Description
Supermicro SuperChassis SC826BA-R1K28LPB System Cabinet
The Supermicro SuperChassis SC826BA-R1K28LPB System Cabinet is a high-density 2U rack-mount chassis designed to deliver exceptional storage capacity without sacrificing cooling efficiency or reliability. Engineered for data centers and enterprise environments, this chassis maximizes the number of hard drives in a compact 2U form factor, enabling scalable storage expansion, faster data access, and streamlined cabling in tight rack spaces. Its thoughtful interior layout optimizes space utilization, facilitating easy component installation and maintenance while maintaining robust airflow to keep critical components running cool under heavy workloads. With high-efficiency redundant power options, the SC826BA-R1K28LPB supports mission-critical applications that demand continuous uptime and dependable performance, making it a superior choice for virtualization, backup, media libraries, and large-scale databases.
- 12 hot-swap drive bays maximize storage capacity within a compact 2U chassis, enabling dense, scalable configurations for growing data environments.
- 2U form factor delivers a balance of high storage density and compatibility with standard 19-inch racks, ideal for data centers seeking efficient space utilization.
- Interior space optimization designed to maximize component fit-and-finish without compromising airflow, supporting effective cooling across dense storage configurations.
- High-efficiency redundant power options include 800W redundant power supplies to ensure continuous operation and resilience in demanding workloads.
- Rugged, data-center ready design built to withstand the rigors of enterprise deployments with dependable performance, long-term reliability, and straightforward serviceability.
Technical Details of Supermicro SuperChassis SC826BA-R1K28LPB System Cabinet
- Form factor: 2U rack-mount chassis
- Drive bays: 12 hot-swap bays for enhanced storage capacity in a compact footprint
- Power supply: Redundant high-efficiency 800W power supply option
- Cooling design: Interior space optimized to preserve cooling performance and airflow across dense configurations
How to install Supermicro SuperChassis SC826BA-R1K28LPB System Cabinet
Installing the SC826BA-R1K28LPB involves standard rack-mount procedures suitable for most data centers. Begin by preparing the rack and ensuring proper clearance for airflow and maintenance access. Mount the chassis in a compatible 19-inch rack using the included rails or mounting hardware, securing it firmly to prevent movement during operation. Once secured, connect the redundant power supply(s) to a reliable power source, following your facility’s electrical and grounding guidelines to ensure safe operation. If you plan to populate the 12 hot-swap drive bays, install each hard drive into its tray, slide the tray into the backplane, and verify that the drives are detected by your server board or controller. Route data and power cables neatly to minimize obstruction to airflow and simplify future maintenance. After installing drives and any required backplanes, power up the system, enter the system BIOS or IPMI interface as needed, and confirm that all drives are recognized and operational. Finally, configure your storage backplane, RAID controller, and OS installation according to your application needs, ensuring adequate cooling and cable management to maintain performance. This chassis is designed to support dense storage deployments, virtualization workloads, and data-intensive services, so plan your cooling strategy, hot-spare policies, and firmware updates accordingly.
Frequently asked questions
- What is the form factor of the SC826BA-R1K28LPB? It is a 2U rack-mount chassis designed for dense storage deployments in standard 19-inch racks.
- How many drive bays does it offer? It provides 12 hot-swap drive bays to maximize storage capacity within a 2U footprint.
- Does it have a redundant power supply? Yes, the chassis is equipped with high-efficiency redundant 800W power supply options for reliability and uptime.
- Is cooling optimized for dense storage? The interior space is designed to optimize cooling and airflow, maintaining performance in high-density configurations.
- What are common use cases for this chassis? It is ideal for data centers and enterprise environments needing scalable, reliable, and high-density storage for virtualization, backups, media libraries, and large databases.
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