cyclone
Rack Vortex
JOIN WAITLIST
Architecture v1.4

Passive Airflow Acceleration

Technical specifications and patent-pending architectural deep-dive for high-density AI clusters.

architecture System Architecture

RackVortex Cross-section analysis

1. Velocity Boot

Precision-molded intake curve captures floor tile air with zero turbulence, converting static pressure into directed velocity.

2. Extender Modules

Vertical stackable units allow for customizable height distribution, ensuring the top 5U receives the same airflow as the bottom.

view_in_ar Modular Design Geometry

RackVortex Isometric View

Stackable Efficiency

The "male-female shiplap joint" (shown in figure) allows for tool-less installation and hermetic sealing between modules. This eliminates bypass leakages common in traditional curtains.

  • check_circle Magnetic Pockets for instant attachment to rack frames.
  • check_circle Adjustable Louvers for localized airflow Tuning.

fluid Fluid Dynamic Optimization

Velocity Boot: Side Profile
CAD Side Profile of Velocity Boot
Intake Vector Analysis
CFD Flow Simulation Vectors

The "Kick Plate" integration ensures proper alignment with standard 600mm floor tiles while maintaining the necessary "Boot" radius to minimize back-pressure. This geometry maintains an airflow velocity increase of **2.5x** compared to unmanaged floor tiles.