Supermicro RSC-R2UU-2U

Supermicro RSC-R2UU-2U is a dedicated 2U riser card engineered for Supermicro rackmount servers. It enables horizontal installation of expansion cards in 2U chassis, supporting efficient use of internal space and maintaining optimal airflow in dense server configurations.

This riser card is intended for integration with compatible Supermicro platforms only. It is particularly suitable for environments where space, cable management, and thermal performance are critical design parameters.

• Form factor: 2U riser card for horizontal expansion card mounting
• Integration: Designed specifically for selected Supermicro 2U server chassis and motherboards
• Use case: Data centers, virtualization hosts, storage servers, and enterprise applications requiring additional expansion in 2U systems
• Design focus: Efficient use of internal space and support for structured airflow within the chassis

Benefits in server environments

• Space optimization: Allows horizontal placement of expansion cards, enabling use of additional controllers or adapters in compact 2U enclosures.
• Thermal efficiency: Layout tailored to typical Supermicro 2U airflow patterns, helping maintain stable operating temperatures of installed components.
• Clean integration: Mechanical design and connector alignment adapted to Supermicro server architecture, simplifying installation and maintenance.
• Scalability: Supports expansion of server functionality (e.g., networking, storage, or specialized adapters) without changing the chassis form factor.

Application scenarios

• Enterprise and data center servers requiring additional expansion capability in 2U racks.
• Systems where balanced airflow, cable routing, and serviceability are key design requirements.
• Configurations built on Supermicro platforms that need reliable, vendor-matched riser solutions.

For detailed electrical specifications, supported interfaces, and chassis compatibility, refer to the official Supermicro documentation for the RSC-R2UU-2U and the target server model.