LiteTile: Modular LED tile system by LiteGear — multiple units combine to create large-area soft light sources.
Technical Details
LiteTile panels operate with 288 SMD LEDs per unit, achieving a CRI of 95+ with a color temperature between 3,200K and 5,600K (depending on the model). The fixtures consume 50 watts at full power and can be dimmed via DMX512 or manually. Three main variants are available: LiteTile+ (full spectrum), LiteTile+ Max (higher light output), and LiteTile RGB (color light). The proprietary magnetic system allows for seamless connection of multiple panels to create larger lighting surfaces.
History & Development
Litepanels introduced the first LiteTile generation in 2015 in response to the growing demand for flexible LED surface lights. In 2017, the LiteTile+ series followed with improved color rendering and higher light output. The LiteTile+ Max, launched in 2019, achieves 3,000 lux at 1 meter and quickly established itself in high-end productions. In 2021, the RGB variant expanded the portfolio with color light capabilities.
Practical Application in Film
DoP Roger Deakins used LiteTile arrays in "1917" (2019) as hidden light sources in trenches to simulate natural-looking daylight. The panels are particularly suitable for green screen illumination, as their uniform light distribution enables clean keys. In tight shooting spaces, they often replace traditional tungsten lights because they operate without heat generation and can be battery-powered. The modular system allows for precise accent lighting and large-area softlight setups.
Comparison & Alternatives
Unlike flexible LED mats like the Arri SkyPanel, LiteTile offers higher light density in a more compact design. Kino Flo FreeStyle LED panels achieve similar CRI values but are less modular. The Astera TitanTube system is establishing itself as a modern alternative for mobile applications, while the ARRI Orbiter series is displacing LiteTile for surface lighting in larger productions. LiteTile remains the first choice for setups requiring exact geometric light shapes or seamless panel arrays.