|
|
 |
|
|
|
|
|
RealD Pro LP
|
|
Take advantage of the worlds first mobile
Single Projector Passive 3D
visualization solution for
design, collaboration and presentation.
Available for Commercial, Industrial
and Educational installations.
|
|
|
Components |
|
Used in conjunction with a compatible stereo-ready DLP projectors such as the pd F10 AS3D, Christie Mirage HD Series, Lightspeed’s DepthQ HD, RealD Pro’s LP system projects bright, crisp, high-resolution colour images from stereo-ready NT and UNIX workstations. RealD Pro’s LP is ideal for situations where concepts, facts, and results must be communicated clearly, precisely, and with impact to large audiences.
RealD Pro’s Projection LP (Linear Polarizer) is mounted over the 3D enabled projector lens and, when used in conjunction with polarized eyewear, creates an unparalleled sense of immersion. This combination is ideal for presenting Stereo3D imagery to large audiences and for use at trade shows.
|
Features |
|
|
-> Allows more accurate visualisation of complex 3D images by large groups at a low cost.
-> Allows earlier Stereo3D visualization of models, enhancing design review.
-> Increases effectiveness of presentations involving 3D designs or concepts.
-> Supports passive linear Eyewear - With the LP in place over the lens, high quality stered3D visualisation is achieved using low-cost passive polarised eyewear.
-> Flicker-Free Viewing - The supported 3D DLP projectors offer picure sizes up to 6 m (17 feet) for
stunning stereoscopic viewing.
-> Plug-and-Play Compatibility - The projector simply plugs into the DVI connector on your computer.
|
|
|
Applications |
|
|
Stereo3D is the use of computer technology to recreate the way we naturally see depth — stereoscopically Stereoscopic viewing describes how we use both eyes — each with a slightly different perspective — to perceive depth in a physical environment. Stereo3D delivers the most realistic visual representation possible of complex digital models, giving engineers, architects and scientists the best possible understanding of three-dimensional information, and yielding levels of technical proficiency not available using a typical 3D view.
|
|
|
|
|
|
