Meet Poplar™—ELCO Lighting’s patented modular LED system. Flexible, efficient, and built to set a new standard in downlight design.
Introducing the Poplar™ System: A New Era of Modular LED Lighting
Lighting professionals know that a reliable, flexible system can make all the difference in a project’s success. That’s why we’re proud to introduce the Poplar™ System by ELCO Lighting—a modular LED downlight solution engineered to simplify installation while delivering uncompromising performance.
The Poplar System is designed with contractors, specifiers, and end-users in mind. Its modular build allows for effortless customization, giving you the ability to adapt to diverse project needs without added complexity. From residential builds to large-scale commercial applications, Poplar is built to deliver consistency, efficiency, and lasting quality.
Why Poplar Stands Out
● All-in-One Performance: One module that is lumen selectable, color temperature selectable, 120–277V input compatible, and dimmable with Triac, ELV, and 0–10V down to 1%.
● Versatile Modular Design Options: Built for 4" and 6" aperture sizes, with a wide variety of trims — round or square, black or white, and even trimless — giving you complete design flexibility.
● Contractor-Friendly: Engineered for hassle-free installation and reduced labor time.
● Quality & Reliability: Built with ELCO’s proven commitment to performance and durability.
● Patent-Protected: A one-of-a-kind system designed to set a new standard in lighting.
Building the Future of Lighting
The Poplar™ System represents the next step in ELCO’s mission: providing high-quality, value-driven lighting solutions that work as hard as you do. Whether you’re a contractor seeking efficiency, a distributor serving diverse clients, or a homeowner who wants lighting that blends beauty with reliability, Poplar delivers.
Discover the Poplar System today and see how modular lighting can transform your next project.
[Explore the Poplar System →] (https://www.elcolighting.com/product/family/poplar-system)