Designed around your equipment dimensions, weight, power requirements, network connections, KVM access, and maintenance workflow.
Instead of forcing devices into a fixed cabinet, DenseRack can be configured around the actual equipment list, site conditions, load requirements, power distribution, cabling, and remote management needs.
DenseRack can be planned around mixed equipment sizes and project-specific deployment requirements.
DenseRack is a project-based open-frame rack platform. The rack layout can be planned from the equipment list, single-unit size, weight, power connectors, RJ45 or switch requirements, KVM access, shelf spacing, airflow, and maintenance workflow.
Open access from the left, right, and front supports installation, maintenance, visibility, airflow, cabling, and equipment replacement. The green areas are anti-static mats for equipment placement and service use.
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.
Key areas can be planned according to the project, including PDU, RJ45 panels, KVM, shelves, equipment zones, cable routing, load-bearing frame, and cooling modules.
Standard or intelligent PDU placement can be planned by power requirements.
Network panels and switches can be integrated for structured cabling.
KVM devices can support remote access and multi-device maintenance.
Shelf spacing and load requirements can be adjusted for the equipment list.
Power, network, and KVM cabling can be routed in organized paths.
Frame structure can be designed for project-specific load requirements.
DenseRack is positioned as a project-based open-frame equipment deployment platform, not a fixed enclosed cabinet.
| Item | DenseRack | Standard Server Cabinet |
|---|---|---|
| Structure | Open-frame structure for service, visibility, airflow, and cabling | Enclosed cabinet with limited service access |
| Customization | Size, shelf layout, mounting holes, PDU, network, KVM, and color can be customized | Mostly standardized dimensions and fixed structure |
| Equipment Compatibility | Supports mixed-size devices, servers, workstations, 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 | Designed around equipment access, cable routing, and remote management workflow | Maintenance workflow depends on cabinet constraints |
DenseRack is not a fixed-size, fixed-shelf product. Shelf depth, width, height, quantity, upright mounting holes, PDU positions and specifications, RJ45 panel quantity and placement, top switch/KVM layout, cable routing, and deployment method can be designed for each project.
A common version is approximately 1800 mm W × 2350 mm H × 550 mm D. Shelf depth, width, height, quantity, hole pattern, and support method can be customized for the customer equipment profile.
PDU hole pattern, size, length, width, connector specification, and power rating are configured around equipment count and load requirements. Networked intelligent PDUs can support remote power on/off and restart.
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, continuous row, and multi-rack cluster layouts are supported to improve space utilization and simplify centralized management.
Requirements Review
Structure and Power Plan
Drawing / 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.
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.
DenseRack can support servers, GPU workstations, desktop PCs, motherboards, laptops, switches, PDUs, KVM devices, RJ45 network panels, test fixtures, and lab equipment depending on project requirements.
Yes. Rack height, width, depth, shelf layout, mounting holes, load capacity, PDU configuration, network panel, KVM integration, cable routing, and color can be customized.
Yes. DenseRack can integrate standard PDU or intelligent PDU, RJ45 network panels, switches, structured cabling, and KVM devices for centralized equipment management.
Yes. You can send equipment type, quantity, dimensions, weight, power, network, KVM, cooling, and site requirements. DenseRack can be planned around that list.
Tell us what equipment you need to deploy. We will help review rack size, shelf layout, power distribution, network integration, KVM, and cable management requirements.