Revolution of AR glasses: Start-up Gixel relies on micro-level technology!

Revolution of AR glasses: Start-up Gixel relies on micro-level technology!

In the dynamic world of Augmented Reality (AR), innovations are the order of the day. An exciting start-up, Gixel, stands out with its new technology, which brings a breath of fresh air to the AR glasses. Instead of the traditional display techniques, Gixel relies on movable microspiegel that projects the light directly onto the lentils of the glasses. This enables a more natural visual experience that also preserves the transparency of the glasses. The micro levels are embedded in an liquid with an identical refraction index, which facilitates the view and reduces visual artifacts such as color bricks and ghosting, such as heise.de reported.

Gixel was founded in 2019 and has developed rapidly since then. The focus was originally on an AR video conference system, but the founders Felix Nienstaedt, Miro Taphanel and Ding Luo have now focused on an inconspicuous AR display. The current prototype uses a microspiegel, but is still at the beginning - pupil tracking is currently missing, so that manual positioning of the eye is required. Until the end of the year, the company plans to present a fully functional prototype with several micros indicates and an integrated pupil tracker.

technology and challenges

The Gixel microspiegel technology shows promising approaches to increase energy efficiency and at the same time master the challenges that occur in conventional AR displays. For example, the nature of mixed reality environments requires a visual experience without restrictions in depth perception or unwanted physiological side effects. Mems-based surface light modulators play a crucial role here, as the Fraunhofer IPMS developed as part of the Realholo project. These modules modulate the light phase with millions of individually distractable pixels to enable real holography with realistic images, which improves performance enormously Fraunhofer IPMS.

Another aspect that is important in the development of AR displays is the use of a suitable light generator. Various technologies such as micro LEDs and micro-oleds have their advantages, but also challenges, especially with regard to the color display and the achievement of high resolutions. The choice of the right technology influences important performance features such as image brightness, frame rate and energy consumption, which is crucial for the user experience. In particular, holographic displays with microsPliegelarays show great potential to avoid physiological side effects such as eye fatigue nature.

outlook and investments

The course for the future is set: Gixel recently received a seed financing of 5 million euros, whereby well-known investors such as Brendan Iribe and Ted Schilowitz are behind the company. The support of the Federal Employment Agency also gave the start-up a thrust. In order to further develop the technology, Gixel is already planning a further investment round in the coming year. The focus should be on the miniaturization of the technologies and the establishment of production capacities in order to cover the growing demand for innovative AR glasses.

With clear goals in mind and the plan to master the challenges of visibility of the microspiegel, Gixel is on an ambitious way to fully exploit the potential of augmented reality. The landscape of AR technology will certainly continue to change, and companies like Gixel play a crucial role in this. The next generation of AR glasses could soon be in the hands of the consumers and thus revolutionize the way we experience our surroundings.