Sony SXRD 4K manual Introduction

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Introduction

When the history of digital projection is written, October 2005 will stand out as a milestone. After numerous demonstrations, impassioned industry discussions and mounting anticipation, it was in October 2005 that the Sony SRX-R110 and SRX-R105 became the world's first commercially available 4K projectors, with deliveries to Landmark Theaters, the National Geographic Society and Sony Pictures Entertainment.

Since that time, Sony 4K projection has become a fixture in auditoriums, research universities, flight simulators, control rooms and trade shows as well as movie theaters. In short, Sony 4K is called on for any application that demands ultimate size, resolution and picture quality. And Sony has extended the product line, adding two models with a pre-installed DVI input (SRX-S110 and SRX- S105) and two dedicated Digital Cinema models (SRX-R220 and SRX-R210).

As with any such dramatic departure, Sony 4K projection raises many questions.

Why has Sony entered the high-end digital projection market? Why has such a large company, so well known in other categories, decided to pursue such a niche?

What is the significance of 4K (4096 x 2160) resolution? What source devices support 4K? What signal transport delivers 4K? What applications does 4K serve?

What is the technology behind the projectors' microdisplay device: Sony's Silicon X-tal Reflective Display (SXRD™) panel? How does it perform, not simply in terms of resolution, but also the vital parameters of contrast, brightness, response time, aperture ratio and long-term stability?

How do Sony 4K projectors work? How are they connected and controlled?

To begin to answer these questions, Sony has prepared this document. Here we will take a close look at the Sony 4K projectors for Visualization, Simulation, Auditoriums and Postproduction. These are the 100 Series projectors, the SRX-S110, S105, R110 and R105. (For detailed information on the Sony 4K projectors for Digital Cinema—the SRX-R220 and R210—please refer to sony.com/digitalcinema.)

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Contents Page Introduction Table of Contents Sony and Digital Projection Page 4K Resolution Greater immersionMore visual information 4K content, delivery and connectionSuperior presentation of HD content Page HD images Differentiation 4K ApplicationsPage Sxrd Microdisplay Sxrd microdisplay basics Light from Lamp Light to Screen Sxrd panel production High Resolution Generation 1st Generation Application High Pixel Density High aperture ratioAccurate motion rendering 35 μmTr, tf 2.5ms High contrast, low dark level ReflectivitSxrd Panel Long operating life Minimum artifactsSingle Chip Condenser Dichroic Mirror R1 Page Page Projectors Physical layoutXenon lamp Optional lenses Optional Lens Ratio of projection Distance to screen widthCircuitry Optional Input Board DescriptionMaintenance PC-based controlFinal Word Specifications Sxrd DeviceINPUT/OUTPUT Optional LKRI-002 HD-SDI, SD-SDI 422 Input Board Page Compatible Formats and Standards