Hot-Swap NAS Server Chassis | mATX Motherboard Support | SATA Backplane & USB 3.0

Build a powerful and scalable storage server with the KOTUMY hot-swap server chassis, designed for micro-ATX motherboards. This NAS case features a dedicated SATA backplane supporting up to 8 hot-swappable drives, enabling drive replacement without system downtime. Front-panel USB 3.0 ports provide high-speed data transfer, while the robust steel construction ensures reliable operation for demanding storage applications. Features and Benefits - 8-Bay Hot-Swap SATA Backplane - Swap failed or upgraded hard drives instantly without powering down the server, maximizing uptime and simplifying maintenance. - Micro-ATX Motherboard Support - Accommodates standard micro-ATX boards, offering excellent compatibility with a wide range of server-grade and consumer components for flexible builds. - Front-Panel USB 3.0 Ports - Delivers fast 5 Gbps data transfer speeds for quick backups or accessing external storage directly from the front of the chassis. - Tool-Free Drive Installation - Securely mount 3.5-inch hard drives without screws using the included trays, drastically reducing build time and effort. - Optimized Airflow Design - Includes multiple fan mounting points to create efficient cooling channels, keeping your hard drives and components at stable, safe operating temperatures. Applications - Home NAS Server - Create a centralized media library, automated backup solution, or personal cloud storage with the capacity for up to eight high-capacity drives. - Small Office/Home Office (SOHO) Server - Host business files, run virtual machines, or manage network services with a compact, professional-grade storage foundation. - Media and Content Creation Workstation - Build a high-capacity, fast-access storage array for editing 4K/8K video, large photo libraries, or audio production projects. - DIY Network Attached Storage (NAS) - An excellent value chassis for custom TrueNAS, Unraid, or OpenMediaVault builds, offering enterprise-like hot-swap functionality.