LiteMat 2L: Enhanced version of the LiteMat 2 with higher light output and improved color rendition.
Technical Details
The LiteMat 2L measures 66 x 35.6 x 1.9 cm and features 288 individual LEDs embedded in a flexible substrate. The light output is 30 lumens per watt, with a beam angle of 120 degrees. The system supports DMX512 control and offers stepless dimming from 0-100% without color shift. CRI values reach >95, and TLCI is >97. Available variants include 2700K, 3200K, 4300K, and 5600K color temperatures, as well as full-color RGB and RGBW versions with expanded color mixing capabilities.
History & Development
LiteGear introduced the LiteMat series in 2011 as an alternative to traditional Kino Flo tube lights. The 2L model established itself from 2013 onwards as the standard size between the smaller 1L and the larger 3L/4L variants. In 2016, the Spectrum variants were introduced with expanded color temperature options. The current Plus generation has offered improved efficiency and expanded wireless control options via the LiteGear app since 2019.
Practical Use in Film
The LiteMat 2L is particularly suitable for eye light and close-up illumination, as it produces soft, eye-friendly light. Cinematographers often use it as a laptop screen replacement or for fill light in vehicles where its low profile is crucial. In series like "The Crown," LiteMat 2L is used for subtle facial fill, while documentary filmmakers appreciate its silent operation and low power consumption. Magnetic mounting options allow for quick positioning on metal structures.
Comparison & Alternatives
Compared to the classic Kino Flo Diva-Lite 201, the LiteMat 2L generates less heat and has a longer lifespan, but achieves only about 60% of the maximum light output. Modern alternatives like the Aputure Nova P300c or Quasar Science Q-LED X offer similar dimensions with higher light output but cost twice as much. For larger areas of 2x2 meters and above, LED panels such as Arri SkyPanel or Digital Sputnik DS series are increasingly preferred, offering higher light output with better cost-effectiveness.