Flat LED light fixture with RGBWW chips, 2.700K–10.000K color temperature and 95–98 CRI. Delivers soft light with minimal heat, controlled via DMX or mobile app.
Modern LED Panels use RGBWW chips (Red-Green-Blue-Warm/Cool White) with a color temperature range of 2,700K to 10,000K and a CRI (Color Rendering Index) of 95-98. The beam characteristic is typically 120° with a luminance of 1,000 to 15,000 Lux at a distance of one meter. Bi-Color Panels operate with 3,200K/5,600K LEDs, while RGB Panels cover the complete color spectrum. The fixtures are controlled via DMX512, WiFi, or proprietary apps and achieve a lifespan of 50,000 operating hours.
The first LED Panels entered the market in 2010 with the Litepanels Astra, after LEDs had achieved sufficient brightness and color quality. In 2013, ARRI revolutionized the market with the SkyPanel S60 through RGB mixing and software control. Since 2018, flexible OLED Panels and ultra-thin designs from manufacturers like Quasar Science or Aputure have dominated the high-end sector.
Roger Deakins used ARRI SkyPanels for the neon light atmosphere in "Blade Runner 2049" (2017). For "The Batman" (2022), Greig Fraser utilized hundreds of LED Panels for controlled daylight simulation in studio sets. Panels serve as bouncers, eye lights, or hidden lights within props. The workflow typically includes pre-programming lighting scenarios via DMX console and real-time adjustments during shooting. Advantages: no heat generation, instant on/off, precise color control. Disadvantages: limited brightness for exterior shots, higher initial cost than tungsten lighting.
LED Panels differ from LED Fresnel lights by their soft light characteristic without focusing. Compared to Kinoflo tubes, they offer variable color temperature and a more compact design. OLED Panels enable even thinner designs and better color reproduction, while plasma displays are used for special effects. For large-area illumination, panel arrays are increasingly replacing classic tungsten softboxes; for spot lighting, Fresnel spotlights remain the first choice.
LED-Panels geben mir die Kontrolle über Farbtemperatur und Intensität ohne Folien oder Dimmer – ich kann von 2.700K Kerzenlicht bis 10.000K Tageslicht in Sekunden wechseln. Die weiche, gleichmäßige Ausleuchtung eliminiert harte Schatten und schmeichelt Hautstrukturen, besonders bei Nahaufnahmen. Allerdings muss ich bei RGB-Modi auf Color-Shift achten und die Helligkeit bei Außenszenen durch zusätzliche Panels kompensieren.
Mit programmierbaren LED-Panels kann ich Stimmungswechsel direkt am Set visualisieren – von warmem Abendlicht zu kaltem Morgenlicht ohne Umbau oder Wartezeit. Für Flashback-Sequenzen programmiere ich verschiedene Farbtemperaturen als emotionale Marker. Die Möglichkeit, Panels in Möbel oder Wände zu integrieren, erweitert meine visuellen Erzählmöglichkeiten erheblich.
LED-Panels reduzieren Stromkosten um 60% gegenüber Tungsten-Licht und eliminieren Kühlungsaufwand durch fehlende Hitzeentwicklung. Die Anschaffung von 300-3.000 Euro pro Panel amortisiert sich durch eingesparte Generator-Miete und reduzierte Drehtage. Wartungsintervalle von 50.000 Stunden bedeuten praktisch keine Ausfallzeiten während der Produktion.
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