One of our Field Application Engineers, Brandon, answers a question about whether two different drivers are needed for the Vesta® Series Dim-To-Warm products.

Bridgelux Field Application Engineer, Brandon, explains how CCT and CRI are affected by dimming one or both channels in our Vesta® Series products.

Bridgelux Field Application Engineer Brandon explains how to take thermocouple measurements on a linear EB Series™ product.

Bridgelux Field Application Engineer, Brandon, explains Mean Time Between Failure (MTBF) and its relevance for LED products. This video, including all its content, is for informational purposes only.

Bridgelux Field Application Engineer Brandon explains the differences among the Bridgelux seventh generation products.

Bridgelux Field Application Engineer answers your question whether Bridgelux COBs can be wired in series or parallel, and explains “current hogging.”

Learn the procedure for manual soldering sample Bridgelux Vesta™ Series LED arrays using the round robin method.

Learn more about the Bridgelux Vero® SE Series family of products. Vero SE’s innovative light source system integrates Bridgelux’s seventh generation COB technology with poke-in wire connectivity that enables solder free installation.

Watch this video to learn more about Bridgelux seventh generation Vero® Series and V Series™ products.

Want to learn more about the Bridgelux dedication to light quality? Need to know what SDCM is & how it affects light quality? Watch this video for more info.

The Bridgelux OLM™ Series is a family of highly innovative and integrated subsystems that deliver world class performance and competitive cost, while reducing time to market, eliminating significant research and development costs, and more.

The Bridgelux OLM Series enables low cost manufacturing through pre-packaged component integration. The modules leverage the latest Bridgelux array technology boasting both low thermal resistance and compact size allowing for cost advantages.

The Bridgelux OLM Series has been designed to be robust and reliable with each component having been rigorously tested and optimized.

观看这个视频学习如何焊接电线到普瑞LED阵列。尽管焊接过程对于所有普瑞LED阵列产品是一样的，你仍可以学习到不同产品之间的细微差别。

Watch Aaron Merrill of Bridgelux review the exciting new Vero ® Décor Series™ Class A Chip-on-Board LED arrays.

Watch this video to learn the proper connector mating and unmating methods for Bridgelux LED arrays.

Watch this video to learn how to remove Bridgelux LED arrays from their shipping trays and how to handle the arrays safely.

Watch this video to learn how to solder wires to Bridgelux LED arrays. Although the soldering process remains the same across all Bridgelux LED arrays, you will learn about the slight nuances you may encounter depending on the array you are using.

Watch this video to learn how thermocouples are used to measure the case temperature of Bridgelux LED arrays.

TIMs are used to ensure a strong thermal connection between the LED array substrate and the heatsink or fixture. In this video, we’ll cover three common styles of TIMs: thermal pads, phase change materials, and thermal grease.