ENGINEERING
Complex immersive environments require display technology, geometry, structure, power, control and integration to work as one coordinated system.
ILLUSTRATIVE SYSTEM GEOMETRY — NOT IMMERAXIS PROJECT DOCUMENTATION.
Translating architectural geometry, viewing requirements and experience objectives into display layouts and system architecture.
Geometry · Resolution · Viewing Distance · Pixel Layout · System Architecture
Coordinating display modules, cabinets, mounting systems, tolerances, access and supporting structure.
Mechanical Design · Structure · Tolerance · Service Access · Installation
Planning power architecture, distribution, protection, thermal requirements and project interfaces.
Power Distribution · Electrical Coordination · Thermal Management · Safety
Developing the signal architecture required for high-resolution, synchronized and complex display environments.
Signal Distribution · Processing · Genlock · Frame Sync · Control
Optimizing image consistency, low-brightness performance, color, grayscale and visual continuity across complex surfaces.
Color · Grayscale · HDR · Calibration · Visual Uniformity
Verifying system performance before shipment and during project commissioning through structured testing and quality control.
Factory Testing · System Verification · QA/QC · Acceptance Preparation
Coordinating installation, alignment, calibration, system integration and final commissioning on site.
Installation · Alignment · Calibration · Integration · Commissioning
Display performance cannot be separated from mechanical, electrical and control design. Decisions made in one discipline directly affect the others.
Curved, spherical, dome and freeform displays require engineering beyond standard rectangular LED systems.
Managing radius, segmentation, module geometry and visual continuity.
Coordinating spherical geometry, panel segmentation, mechanical structure and pixel distribution.
Integrating dome geometry, viewing angle, acoustic requirements, structure and high-resolution display architecture.
Developing project-specific display and mechanical solutions for non-standard environments.
Engineering continues throughout the project lifecycle, from early feasibility through final system verification.
01
Requirements Review
02
Concept Engineering
03
Detailed Design
04
Prototype / Validation
05
Production Engineering
06
Factory Acceptance Testing (FAT)
07
Installation
08
Commissioning
Bring us the geometry, performance requirements and project constraints.