AR HUD - Raythink Technology Co., Ltd.

AR HUD Pro

PGU	OpticalCore®/DLP
FOV	20°×4°
VID	15m

For stronger AR features and more innovative implementation, the AR HUD Pro provides the largest field of view and VID in the industry, resulting in the safest and most intelligent driving experience.

AR HUD

PGU	OpticalCore®/DLP/TFT
FOV	16°×4°
Indicator	7°×1°(optional)
VID	~15m

In response to the need for in-cockpit upgrades to improve driving safety and infotainment, AR HUD is the perfect product to move into the era of smart cockpits and autonomous driving.

Mini AR HUD

PGU	TFT/OpticalCore®
FOV	10°×3°
VID	7.5m~15m

For entry level and mass market car models, the Mini AR HUD can support a wide variety of car models while still giving them a great driving experience and the vital information they need.

W HUD

PGU	TFT
FOV	7°×3°
VID	2.5m

WHUD is an option for urban and small sized vehicles that still hope improve driver safety.

AR HUD Pro

AR HUD

Mini AR HUD

W HUD

Accumulated many years of product research and development expertise.

From light source, optical path design, hardware structure to software algorithm integration, Raythink provides industry-leading AR HUD customized solutions.

Adaptive and scalable to large-scale production

Our solutions do not rely on PVB wedge films and are able effectively reduce assembly costs, are smaller in volume, easy to integrate, and have no safety regulatory risks.

AI-based system integration

Integrate data sources such as ADAS, DMS, instrument clusters, and infotainment systems, and develop custom function modules to provide stability and low-latency output AR real-life fusion images.

Breakthrough AR imaging

The large field of view (FOV more than 20°) and long-range imaging (VID more than 15 meters) enable the projection to cover three lanes. Deep integration of real scenes, clear picture, no ghosting, distortion and other problems.

Personalized human-machine interaction experience

With professional personalized UI design, Raythink can display basic driving information, AR navigation, ADAS warnings, POI and more. Customized applications and graphics can be developed according to customer needs.

Customized PGU Scheme

According to different AR HUD solution requirements, the image quality is reached to a higher level by designing and modulating the light source module.

DLP display module

Through the DMD integrated with hundreds of thousands of ultra-micro lenses, the strong light source is reflected and projected. Raythink is a recognized development partner for TI DLP.

LBS display module

Laser scanning projection technology uses laser diodes and microelectromechanical systems (MEMS) to compose and scan to generate images. Providing small form factor and top line performance while reducing costs.

TFT display module

The LED backlight emits light, and the electric field controls the direction of rotation of the liquid crystal branch between the two substrates, changing the direction of travel of light and rendering color.

Better Optics Design

Design and craftsmanship

The self-developed optical path design scheme can realize the reflected optical path design from single to up to 5 times, and can utilize a variety of light sources to achieve high-precision, large FOV display.

With ultra-high-precision surface technology and optical large mirror group design, and independent research and development of optical system automation test equipment, we can ensure the stability of HUD imaging.

Multifocal range imaging

With a single PGU design we are able to expand the optical path, allowing our AR HUD to display graphics at variable focal lengths, and are able to manage the volume size and reduce cost of the AR HUD.

Algorithmic correction

With our powerful algorithms and machine learning systems, we are able to incorporate AR image correction, ghosting, distortion and other algorithms to achieve adaptive and automatic high precision adjustment for stable and clear projection.