Enterprise data center server room and cold-aisle containment pods SketchUp 3D model, large server racks, with double sliding containment doors for secure access. The facility features a clean, organized layout with tiled flooring and a ceiling-mounted lighting system.
This enterprise data center server room interior is structured for cloud infrastructure facilities, corporate IT server rooms, and high-tech industrial ArchViz projects. The model provides a complete modular server hall workflow, combining enclosed cold-aisle containment pods, perforated acoustic ceiling tiles, and raised anti-static access flooring for immediate scene population. Organizing the dark anodized server rack pods along clean wide aisles with overhead cable trays and status indicators establishes realistic operational zoning and crisp specular reflections across the facility.
Included Components
- Main architectural elements: Grid-patterned white perforated acoustic drop ceiling with recessed rectangular LED troffer lights, smooth matte white perimeter walls with black baseboards, glazed partition door frame, and reflective square-grid raised access floor tiles
- Server containment pods: Three full-scale matte black and brushed gunmetal modular cold-aisle containment rows featuring full-height perforated rack doors with vertical handles, overhead cable management busways, and illuminated red top status beacons
- Access and security hardware: Double sliding tempered-glass aisle doors with black framing, side access-control keypad panels, status indicator LEDs, and solid metallic rear enclosure walls
Rendering & Workflow Compatibility
This asset is saved with backward compatibility for SketchUp 8 and includes complete Enscape (ENS) material definitions, full texture maps, and pre-configured lighting setups for direct real-time rendering out of the box. The detailed perforated cabinet panels, overhead cable trays, and architectural grid geometry is built to a 266,235 polygon count, ensuring crisp glass reflections and accurate metallic sheen across large-scale technical interior renderings.
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