Press Release Summary:
Autostereoscopic display systemÂ optimizes parallax from arbitrary viewpoint to reduce influence of 3D crosstalk and display motion parallax. System achieves smooth and realistic 3D images, without glasses, by combiningÂ Truly Realistic 3D imaging (TR3i-2) 3D image processing engine, Horizontally x Density Pixels (HxDP) high-density autostereoscopic display method,Â and eye position detection device. System varies binocular parallax based on viewing angle without decreasing 3D image density.
Original Press Release:
Tianma NLT America Announces New 3D Display System Utilizes Unique 3D Eye-Tracking System "TR3i-2"
Enables smooth and realistic autostereoscopic display with motion parallax
Santa Clara, CA – Tianma NLT America (TNAM) has announced the successful development of a new autostereoscopic display system by NLT Technologies (NLT) that optimizes parallax from an arbitrary viewpoint to reduce the influence of 3D-crosstalk and display motion parallax.
This 3D eye-tracking system achieves smooth and realistic 3D images, without the use of glasses, by combining NLT’s proprietary 3D image processing engine, called “Truly Realistic 3D imaging” (TR3i-2), with the company’s high density autostereoscopic display method called “Horizontally x Density Pixels” (HxDP), along with an eye-tracking device that detects the observer’s eye position with a high level of accuracy.
Recently, the demand for autostereoscopic displays has been growing not only for use in consumer games, smart phones, and televisions, but also in professional applications such as medical and educational equipment. This is attributed to the increasing opportunity to use high quality autostereoscopic images, which create a sense of depth, due to the increasing use of stereo cameras in certain applications such as in endoscopic instruments. The industrial market has also recognized the value of 3D technology for various applications. However, there have been some issues that limit the value of 3D technology, such as ghost images, image reversal, and the limitation of suitable 3D viewing space.
To address these issues, increasing the number of viewing points on a multi-view autostereoscopic display will broaden the suitable viewing space and reduce image reversal. However, increasing the number of viewing points also decreases the density of the 3D image. So, it is difficult to both minimize image reversal and achieve a high density 3D image. NLT has resolved this dilemma without using a multi-view 3D display – using only a 2-view 3D display with HxDP technology, the 3D image processing engine called “TR3i-2”, and an eye-tracking device. This system monitors the observer's eye positions, and varies binocular parallax based on the viewing angle without decreasing the density of the 3D image.
The TR3i-2 converts stereo images, optimized for the characteristics of the autostereoscopic display, to correspond to the observer’s eye position, which is detected by the eye-tracking device. With TR3i-2, it is now possible to provide 3D images that can be comfortably viewed without the problems of ghost or reverse images. TR3i-2 can optimize arbitrary viewpoints to reduce the influence of 3D-crosstalk and to display motion parallax. The system monitors the observer's eye positions and varies binocular parallax based on the viewing angle.
NLT’s HxDP technology is a unique autostereoscopic display system that achieves high density 3D images by using a unique pixel alignment. The combination of the new TR3i-2 3D image processing engine with the high density HxDP technology makes it possible to achieve more natural and seamless autostereoscopic images by minimizing the influence of changes in the observer’s viewing point.
The 3D Technology with the new 3D eye-tracking system will be demonstrated at SID Display Week 2014, June 3-5, at the San Diego Convention Center in San Diego, CA, in booth 1320.
For more information, contact Tianma NLT America, Inc., 2801 Scott Blvd., Santa Clara, CA 95050. 1-408-816-7010; email@example.com; www.tianma-nlt.com.
About Tianma NLT America
Tianma NLT America, Inc. (TNAM) was established in November 2013 as a joint venture between Shanghai AVIC Optoelectronics Co., Ltd. and NLT Technologies, Ltd. TNAM is focused on providing the Americas with LCD products specifically for industrial and professional applications. With an extensive lineup of 2.X to 21.X-inch active-matrix LCD modules and a network of best-in-class distributors and value-added partners, Tianma NLT America provides complete display module solutions to a broad base of customers and applications. The range of LCD modules offered includes ultra-high resolutions, wide temperature ranges, high contrast ratios, rich color gamut, backward compatibility, LED backlights, and transflective viewing for use in diverse lighting environments.
Tianma NLT America is committed to delivering innovative, high-performance, eco-conscious LCD solutions that address the diverse size, power and high image-quality needs of our industrial, medical, professional and high-end monitor customers. Based on technologies developed by NLT Technologies and other Tianma Group companies, the LCD modules are optimized and designed for a wide range of applications, including portable and stationary medical equipment, test and measurement devices, instrumentation equipment, point-of-sale and ATM systems, gaming systems, global positioning systems, radio-frequency identification devices and barcode scanners.
Additional information can be found at http://www.tianma-nlt.com
The content in this press release, including, but not limited to, product prices and specifications, is based on the information as of the date indicated on the document, but may be subject to change without prior notice.