Case per computer Supermicro SC504-203B Mini Tower nero

The Supermicro SC504-203B Mini Tower is a compact computer case designed for systems using x86 processors and DDR3-SDRAM memory. Its internal layout supports memory modules from 1GB up to 8GB per module with a maximum internal memory of 16GB. The chassis includes an AMI BIOS with 128 Mbit memory and supports RAID levels 0, 1, 5 and 10 to provide options for data redundancy and performance. Physical dimensions are 437 mm (width) × 249 mm (depth) × 43 mm (height), and the front panel offers four USB 2.0 ports.

Advantages

Supermicro chassis design emphasizes airflow efficiency and serviceability: the SC504-203B adopts proven air-shroud concepts and hot-plug heavy-duty fans with fan speed controls to improve cooling and allow for 100% airflow redundancy. The compact mini-tower format combines space-saving dimensions with support for RAID configurations and a full-featured AMI BIOS, making it suitable for small servers and workstation builds.

Suitable for

• Small office servers and NAS systems
• Workstations requiring DDR3 memory and RAID support
• Compact x86-based systems where reliable cooling is needed

Key specifications

• Model: Supermicro SC504-203B (CSE-504-203B)
• Form factor: Mini tower
• Supported memory types: DDR3-SDRAM; module sizes 1GB–8GB; maximum internal memory 16GB
• BIOS: AMI BIOS with 128 Mbit memory
• RAID support: 0, 1, 5, 10
• USB ports: 4 × USB 2.0
• Dimensions (W × D × H): 437 mm × 249 mm × 43 mm

How to use

Install the motherboard and DDR3 memory modules according to the motherboard manufacturer’s instructions. Configure storage devices in the available drive bays and set RAID arrays through the motherboard or controller BIOS to match your redundancy or performance requirements. Connect front-panel USB devices to the provided ports. Use the case’s fan speed controls to balance cooling and noise level as required.

Recommendations

For reliable airflow and redundancy, pair the SC504-203B with x86 motherboards that support hot-swap or RAID controllers and follow Supermicro guidelines for fan placement and cable routing to maintain optimal cooling and service access.