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The QXGA-R10 from Forth Dimension Displays is a 2048*1536 pixel microdisplay and spatial light modulator (SLM) based on ferroelectric liquid crystal on silicon (FLCOS) technology for fast amplitude or phase modulation of light. Configured as a near-to-eye (NTE) display the QXGA-R10 has over 3.1 million pixels in a 21mm (0.88”) diagonal microdisplay. Using Time Domain Imaging™ to create high fidelity images, it enables immersive (>100°) Wide Field of View (WFOV) head mounted display systems to be realised without resolvable pixel structure. Colour Calibration functionality allows users to realise a standard colour space easily on the display. Whilst the small form factor drive electronics allows minimum IPD to be achieved. As a fast SLM it can display binary bit-planes in real time at frequencies greater than 5.7 KHz enabling developments in a range of industrial and scientific applications. BENEFITS Time Domain Imaging™ colour and greyscale Enables 2K or Full HD video window with an OSD above and below High speed native WUXGA performance at 24-bit colour Scalable brightness and controllable colour gamut No sub pixels or colour filters Small form-factor electronics (51mm wide) FEATURES Reflective microdisplay with 0.83” / 21.0 mm diagonal active area QXGA resolution – 2048 x 1536 pixels with a 8.2μm pitch High fill factor > 94% 24-bit native colour depth (8-bit per colour) Image processing options – gamma correction/dither Fast switching liquid crystal (typically 40μs) Fast binary mode performance 5.7KHz Application optimised display addressing sequences USB Interface for system control GUI for system set-up and administration Default DisplayPort video input interface Frame Repeat Function – allows faster, flexible frame rates at display Colour Calibration of RGB sub-fields Daughterboard expansion header for custom system integration APPLICATIONS TRAINING AND SIMULATION • Monocular viewers • Binocular viewers Head mounted displays (HMDs) Head-up displays (HUDs) DEFENCE Helmet Mounted Displays (HMDs) MEDICAL IMAGING Image injection for surgical microscopes Image guided surgery (IGS) • Stereoscopic imaging • Ophthalmic metrology Structured illumination microscopy (SIM) FILM & TELEVISION PRODUCTION Full HD electronic viewfinders (EVFs) Native 2K EVFs All Digital Time Domain Imaging™ QXGA – R10 2K Full colour microdisplay solution A subsidiary of Kopin Corporation All specifications are subject to change. Copyright © Forth Dimension Displays Ltd. All rights reserved. OV0025AA.

All Digital Time Domain Imaging™ QXGA – R10 · All Digital Time Domain Imaging™ QXGA – R10 2K Full colour microdisplay solution 60 75 85 100120150180240 3 3 3 3 3 3 3 3 3

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Page 1: All Digital Time Domain Imaging™ QXGA – R10 · All Digital Time Domain Imaging™ QXGA – R10 2K Full colour microdisplay solution 60 75 85 100120150180240 3 3 3 3 3 3 3 3 3

The QXGA-R10 from Forth Dimension Displays is a 2048*1536 pixel microdisplay and spatial light modulator (SLM) based on ferroelectric liquid crystal on silicon (FLCOS) technology for fast amplitude or phase modulation of light.Confi gured as a near-to-eye (NTE) display the QXGA-R10 has over 3.1 million pixels in a 21mm (0.88”) diagonal microdisplay. Using Time Domain Imaging™ to create high fi delity images, it enables immersive (>100°) Wide Field of View (WFOV) head mounted display systems to be realised without resolvable pixel structure. Colour Calibration functionality allows users to realise a standard colour space easily on the display. Whilst the small form factor drive electronics allows minimum IPD to be achieved. As a fast SLM it can display binary bit-planes in real time at frequencies greater than 5.7 KHz enabling developments in a range of industrial and scientifi c applications.

BENEFITS

Time Domain Imaging™ colour and greyscaleEnables 2K or Full HD video window with an OSD above and belowHigh speed native WUXGA performance at 24-bit colourScalable brightness and controllable colour gamutNo sub pixels or colour fi ltersSmall form-factor electronics (51mm wide)

FEATURES

Refl ective microdisplay with 0.83” / 21.0 mm diagonal active areaQXGA resolution – 2048 x 1536 pixels with a 8.2μm pitchHigh fi ll factor > 94%24-bit native colour depth (8-bit per colour)Image processing options – gamma correction/ditherFast switching liquid crystal (typically 40μs)Fast binary mode performance 5.7KHzApplication optimised display addressing sequencesUSB Interface for system controlGUI for system set-up and administrationDefault DisplayPort video input interfaceFrame Repeat Function – allows faster, fl exible frame rates at displayColour Calibration of RGB sub-fi eldsDaughterboard expansion header for custom system integration

APPLICATIONS

TRAINING AND SIMULATION • Monocular viewers • Binocular viewers • Head mounted displays (HMDs) • Head-up displays (HUDs)DEFENCE • Helmet Mounted Displays (HMDs)MEDICAL IMAGING • Image injection for surgical microscopes • Image guided surgery (IGS) • Stereoscopic imaging • Ophthalmic metrology • Structured illumination microscopy (SIM)FILM & TELEVISION PRODUCTION • Full HD electronic viewfi nders (EVFs) • Native 2K EVFs

All DigitalTime Domain Imaging™

QXGA – R102K Full colour microdisplay solution

A subsidiary of Kopin Corporation

APPLICATIONS

All specifi cations are subject to change. Copyright © Forth Dimension Displays Ltd. All rights reserved. OV0025AA.

Page 2: All Digital Time Domain Imaging™ QXGA – R10 · All Digital Time Domain Imaging™ QXGA – R10 2K Full colour microdisplay solution 60 75 85 100120150180240 3 3 3 3 3 3 3 3 3

For further information or to receive a quotation please contact:

T: +44(0)1383 827950 F: +44(0)1383 827951 E: [email protected] W: www.forthdd.com A subsidiary of Kopin Corporation

All specifications are subject to change. Copyright © Forth Dimension Displays Ltd. All rights reserved. OV0025AA.

All DigitalTime Domain Imaging™

QXGA – R102K Full colour microdisplay solution

240180150120100857560

33

3333

33333

3

33333

33 332048×1536QXGA

1920×1200WUXGA

1920×10801080p

1600×1200UXGA

1280×1024SXGA

1024×768XGA

Video Mode

Refresh Rate (Hz)

Supported Formats Colour Calibration

Notes(1) 24-bit colour(2) System is not limited to

these modes

If the input video signal has a low frame rate, the Frame Repeat feature may be used to render each frame multiple times, thereby increasing duty-cycle and overall image brightness.

The colour calibration mode allows the colour gamut of the display system to be adjusted. Each primary colour subfield can be illuminated with a controlled amount of each of the other two primary colours. This allows desaturation and colour point adjustment of the red, green and blue primaries.

System Level Overview