Technical Details
The Hive systems are based on full-spectrum LEDs with a CRI of at least 95 and a color temperature range of 1,600K to 8,000K. The flagship Wasp 100-C delivers 9,500 lux at 1 meter distance and consumes 110 watts. The Bee 50-C achieves 4,200 lux with a 50-watt consumption. All devices communicate via the HiveLink system with a range of up to 100 meters. Control is managed through the Hive App (iOS/Android) with precise real-time control of intensity, color temperature, and effects.
History & Development
Hive Lighting originated in 2013 from frustration with complicated, wired lighting systems on set. Wajskop, formerly with Kino Flo, presented the first prototypes at NAB in 2014. The breakthrough came in 2016 with the Wasp series, which was the first LED system to enable completely wireless control. In 2019, DMX protocols were integrated, and in 2021, Plasma Remote Phosphor technology was added for even more natural color reproduction.
Practical Use in Film
Netflix series like "Stranger Things" use Hive systems for complex color moods in ensemble scenes, where traditional lighting would be too time-consuming. The wireless control allows for precise lighting adjustments during ongoing takes. Hive LEDs are particularly used in automotive shoots within vehicle interiors, as they generate little heat and can be controlled remotely via app. Documentary filmmakers appreciate the compact design and quick setup times of under 30 seconds per fixture.
Comparison & Alternatives
Hive directly competes with Arri SkyPanels and Litepanels Gemini, but is the only manufacturer offering fully app-based control without additional hardware. While Arri relies on proven DMX control, Hive's proprietary system allows for more intuitive operation for smaller teams. ARRI SkyPanels deliver higher light output (up to 20,000 lux), while Hive excels with lower weight (2.8 kg vs. 8.4 kg for the S60) and more flexible mounting. For large studio productions, classic Tungsten or HMI systems remain relevant due to their light output.