High-Performance Embedded Computing for 3D Metrology

Overview

This customer develops portable and automated 3D measurement solutions and software for product development, reverse engineering, quality inspection, dynamic tracking, and digital-twin workflows. These applications depend on fast, reliable processing of dense measurement data and responsive visual feedback during acquisition. As 3D metrology platforms evolve, their computing architecture must support data-intensive algorithms, high-speed sensors, rich graphics, and versatile connectivity within a compact design, while providing a practical path for future upgrades.

Challenges

Data-Intensive Real-Time Processing

• High-resolution 3D capture generates continuous streams of measurement data
• Operators expect responsive visualization and real-time feedback throughout acquisition

High Labor Dependence

• Manual monitoring requires continuous human oversight
• Delayed reaction times increase operational risk and baggage delays

Compact System Integration

• Performance, power, thermal behavior, and mechanical space must be carefully balanced
• Sensor, display, storage, and network interfaces must fit a purpose-built system design

Product Lifecycle and Scalability

• Proprietary compute designs can increase redesign and validation effort across product generations
• New algorithms and software functions require a clear performance and memory upgrade path

Industrial Reliability

• Metrology systems operate in laboratories, production areas, and demanding field environments
• Stable supply, platform longevity, and responsive engineering support are essential