Proluxe Lighting Introduces Pixel Tape Light Series with Dynamic Colour and Design Options

May 6, 2024

Proluxe Lighting introduces its Pixel Tape Light Series that offers independent control of dynamic color and design through control protocols for a wide range of lighting effects, including chasing, gradient and sparkle. 

The Pixel Series includes: 

  • 12V DC RGW Pixel tape light that allows every LED to be addressed, enabling independent control of dynamic color and design with easy-to-use DMX 512 control protocol. With RGB dynamic Pixel color mixing capabilities, millions of color combinations can be created for impactful installations with SMD 5050 RGB LEDs that are cuttable every LED at 1.31” with 16.4-foot maximum run. The 12V DC RGW Pixel tape light delivers 12 lumens per foot. 
  • 24V DC RGBW Pixel tape light that allows for every six LEDs to be addressed with easy-to-use DMX 512 control protocol. The dynamic RGBW pixel color mixing capabilities provide millions of color combinations with SMD 5050 RGB LEDs that are cuttable every LED at 3.94” with 16.4-foot maximum run. The 24V DC RGBW Pixel tape light produces 241 lumens per foot. 
  • 24V DC Static White COB Pixel tape light that allows for individually addressed sections, enabling independent control of LED pixels spaced 3.94 inches apart with SPI control protocol. Its seamless COB design eliminates virtually all LED dotting with dynamic, pixel-based static white at 3000K CCT. The tape light produces up to 280 lumens per foot and is cuttable every LED at 3.94” with a 16.4-foot maximum run. The 24V DC Static White COB Pixel tape light delivers 280 lumens per foot. 
  • RGBW COB Pixel tape lights that provide seamless COB design to eliminate virtually all LED dotting with dynamic pixel-based RGBW (3000K) color mixing capabilities with SPI control protocol.

Controlled via DMX for color and dimming, the Pixel Tape Light Series is cULus listed for indoor dry and damp locations with a 50,000-hour performance operating from -4° F (-20° C) to 104° F (40° C).

Go HERE for more information

Related Articles

Changing Scene

Design

  • Axis Lighting: Hagersville Library, ON – Lighting Project Highlight

    Axis Lighting: Hagersville Library, ON – Lighting Project Highlight

    The newly opened Hagersville Library + Active Living Centre brings together community, learning, and wellness within a flexible, multi-use environment. The facility includes a 3,900-sf library, 2,000 sf atrium, 840 sf program room, and a 4,855 sf multi-functional rental space designed to support a wide range of activities. Axis Lighting’s Zen series was selected to… Read More…

  • Artika: What Are Lumens in Lighting? How to Read Brightness Specs Like a Pro

    Artika: What Are Lumens in Lighting? How to Read Brightness Specs Like a Pro

    Lumens measure the total amount of visible light a bulb or fixture produces, so more lumens means a brighter light. Shopping for lighting used to be simple. You grabbed a 60-watt bulb for the bedroom, a 100-watt bulb for the kitchen, and called it a day. Today, with energy-efficient LEDs, watts no longer tell you… Read More…

New Products

  • JDRF Electromag: The Autonomy Touch Screen – Lighting Control Solution

    JDRF Electromag: The Autonomy Touch Screen – Lighting Control Solution

    The Autonomy Touch Screen automatically pairs with co-located sensors and updates the GUI based on the lighting arrangement grouping configuration. Users can pair their smartphone to the Touch Screen through NFC with a simple tap to gain access to the lighting system from the mobile application. The Touch Screen provides a visual interface to control… Read More…

  • Eralux: ALPS E3 HYDRO – Backlit Flat Panel

    Eralux: ALPS E3 HYDRO – Backlit Flat Panel

    The ALPS E3 series is a backlit flat panel designed with optimal LED placement to ensure a uniformly lit space. It features a switchable CCT and power driver that allows endless flexibility at the install site, as well as a 125 LPW performance. The additional Level 2 NSF rating of the ALPS E3 HYDRO makes… Read More…