

Meteor's proprietary platform engineered to minimize invisible LED flicker. Combining optimized Constant Current Reduction (CCR) and precise PWM, we deliver absolute stability up to 960 fps.

Light modulation is complex. Small fluctuations in light output can create visual artifacts such as visible flicker at low frequencies, as well as stroboscopic effects and phantom arrays at higher frequencies when objects or the viewer are in motion.
These artifacts may be imperceptible to the human eye but become obvious through cameras and displays, creating banding and reducing image clarity.
With rising expectations for visual clarity and wellness-focused design, stable low-flicker lighting has become essential. Designers and codes now expect luminaires to maintain low temporal modulation across all conditions.
Defines safe modulation limits for LEDs, including the NOEL (No Observable Effect Level) zone used as a benchmark for flicker-free performance.
A recognized UL program confirming products with low modulation up to defined frequency ranges, supporting “low flicker” product claims.
Requires lighting systems to maintain low temporal light modulation (v2 – L04) to support occupant comfort and wellness in workplaces and commercial interiors.
Mandates reduced flicker performance for qualifying luminaires, widely treated as a national design baseline for energy and visual quality.
Provides classification for flicker, stroboscopic effects, and motion artifacts. Used by engineers when comparing driver performance.
Our high-speed test shows how Meteor fixtures equipped with the VX Driver™ maintain smooth, flicker-free light across all dimming levels. No banding, no strobing.
Meteor Product Test Results
The IEEE 1789 lighting industry standard defines safe modulation limits for LEDs. While many drivers drift into the "Low-Risk" (Yellow) or "High-Risk" (White) zones when dimmed, the VX Driver is engineered to stay firmly in the No Observable Effect Level (NOEL) zone at all dimming levels.
This ensures that regardless of the frequency or dimming level, your lighting remains safe for those with photosensitivity and completely invisible to high-speed HD cameras.
Download VX™ Brochure
Inside Nike’s performance labs, researchers rely on high-speed cameras and motion-tracking systems to study every detail of athletic movement. The lighting here must stay stable at extreme frame rates, ensuring accurate data capture without banding or stroboscopic interference, critical for research precision.
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Fast-paced play and training sessions demand lighting that stays consistent under rapid motion and slow-motion photography. The indirect lighting system provides smooth, stable illumination that helps athletes track the ball without glare and gives high-speed cameras a clean, flicker-free field for replays and analysis.
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A hybrid learning space where students rely on clear visibility, long-duration focus, and seamless on-camera participation. The auditorium’s lighting upgrade delivers steady, low-flicker illumination that supports wellness, reduces visual strain, and ensures clean video capture for lectures and remote learning.
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A sanctuary designed for both in-person worship and live streaming. The upgraded house lighting provides smooth, consistent output that looks natural on camera, dimming cleanly for programming while preserving warmth and clarity for both broadcast audiences and the congregation.
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A 6,500-seat performance venue with concerts, events, and cinematic stage moments. The house and architectural lighting work together to deliver stable, flicker-free illumination that performs reliably under DMX control and stays clean on LED walls and broadcast cameras during live shows.
View ProjectEnsure your next project meets the high standards of visual comfort and video performance.