I/O shield Supermicro MCP-260-00042-0N

The I/O shield Supermicro MCP-260-00042-0N is a metal rear panel insert designed for rack chassis to ensure correct alignment and protection of motherboard I/O ports. It fits mATX, ATX and eATX form factors and is compatible with a range of Supermicro boards, including A1, X9, X10 and X11 series. The product is supplied as a single pack and has been FCC tested within a Supermicro Superserver configuration to confirm electromagnetic compatibility.

Advantages

This I/O shield uses an EMI gasket design that reduces electromagnetic interference and helps maintain signal integrity. Constructed for server environments, the metal shield provides mechanical protection for connectors and supports durable, repeatable installation in rack chassis. Compatibility with multiple Supermicro motherboard families makes it a practical spare or replacement part for system builders and IT teams.

Suitable for

• mATX, ATX and eATX Supermicro motherboards (A1, X9, X10, X11 series)
• Rack chassis installation in servers and workstations
• System builders and IT professionals needing replacement I/O shields

Key specifications

• Manufacturer: Supermicro
• Model / MPN: MCP-260-00042-0N
• Material: Metal with EMI gasket
• Compatible form factors: mATX, ATX, eATX
• Compatible motherboard series: A1, X9, X10, X11
• Pack quantity: 1
• Regulatory: FCC tested (with Supermicro Superserver configuration)

How to use

Align the I/O shield with the rear cutout of the rack chassis and press it into place until the retaining tabs engage. Install the compatible Supermicro motherboard so that its rear I/O ports pass through the shield openings. Verify that the EMI gasket makes contact and that all I/O connectors are accessible and properly seated before mounting the server into the rack.

Recommendations

Use the MCP-260-00042-0N with chassis and motherboards listed as compatible; avoid forcing the shield into incompatible cutouts. Inspect the EMI gasket for damage before installation and replace the shield if deformed to maintain EMI protection.