Infotainment: in a world first, ACTIA introduces high-brightness micro-projection for trains at InnoTrans 2024
ACTIA is transforming the rail passenger experience with a change in technology from backlit TFT to high-brightness direct projection technology. Making its world debut at the 2024 InnoTrans trade fair in Berlin, this technology, a first in the rail sector, offers more efficient, cost-effective and sustainable passenger information display solutions.
ACTIA and EyeLights: a collaboration driving innovation in rail transport
In collaboration with EyeLights, a specialist in innovative projection technologies, ACTIA is introducing a new generation of onboard micro-projector designed to revolutionise infotainment on trains, trams and subways.
This new technology, already tried and tested in the automotive sector, makes it possible to project high-quality images onto various surfaces, such as metal panels or transparent windows. By replacing conventional TFT display screens, these projectors not only reduce energy consumption, but also the carbon footprint, contributing to more sustainable transport solutions.
“We are delighted to be introducing this technology at the 2024 InnoTrans trade fair. It represents a major qualitative leap in terms of performance and energy efficiency, while providing a significantly improved passenger experience.” Damien Redondo, Vice President of ACTIA Rail.
What is micro-projection technology?
The key to this innovation is reflective display technology. In contrast to backlit TFT display screens, reflective display screens use ambient light to make the image visible. This principle is the result of decades of research and development, and has several significant advantages.
Advantages of the technology:
- Brightness and compactness: the projectors provide extremely high brightness in a very small space, enabling Full HD images to be projected onto surfaces up to 1.80 metres wide.
- Efficiency and economy: compared to conventional TFT display screens, these micro-projectors are more efficient, consume less energy and are therefore more cost-effective and sustainable.
- Flexible installation: the technology is simple to install and saves a considerable amount of space inside trains. It can be adapted to any type of surface, be it glass, metal or other materials.
- Performance: the systems provide 5 to 10 times the brightness of current technologies, ensuring optimal visibility in all conditions.
In short, micro-projection is a significant step forward in display technology for railway vehicles, offering outstanding performance while simplifying installation and reducing operational costs. This disruptive technology promises to be a game changer for rail transport, making train travel smarter, more scalable and more energy-efficient.
Towards more eco-friendly rail transport
The collaboration between ACTIA and EyeLights is not limited to improving the passenger experience. It is also part of an eco-friendly approach, with technology that significantly reduces energy consumption and therefore the carbon footprint.
Environmental impact:
- Low energy consumption: as there is no backlighting, reflective display screens consume much less energy, which is ideal for battery-operated devices.
- Decarbonisation: The manufacturing of small image generators instead of large TFT display panels helps to significantly reduce CO2 emissions and the carbon footprint.
- “This technology represents a step forward towards more sustainable and environmentally friendly transport solutions. It makes it possible to reconcile performance, energy efficiency and lower CO2 emissions,” points out Damien Redondo.
The new display technology offered by ACTIA is set to become a game changer for rail transport. By combining technological innovation and environmental friendliness, this solution promises to make train travel smarter, more scalable and more energy-efficient. Visit the 2024 InnoTrans trade fair and discover this revolutionary world first.
Find ACTIA at Innotrans Berlin :
Hall 4.1 stand 210
