Description
Supermicro SuperChassis SC847A-R1400LPB Rackmount Enclosure
The Supermicro SuperChassis SC847A-R1400LPB is engineered for performance-driven data centers that demand exceptional storage density, reliable power, and flexible motherboard compatibility in a rugged 4U rackmount form. This chassis combines a robust steel build with a meticulously designed airflow path to maximize component longevity and minimize thermal throttling during peak workloads. With 36 external 3.5" bays, dual 1400 W power supplies, and support for ATX/EATX motherboards, it offers scalable storage expansion, abundant PCIe potential, and a clean, professional look that fits seamlessly into enterprise environments, private clouds, and HPC clusters. The black finish adds a sleek, professional aesthetic that aligns with modern data-center racks, while the seven fans installed at the factory level deliver steady cooling to critical components under heavy processing duties.
- 4U rackmount enclosure for dense server deployments, delivering high storage capacity within a compact footprint.
- 36 external 3.5" drive bays provide expansive storage options for databases, virtualization hosts, and large-scale media workloads.
- Dual 1400 W power supplies offer redundancy and dependable uptime for mission-critical applications.
- Supports ATX and EATX motherboards, along with seven PCI/expansion slots, enabling extensive I/O and GPU or accelerator configurations.
- Seven pre-installed fans and an optimized internal layout promote effective airflow, helping to maintain steady temperatures and performance during demanding workloads.
Technical Details of Supermicro SuperChassis SC847A-R1400LPB
- Chassis Type: 4U rackmount enclosure
- Color/Finish: Black
- Motherboard Compatibility: ATX and EATX
- External Bays: 36 x 3.5" drive bays
- Internal Bays: (if available per model) designed to accommodate a dense storage array
- Expansion Slots: 7 slots for PCIe or other expansion cards
- Cooling: 7 x installed fans to support heat dissipation across dense configurations
- Power: 2 x 1400 W redundant power supplies for uptime and reliability
- Material: Robust steel construction for durability in data-center environments
- Form Factor: Standard 19-inch rack compatibility
- Use Case: Ideal for enterprise servers, virtualization hosts, HPC clusters, and large-scale storage deployments
How to install Supermicro SuperChassis SC847A-R1400LPB
Follow these steps to prepare, install, and configure the SC847A-R1400LPB in a standard data-center rack. This guide emphasizes safety, alignment, and proper airflow to maximize performance and longevity.
- Plan your rack space: Verify your rack depth and mounting rails are compatible with a 4U enclosure. Confirm that the rack can support the combined weight of 36 drives and redundant power supplies. Have the necessary rack screws and hardware ready, and ensure an unobstructed airflow path in front of the chassis.
- Position and secure the chassis: With assistance if needed, lift the SC847A-R1400LPB into the rack and align the mounting ears with the rack rails. Use cage nuts and screws to secure the chassis firmly, ensuring a level fit to avoid vibration or misalignment during operation.
- Connect power supplies: Install and connect both 1400 W redundant power supplies as required by your data-center policy. Attach power cords to redundant power inputs and route cables to prevent clutter that could impede airflow. Confirm that the PSU indicators show healthy status after power-up.
- Install motherboard and components: Prepare ATX or EATX motherboard installation inside the chassis following vendor guidelines. Install the motherboard standoffs, CPU, memory, and any PCIe add-in cards in the appropriate slots. Connect essential power rails and front-panel connectors, ensuring clean, orderly cable routing to maximize airflow to the 36 drive bays.
- Mount and wire drives: Install 36 x external 3.5" drives into their drive trays or backplane as designed for this chassis. Secure each drive and connect SATA/SAS data cables and power lines, taking care to minimize cable length and avoid pinching or crossing them over fans or airflow channels.
- Check cooling and airflow: Verify all seven fans are connected and operational. Confirm that airflow is directed from front to back, with no obstructions that could cause hotspots around critical components or drive bays.
- Initial boot and BIOS configuration: Power on the system and enter the BIOS to confirm hardware recognition for storage, memory, and PCIe devices. Adjust boot order and enable any vendor-specific options that optimize I/O responsiveness and power management for your workloads.
- Install the operating system and drivers: Mount your preferred OS on the storage array and install any necessary motherboard and storage drivers. Update firmware on the backplane, drives, and expansion cards if available to ensure compatibility and performance.
- Plan for maintenance: Establish a routine for monitoring drive health, temperature, and power supply status. Schedule periodic firmware updates and replace aging components promptly to prevent unexpected downtime.
Frequently asked questions
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Q: What is the key value proposition of the SC847A-R1400LPB?
A: It delivers exceptionally high storage density with 36 external 3.5" bays, robust cooling with seven fans, and reliable dual 1400 W power supplies, all in a 4U chassis that supports both ATX and EATX motherboards for extensive PCIe expansion. -
Q: Which motherboard form factors are supported?
A: ATX and EATX motherboards are supported, allowing for a wide range of processor options, memory configurations, and I/O capabilities to fit demanding enterprise workloads. -
Q: How many power supplies come with the enclosure?
A: The enclosure is equipped with two 1400 W redundant power supplies to provide uptime and resilience in critical deployments. -
Q: Can this chassis handle dense storage workloads?
A: Yes. With 36 external 3.5" drive bays, it is well-suited for large-scale storage arrays, virtualization hosts, databases, and HPC environments that require substantial disk capacity within a compact 4U footprint. -
Q: What about cooling and airflow?
A: The chassis ships with seven installed fans and a designed airflow path to maintain stable temperatures under heavy processing loads, helping to protect hardware performance and longevity. -
Q: Is this suitable for data-center deployments?
A: Absolutely. Its 4U form factor, robust build quality, enterprise-grade components, and scalable expansion capabilities make it a strong choice for data centers, private clouds, and large-scale server farms.
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