3U Industrial Server Chassis | 30cm Short-Depth ATX Case | High-Density Workstation Storage

Engineered for space-constrained environments, the 3U-300 Industrial Server Chassis delivers enterprise-grade storage and expansion in a compact 30cm depth. This short-depth ATX chassis supports standard motherboards and components, providing a dense, rack-mountable solution for critical computing tasks where real estate is at a premium. Features and Benefits - 30cm Short-Depth Form Factor - Enables deployment in shallow server racks, network cabinets, and tight spaces where full-depth servers cannot fit. - ATX Motherboard Support - Accommodates standard ATX, Micro-ATX, and Mini-ITX motherboards for flexible, cost-effective system builds using readily available components. - Integrated Optical Drive Bay - Provides legacy compatibility for software installation, data backup, or media creation without requiring external drives. - Robust 3U Rack-Mount Design - Offers ample internal volume for multiple hard drives, expansion cards, and efficient cooling systems in a durable steel construction. - Tool-Less Drive Bays (if applicable) - Facilitates quick and easy installation or swapping of storage drives to minimize system downtime during maintenance. Applications - Edge Computing and IoT Gateways - Houses processing power at the network edge in compact telecom or industrial cabinets. - Dedicated Workstation Storage - Serves as a high-capacity, networked storage node for video editing, engineering, or data science workgroups. - Light-Duty Server Hosting - An ideal foundation for web servers, firewalls, or application servers in small business and lab environments. - Industrial Control Systems - Provides a protected, rack-mounted enclosure for PLCs or monitoring systems in manufacturing and automation. Note: Please verify motherboard and component dimensions for compatibility prior to purchase. This chassis is an excellent value for professionals and enthusiasts seeking reliable, rack-optimized construction without premium branding costs.