The new Planar DirectLight Pro Series sets the standard in versatile and efficient fine-pitch LED performance. With an advanced high bandwidth architecture and multiple cabinet sizes, the modern, ground-up designed LED platform supports easy installation and maintenance with fewer points of failure. Featuring the latest generation of pixel pitches and a new level of brightness, Planar DirectLight Pro Series delivers an image quality powered by 1,000-nit brightness; models in 0.9, 1.2, 1.5 and 1.8 millimeter pixel pitches deliver higher peaks, more vibrant colors, and greater detail. The series is customizable to suit a range of applications and environments.
Featured Articles
Related
Planar Announces Planar DirectLight Pro Series LED Platform, Raising the Bar on Versatility and Lifetime Value
With higher brightness, an advanced high bandwidth architecture, multiple cabinet sizes and several controller options, the new fine pitch LED platform supports a wider array of use cases
Planar DirectLight Pro Series
Planar designed the recently-announced DirectLight Pro Series LED platform for versatility and lifetime value. It incorporates key advantages of Planar’s highest-selling LED platforms, the ground-up designed LED video wall...
Planar Presents Most Comprehensive Lineup of Leading-Edge Visualization Technologies at InfoComm 2024
Industry leader demonstrates trailblazing application designed to remotely monitor display health and performance, pioneering technology previews, ruggedized and all-in-one video wall solutions for temporary, outdoor, ease of use and...
NBC Sports to utilize Planar video walls for coverage of 2024 Paris Olympics and Paralympics
Planar DirectLight Pro Series and Luminate Ultra Series LED video walls to help with NBC's coverage of the games
Planar Spotlights Elevated Viewing Experiences for Luxury and Commercial Settings at CEDIA + CIX 2024
Industry leader demonstrates first software service for display management and latest portfolio of LED platforms designed to deliver outstanding image performance and effortlessly enrich environments