Product Overview
The Lightcube‑Controller is the dedicated control and power management unit for the Vega Series and Arcturus high‑intensity illumination systems. Designed exclusively for these platforms, it ensures safe, stable, and precise operation of all connected light modules.
Engineered for professional imaging environments, the Lightcube‑Controller communicates with the connected Vega or Arcturus modules through a wired USB interface, using either the included Vega control software or the optional Vega API for integration into automated test systems. A single Lightcube‑Controller can power and control up to seven illumination modules, providing a scalable solution for complex multi‑source test configurations.
The controller manages both power distribution and device communication, ensuring reliable operation and maintaining the required safety functions for high‑performance illumination hardware. When connected to a PC via USB, it enables precise intensity control, stable operation, and synchronized behavior across all attached Vega or Arcturus units.
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Product Specifications
| Specification | Lightcube-Controller |
|---|---|
| Input voltage range (AC) | 85 V to 264 V |
| Maximum input current | 5 A |
| Output voltage range (DC) | 12 V |
| Maximum output power | 400 W |
| Vega Software Functions | • Intensity • Frequency • Duty cycle • Selection of the operating mode • Phase shift |
Documentation
Lightcube-Controller Datasheet (EN)
Lightcube-Controller User Manual (EN)
Lightcube-Controller Datenblatt (DE)
Lightcube-Controller Betriebsanleitung (DE)
Vollständige Betriebsanleitung
Compatible Illumination Systems

Vega (Visible Spectrum)
Vega is designed for high‑precision visible‑light measurements under extremely short exposure times, particularly for automotive HDR cameras.

Vega IR (940 nm Near‑Infrared)
Vega IR extends the Vega platform into the near‑infrared band, enabling contrast‑based KPIs for cameras operating under 940 nm illumination (DMS, OMS, RGB‑IR sensors).

Arcturus
Arcturus provides extreme illumination levels for challenging HDR sensors, enabling accurate CTA, CNR, and MMP testing in realistic high‑brightness scenes.
