QSFP28 interfaces.

What networking layer is supported?

It is listed as a Layer 3 managed network switch.

The C9500-32C-A gives enterprise network teams a precise 32-port 100GBASE-X platform for core, backbone, and aggregation roles. Verify the optical modules and system requirements before ordering so the switch fits the planned architecture. Using the exact Cisco model helps preserve high-density port planning, simplify network expansion, and maintain a consistent enterprise switching standard.