Supermicro SuperChassis 823MTQC-R802WB

SupermicroSKU: 5772306

Price:
Sale price$1,157.64

Description

Supermicro SuperChassis 823MTQC-R802WB

The Supermicro SuperChassis 823MTQC-R802WB is a high-density, 2U rack-mount chassis engineered for enterprise-grade servers and data center deployments. Built in a sleek black enclosure, this chassis delivers robust power, flexible storage, and expansive I/O capacity in a compact footprint. It is designed to support demanding workloads such as virtualization, file services, HPC gateways, and GPU-enabled compute nodes while maintaining reliable uptime and straightforward maintenance. With dual 800 W power supplies installed, three external 3.5" drive bays, seven expansion slots, and space for multiple fans, the 823MTQC-R802WB provides a balanced combination of performance, airflow, and expandability that data center professionals rely on. The chassis is optimized for compatibility with larger motherboard sizes, featuring support for a maximum motherboard footprint of up to 12.8" x 13.4" via SMC Proprietary WIO, ensuring compatibility with a broad range of high-end controllers and compute configurations. This makes it a versatile foundation for modern rack deployments where reliability, density, and serviceability matter most.

  • 2U rack-mountable design in a durable black enclosure, engineered to maximize data-center rack density while preserving ease of access for maintenance and upgrades.
  • Dual 800 W power supplies installed provide redundant, high-efficiency power to critical workloads, helping minimize downtime and protect against power-related failures.
  • 7 expansion slots and 3 external 3.5" drive bays offer flexible I/O and storage expansion to accommodate diverse server configurations, boot drives, and data volumes without compromising performance.
  • 4 x 1.57" fans installed; supports up to 6 additional fans to deliver ample airflow for CPU, memory, and storage subsystems, enabling stable operation under heavy load and through peak cycles.
  • SMC Proprietary WIO motherboard compatibility; maximum motherboard size 12.8" x 13.4" ensures compatibility with enterprise-grade controllers and larger form-factor boards while maintaining a compact 2U footprint.

Technical Details of Supermicro SuperChassis 823MTQC-R802WB

  • Chassis height: 2U
  • Form factor: Rack-mountable
  • Color: Black
  • Drive bays (external): 3 x External 3.5" bays
  • Installed power supplies: 2 x 800 W
  • Fan configuration: 4 x 1.57" fans installed; 6 additional fans supported
  • Expansion slots: 7
  • Motherboard compatibility: Supports maximum motherboard size of 12.8" x 13.4" with SMC Proprietary WIO
  • Designed for enterprise workloads and data-center deployments requiring reliable power, dense form factor, and flexible storage options

How to install Supermicro SuperChassis 823MTQC-R802WB

Step 1: Prepare your rack and workspace. Ensure you have a clean, level rack, with compatible rails or mounting hardware available. Confirm that you can access the rear of the chassis for cable management and system maintenance once it is mounted. Step 2: Mount the chassis in the rack. Align the chassis with the rack posts, secure it using the appropriate screws, and verify that it sits squarely in the rack frame. Step 3: Verify power connections. Since the chassis ships with 2 x 800 W power supplies installed, ensure that both power supply cables are connected to redundant power sources or an uninterrupted power supply (UPS) aligned with your data-center standards. Step 4: Install or configure the motherboard. If you are upgrading or swapping boards, align the motherboard with the SMC Proprietary WIO form-factor guidance and secure it to the chassis’ motherboard tray. Route and connect essential data and power cables carefully to avoid strain on connectors. Step 5: Add storage and drives. Connect the operating system boot drive to one of the internal interfaces and populate the 3 external 3.5" bays with your data drives or storage array as required. Ensure that drive trays are seated securely and that any required data cables are organized to promote airflow. Step 6: Install expansion cards and memory resources. Insert your PCIe/PCI expansion cards into the 7 available slots, and install any recommended memory modules or accelerators. Step 7: Manage airflow. Confirm that the installed 4 x 1.57" fans are operating and that air intake and exhaust paths are clear. If additional fans are used, confirm their placement and wiring to maintain balanced cooling for CPU, memory, and storage. Step 8: Power on and test. After wiring and cable management are complete, power up the system and verify POST, BIOS recognition, and any hardware monitoring readings. Confirm that all redundant power paths function as expected and that fans respond to fan-speed control in accordance with system temperature. Step 9: Finalize cabling and rack labeling. Label network, power, and storage connections for future maintenance, and ensure that cables are neatly routed to minimize obstruction to airflow and service access. Step 10: Document configuration. Record your chassis, motherboard, storage, and expansion card configurations for future reference, troubleshooting, and any maintenance cycles. By following these steps, you’ll maximize reliability and performance for virtualization hosts, file servers, or compute nodes inside a 2U chassis that seamlessly integrates with your data-center infrastructure.

Frequently asked questions

  • Q: Is the power supply redundant? A: Yes. The 823MTQC-R802WB ships with two 800 W power supplies installed to provide redundancy and improve uptime for critical workloads.
  • Q: How many drive bays does it offer? A: It provides 3 external 3.5" drive bays, suitable for operating system drives, boot devices, and data volumes, with room to expand via the 7 expansion slots.
  • Q: How many fans are installed and how many can be added? A: The chassis comes with 4 x 1.57" fans installed and supports up to 6 additional fans to optimize cooling in dense configurations.
  • Q: What motherboard size does it support? A: It supports up to a maximum motherboard size of 12.8" x 13.4" using SMC Proprietary WIO, enabling use of larger enterprise-class controllers within the 2U chassis.
  • Q: Is this chassis suitable for virtualization and high-demand workloads? A: Yes. Its dual power supplies, ample expansion, and flexible storage make it well-suited for virtualization hosts, file servers, HPC gateways, and GPU-enabled compute nodes in a compact 2U form factor.

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