High-density frame
42–52U project envelope with 800 mm width and 1,200–1,400 mm depth.
HX SERIES · CUSTOM HIGH-DENSITY RACKS
Engineered around the compute—not selected from a shelf.
Project-specific mechanical platforms for AI, HPC and accelerated computing environments, combining structural capacity, advanced airflow, intelligent power and liquid-cooling readiness in one validated rack system.
48–52UPROJECT-ENGINEERED HIGH-DENSITY FRAME42–52UTypical project envelope
800 mmTypical rack width
1,200–1,400 mmHigh-density depth range
Project-definedStructural and thermal design
A rack becomes infrastructure when every interface is engineered together.
HX Series projects start with the server, accelerator, power and cooling requirements. Frame strength, airflow, door geometry, PDU placement, cable paths, monitoring and thermal interfaces are released against the approved project configuration—not treated as independent accessories.
Eight coordinated layers inside one high-density platform.
Structural platform
Load capacity defined and validated against the approved compute configuration.
High-open-area airflow
Perforated front and split rear-door architecture for controlled equipment ventilation.
Intelligent power
0U or 1U three-phase PDU integration with metering, switching and project-selected outlets.
Cooling readiness
Rear-door heat exchanger, blind-mate and liquid-cooling interface preparation.
Environmental monitoring
Temperature, humidity, door and leak sensing integrated into the operating design.
Cable architecture
Large top entry, overhead ladder interfaces and dedicated side-management channels.
Compliance engineering
Testing and verification scope defined for the approved rack and installed load.
ENCLOSED OPERATING CONFIGURATION
Perforated access, split-door serviceability and controlled equipment protection for operational environments.
OPEN FRAME & SERVICE ACCESS
Accessible frame architecture for integration, cable preparation, testing and project-specific assembly.
CATALOG CONFIGURATION ENVELOPE
Core parameters.
Final dimensions, load, cooling, power and compliance scope are confirmed through project engineering.
- Rack height
- 42–52U typical
- Width
- 800 mm typical
- Depth
- 1,200–1,400 mm
- Structural load
- Validated per approved project
- Power distribution
- 0U / 1U intelligent PDU
- Cooling interface
- Rear-door HX / blind-mate ready
- Monitoring
- Temperature / humidity / door / leak
- Cable entry
- Top entry / ladder / side channels
From requirements to released production.
A controlled development process converts site requirements into an approved, manufacturable and verifiable rack configuration.
Requirements definition
Equipment dimensions, load, power, cooling, cable entry and site constraints.
Mechanical design
Frame, doors, rails, cable zones, brackets, base and service clearances.
Prototype & review
Fit checks, access, assembly, transport method and customer design review.
Component integration
PDU, sensors, manifold or rear-door interfaces and cable harness coordination.
Verification plan
Load, stability, coating, packaging and market-specific documentation scope.
Pilot release
Controlled pilot production followed by revision closure and serial production.
Configure the rack around your AI infrastructure.
Share the server list, target density, cooling approach, power architecture, cable entry and deployment location. Infinity will define the HX engineering package.
Start an HX configuration ↗