Display elements create high-quality, three-dimensional holographic projections by modulating light.

We collaborate with manufacturers of Spatial Light Modulators (SLMs), including Liquid Crystal on Silicon (LCoS) amplitude and phase micro-displays.

Holographic display can make use of a range of existing 3D content pipelines, such as game engines, and interface mechanics.

We work with Content & Interface partners to develop highly immersive and interactive holographic experiences.

Holographic projections are inherently three-dimensional: they present images with depth perception. Tracking systems provide accurate spatial information so that holographic images can be displayed at the correct place in relation to the user.

We collaborate with head-tracking, eye-tracking and camera-tracking providers to optimise visual delivery mechanisms for Computer-Generated Holography.

Optical systems are an integral part of holographic display, guiding the image from the display to the eye. They allow for accurate and realistic holographic projections for a wide range of end applications, from smartglasses to panel displays

We collaborate with hardware providers of combiner optics, such as a free space systems, waveguides and Holographic Optical Elements (HOEs).

Real-time compute is an essential requirement for the mass adoption of holographic display. Our collaboration with chip manufacturers leads to continued improvements of VividQ hologram-generation software to achieve high performance on mobile and tethered devices.

We work closely with computing architecture providers, from GPUs, FPGAs, ASICs to general parallel processing devices.