Ocuity announces new professional 2D/3D workstation enabling seamless integration of its high performance 2D/3D LCD monitor into current desktop workflows.

To enable high performance 2D/3D display driven from a graphics card of choice, Ocuity announces its new LCD monitor with DVI interface.

Coated LC microlenses at the Society for Information Display (SID) meeting, Long Beach, CA from 21-24 May 2007. The new coated LC polymer process enables microlens arrays for large area flat panel 3DTV and high volume cell phone 3D displays to be made much more easily. The new technology can also be applied to LCD backlights and projection TV. ...more

Ocuity announce Advanced Lenticular - a new optical technology for visualizing 3D data and pictures in printed form. Advanced Lenticular eliminates the ribbed front surface of old fashioned lenticulars that wash out the 3D image and can trap dirt. With its very low light scatter, more detail can be seen in dark areas of the image while with its flat front surface, ambient reflections appear behind the print rather than at its surface and so are less distracting. All of this means that 3D images jump from the screen surface in a way just not possible with standard lenticular screens.

Ocuity Ltd. the optical specialists, announce at the International Electronic Imaging Conference, San Jose, USA that they have delivered a major breakthrough in liquid crystal (LC) materials processing. The new coated LC polymer process enables microlens arrays for large area flat panel 3DTV and high volume cell phone 3D displays to be made much more easily. The new technology can also be applied to LCD backlights and projection TV. ...more

Details of the technology presented at the Stereoscopic Displays and Applications conference in San Jose, California, USA on 30 January 2007.

September 2006

Successful delivery of the next advance in Ocuity's Polarisation Activated Microlens Technology using plastic display technology.

Working in partnership with Swedish LCD Center AB (Borlänge, Sweden), and using LCD Center's plastic display technology Ocuity delivered a display that was lighter and thinner than the glass display equivalent, while still preserving the excellent 3D-viewing properties. The plastic display enables a polarisation switch with a third of the thickness and a fifth of the weight of a standard 0.8mm glass polarisation switch allowing a total thickness for the switchable 3D component of less than 0.7mm. ....more

Ocuity showcases stereo 3D video on cell phones. Ocuity announces that it has successfully delivered switchable 3D video on a cell phone handset. This eagerly anticipated device is predicted to be the forerunner of a new generation of consumer 3DTV products ....more.

Ocuity present paper "Resolution Artefacts in Multi-View Autostereoscopic 2D/3D Displays" at Society for Information Display SID06 meeting in San Francisco, 6 June 2006.

Mobile 2D/3D joint technology demonstration from Ocuity, Texas Instruments & Dynamic Digital Depth - see press release.

Ocuity to present paper "Resolution Artefacts in Multi-View Autostereoscopic 2D/3D Displays" at Society for Information Display SID06 meeting in San Francisco, 6 June 2006.

Ocuity announces wide viewing angle switchable 2D/3D technology. For more information, see Press Release.

Ocuity receives commendation in Best Innovation category in Martin & Audrey Wood Enterprise Awards 2005.

September 2005

At SID's EuroDisplay 05 conference in Edinburgh, UK on September 19-22 Ocuity present a 15” switchable 2D/3D display showing real-time glasses-free 2D to 3D conversion of standard DVD media.

At the same conference, Ocuity are pleased to give an invited talk on 2D/3D display design principles.

Ocuity is awarded an R&D Grant to develop next generation manufacturing techniques for its technology.

August 2005

Society for Information Display announces award of Ben Sturgeon Prize to Ocuity co-founder Graham Woodgate in recognition of his significant contributions to the display field.

May 2005

Ocuity unveils its new high performance technology demonstrators at SID05, Boston, Massachusetts from 22-27 May 2005. Ocuity also presents key results, describing practical 2D/3D technologies for high pixel density displays; leading the way in 2D/3D display functionality and performance.

December 2004

Following successful engagement with manufacturing partners, Ocuity announces the signing of a license to its technology for mobile phone applications.

Ocuity announces grant of its core patent applications covering the key aspects of its technologies.

Ocuity reveals more details of its reconfigurable 2D/3D display technology including the use of solid liquid crystal lenses to enable higher performance from thinner components.

Ocuity wins SID Outstanding Poster award for presentation of their latest technology developments at the IDW04 display conference in Niigata, Japan on December 9, 2004.

November 2004

Ocuity announces presentation of its latest technology developments at the 11th International Display Workshops in Niigata, Japan from December 8-10, 2004.

September 2004

To support increasing commitments to its global portfolio of customers, Ocuity growth continues with expanded team and facilities.

December 2003

Ocuity unveils new enhanced brightness handset demonstrator.

Move to new facility enables growth of support to customer requirements.

Ocuity presents a paper and demonstration displays at IDW’03, Fukuoka, Japan, December 3-5, 2003.

September 2003

Responding to customer needs, Ocuity announces recruitment drive to accelerate delivery of its Polarisation Activated Microlens technology. For more information, visit our careers page.

May 2003

Ocuity announces new Enhanced Brightness Display Technology

Ocuity secures funding from investors including TTP Ventures and BTG plc.

April 2003

Ocuity will present a paper and have demonstration displays at the SID ’03 Symposium, Baltimore May 18-23, 2003.

February 2003

Ocuity and TTPCom jointly demonstrate moving image 2D/3D game on mobile handsets at 3GSM congress, Cannes 2003.