Layouts are designed around equipment dimensions, weight, power, network connections and KVM management requirements.
DenseRack rack layouts are planned around equipment type, dimensions, weight, interfaces, power and maintenance requirements, with customization for each project.
Illustrations of multi-rack deployment and shelf-level connections. Equipment quantities, load requirements, cooling and service aisles are reviewed for each project; the images do not represent customer installations or rated capacity.
Three rack widths are shown for project planning, each with four equipment shelves and space for equipment at the top. Dimensions are listed as width × depth × height; usable equipment depth depends on connector and cabling clearance.
Check equipment dimensions, connectors and cabling before defining shelf layouts and maintenance clearance.
Send Equipment ListLayouts can be planned for a mix of equipment based on device dimensions and project requirements.
DenseRack supports high-density equipment deployment, with layouts planned around the dimensions, weight, interfaces, power, network, KVM and maintenance requirements in your equipment list.
Open access from both sides and the front facilitates installation, maintenance, inspection, airflow, cabling and equipment replacement. The green areas are anti-static mats for equipment placement.
Each white network panel provides 2 RJ45 ports connected back to the top-mounted switch and KVM. PDU positions above the panels can be customized by hole pattern, size, power rating, and interface specification.
The top management layer can host switches and KVM devices for centralized network access, remote access, and remote switching. With intelligent PDUs, the rack can also support remote power on/off and restart operations.
The functional areas below cover PDUs, RJ45 panels, KVM devices, shelves, cable management and the supporting frame. The configuration is confirmed for each project.
Select a number on the image or a description to locate the corresponding area.
DenseRack emphasizes open access, mixed-equipment layouts and project-specific integration. Specific differences depend on the cabinet model and configuration.
| Item | DenseRack | Standard Server Cabinet |
|---|---|---|
| Structure | Open-frame structure for inspection, maintenance, airflow and cabling | Enclosed structure; service access depends on door and side-panel configuration |
| Customization | Dimensions, shelves, mounting holes, PDU, network and KVM layouts can be planned for each project | Mostly standardized dimensions and fixed structure |
| Equipment Compatibility | Supports mixed layouts of servers, GPU workstations, motherboards, lab equipment and test fixtures | Primarily designed around standard rack-mounted equipment |
| Integration | PDU, intelligent PDU, RJ45 panels, switches, and KVM can be planned together | Often requires additional accessories and separate planning |
| Maintenance Workflow | Open access for equipment testing, replacement and cable management | Maintenance clearance depends on front/rear doors and side-panel access |
Rack dimensions, shelf count and spacing, upright mounting holes, PDU specifications and positions, RJ45 panel count, top-mounted switch and KVM layouts, cabling and deployment arrangements can be designed for each project.
The reference dimensions of the 1800 model are 1800 × 550 × 2350 mm (W × D × H). Shelf dimensions, count, spacing, mounting holes and supports can be customized for the equipment.
PDU mounting holes, dimensions, connector specifications and power ratings are configured around equipment quantities and power requirements. Optional network-managed intelligent PDUs support remote power switching and power cycling.
Each white network panel includes 2 RJ45 ports connected to the top-mounted switch and KVM, enabling centralized network access and remote equipment control.
Single-rack, back-to-back, side-by-side row and multi-rack layouts support equipment clusters planned around the available space.
Requirements Confirmation
Structure and Power Plan
Drawing and Configuration Approval
Manufacturing
Delivery and Deployment
For project review, customers should provide equipment quantity, single-unit dimensions and weight, power demand, power connector type, intelligent PDU requirements, KVM requirements, switch or RJ45 panel requirements, shelf dimensions, and site constraints. These inputs drive the final structure, power, network, and deployment configuration.
The rear-access image uses the same scene as the 1800 orbit video. Before maintenance, check isolation requirements, tools and working clearance against the project documentation. Afterwards, check connections and cable slack. The overhead cable trays illustrate the layout only.
Answers to common questions about DenseRack positioning, customization, supported equipment, power, network, and KVM integration.
DenseRack is a customizable open-frame rack system for high-density equipment deployment, centralized power distribution, structured network cabling, and remote KVM management.
No. DenseRack is not a standard enclosed server cabinet. It is designed around equipment lists, site conditions, power, network, KVM, and maintenance requirements.
Depending on project requirements, DenseRack can accommodate servers, GPU workstations, desktop PCs, motherboards, laptops, switches, PDUs, KVM devices, RJ45 network panels, test fixtures and lab equipment.
Yes. Rack dimensions, shelf layouts, mounting holes, PDU configuration, RJ45 panels, KVM and cable routing can be designed and confirmed for each project.
Yes. DenseRack can integrate standard PDU or intelligent PDU, RJ45 network panels, switches, structured cabling, and KVM devices for centralized equipment management.
Yes. Share the equipment types, quantities, dimensions, weight, power, network, KVM, cooling, maintenance and site-space requirements so we can review the layout.
You can start with the application, equipment models or photos and approximate quantities. Missing dimensions, weight and interface details can be supplied during the review.
Share your equipment quantities, dimensions, weight, power, network, KVM and site requirements so we can review rack dimensions, shelf layouts and cabling.