Supermicro SuperChassis SC815TQ-R500WB System Cabinet

SupermicroSKU: 3292838

Price:
Sale price$1,049.35

Description

Supermicro SuperChassis SC815TQ-R500WB System Cabinet

Engineered for reliability, scalability, and energy efficiency, the Supermicro SC815TQ-R500WB System Cabinet is a compact 1U rackmount chassis designed to house Xeon and Opteron platforms with maximum drive density. This high-performance SuperChassis blends robust thermal management, flexible power options, and tool-less maintenance features to deliver enterprise-grade storage and processing in data centers, server rooms, and private clouds. Built to support mission-critical workloads—from virtualization and databases to high-performance computing clusters—the SC815TQ-R500WB emphasizes airflow optimization, easy serviceability, and minimized downtime.

  • The 1U, 19-inch rackmount form factor centers on efficiency and density, providing eight hot-swappable drive bays for rapid storage expansion. The chassis is optimized for Xeon and Opteron platforms, enabling versatile configurations that balance compute, memory, and storage for demanding workloads. With a front-loading tray design and a streamlined internal layout, technicians can swap drives or upgrade components with minimal disruption—key for data centers that require high uptime and rapid provisioning.
  • Power management is a standout feature, offering multiple high-efficiency power supply options to match workload needs. Choose from 700W/650W/560W high-efficiency PSUs, Gold Level options (720W/560W/330W), or Platinum Level 500W PSUs. This range supports redundancy and energy savings while maintaining stable delivery for CPUs, memory, and storage controllers under peak loads, helping to reduce total cost of ownership and power consumption in dense rack deployments.
  • Cooling and airflow are engineered for high performance in constrained spaces. The SC815TQ-R500WB utilizes high-efficiency fans and an optimized front-to-back airflow path to keep critical components within their thermal envelopes, even under sustained I/O bursts. This robust thermal design minimizes fan noise and maintains consistent performance, which is essential for rack environments with multiple servers sharing cooling resources.
  • Build quality and maintenance flexibility stand out, with tool-less drive trays, modular backplanes, and chassis components designed for quick service. The front access design lets administrators manage drives without moving the chassis, while a sturdy chassis frame and high-quality connectors promote long-term reliability. The chassis is compatible with a broad range of server boards and storage configurations, enabling organizations to tailor the system to specific workloads and growth projections.
  • Management, reliability, and deployment versatility are at the core of the SC815TQ-R500WB. The chassis supports enterprise-level configurations, including redundant power and hot-swappable drives, which contribute to high availability. Its design accommodates dense storage solutions, virtualization hosts, and scalable compute nodes, delivering a resilient foundation for data-intensive applications and multi-workload environments.

Technical Details of Supermicro SuperChassis SC815TQ-R500WB System Cabinet

  • Model: SC815TQ-R500WB
  • Chassis type: 1U rackmount server/chassis
  • Drive bays: Up to eight hot-swappable 3.5-inch drive bays (SAS/SATA compatibility)
  • Backplane: 8-bay hot-swap backplane for flexible storage configurations
  • Motherboard compatibility: Supports Xeon and Opteron-based platforms with standard server-class interfaces
  • Power supply options: Redundant and non-redundant configurations available; high-efficiency PSUs in multiple tiers (700W/650W/560W; Gold Level 720W/560W/330W; Platinum Level 500W)
  • Thermals and cooling: High-performance front intake fans and optimized air path for consistent cooling under load
  • Dimensions and form factor: 1U height, 19-inch rack width designed for dense data-center deployments
  • Expansion and I/O: Front-accessible drive bays with modular design for easy maintenance and upgrades

how to install Supermicro SuperChassis SC815TQ-R500WB System Cabinet

Installing the SC815TQ-R500WB is a straightforward process designed to minimize downtime while maximizing system reliability. Begin by preparing your rack space and ensuring adequate cooling, power, and cable management infrastructure. Handle the chassis with care, grounding yourself to prevent static discharge before any internal work. Follow these steps to deploy your SC815TQ-R500WB in a standard data-center rack environment:

  • Prepare and mount rails: If you are installing the chassis into a rack, attach the appropriate rack rails and secure them according to your rack’s weight and height specifications. Confirm rails are fully locked in place before proceeding.
  • Install the chassis in the rack: With assistance, slide the chassis into the rail system and anchor it in place using the provided screws. Ensure the front of the chassis is aligned with the rack face and that there is sufficient clearance for door access and cable routing.
  • Install storage drives: Open the front drive trays and insert your hot-swappable 3.5-inch drives into the eight bays. Use the tool-less trays when available, securing each drive firmly to prevent vibration during operation. Connect each drive to the backplane and ensure a proper seating.
  • Connect power: Install the PSU(s) according to your configuration (redundant or single). Connect power cables to the PSU and route them to the rack power distribution unit (PDU). Verify that power indicators on the PSU show proper operation and that the system receives stable power.
  • Connect data and management: Attach SAS/SATA cables from the backplane to your storage controllers and ensure data paths are correctly configured in the BIOS or server management interface. Connect management interfaces if applicable, enabling remote monitoring and control via IPMI/management software.
  • Install a compatible motherboard and components: If you are configuring the chassis with a motherboard, install the motherboard in the chassis, attach the processor(s), memory, and any expansion cards as per the manufacturer’s guidelines. Route data and power cables to minimize obstruction to airflow.
  • Power on and configure: Power up the system, enter the BIOS/UEFI setup, and configure boot order, storage arrays, thermal profiles, and any necessary virtualization features. Install your operating system or hypervisor and perform a baseline health check on temperature, fan speeds, and drive status.
  • Post-deployment validation: Run diagnostic routines to verify drive health, memory integrity, and CPU performance. Validate that redundant PSU functionality is active if configured, and confirm that the cooling system maintains target temperatures under peak load.

Frequently asked questions

  • What is the drive capacity of the SC815TQ-R500WB? The chassis supports up to eight hot-swappable 3.5-inch drives, enabling dense storage configurations suitable for virtualization, databases, and high-availability storage pools. Drive compatibility includes SAS and SATA options, depending on the backplane and controller configuration.
  • Does the SC815TQ-R500WB support redundant power supplies? Yes. The design accommodates redundant power configurations, with options across high-efficiency 700W/650W/560W and Gold/Platinum-level PSUs. Redundant PSUs help maintain uptime in the event of a power supply failure.
  • What processors are supported? The chassis is optimized for Xeon and Opteron platforms, allowing a range of server-grade CPUs to meet compute, memory, and I/O requirements for enterprise workloads.
  • How easy is maintenance? The SC815TQ-R500WB emphasizes serviceability with tool-less drive trays, front-access design, and modular components. This approach reduces downtime during drive swaps, maintenance, and upgrades, making it suitable for environments that demand rapid provisioning and minimal disruption.
  • What cooling features does it include? The chassis uses high-performance fans and an airflow-optimized layout to ensure stable temperatures under load. This design helps sustain performance during intensive I/O bursts and prolongs the life of components in dense rack deployments.
  • Is this chassis appropriate for data-center deployments? Absolutely. The 1U form factor, dense eight-bay storage, and robust, energy-efficient power options are ideal for data centers, private clouds, and enterprise environments that require scalable storage alongside dependable compute resources.

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