Chroma-Q Space Force onebytwo Soft Light To Be Unveiled at Major International Tradeshows

Briefly shown earlier this year at several European tradeshows, the new Chroma-Q Space Force onebytwo variable white LED soft light panel will see its official launch at the NAB Show in Las Vegas, April 8 – 11th.

An official nominee in the first-ever NAB Show Product of the Year Awards, the cost-effective, bright, high-quality unit is a modern replacement for traditional soft sources used in the TV studio, live broadcast, vlog, film & photographic applications.

Featuring Chroma-Q's 15 years of LED innovation and its award-winning Space Force LED space / soft light’s technologies, the onebytwo is the ideal fit for standard room ceiling height studios and small spaces.

The 1×2 ratio and compact dimensions enable panels to be mounted side-by-side in either ratio, overhead or on a wall, to create a huge volume of light in a small space.

Highly efficient and natively single-source, the onebytwo is CCT variable between 2,800K and 6,000K, and has an output of up to 13,900 lumens. The extremely high quality, diffused light is matched by a superbly smooth dimming intensity gradation. Convection cooling provides quiet operation for studios and a cooler working environment reducing air conditioning needs to further boost energy savings. Manual & remotely controllable LED frequency up to 96,000Hz ensures flicker-free operation, along with wired or optional LumenRadio CRMX, RDM functionality.

The lightweight design (only 8.25kg / 18lbs) incorporates all power & control electronics, making it quick and easy to set up. Built to last, it requires minimal maintenance and retains colour consistency between units owing to Chroma-Q&s LED emitter inspection and proprietary ColorSure LED calibration system.

Optional accessories include a low-profile hanging offset bracket, 4-way bridle, and a full range of beam control accessories.

Visit Chroma-Q on booth C7140 at NAB, to get your demonstration of the Space Force onebytwo.

www.chroma-q.com