Description
Supermicro SuperChassis 113TQ-563CB System Cabinet
The Supermicro SuperChassis 113TQ-563CB System Cabinet is a compact, high-performance 1U rack-mount chassis designed for dense server and storage deployments. Built to maximize rack efficiency, this black, rugged enclosure supports EATX motherboards, offers eight external 2.5" drive bays, and delivers solid power and cooling to sustain demanding workloads in data centers, labs, and edge environments. With its emphasis on expansion, airflow, and reliability, the 113TQ-563CB is engineered to handle virtualization, database, and storage-intensive tasks while keeping maintenance straightforward and downtime minimal.
- Compact 1U rack-mount design optimizes rack space, enabling high-density deployments without sacrificing accessibility for upgrades and maintenance.
- Eight external 2.5" drive bays provide flexible, hot-swappable storage options for operating systems, applications, and data, supporting a wide range of storage architectures.
- EATX motherboard support expands PCIe expansion potential, allowing more PCI slots and peripheral connections to accommodate GPUs, accelerators, and multiple I/O devices.
- 1 x 560 W power supply delivers reliable power to sustain contemporary servers and storage configurations within a compact chassis footprint.
- Efficient cooling and heat dissipation design minimize thermal throttling, ensuring stable performance under load across data centers, development labs, and remote/edge environments.
Technical Details of Supermicro SuperChassis 113TQ-563CB System Cabinet
- Form Factor: 1U rack-mountable chassis
- Drive Bays: 8 external 2.5" bays
- Motherboard Support: EATX supported
- Power Supply: 1 x 560 W
- Color/Finish: Black
- Expansion & Cooling: Supports PCIe expansion slots and enhanced heat dissipation for reliable operation
how to install Supermicro SuperChassis 113TQ-563CB
Installing the 113TQ-563CB begins with securing the chassis in a compatible rack using the provided rails or suitable mounting hardware. Ensure the rack is stable and that there is adequate front-to-back airflow for cooling. Install the EATX motherboard on the chassis’ motherboard tray, aligning standoff positions with the motherboard holes and securing it firmly to prevent movement. Insert the 560 W power supply into the power shelf and connect the necessary power cables to the motherboard, drives, and any expansion cards. Place the eight external 2.5" drives into the drive bays and secure them using the chassis’ drive retention method, then connect the SATA or SAS data cables to a compatible storage controller or backplane as required by your configuration. Install PCIe expansion cards into available slots, ensuring proper seating and sufficient clearance around adjacent components to support airflow. Route cables neatly to avoid obstructing fans and airflow pathways. Finally, reinstall the chassis cover, verify all connections, and power on to enter the system BIOS/UEFI for initial configuration, drive detection, and firmware updates. For best results, follow the manufacturer’s manual for detailed mounting instructions, airflow guidance, and warranty considerations.
Frequently asked questions
- Q: Is the SuperChassis 113TQ-563CB a 1U rack-mountable chassis? A: Yes. It is designed for standard 1U rack installation, providing a compact footprint with scalable storage and expansion.
- Q: How many drives does it support? A: It offers eight external 2.5" drive bays, suitable for a variety of OS and data storage configurations.
- Q: Does it support EATX motherboards? A: Yes, the chassis is designed to accommodate EATX motherboards, enabling extensive PCIe expansion and peripheral connectivity.
- Q: What power supply is included? A: The chassis comes with a 560 W power supply to support typical server and storage workloads within the 1U form factor.
- Q: What are the main benefits of this chassis for a data center or edge deployment? A: Its dense 1U form factor, eight external drive bays, EATX compatibility for greater expansion, solid power delivery, and efficient cooling collectively enable high-density, reliable deployments suitable for virtualization, storage, and compute-intensive workloads.
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