LG Innotek's Innovative Lighting Module Secures CES 2026 Award for Automotive Technology

LG Innotek Dominates Automotive Lighting with CES 2026 Innovation Award



On November 7, 2025, LG Innotek made headlines by securing the prestigious CES 2026 Innovation Award for its groundbreaking 'Ultra Thin Pixel Lighting Module.' This recognition highlights the company's unwavering commitment to advancing automotive lighting technology. Not only does this win reinforce LG Innotek's status as a leader in the automotive sector, but it also showcases significant innovation in practical design and functionality.

Revolutionizing Automotive Lighting



The 'Ultra Thin Pixel Lighting Module' is an impressive development that has resulted in a reduction of thickness, weight, and overall size when compared to traditional automotive lighting solutions. With existing vehicle lighting systems often being cumbersome due to the inclusion of plastic lenses or reflective elements, LG Innotek has addressed these challenges by introducing the industry's first reflective optical component made from white silicone.

This innovative approach maximizes the light reflection properties of the white material, allowing for consistent brightness while eliminating the need for additional plastic lenses. The new module boasts a remarkable thickness of only 0.12 inches, representing a 71% reduction compared to current models. This slim profile not only reduces weight, thereby improving fuel efficiency but also enhances the aesthetic possibilities for automobile manufacturers.

According to LG Innotek representatives, the flexibility and lightweight nature of the silicone material allow for more creative shapes in vehicle lighting design. This adaptability is particularly beneficial for integrating lights into challenging areas like front grilles or bumpers, without compromising safety or style.

Enhanced Safety and Communication



An impressive feature of the new lighting module is its reduced pixel size, achieving a quarter of traditional pixel dimensions. This increase in pixel density greatly enhances lighting resolution, resulting in better visibility for drivers and pedestrians alike. Moreover, the module's capabilities extend further into V2X (Vehicle-to-Everything) communication technology. This advancement facilitates the transmission of text and animated images through the vehicle's lighting system, offering a new mode of interaction between cars and their environments.

For instance, in emergencies, the lighting can convey critical messages clearly to bystanders outside the vehicle, significantly enhancing safety and awareness. Features such as customizable emoticons allow drivers to express their personalities, elevating the role of automotive lighting beyond mere functionality.

Future Production and Market Expansion



LG Innotek intends to commence mass production of the 'Ultra Thin Pixel Lighting Module' in the latter half of 2027, with plans to share this innovation with clients worldwide. CEO Moon Hyuksoo emphasized that winning the CES Innovation Award again exemplifies LG Innotek's relentless drive for excellence in automotive lighting technologies.

He stated, "We are committed to delivering innovative lighting solutions that enhance customer value and will strive to extend our market reach beyond North America into Europe and Japan."

As LG Innotek gears up to unveil the 'Ultra Thin Pixel Lighting Module' at CES 2026 in January, the company is poised to showcase not only this award-winning innovation but also other cutting-edge lighting modules and advanced sensing solutions for AD/ADAS technology. The forthcoming presentation at the CES event illustrates LG Innotek's commitment to pioneering new pathways in the automotive industry by integrating state-of-the-art technologies that prioritize efficiency, safety, and design aesthetics.

In conclusion, LG Innotek's continual dedication to innovation and excellence reinforces its position as a trailblazer in automotive lighting, setting new benchmarks for safety, design, and performance in the automotive lighting sector.

Topics Auto & Transportation)

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