16-Bit High-Grayscale Individually Addressable LED Strips in Art Studios and Installations

By Jimmy Yin | Updated: Nov 10, 2026

In art studios and installation design, lighting can bring out the form and detail of a sculpture through color, brightness and dynamic changes. When individually addressable LED lights are installed inside a sculpture, the lighting effect is only part of the job. You also need to plan for the available space and how everything is wired.

In September 2024, a customer in the US contacted us. They wanted custom LED strips for the inside of the sculptures in their studio. We talked through their requirements by email and sent samples for them to test and confirm.

Customer Challenges: Balancing Brightness, Color Gradients and Installation Efficiency

The customer needed RGB individually addressable LED strips with high brightness and 16-bit grayscale control, to handle sculpture lighting and subtle color transitions.

On the installation side, they wanted to optimize how the strips connect to each other based on the layout inside the sculpture, so wiring would be simpler and installation and assembly would go faster. They also asked for strips with high-tack 3M VHB adhesive backing, plus a 3-year warranty.

Solution: A Custom Configuration for the Lighting Effect and Installation Needs

After the initial discussions, we understood that the customer needed a high-quality RGB individually addressable LED strip that combines high brightness, smooth color gradients and easy wiring. To meet these requirements, we worked out a solution covering four areas: LED beads, control chip, signal transmission and adhesive backing. We also supplied samples so the customer could test them in the actual application.

0.5W LED Beads for Higher Brightness

Lighting inside a sculpture has to match the structure and how much light passes through the material. We used a high-brightness strip with 0.5W RGB LEDs, so the customer could test it in the real installation and confirm that the brightness and overall lighting performance met expectations.

UCS9812 Chip for 16-Bit Grayscale Control

Besides brightness, the customer also cared about how smooth the color changes look. We offered a strip with the UCS9812 control chip, which supports 16-bit grayscale control, to deliver the smooth color gradients they wanted. We then checked the real-world results through sample testing.

In theory, 16-bit grayscale gives each color channel 65,536 brightness levels, which lays the groundwork for fine brightness adjustment and smooth color transitions.

Reverse Signal Transmission for Easier Wiring Between Strips

To address the customer’s wiring needs, we talked further about which signal direction each installation layout requires. The customer confirmed that this sculpture project only needs the signal to run from left to right. For their other projects that use a

serpentine layout, they need strips configured to transmit from right to left.

By separating the wiring requirements of different projects, we pinned down the signal direction for this project and learned what configurations the customer will need for later ones.

Our Reverse Signal Transmission technology breaks through the usual limits of strip wiring. Its key advantage is this: if one section of a strip breaks unexpectedly, the signal automatically travels in from the other end, so the whole system keeps running.

This greatly improves the efficiency of wiring between strips, optimizes the wiring plan and makes later maintenance much easier.

3M VHB Adhesive Backing

To meet the customer’s mounting requirements, we provided a high-tack 3M VHB adhesive backing that holds firmly and lasts on a wide range of art materials.